public NdConvertibleValue(UnitOfMeasurementConverters conversionDelegate, Enum sourceValueUnit,
double[] valueToSet,
double minimum = double.NegativeInfinity, double maximum = double.PositiveInfinity)
{
string sourceValueUnitName = null;
sourceValueUnitName = sourceValueUnit.ToString();
Converters = conversionDelegate;
_mMaxValue = maximum;
_mMinValue = minimum;
SetValue(sourceValueUnitName, valueToSet);
InputUnit = sourceValueUnit;
}
public void Populate(string unitOfMeasurementName, string[] units, double[] conversionFactors)
{
#region EvaluateBasicPopulationRules
if (string.IsNullOrEmpty(unitOfMeasurementName))
{
throw new Exception("Unit of measurement name must be set.");
}
if (units == null || conversionFactors == null)
{
throw new Exception("Either Units or ConversionFactors argument is not set.");
}
if (units.Length == 0 || conversionFactors.Length == 0)
{
throw new Exception("Units and ConversionFactors arguments must contain more than zero elements.");
}
if (units.Length != conversionFactors.Length)
{
throw new Exception("Units and ConversionFactors arguments must be the same length.");
}
if (conversionFactors[0] != 1D)
{
throw new Exception("First conversion factor for " + unitOfMeasurementName + " (" + units[0] +
") must be 1.0 and is " + conversionFactors[0] + ".");
}
#endregion
var convertersForThisUnit = new UnitOfMeasurementConverters();
convertersForThisUnit.Name = unitOfMeasurementName;
_mAgCollection.Add(unitOfMeasurementName, convertersForThisUnit);
for (var index = 0; index < units.Length; index++)
{
var newNode = new NdUnitAgConversionData();
newNode.Name = units[index];
newNode.ConversionFactor = conversionFactors[index];
var conversionProvider = new NdDualConversionProvider();
conversionProvider.ConversionDataObject = newNode;
convertersForThisUnit.Add(newNode.Name, conversionProvider);
}
}
public UnitOfMeasurementConverters CreateOrGetUnitConverter(string unitOfMeasurementName)
{
UnitOfMeasurementConverters result = null;
if (!_mAgCollection.ContainsKey(unitOfMeasurementName))
{
result = new UnitOfMeasurementConverters();
result.Name = unitOfMeasurementName;
_mAgCollection.Add(unitOfMeasurementName, result);
}
else
{
result = _mAgCollection[unitOfMeasurementName];
}
return(result);
}
public static UnitOfMeasurementConverters GetConverterByName(string name)
{
UnitOfMeasurementConverters result = null;
switch (name)
{
case "Distance":
case "DistanceUnit":
result = DistanceConverter;
break;
case "Pressure":
case "PressureUnit":
result = PressureConverter;
break;
case "Temperature":
case "TempUnit":
result = TemperatureConverter;
break;
case "Unitless":
case "UnitlessUnit":
result = UnitlessConverter;
break;
case "Time":
case "TimeUnit":
result = ManpowerTimeConverter;
break;
case "JulianTime":
case "JulianTimeUnit":
result = JulianTimeConverter;
break;
case "ElapsingTime":
case "ElapsingTimeUnit":
result = ElapsingTimeConverter;
break;
case "Energy":
case "EnergyUnit":
result = EnergyConverter;
break;
case "Volume":
case "VolumeUnit":
result = VolumeConverter;
break;
case "Density":
case "DensityUnit":
result = DensityConverter;
break;
case "AngleUnit":
result = AngleConverter;
break;
case "Mass":
result = MassConverter;
break;
case "SpecificEnergy":
result = SpecificEnergyConverter;
break;
case "AreaUnit":
result = AreaConverter;
break;
case "VolumetricFlow":
result = VolumetricFlowConverter;
break;
default:
throw new Exception("Converter name " + name + " unrecognized.");
}
return(result);
}
