public BabyProducts()
{
this.unitCountField = new BabyProductsUnitCount();
this.trayTypeField = new List <string>();
this.subjectCharacterField = new List <string>();
this.styleNameField = new List <string>();
this.specificUsesForProductField = new List <string>();
this.specialFeaturesField = new List <string>();
this.sensorTechnologyField = new List <string>();
this.recommendedUsesForProductField = new List <string>();
this.variationDataField = new BabyProductsVariationData();
this.minimumWeightRecommendationField = new PositiveWeightDimension();
this.minimumManufacturerAgeRecommendedField = new OptionalAgeRecommendedDimension();
this.maximumWeightRecommendationField = new PositiveWeightDimension();
this.maximumManufacturerAgeRecommendedField = new OptionalAgeRecommendedDimension();
this.materialTypeFreeField = new List <string>();
this.lithiumBatteryEnergyContentField = new EnergyConsumptionDimension();
this.lifestyleField = new List <string>();
this.displayVolumeField = new VolumeDimension();
this.frequencyResponseField = new FrequencyDimension();
this.chestSizeField = new ClothingSizeDimension();
this.carSeatWeightGroupEUField = new List <CarSeatWeightGroupEUType>();
this.careInstructionsField = new List <string>();
this.batteryPowerField = new BatteryPowerIntegerDimension();
this.batteryChargeTimeField = new TimeDimension();
this.batteryCapacityField = new BatteryPowerDimension();
this.batteryAverageLifeTalkTimeField = new TimeDimension();
this.batteryAverageLifeStandbyField = new BatteryLifeDimension();
this.batteryAverageLifeField = new BatteryLifeDimension();
this.assemblyTimeField = new AssemblyTimeDimension();
}
public PetSuppliesMisc()
{
this.widthSizeField = new WidthSizeType();
this.weightRecommendationField = new WeightRecommendationType();
this.volumeField = new VolumeDimension();
this.tankSizeField = new VolumeDimension();
this.specialFeaturesField = new List <string>();
this.petTypeField = new List <string>();
this.neckSizeField = new NeckSizeType();
this.maximumPowerField = new PetPowerDimension();
this.materialCompositionField = new List <string>();
this.lightOutputLuminanceField = new LuminancePositiveIntegerDimension();
this.includedComponentsField = new List <string>();
this.healthBenefitsField = new List <string>();
this.heightRecommendationField = new HeightRecommendationType();
this.girthSizeField = new GirthSizeType();
this.externalCertificationField = new List <string>();
this.displayVolumeField = new VolumeDimension();
this.colorSpecificationField = new PetSuppliesMiscColorSpecification();
this.compatibleDevicesField = new List <string>();
this.careInstructionsField = new List <string>();
this.bulbLifeSpanField = new TimeIntegerDimension();
this.batteryPowerField = new BatteryPowerIntegerDimension();
this.batteryChargeTimeField = new TimeDimension();
this.batteryCapacityField = new BatteryPowerDimension();
this.batteryAverageLifeStandbyField = new BatteryLifeDimension();
this.batteryAverageLifeField = new BatteryLifeDimension();
this.allergenInformationField = new List <AllergenInformationType>();
this.variationDataField = new PetSuppliesMiscVariationData();
this.itemPackageQuantityField = "1";
}
public static TimeDimension TimeDimensionInstance(DateTime time)
{
var instance = new TimeDimension
{
AmPm = time.ToString("tt", CultureInfo.InvariantCulture),
// ReSharper disable once ExceptionNotDocumented
Hour12 = Convert.ToInt16(time.ToString("hh")),
Hour12LeadingZero = time.ToString("hh"),
Hour24 = time.Hour,
Hour24LeadingZero = time.ToString("HH"),
Minute = time.Minute,
MinuteLeadingZero = time.ToString("mm"),
RoundToHour = time.RoundToHour(),
RoundToMinute = time.RoundToMinute(),
RoundToSecond = time.RoundToSecond(),
Second = time.Second,
SecondLeadingZero = time.ToString("ss"),
Time = time,
Time12HourMin = time.ToString("h:mm"),
Time12HourMinAmPm = time.ToString("h:mm tt"),
Time12HourMinSecAmPm = time.ToString("h:mm:ss tt"),
Time12HourMinSecMiliAmPm = time.ToString("h:mm:ss.fff tt"),
Time24HourMinCivilian = time.ToString("HH:mm"),
Time24HourMinSecCivilian = time.ToString("HH:mm:ss"),
Time24HourMinSecMiliCivilian = time.ToString("HH:mm:ss.fff"),
Time24HourMinMilitary = time.ToString("HHmm"),
Time24HourMinSecMilitary = time.ToString("HHmmss"),
Time24HourMinSecMiliMilitary = time.ToString("HHmmss.fff"),
TimeId = time.TimeId(),
};
return(instance);
}
/// <summary>
/// Returns a term curve.
