LinearFitBySvd Properties |
The LinearFitBySvd type exposes the following members.
Properties | Name | Description |
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| AdjustedRSquared | Gives the adjusted coefficient of determination. |
| ConditionNumber |
Gets the condition number. The decadic logarithm of the condition number is roughly the loss of precision (in digits) during the calculation.
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| Covariances |
Get the variance-covariance-matrix for the fit.
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| EstimatedVariance | Get the estimated residual mean square, also called SigmaSquare.. |
| NumberOfData |
Returns the number of data value.
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| NumberOfParameter |
Returns the number of parameter (=Order+1) of the fit.
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| Parameter |
Get the resulting parameters, so that the model y = SUM(parameter[i]*functionbase[i])
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| PredictedValues |
Gets the predicted dependent values
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| RegressionCorrectedSumOfSquares |
Gets the regression sum of squares, i.e. SUM(yi`-ymean), where yi` is the predicted ith y value and y mean is the mean value of all y values.
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| ResidualSumOfSquares |
Gets the sum of ChiSquare for the fit. This is SUM(yi-yi`)^2, where yi is the ith y value and yi` is the ith predicted y.
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| ResidualValues |
Gets the array of residual values defined as the difference y[i]-ypredicted[i].
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| RSquared |
Gives the coefficient of determination, also called R^2, squared correlation coefficient. It is a measure, how much
of the variability of the y data is accounted for by the regression model.
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| Sigma | Get the standard error of regression, defined as Sqrt(SigmaSquare). |
| TotalCorrectedSumOfSquares |
Gives the corrected sum of squares of y, i.e. SUM(yi-ymean), where yi is the ith y value and ymean is the mean of all y values.
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