| CuriouslyRecurringTemplate() (defined in CuriouslyRecurringTemplate< Secant >) | CuriouslyRecurringTemplate< Secant > | [protected] |
| evaluationNumber_ (defined in Solver1D< Secant >) | Solver1D< Secant > | [mutable, protected] |
| fxMax_ (defined in Solver1D< Secant >) | Solver1D< Secant > | [mutable, protected] |
| fxMin_ (defined in Solver1D< Secant >) | Solver1D< Secant > | [mutable, protected] |
| impl() (defined in CuriouslyRecurringTemplate< Secant >) | CuriouslyRecurringTemplate< Secant > | [protected] |
| impl() const (defined in CuriouslyRecurringTemplate< Secant >) | CuriouslyRecurringTemplate< Secant > | [protected] |
| maxEvaluations_ (defined in Solver1D< Secant >) | Solver1D< Secant > | [protected] |
| root_ (defined in Solver1D< Secant >) | Solver1D< Secant > | [mutable, protected] |
| setLowerBound(double lowerBound) | Solver1D< Secant > | |
| setMaxEvaluations(Size evaluations) | Solver1D< Secant > | |
| setUpperBound(double upperBound) | Solver1D< Secant > | |
| solve(const F &f, double accuracy, double guess, double step) const | Solver1D< Secant > | |
| solve(const F &f, double accuracy, double guess, double xMin, double xMax) const | Solver1D< Secant > | |
| solveImpl(const F &f, double xAccuracy) const (defined in Secant) | Secant | |
| Solver1D() (defined in Solver1D< Secant >) | Solver1D< Secant > | |
| xMax_ (defined in Solver1D< Secant >) | Solver1D< Secant > | [mutable, protected] |
| xMin_ (defined in Solver1D< Secant >) | Solver1D< Secant > | [mutable, protected] |
| ~CuriouslyRecurringTemplate() (defined in CuriouslyRecurringTemplate< Secant >) | CuriouslyRecurringTemplate< Secant > | [protected] |
