internal bool Load(string sectionName)
{
Logger = LogManager.GetCurrentClassLogger();
PluginLoader.ConfigManager.Load(this, sectionName);
HDDFileReaderWriter1 = PluginLoader.CreateInstance <IHDDFileReaderWriter>(_hddFileReaderWriter1);
HDDFileReaderWriter2 = PluginLoader.CreateInstance <IHDDFileReaderWriter>(_hddFileReaderWriter2);
return(CheckComponents());
}
internal void Create(string specificationPath, IHDDFileReaderWriter readerWriter)
{
PairingKeyValuePair thicknessAverageAbs = new PairingKeyValuePair("Thickness Average Abs Condition", new List <string> {
"TTR,AvrThickness", "Thickness[um]"
}, "Thickness Average");
PairingKeyValuePair thicknessAverageRel = new PairingKeyValuePair("Thickness Average Rel Condition", new List <string> {
"TTR,AvrThickness", "Thickness[um]"
});
PairingKeyValuePair thicknessStdAbs = new PairingKeyValuePair("Thickness Std Abs Condition", new List <string> {
"TTR,AvrThickness", "Thickness[um]"
});
PairingKeyValuePair thicknessStdRel = new PairingKeyValuePair("Thickness Std Rel Condition", new List <string> {
"TTR,AvrThickness", "Thickness[um]"
});
PairingKeyValuePair ttvStdAbs = new PairingKeyValuePair("TTV Std Abs Condition", new List <string> {
"TTV[um]"
});
PairingKeyValuePair sawmarkStdAbs = new PairingKeyValuePair("SawMark Std Abs Condition", new List <string> {
"SawMark[um]"
});
PairingKeyValuePair resistivityStdAbs = new PairingKeyValuePair("Resistivity Average Rel Condition", new List <string> {
"Resistivity[Ohmcm]", "Resistivity[Ωcm]"
}, "Resistivity");
PairingKeyValuePair resistivityStdRel = new PairingKeyValuePair("Resistivity Std Rel Condition", new List <string> {
"Resistivity[Ohmcm]", "Resistivity[Ωcm]"
}, "Resistivity");
List <PairingKeyValuePair> pairList = new List <PairingKeyValuePair>();
pairList.Add(thicknessAverageAbs);
pairList.Add(thicknessAverageRel);
pairList.Add(thicknessStdAbs);
pairList.Add(thicknessStdRel);
pairList.Add(ttvStdAbs);
pairList.Add(sawmarkStdAbs);
pairList.Add(resistivityStdAbs);
pairList.Add(resistivityStdRel);
readerWriter.WriteToFile(pairList, Path.Combine(specificationPath, $"DataNamePairs{_fileExtension}"));
}
internal void Create(string referencePath, IHDDFileReaderWriter readerWriter)
{
// ttr sample1:
ReferenceValue refVal1 = new ReferenceValue("Thickness Average", Units.um, 200);
ReferenceValue refVal2 = new ReferenceValue("Thickness Std", Units.um, 2);
ReferenceValue refVal3 = new ReferenceValue("Resistivity Average", Units.Ohmcm, 1.5);
List <IReferenceValue> referenceValues1 = new List <IReferenceValue> {
refVal1, refVal2, refVal3
};
ReferenceSample referenceSample1 = new ReferenceSample("TTR Reference 01", referenceValues1);
readerWriter.WriteToFile(referenceSample1, Path.Combine(referencePath, $"TTR_Ref_01{_fileExtension}"));
// ttr sample2:
ReferenceValue refVal11 = new ReferenceValue("Thickness Average", Units.um, 190);
ReferenceValue refVal12 = new ReferenceValue("Thickness Std", Units.um, 2);
ReferenceValue refVal13 = new ReferenceValue("Resistivity Average", Units.Ohmcm, 1.4);
List <IReferenceValue> referenceValues11 = new List <IReferenceValue> {
refVal11, refVal12, refVal13
};
ReferenceSample referenceSample11 = new ReferenceSample("TTR Reference 02", referenceValues11);
readerWriter.WriteToFile(referenceSample11, Path.Combine(referencePath, $"TTR_Ref_02{_fileExtension}"));
// ttr sample2:
ReferenceValue refVal21 = new ReferenceValue("Thickness Average", Units.um, 210);
ReferenceValue refVal22 = new ReferenceValue("Thickness Std", Units.um, 2);
ReferenceValue refVal23 = new ReferenceValue("Resistivity Average", Units.Ohmcm, 1.6);
List <IReferenceValue> referenceValues21 = new List <IReferenceValue> {
refVal21, refVal22, refVal23
};
ReferenceSample referenceSample21 = new ReferenceSample("TTR Reference 03", referenceValues21);
readerWriter.WriteToFile(referenceSample21, Path.Combine(referencePath, $"TTR_Ref_03{_fileExtension}"));
