/**********************************************************/
public void addDescriptionEnergyItem(string rID, string resourceID, ReportEnumeratedType reportType, ReadingTypeEnumeratedType readingType,
string marketContext, int minSamplingPeriod, int maxSamplingPeriod, bool onChange, DurationModifier durationModifier,
eEnergyItemType energyItemType, string description, string units, SiScaleCodeType siScaleCode)
{
EnergyItemType energyItem = null;
switch (energyItemType)
{
case eEnergyItemType.EnergyApparent:
energyItem = new EnergyApparentType();
break;
case eEnergyItemType.EnergyReactive:
energyItem = new EnergyReactiveType();
break;
case eEnergyItemType.EnergyReal:
energyItem = new EnergyRealType();
break;
default:
energyItem = new EnergyApparentType();
break;
}
energyItem.itemDescription = description;
energyItem.itemUnits = units;
energyItem.siScaleCode = siScaleCode;
addDescription(rID, resourceID, reportType, readingType, marketContext, minSamplingPeriod, maxSamplingPeriod, onChange, durationModifier, energyItem);
}
/******************************************************************************/
public void testEnergyItemType(EnergyItemType energyType)
{
energyType.itemDescription = "energy";
energyType.itemUnits = "KW";
energyType.siScaleCode = SiScaleCodeType.none;
testItemBase(energyType);
}
/******************************************************************************/
private EnergyItemType generateEnergy(eEnergyItemType energyType)
{
EnergyItemType energy = null;
switch (energyType)
{
case eEnergyItemType.EnergyApparent:
energy = new EnergyApparentType();
break;
case eEnergyItemType.EnergyReactive:
energy = new EnergyReactiveType();
break;
case eEnergyItemType.EnergyReal:
energy = new EnergyRealType();
break;
}
return(energy);
}