/// This means the discount factor curve for a YieldCurve,
/// an fx forward curve for an Fx curve,
/// a recovery rate curve for a credit curve.
/// A volatility matrix is not handled.
/// </summary>
/// <returns></returns>
public TermCurve GetTermCurve()
{
// we need to extract the curve.
if (Items1 == null)
{
return(null);
}
var psv = Items1[0];
var ycv = psv as YieldCurveValuation;
if (ycv?.zeroCurve != null)
{
return(ycv.zeroCurve.rateCurve ?? ycv.discountFactorCurve);
}
if (psv is FxCurveValuation fxv)
{
return(fxv.fxForwardCurve);
}
if (psv is CreditCurveValuation crv)
{
return(crv.recoveryRateCurve);
}
//This only works for volatility curves.
if (psv is VolatilityMatrix vm)
{
var points = vm.dataPoints?.point;
var termPoints = new List <TermPoint>();
if (points != null && vm.baseDate?.Value is DateTime baseDate)
{
foreach (var point in points)
{
var tenor = point.coordinate[0]?.expiration[0];
var period = tenor?.Items[0];
if (period is Period numDaysPeriod)
{
var newDate = baseDate.AddDays(Convert.ToInt16(numDaysPeriod.periodMultiplier));
var time = new TimeDimension {
Items = new object[1]
};
time.Items[0] = newDate;
var termPoint = new TermPoint
{
term = time,
mid = point.value,
midSpecified = true
};
termPoints.Add(termPoint);
}
}
}
var termCurve = new TermCurve {
point = termPoints.ToArray()
};
return(termCurve);
}
return(null);
}
/// <summary>
/// Parses a time dimension from strings.
/// </summary>
/// <param name="expiry"></param>
/// <returns></returns>
public static TimeDimension Create(DateTime expiry)
{
var pExpiry = expiry;
var dimension = new TimeDimension {
Items = new object[] { pExpiry }
};
return(dimension);
}
public ToysAndGames()
{
this.toyAwardNameField = new List <ToyAwardType>();
this.styleKeywordsField = new List <string>();
this.specialFeaturesField = new List <string>();
this.careInstructionsField = new List <string>();
this.batteryChargeTimeField = new TimeDimension();
this.batteryAverageLifeStandbyField = new TimeDimension();
this.batteryAverageLifeField = new TimeDimension();
}
public LightBulbs()
{
this.luminousIntensityField = new LuminiousIntensityDimension();
this.lightOutputLuminanceField = new LuminanceDimension();
this.colorTemperatureField = new TemperatureRatingDimension();
this.bulbSpecialFeaturesField = new List <string>();
this.bulbLifeSpanField = new TimeDimension();
this.beamAngleField = new DegreeDimension();
this.variationDataField = new LightBulbsVariationData();
}
public LabSupply()
{
this.colorMapField = new List <string>();
this.wellVolumeField = new VolumeDimension();
this.waterRemovalCapacityField = new VolumeDimension();
this.volumeToleranceField = new VolumeRateDimension();
this.volumeAccuracyField = new VolumeRateDimension();
this.upperTemperatureRatingField = new TemperatureDimension();
this.tubeCapacityField = new VolumeDimension();
this.timerRangeField = new StringTimeDimension();
this.temperatureUniformityField = new StringTemperatureDimension();
this.temperatureRecoveryField = new TimeDimension();
this.temperatureRangeField = new StringTemperatureDimension();
this.suctionFlowRateField = new VolumeRateDimension();
this.shakingSpeedField = new SpeedDimension();
this.sampleVolumeField = new VolumeRateDimension();
this.reservoirCapacityField = new VolumeDimension();
this.pressureFlowRateField = new VolumeRateDimension();
this.poreSizeField = new VolumeRateDimension();
this.outputCapacityField = new VolumeDimension();
this.operatingPressureField = new PressureDimension();
this.operatingFrequencyField = new FrequencyDimension();
this.minimumWorkingVolumeField = new VolumeAndVolumeRateDimension();
this.minimumStirringSpeedField = new SpeedDimension();
this.minimumSpeedField = new SpeedDimension();
this.minimumSampleVolumeField = new VolumeAndVolumeRateDimension();