}
internal void Create(string specificationPath, IHDDFileReaderWriter readerWriter)
{
// thickness specification 01:
ICondition <double> thicknessAverageAbsCondition = new SimpleCondition()
{
Name = "Thickness Average Abs Condition",
CalculationTypeHandler = CalculationTypeHandler.Average,
LeftValue = 2,
ConditionRelation = RelationHandler.LESSOREQUAL,
Enabled = true,
ValidIf = RelationHandler.ALLWAYS,
ValidIf_Value = 0,
};
thicknessAverageAbsCondition.CalculationTypeHandler.Relativity = Relativity.Absolute;
ICondition <double> thicknessAverageRelCondition = new SimpleCondition()
{
Name = "Thickness Average Rel Condition",
CalculationTypeHandler = CalculationTypeHandler.Average,
LeftValue = 1,
ConditionRelation = RelationHandler.LESSOREQUAL,
Enabled = true,
ValidIf = RelationHandler.ALLWAYS,
ValidIf_Value = 0,
};
thicknessAverageRelCondition.CalculationTypeHandler.Relativity = Relativity.Relative;
ICondition <double> thicknessStdAbsCondition = new SimpleCondition()
{
Name = "Thickness Std Abs Condition",
CalculationTypeHandler = CalculationTypeHandler.StandardDeviation,
LeftValue = 1,
ConditionRelation = RelationHandler.LESSOREQUAL,
Enabled = true,
ValidIf = RelationHandler.ALLWAYS,
ValidIf_Value = 0,
};
thicknessStdAbsCondition.CalculationTypeHandler.Relativity = Relativity.Absolute;
ICondition <double> thicknessStdRelCondition = new SimpleCondition()
{
Name = "Thickness Std Rel Condition",
CalculationTypeHandler = CalculationTypeHandler.StandardDeviation,
LeftValue = 0.5,
ConditionRelation = RelationHandler.LESSOREQUAL,
Enabled = true,
ValidIf = RelationHandler.ALLWAYS,
ValidIf_Value = 0,
};
thicknessStdRelCondition.CalculationTypeHandler.Relativity = Relativity.Relative;
// ttv psecification:
ICondition <double> ttvStdAbsCondition = new SimpleCondition()
{
Name = "TTV Std Abs Condition",
CalculationTypeHandler = CalculationTypeHandler.StandardDeviation,
LeftValue = 2,
ConditionRelation = RelationHandler.LESSOREQUAL,
Enabled = true,
ValidIf = RelationHandler.ALLWAYS,
ValidIf_Value = 0,
};
ttvStdAbsCondition.CalculationTypeHandler.Relativity = Relativity.Absolute;
// sawmark specification:
ICondition <double> sawmarkStdAbsCondition = new SimpleCondition()
{
Name = "SawMark Std Abs Condition",
CalculationTypeHandler = CalculationTypeHandler.StandardDeviation,
LeftValue = 2,
ConditionRelation = RelationHandler.LESSOREQUAL,
Enabled = true,
ValidIf = RelationHandler.ALLWAYS,
ValidIf_Value = 0,
};
sawmarkStdAbsCondition.CalculationTypeHandler.Relativity = Relativity.Absolute;
// resisitivity conditions
ICondition <double> resistivityAverageRelCondition = new SimpleCondition()
{
Name = "Resistivity Average Rel Condition",
CalculationTypeHandler = CalculationTypeHandler.Average,
LeftValue = 5,
ConditionRelation = RelationHandler.LESSOREQUAL,
Enabled = true,
ValidIf = RelationHandler.ALLWAYS,
ValidIf_Value = 0,
};
resistivityAverageRelCondition.CalculationTypeHandler.Relativity = Relativity.Relative;
ICondition <double> resistivityStdRelCondition = new SimpleCondition()
{
Name = "Resistivity Std Rel Condition",
CalculationTypeHandler = CalculationTypeHandler.StandardDeviation,
LeftValue = 1,
ConditionRelation = RelationHandler.LESSOREQUAL,
Enabled = true,
ValidIf = RelationHandler.ALLWAYS,
ValidIf_Value = 0,
};
resistivityStdRelCondition.CalculationTypeHandler.Relativity = Relativity.Relative;
IQuantitySpecificationHandler thicknessQuantitySpecification = new QuantitySpecification();
thicknessQuantitySpecification.Quantity = new Quantity(Units.um, "Thickness Average");
thicknessQuantitySpecification.Conditions = new List <ICondition> {
thicknessAverageAbsCondition, thicknessAverageRelCondition, thicknessStdAbsCondition, thicknessStdRelCondition
};
IQuantitySpecificationHandler ttvQuantitySpecification = new QuantitySpecification();
