#include <Exponential.h>
Static Public Member Functions | |
| double | Exp (const double x) |
| Evaluate the exponential of x with gsl semantics. | |
| Dpair | ExpErr (const double x) |
| Evaluate the exponential of x with gsl semantics and estimate the error. | |
| double | yExp (const double x, double y) |
| Evaluate y*exp(x) with gsl semantics. | |
| Dpair | yExpErr (const double x, double y) |
| Evaluate y*exp(x) with gsl semantics and estimate the error. | |
| double | ExpM1 (const double x) |
| Evaluate Exp(x)-1 with gsl semantics. | |
| Dpair | ExpM1Err (const double x) |
| Evaluate Exp(x)-1 with gsl semantics and estimate the error. | |
| double | RelExp (const double x) |
| Evaluate (Exp(x)-1)/x with gsl semantics. | |
| Dpair | RelExpErr (const double x) |
| Evaluate (Exp(x)-1)/x with gsl semantics and estimate the error. | |
| double | RelExp2 (const double x) |
| Evaluate 2*(Exp(x)-1-x)/x^2 with gsl semantics. | |
| Dpair | RelExp2Err (const double x) |
| Evaluate 2*(Exp(x)-1-x)/x^2 with gsl semantics and estimate the error. | |
| double | RelExpN (const int n, const double x) |
| Evaluate the nth generalization of RelExp above with gsl semantics. | |
| Dpair | RelExpNErr (const int n, const double x) |
| Evaluate the nth generalization of RelExp and estimate the error. | |
| Dpair | ExpxDx (const double x, const double dx) |
| Evaluate the Exp(x) for x +/- dx with gsl semantics. | |
| Dpair | yExpxDxDy (const double x, const double dx, const double y, const double dy) |
| Evaluate y*Exp(x) for y +/- dy and x +/- dx with gsl semantics. | |
Definition at line 25 of file Exponential.h.
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Evaluate the exponential of x with gsl semantics.
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Evaluate the exponential of x with gsl semantics and estimate the error.
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Evaluate Exp(x)-1 with gsl semantics.
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Evaluate Exp(x)-1 with gsl semantics and estimate the error.
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Evaluate the Exp(x) for x +/- dx with gsl semantics. Evaluate the Exp(x) for x +/- dx with gsl semantics Note. There is no ExpxdxErr since it is identcal to this |
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Evaluate (Exp(x)-1)/x with gsl semantics.
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Evaluate 2*(Exp(x)-1-x)/x^2 with gsl semantics.
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Evaluate 2*(Exp(x)-1-x)/x^2 with gsl semantics and estimate the error.
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Evaluate (Exp(x)-1)/x with gsl semantics and estimate the error.
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Evaluate the nth generalization of RelExp above with gsl semantics.
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Evaluate the nth generalization of RelExp and estimate the error.
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Evaluate y*exp(x) with gsl semantics.
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Evaluate y*exp(x) with gsl semantics and estimate the error.
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Evaluate y*Exp(x) for y +/- dy and x +/- dx with gsl semantics. Evaluate y*Exp(x) for y +/- dy and x +/- dx with gsl semantics Note. There is no yExpxDxDyErr since it is identical to this |
1.3.4