this.minimumInletWaterTemperatureField = new TemperatureDimension();
this.minimumEnergyOutputField = new EnergyDimension();
this.minimumDispensingVolumeField = new VolumeRateDimension();
this.maximumWorkingVolumeField = new VolumeAndVolumeRateDimension();
this.maximumTemperatureField = new TemperatureDimension();
this.maximumStirringVolumeField = new VolumeAndVolumeRateDimension();
this.maximumStirringSpeedField = new SpeedDimension();
this.maximumSpeedField = new SpeedDimension();
this.maximumSampleVolumeField = new VolumeRateDimension();
this.maximumRelativeCentrifugalForceField = new ForceDimension();
this.maximumInletPressureField = new PressureDimension();
this.maximumEnergyOutputField = new EnergyDimension();
this.maximumDispensingVolumeField = new VolumeRateDimension();
this.lowerTemperatureRatingField = new TemperatureDimension();
this.itemVolumeField = new VolumeDimension();
this.inletOutsideDimensionsField = new StringLengthDimension();
this.holdingTimeField = new TimeDimension();
this.heatTimeField = new TimeDimension();
this.graduationRangeField = new StringLengthDimension();
this.graduationIntervalField = new GraduationInterval();
this.dropVolumeField = new VolumeDimension();
this.drawVolumeField = new VolumeAndVolumeRateDimension();
this.currentRatingField = new CurrentDimension();
this.coolantConsumptionRateField = new VolumeRateDimension();
this.coolantCapacityField = new VolumeDimension();
this.chamberVolumeField = new VolumeAndVolumeRateDimension();
this.capacityField = new VolumeDimension();
this.variationDataField = new LabSupplyVariationData();
}
public static TermPoint Create(decimal mid, TimeDimension term)
{
var termPoint = new TermPoint
{
mid = mid,
midSpecified = true,
term = term
};
return(termPoint);
}
public WirelessAccessories()
{
this.keywordsField = new List <string>();
this.compatiblePhoneModelsField = new List <string>();
this.batteryPowerField = new BatteryPowerIntegerDimension();
this.chargingTimeField = new TimeDimension();
this.standbyTimeField = new TimeDimension();
this.talkTimeField = new TimeDimension();
this.additionalFeaturesField = new List <string>();
this.variationDataField = new WirelessAccessoriesVariationData();
}
public static TermPoint Create(decimal mid, DateTime term)
{
var termPoint = new TermPoint
{
mid = mid,
midSpecified = true
};
var timeDimension = new TimeDimension();
XsdClassesFieldResolver.TimeDimensionSetDate(timeDimension, term);
termPoint.term = timeDimension;
return(termPoint);
}
public static TermPoint Create(decimal mid, TimeDimension term)
{
var termPoint = new TermPoint
{
mid = mid,
midSpecified = true
};
var timeDimension = new TimeDimension {
Items = new object[] { term }
};
termPoint.term = timeDimension;
return(termPoint);
}
private static decimal GetValueByExpirationAndStrike(IEnumerable <PricingStructurePoint> dataPoints,
TimeDimension expiration,
decimal strike)
{
foreach (var dataPoint in dataPoints)
{
if (
XmlSerializerHelper.AreEqual(dataPoint.coordinate[0].expiration[0], expiration)
&&
strike == dataPoint.coordinate[0].strike[0]
)
{
return(dataPoint.value);
}
}
throw new ArgumentException();
}
public LuxuryBeauty()
{
this.awardsWonField = new List <string>();
this.lithiumBatteryVoltageField = new VoltageDecimalDimension();
this.lithiumBatteryEnergyContentField = new EnergyConsumptionDimension();
this.batteryPowerField = new BatteryPowerIntegerDimension();
this.batteryChargeTimeField = new TimeDimension();
this.batteryAverageLifeField = new TimeDimension();
this.wattageField = new WattageDimension();
this.voltageField = new VoltageDecimalDimension();
this.includedComponentsField = new List <string>();
this.hairTypeField = new List <string>();
this.skinTypeField = new List <string>();
