Altaxo user manual and class reference
Altaxo class reference
Altaxo Namespaces
Altaxo.Science Namespaces
Altaxo.Science.Thermorheology.MasterCurves
IInterpolationInformation Interface
InterpolationInformationBase<T> Class
InterpolationInformationBase<T>.WrapperIListToIRoVectorK<TW> Class
InterpolationInformationBase<T>.WrapperIListToIRoVectorV<TW> Class
InterpolationInformationBase<T>.WrapperIListToIRoVectorV2<TW> Class
InterpolationInformationComplexCommonX Class
InterpolationInformationComplexSeparateX Class
InterpolationInformationDouble Class
IShiftGroup Interface
MasterCurveCreation Class
MasterCurveCreationDataSource Class
MasterCurveCreationOptions Class
MasterCurveCreationOptions.SerializationSurrogate0 Class
MasterCurveCreationOptionsBase Class
MasterCurveData Class
MasterCurveData.SerializationSurrogate0 Class
MasterCurveGroupOptions Class
MasterCurveGroupOptionsChoice Enumeration
MasterCurveGroupOptionsWithComplexInterpolation Class
MasterCurveGroupOptionsWithComplexInterpolation.SerializationSurrogate0 Class
MasterCurveGroupOptionsWithScalarInterpolation Class
MasterCurveGroupOptionsWithScalarInterpolation.SerializationSurrogate0 Class
MasterCurveImprovementOptions Class
MasterCurveImprovementOptions.SerializationSurrogate0 Class
MasterCurveTableOutputOptions Class
MasterCurveTableOutputOptions.SerializationSurrogate0 Class
MasterCurveTableOutputOptions.SerializationSurrogate1 Class
OptimizationMethod Enumeration
ShiftCurve<T> Class
ShiftGroupBase Class
ShiftGroupCollection Class
ShiftGroupComplexCommonX Class
ShiftGroupComplexSeparateX Class
ShiftGroupDouble Class
ShiftGroupSorting Enumeration
ShiftXBy Enumeration
Click or drag to resize

OptimizationMethod Enumeration

Specifies how to best fit (optimize) the data into the master curve.

Namespace: Altaxo.Science.Thermorheology.MasterCurves
Assembly: AltaxoCore (in AltaxoCore.dll) Version: 4.8.3448.0 (4.8.3448.0)
Syntax
C#
Copy
public enum OptimizationMethod
Members
Member nameValueDescription
OptimizeAbsoluteDifference0 Evaluates the mean absolute difference (L1-norm) between the master curve and the new data and tries to minimize this difference.
OptimizeSquaredDifference1 Evaluates the mean squared difference (L2-norm) between the master curve and the new data and tries to minimize this value using a minimization method.
OptimizeSquaredDifferenceByBruteForce2 Evaluates the mean squared difference (L2-norm) between the master curve and the new data and tries to minimize this value by brute-force search.
See Also