|  | GlobalCurveFitter Methods | 
The GlobalCurveFitter type exposes the following members.
 Methods
Methods|  | Name | Description | 
|---|
|  | Fit(IListCurveFitDataSet, IListGlobalFitParameterInfo) | Performs the fit with the given datasets and parameter information. An
            initial value of zero is used for all parameters. The fitted function must
            be defined (real-valued) for all x when all parameters are zero. If not
            you must specify initial parameter values where the function is defined. | 
|  | Fit(IListCurveFitDataSet, IListGlobalFitParameterInfo, Double) | Performs the fit with the given datasets and parameter information
            and starting with the given set of initial parameter values.
            The fitted function must be defined (real-valued) for all x with the initial 
            parameter values. | 
|  | Fit(IListCurveFitDataSet, IListGlobalFitParameterInfo, Double, TupleDouble, Double) | Performs the fit with parameter upper and lower bound constraints to the given datasets.
            The fitted function must be defined (real-valued) for all x. | 
|  | Fit(IListCurveFitDataSet, IListGlobalFitParameterInfo, Double, DoubleVector, DoubleVector) | Performs the fit with parameter upper and lower bound constraints to the given datasets.
            The fitted function must be defined (real-valued) for all x. | 
|  | Fit(IListCurveFitDataSet, IListGlobalFitParameterInfo, Double, Double, Double) | Performs the fit with parameter upper and lower bound constraints to the given datasets.
            The fitted function must be defined (real-valued) for all x. | 
|  | GetMultipleCurveFitFunction(IListCurveFitDataSet) | Constructs the MultipleCurveFitFunction used by the MultipleCurveFit
            class to compute parameter estimates. | 
|  | GetMultipleCurveFitFunction(IListCurveFitDataSet, Double) | Constructs the MultipleCurveFitFunction used by the MultipleCurveFit
            class to compute parameter estimates. The given value for central difference delta
            is used by the central difference algorithm for computing Jacobians. | 
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See Also