this.sunProtectionField = new SunProtectionDimension();
this.materialTypeField = new List <string>();
this.colorSpecificationField = new LuxuryBeautyColorSpecification();
this.unitCountField = new LuxuryBeautyUnitCount();
this.variationDataField = new LuxuryBeautyVariationData();
}
internal static TermCurve ConstructDiscountFactors(ILogger logger, ICoreCache cache, string nameSpace, TermCurve inputCurve, DateTime baseDate, string currency)
{
List <DateTime> dates = inputCurve.point.Select(a => (DateTime)a.term.Items[0]).ToList();
List <decimal> values = inputCurve.point.Select(a => a.mid).ToList();
var properties = new NamedValueSet();
properties.Set(CurveProp.PricingStructureType, PricingStructureTypeEnum.RateCurve.ToString());
properties.Set(CurveProp.Market, "ConstructDiscountFactors");
properties.Set(CurveProp.IndexTenor, "0M");
properties.Set(CurveProp.Currency1, currency);
properties.Set(CurveProp.IndexName, "XXX-XXX");
properties.Set(CurveProp.Algorithm, "FastLinearZero");
properties.Set(CurveProp.BaseDate, baseDate);
var curveId = new RateCurveIdentifier(properties);
var algorithmHolder = new PricingStructureAlgorithmsHolder(logger, cache, nameSpace, curveId.PricingStructureType, curveId.Algorithm);
var curve = new RateCurve(properties, algorithmHolder, dates, values);
var termPoints = new List <TermPoint>();
for (DateTime date = dates.First(); date <= dates.Last(); date = date.AddMonths(1))
{
var discountFactor = (decimal)curve.GetDiscountFactor(date);
var timeDimension = new TimeDimension();
XsdClassesFieldResolver.TimeDimensionSetDate(timeDimension, date);
var termPoint = new TermPoint
{
mid = discountFactor,
midSpecified = true,
term = timeDimension
};
termPoints.Add(termPoint);
}
var termCurve = new TermCurve {
point = termPoints.ToArray()
};
return(termCurve);
}
private static TimeDimension CreateTimeDimension()
{
var timeDimension = new TimeDimension("Time", TimeDimension.TimeGranularity.Seconds);
var primaryColumn = new StarColumn(1, "SurKey", new DataType(OleDbType.Integer), StarColumnType.Key | StarColumnType.SurrogateKey);
timeDimension.Constraints.PrimaryKey.Columns.Add(primaryColumn);
timeDimension.Constraints.NotNullables.Add(new StarModelComponents.NotNullable(primaryColumn));
var hourColumn = new StarColumn(2, "Hour", new DataType(OleDbType.SmallInt), StarColumnType.DescriptiveMeasure);
var minuteColumn = new StarColumn(3, "Minute", new DataType(OleDbType.SmallInt), StarColumnType.DescriptiveMeasure);
var secondColumn = new StarColumn(4, "Second", new DataType(OleDbType.SmallInt), StarColumnType.DescriptiveMeasure);
timeDimension.Columns.Add(primaryColumn); // Surkey
timeDimension.Columns.Add(hourColumn); // Hour
timeDimension.Columns.Add(minuteColumn); // Minute
timeDimension.Columns.Add(secondColumn); // Second
primaryColumn.TableRef = timeDimension;
hourColumn.TableRef = timeDimension;
minuteColumn.TableRef = timeDimension;
secondColumn.TableRef = timeDimension;
return(timeDimension);
}
static DomainHelperForSpecs()
{
TimeDimension.AddUnit(new Unit("seconds", 1 / 60.0, 0.0));
AmountDimension.AddUnit(new Unit("mmol", 1000.0, 0.0));
}
public StarModel Refine(StarModel starModel)
{
var factTable = starModel.FactTable;
// If any date/time dimension already exists
if (starModel.Dimensions.Any(d => d.Name.Contains("time") || d.Name.Contains("date")))
{
return(starModel);
}
// Create date and time dimension for model. These are also used for roleplaying
DateDimension actualDateDimension = CreateDateDimension();
TimeDimension actualTimeDimension = CreateTimeDimension();
// These can either be the actual dimension or roleplaying dimensions
DateDimension dateDimension = null;
TimeDimension timeDimension = null;
// Add a date and/or time dimension to all columns that can express date or time
