Summary
Introduces routines for several linearizable regression models.
Description
Introduces several ready-to-be-used linearizable regression models:
- Power model :

- simple linear model :

- simple exponential model :

- multiple linear model :

- Rational function :

- Generalized logistic function :

- Natural logarithm model:

If your data cannot be described with linearizable equation, you should use the TMtxNonLinReg component or
NLinRegress routine to retrieve regression coeeficients from fitted equation.
Types
Routines
| Name | Summary |
|---|
| ExpDeriv | Derivatives of simple exponential function. |
| ExpEval | Evaluates exponential function. |
| ExpFit | Fits simple exponential equation to data. |
| FracEval | Evaluate rational fraction. |
| FracFit | Fits rational fraction equation to data. |
| LineDeriv | Derivatives of linear function. |
| LineEval | Evaluates linear function. |
| LineFit | Fits linear equation to data. |
| LnEval | Evaluate logarithm function. |
| LnFit | Fits simple logarithm equation to data. |
| LogisticEval | Evaluate logistic function. |
| LogisticFit | Fits logistic equation to data. |
| MulLinEval | Evaluates multiple linear function. |
| MulLinFit | Fits multiple linear equations to data. |
| PowerDeriv | Derivatives of power function. |
| PowerEval | Evaluates power function. |
| PowerFit | Fits simple exponential equation to data. |
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