ttvQuantitySpecification.Quantity = new Quantity(Units.um, "TTV");
ttvQuantitySpecification.Conditions = new List <ICondition> {
ttvStdAbsCondition
};
IQuantitySpecificationHandler sawmarkQuantitySpecification = new QuantitySpecification();
sawmarkQuantitySpecification.Quantity = new Quantity(Units.um, "Sawmark");
sawmarkQuantitySpecification.Conditions = new List <ICondition> {
sawmarkStdAbsCondition
};
IQuantitySpecificationHandler resistivityQuantitySpecification = new QuantitySpecification();
resistivityQuantitySpecification.Quantity = new Quantity(Units.um, "Resistivity Average");
resistivityQuantitySpecification.Conditions = new List <ICondition> {
resistivityAverageRelCondition, resistivityStdRelCondition
};
List <IQuantitySpecification> quanSpecList = new List <IQuantitySpecification>
{
thicknessQuantitySpecification,
ttvQuantitySpecification,
sawmarkQuantitySpecification,
resistivityQuantitySpecification
};
IToolSpecificationHandler specificationHandler = new ToolSpecification
{
Name = "TTR Compliant Specification",
ToolName = ToolNames.TTR,
QuantitySpecifications = quanSpecList
};
readerWriter.WriteToFile(specificationHandler, Path.Combine(specificationPath, $"TTR_Spec_01{_fileExtension}"));
//-----------------------------------------------------------------------------------------------------------------------------------
// thickness specification 02:
ICondition <double> thicknessAverageAbsCondition2 = new SimpleCondition()
{
Name = "Thickness Average Abs Condition",
CalculationTypeHandler = CalculationTypeHandler.Average,
LeftValue = 2,
ConditionRelation = RelationHandler.LESSOREQUAL,
Enabled = true,
ValidIf = RelationHandler.ALLWAYS,
ValidIf_Value = 0,
};
thicknessAverageAbsCondition2.CalculationTypeHandler.Relativity = Relativity.Absolute;
ICondition <double> thicknessAverageRelCondition2 = new SimpleCondition()
{
Name = "Thickness Average Rel Condition",
CalculationTypeHandler = CalculationTypeHandler.Average,
LeftValue = 1,
ConditionRelation = RelationHandler.LESSOREQUAL,
Enabled = true,
ValidIf = RelationHandler.ALLWAYS,
ValidIf_Value = 0,
};
thicknessAverageRelCondition2.CalculationTypeHandler.Relativity = Relativity.Relative;
ICondition <double> thicknessStdAbsCondition2 = new SimpleCondition()
{
Name = "Thickness Std Abs Condition",
CalculationTypeHandler = CalculationTypeHandler.StandardDeviation,
LeftValue = 1,
ConditionRelation = RelationHandler.LESSOREQUAL,
Enabled = true,
ValidIf = RelationHandler.ALLWAYS,
ValidIf_Value = 0,
};
thicknessStdAbsCondition2.CalculationTypeHandler.Relativity = Relativity.Absolute;
ICondition <double> thicknessStdRelCondition2 = new SimpleCondition()
{
Name = "Thickness Std Rel Condition",
CalculationTypeHandler = CalculationTypeHandler.StandardDeviation,
LeftValue = 0.5,
ConditionRelation = RelationHandler.LESSOREQUAL,
Enabled = true,
ValidIf = RelationHandler.ALLWAYS,
ValidIf_Value = 0,
};
thicknessStdRelCondition2.CalculationTypeHandler.Relativity = Relativity.Relative;
ICondition <double> thicknessCpkCondition2 = new CpkCondition()
{
Name = "Thickness Cpk Condition",
CalculationTypeHandler = CalculationTypeHandler.Cpk,
LeftValue = 1.33,
ConditionRelation = RelationHandler.LESSOREQUAL,
Enabled = true,
HalfTolerance = 1
};
thicknessCpkCondition2.CalculationTypeHandler.Relativity = Relativity.Relative;
// ttv psecification:
ICondition <double> ttvStdAbsCondition2 = new SimpleCondition()
{
Name = "TTV Std Abs Condition",
CalculationTypeHandler = CalculationTypeHandler.StandardDeviation,
LeftValue = 2,
ConditionRelation = RelationHandler.LESSOREQUAL,
Enabled = true,
ValidIf = RelationHandler.ALLWAYS,
ValidIf_Value = 0,
};
ttvStdAbsCondition2.CalculationTypeHandler.Relativity = Relativity.Absolute;
ICondition <double> ttvCpkCondition2 = new CpkCondition()
{
Name = "TTV Cpk Condition",
CalculationTypeHandler = CalculationTypeHandler.Cpk,
LeftValue = 1.33,