foreach (var temporalColumn in factTable.Columns.Where(c => c.DataType.IsTemporal()).ToList())
{
// If date, only add date dimension, likewise with time. If a date/time dimension is already in use,
// then use that for roleplaying
switch (temporalColumn.DataType.Type)
{
case OleDbType.DBTime:
timeDimension = timeDimension != null ? new TimeDimension(actualTimeDimension) : actualTimeDimension;
break;
case OleDbType.Date:
case OleDbType.DBDate:
dateDimension = dateDimension != null ? new DateDimension(actualDateDimension) : actualDateDimension;
break;
case OleDbType.DBTimeStamp:
dateDimension = dateDimension != null ? new DateDimension(actualDateDimension) : actualDateDimension;
timeDimension = timeDimension != null ? new TimeDimension(actualTimeDimension) : actualTimeDimension;
break;
}
// If time dimension is set, then add it to the model and add a relation
if (timeDimension != null)
{
starModel.Dimensions.Add(timeDimension);
var timeForeignKey = new StarColumn(factTable.Columns.Count + 1, $"{temporalColumn.Name}_Time_Key", new DataType(OleDbType.Integer), StarColumnType.Key);
timeForeignKey.ColumnRef = temporalColumn.ColumnRef;
var relation = new StarRelation(timeDimension, factTable, new List <StarColumn> {
timeDimension.Columns[0]
}, new List <StarColumn> {
timeForeignKey
}, Cardinality.ManyToOne);
factTable.Relations.Add(relation);
timeDimension.Relations.Add(relation);
factTable.Columns.Add(timeForeignKey);
factTable.Constraints.PrimaryKey.Columns.Add(timeForeignKey);
}
// If date dimension is set, then add it to the model and add a relation
if (dateDimension != null)
{
starModel.Dimensions.Add(dateDimension);
var dateForeignKey = new StarColumn(factTable.Columns.Count + 1, $"{temporalColumn.Name}_Date_Key", new DataType(OleDbType.Integer), StarColumnType.Key);
dateForeignKey.ColumnRef = temporalColumn.ColumnRef;
var relation = new StarRelation(dateDimension, factTable, new List <StarColumn> {
dateDimension.Columns[0]
}, new List <StarColumn> {
dateForeignKey
}, Cardinality.ManyToOne);
factTable.Relations.Add(relation);
dateDimension.Relations.Add(relation);
factTable.Columns.Add(dateForeignKey);
factTable.Constraints.PrimaryKey.Columns.Add(dateForeignKey);
}
temporalColumn.ColumnType = StarColumnType.DescriptiveMeasure;
// Cleanup
factTable.Columns.Remove(temporalColumn);
}
return(starModel);
}
public static void TimeDimensionSetDate(TimeDimension timeDimension, DateTime value)
{
timeDimension.Items = new object[] { value };
}
public static DateTime TimeDimensionGetDate(TimeDimension timeDimension)
{
return((DateTime)timeDimension.Items[0]);
}
public void INETimeDimensionToDimensionTest()
{
TimeDimension ineDimension = new TimeDimension {
Code = "1",
Abbreviation = "D1",
Designation = "Dimension 1",
Periods = new List<Period> {
new Period { Code = "1", Designation="Designation 1" },
new Period { Code = "2", Designation="Designation 2" },
new Period { Code = "3", Designation="Designation 3" }
}
};
ProviderDataContracts.Metadata.Dimension expected = new ProviderDataContracts.Metadata.Dimension
{
ID = "1",
Name = "Dimension 1",
NameAbbr = "D1",
DimensionType = DimensionType.Temporal,
Attributes = new List<DimensionAttribute> {
new DimensionAttribute { ID = "1", Name = "Designation 1" },
new DimensionAttribute { ID = "2", Name = "Designation 2" },
new DimensionAttribute { ID = "3", Name = "Designation 3" }
}
};
ProviderDataContracts.Metadata.Dimension actual = DimensionExtension.ToDimension(ineDimension);
Assert.AreEqual(expected, actual);
}
/// <summary>
/// Create a script, that generates all seconds between 00:00 and 23:59
/// </summary>
/// <param name="dimension"></param>
/// <returns>Script to populate dimension</returns>
private string GenerateInsert(TimeDimension dimension)
{
return(GenerateTimeDimension());
}
