/// <summary>
/// Creates the parameter detail.
/// </summary>
/// <param name="type">The type.</param>
/// <param name="idPrefix">The identifier prefix.</param>
/// <param name="Name">The name.</param>
/// <param name="units">The units.</param>
/// <param name="unitsName">Name of the units.</param>
/// <param name="unitsDescription">The units description.</param>
/// <returns></returns>
private static NXSiemensParameterDetail CreateParameterDetail(PropertyTypeEnum type, string idPrefix, string Name, IList <NXSiemensUnit> units, string unitsName, string unitsDescription)
{
NXSiemensParameterDetail parameterDetail = new NXSiemensParameterDetail();
parameterDetail.IdPrefix = idPrefix;
parameterDetail.Type = type;
parameterDetail.UnitsName = unitsName;
parameterDetail.UnitsDescription = unitsDescription;
parameterDetail.IdString = idPrefix;
parameterDetail.Name = Name;
if (units != null && units.Count > 0)
{
parameterDetail.Units = units;
}
return(parameterDetail);
}
/// <summary>
/// Adds the meta data XML node.
/// </summary>
/// <param name="Metadata">The metadata.</param>
/// <param name="parameterDetail">The parameter detail.</param>
private static void AddMetaDataXMLNode(XElement Metadata, NXSiemensParameterDetail parameterDetail)
{
XElement ParameterDetails = new XElement("PropertyDetails");
ParameterDetails.SetAttributeValue("id", parameterDetail.IdString);
XElement Name = new XElement("Name");
Name.Value = " " + parameterDetail.Name + " ";
if (parameterDetail.Units != null && parameterDetail.Units.Count > 0)
{
XElement Units = new XElement("Units");
Units.SetAttributeValue("name", parameterDetail.UnitsName);
Units.SetAttributeValue("description", parameterDetail.UnitsDescription);
foreach (var item in parameterDetail.Units)
{
if (item != null)
{
XElement Unit = new XElement("Unit");
if (item.Attribite != null)
{
Unit.SetAttributeValue(item.Attribite, item.AttribiteValue);
}
XElement NameOfUnit = new XElement("Name");
NameOfUnit.Value = " " + item.Name + " ";
Unit.Add(NameOfUnit);
Units.Add(Unit);
}
else
{
XElement Unitless = new XElement("Unitless");
Units.Add(Unitless);
}
}
ParameterDetails.Add(Name);
ParameterDetails.Add(Units);
}
else
{
ParameterDetails.Add(Name);
XElement Unitless = new XElement("Unitless");
ParameterDetails.Add(Unitless);
}
Metadata.Add(ParameterDetails);
}
/// <summary>
/// Fills the list of parameter details.
/// </summary>
/// <returns></returns>
private static IList <NXSiemensParameterDetail> FillListOFParameterDetails()
{
IList <NXSiemensParameterDetail> listOfParameters = new List <NXSiemensParameterDetail>();
NXSiemensParameterDetail parameterDetail = null;
parameterDetail = CreateParameterDetail(PropertyTypeEnum.MechanicalYield, "Yield Strength_32", "Yield", new List <NXSiemensUnit> {
new NXSiemensUnit()
{
Name = "mN/mm^2(kPa)"
}
}, "mN/mm^2(kPa)", "milliNewtons per millimeter squared");
listOfParameters.Add(parameterDetail);
parameterDetail = CreateParameterDetail(PropertyTypeEnum.MechanicalTensile, "Ultimate Tensile Strength_33", "UltTensile", new List <NXSiemensUnit> {
new NXSiemensUnit()
{
Name = "mN/mm^2(kPa)"
}
}, "mN/mm^2(kPa)", "milliNewtons per millimeter squared");
listOfParameters.Add(parameterDetail);
parameterDetail = CreateParameterDetail(PropertyTypeEnum.MechanicalTensile, "Thermal Expansion (A)_34", "ThermalExpansion", new List <NXSiemensUnit> {
new NXSiemensUnit()
{
Name = "1/C"
}
}, "1/C", "Expansion coefficient per degree Celsius");
listOfParameters.Add(parameterDetail);