ConditionRelation = RelationHandler.LESSOREQUAL,
Enabled = true,
HalfTolerance = 2
};
ttvCpkCondition2.CalculationTypeHandler.Relativity = Relativity.Relative;
// sawmark psecification:
ICondition <double> sawmarkStdAbsCondition2 = new SimpleCondition()
{
Name = "SawMark Std Abs Condition",
CalculationTypeHandler = CalculationTypeHandler.StandardDeviation,
LeftValue = 2,
ConditionRelation = RelationHandler.LESSOREQUAL,
Enabled = true,
ValidIf = RelationHandler.ALLWAYS,
ValidIf_Value = 0,
};
sawmarkStdAbsCondition2.CalculationTypeHandler.Relativity = Relativity.Absolute;
ICondition <double> sawmarkCpkCondition2 = new CpkCondition()
{
Name = "SawMark Cpk Condition",
CalculationTypeHandler = CalculationTypeHandler.Cpk,
LeftValue = 1.33,
ConditionRelation = RelationHandler.LESSOREQUAL,
Enabled = true,
HalfTolerance = 4
};
sawmarkCpkCondition2.CalculationTypeHandler.Relativity = Relativity.Relative;
// resistivity conditions
ICondition <double> resistivityAverageRelCondition2 = new SimpleCondition()
{
Name = "Resistivity Average Rel Condition",
CalculationTypeHandler = CalculationTypeHandler.Average,
LeftValue = 5,
ConditionRelation = RelationHandler.LESSOREQUAL,
Enabled = true,
ValidIf = RelationHandler.ALLWAYS,
ValidIf_Value = 0,
};
resistivityAverageRelCondition2.CalculationTypeHandler.Relativity = Relativity.Relative;
ICondition <double> resistivityStdRelCondition2 = new SimpleCondition()
{
Name = "Resistivity Std Rel Condition",
CalculationTypeHandler = CalculationTypeHandler.StandardDeviation,
LeftValue = 1,
ConditionRelation = RelationHandler.LESSOREQUAL,
Enabled = true,
ValidIf = RelationHandler.ALLWAYS,
ValidIf_Value = 0,
};
resistivityStdRelCondition2.CalculationTypeHandler.Relativity = Relativity.Relative;
ICondition <double> resistivityCpkCondition2 = new CpkCondition()
{
Name = "Resistivity Cpk Condition",
CalculationTypeHandler = CalculationTypeHandler.Cpk,
LeftValue = 1.33,
ConditionRelation = RelationHandler.LESSOREQUAL,
Enabled = true,
HalfTolerance = 2.5
};
resistivityCpkCondition2.CalculationTypeHandler.Relativity = Relativity.Relative;
IQuantitySpecificationHandler thicknessQuantitySpecification2 = new QuantitySpecification();
thicknessQuantitySpecification2.Quantity = new Quantity(Units.um, "Thickness Average");
thicknessQuantitySpecification2.Conditions = new List <ICondition> {
thicknessAverageAbsCondition2, thicknessStdAbsCondition2, thicknessStdAbsCondition2, thicknessStdRelCondition2, thicknessCpkCondition2
};
IQuantitySpecificationHandler ttvQuantitySpecification2 = new QuantitySpecification();
ttvQuantitySpecification2.Quantity = new Quantity(Units.um, "TTV");
ttvQuantitySpecification2.Conditions = new List <ICondition> {
ttvStdAbsCondition2, ttvCpkCondition2
};
IQuantitySpecificationHandler sawmarkQuantitySpecification2 = new QuantitySpecification();
sawmarkQuantitySpecification2.Quantity = new Quantity(Units.um, "Sawmark");
sawmarkQuantitySpecification2.Conditions = new List <ICondition> {
sawmarkStdAbsCondition2, sawmarkCpkCondition2
};
IQuantitySpecificationHandler resistivityQuantitySpecification2 = new QuantitySpecification();
resistivityQuantitySpecification2.Quantity = new Quantity(Units.um, "Resistivity Average");
resistivityQuantitySpecification2.Conditions = new List <ICondition> {
resistivityAverageRelCondition2, resistivityStdRelCondition2, resistivityCpkCondition2
};
List <IQuantitySpecification> quanSpecList2 = new List <IQuantitySpecification>
{
thicknessQuantitySpecification2,
ttvQuantitySpecification2,
sawmarkQuantitySpecification2,
resistivityQuantitySpecification2
};
IToolSpecificationHandler specificationHandler2 = new ToolSpecification
{
Name = "TTR Strict Specification",
ToolName = ToolNames.TTR,
QuantitySpecifications = quanSpecList2
};
readerWriter.WriteToFile(specificationHandler2, Path.Combine(specificationPath, $"TTR_Spec_02{_fileExtension}"));
}