/// <summary>
/// Create a join condition between a datetime and a time dimension
/// </summary>
/// <param name="timestampColumn">Datetime column</param>
/// <param name="timeDimension">Time dimension</param>
/// <returns>Join condition</returns>
public string GenerateTimeDimensionJoin(Column timestampColumn, TimeDimension timeDimension)
{
return($"DATEPART(HOUR, {timestampColumn.GetNameWithAlias()}) = {timeDimension.Columns.First(c => c.Name == "Hour").GetNameWithAlias(timeDimension)} AND " +
$"DATEPART(MINUTE, {timestampColumn.GetNameWithAlias()}) = {timeDimension.Columns.First(c => c.Name == "Minute").GetNameWithAlias(timeDimension)} AND " +
$"DATEPART(SECOND, {timestampColumn.GetNameWithAlias()}) = {timeDimension.Columns.First(c => c.Name == "Second").GetNameWithAlias(timeDimension)}");
}
} public FoodServiceAndJanSanProductTypeFoodServiceAndJanSan()
{
this.wideEndDiameterField = new LengthDimension(); this.waterRemovalCapacityField = new VolumeDimension(); this.upperTemperatureRatingField = new TemperatureDimension(); this.timerRangeField = new TimeDimension(); this.temperatureRecoveryField = new TimeDimension(); this.temperatureRangeField = new TemperatureDimension(); this.suctionFlowRateField = new VolumeRateDimension(); this.stemOutsideDiameterField = new LengthDimension(); this.shakingSpeedField = new SpeedDimension(); this.pressureFlowRateField = new VolumeRateDimension(); this.poreSizeField = new VolumeRateDimension(); this.outsideDiameterField = new LengthDimension(); this.outputCapacityField = new VolumeDimension(); this.operatingPressureField = new PressureDimension(); this.neckDiameterField = new LengthDimension(); this.narrowEndDiameterField = new LengthDimension(); this.minimumStirringSpeedField = new SpeedDimension(); this.minimumSpeedField = new SpeedDimension(); this.minimumInletWaterTemperatureField = new TemperatureDimension(); this.minimumDispensingVolumeField = new VolumeRateDimension(); this.maximumWorkingVolumeField = new VolumeAndVolumeRateDimension(); this.maximumTemperatureField = new TemperatureDimension(); this.maximumStirringVolumeField = new VolumeAndVolumeRateDimension(); this.maximumStirringSpeedField = new SpeedDimension(); this.maximumSpeedField = new SpeedDimension(); this.maximumInletPressureField = new PressureDimension(); this.maximumDispensingVolumeField = new VolumeRateDimension(); this.lowerTemperatureRatingField = new TemperatureDimension(); this.itemVolumeField = new VolumeDimension(); this.itemThicknessField = new LengthDimension(); this.itemDiameterField = new LengthDimension(); this.itemDepthField = new LengthDimension(); this.insideWidthField = new LengthDimension(); this.insideLengthField = new LengthDimension(); this.insideHeightField = new LengthDimension(); this.insideDiameterField = new LengthDimension(); this.insideDepthField = new LengthDimension(); this.inletOutsideDimensionsField = new LengthDimension(); this.holdingTimeField = new TimeDimension(); this.heatTimeField = new TimeDimension(); this.graduationRangeField = new LengthDimension(); this.graduationIntervalField = new GraduationInterval(); this.extensionLengthField = new LengthDimension(); this.dropVolumeField = new VolumeDimension(); this.drawVolumeField = new VolumeAndVolumeRateDimension(); this.currentRatingField = new CurrentDimension(); this.coolantConsumptionRateField = new VolumeRateDimension(); this.coolantCapacityField = new VolumeDimension(); this.closureDiameterField = new LengthDimension(); this.capSizeField = new LengthDimension(); this.capacityField = new VolumeWeightDimension();
}
public void Init()
{
instance = new TimeDimension();
}
private double timeValueInDisplayUnit(double timeValueInBaseUnit)
{
return(TimeDimension.BaseUnitValueToUnitValue(TimeUnit, timeValueInBaseUnit));
}