parameterDetail = CreateParameterDetail(PropertyTypeEnum.PhysicalThermalConductivity, "Thermal Conductivity (K)_35", "ThermalConductivity", new List <NXSiemensUnit> {
new NXSiemensUnit()
{
Name = "microW/mm-C"
}
}, "microW/mm-C", "microWatts per millimeter per degree Centrigade");
listOfParameters.Add(parameterDetail);
parameterDetail = CreateParameterDetail(PropertyTypeEnum.PhysicalModulusOfElasticity, "Youngs Modulus (E)_31", "YoungsModulus", new List <NXSiemensUnit> {
new NXSiemensUnit()
{
Name = "mN/mm^2(kPa)"
}
}, "mN/mm^2(kPa)", "milliNewtons per millimeter squared");
listOfParameters.Add(parameterDetail);
parameterDetail = CreateParameterDetail(PropertyTypeEnum.PhysicalModulusOfElasticity, "Specific Heat (CP)_23", "SpecificHeat", new List <NXSiemensUnit> {
new NXSiemensUnit()
{
Name = "microJ/kg-K"
}
}, "microJ/kg-K", "microJoules per kilogram per degree Kelvin");
listOfParameters.Add(parameterDetail);
parameterDetail = CreateParameterDetail(PropertyTypeEnum.PhysicalModulusOfElasticity, "Mass Density (RHO)_6", "MassDensity", new List <NXSiemensUnit> {
new NXSiemensUnit()
{
Name = "kg/mm^3"
}
}, "kg/mm^3", "kilograms per millimeter cubed");
listOfParameters.Add(parameterDetail);
parameterDetail = CreateParameterDetail(PropertyTypeEnum.PhysicalModulusOfElasticity, "Material Type", "Material Type", new List <NXSiemensUnit> {
null
}, null, null);
listOfParameters.Add(parameterDetail);
parameterDetail = CreateParameterDetail(PropertyTypeEnum.PhysicalModulusOfElasticity, "Version", "Version", new List <NXSiemensUnit> {
null
}, null, null);
listOfParameters.Add(parameterDetail);
parameterDetail = CreateParameterDetail(PropertyTypeEnum.PhysicalModulusOfElasticity, "Category", "Category", new List <NXSiemensUnit> {
null
}, null, null);
listOfParameters.Add(parameterDetail);
parameterDetail = CreateParameterDetail(PropertyTypeEnum.PhysicalModulusOfElasticity, "PoissonsRatio", "PoissonsRatio", new List <NXSiemensUnit> {
null
}, null, null);
listOfParameters.Add(parameterDetail);
parameterDetail = CreateParameterDetail(PropertyTypeEnum.PhysicalModulusOfElasticity, "FatigueStrengthExp", "FatigueStrengthExp", new List <NXSiemensUnit> {
null
}, null, null);
listOfParameters.Add(parameterDetail);
parameterDetail = CreateParameterDetail(PropertyTypeEnum.PhysicalModulusOfElasticity, "FatigueDuctCoeff", "FatigueDuctCoeff", new List <NXSiemensUnit> {
null
}, null, null);
listOfParameters.Add(parameterDetail);
parameterDetail = CreateParameterDetail(PropertyTypeEnum.PhysicalModulusOfElasticity, "FatigueDuctExp", "FatigueDuctExp", new List <NXSiemensUnit> {
null
}, null, null);
listOfParameters.Add(parameterDetail);
parameterDetail = CreateParameterDetail(PropertyTypeEnum.PhysicalModulusOfElasticity, "CyclicStrainHardeningExp", "CyclicStrainHardeningExp", new List <NXSiemensUnit> {
null
}, null, null);
listOfParameters.Add(parameterDetail);
parameterDetail = CreateParameterDetail(PropertyTypeEnum.PhysicalModulusOfElasticity, "Fatigue Strength Coefficient_20", "FatigueStrengthCoeff", new List <NXSiemensUnit> {
new NXSiemensUnit()
{
Name = "mN/mm^2(kPa)"
}
}, "mN/mm^2(kPa)", "milliNewtons per millimeter squared");
listOfParameters.Add(parameterDetail);
parameterDetail = CreateParameterDetail(PropertyTypeEnum.PhysicalModulusOfElasticity, "CyclicStrengthCoeff", "CyclicStrengthCoeff", new List <NXSiemensUnit> {
new NXSiemensUnit()
{
Name = "mN/mm^2(kPa)"
}
}, "mN/mm^2(kPa)", "milliNewtons per millimeter squared");
listOfParameters.Add(parameterDetail);
return(listOfParameters);
}
