| argument_type typedef | numerical::GradientCenteredDifference< N, Functor, T > | |
| delta() const | numerical::GradientCenteredDifference< N, Functor, T > | [inline] |
| function_type typedef | numerical::GradientCenteredDifference< N, Functor, T > | |
| GradientCenteredDifference(const function_type &f, const number_type delta=std::pow(std::numeric_limits< T >::epsilon(), 1.0/3.0)) | numerical::GradientCenteredDifference< N, Functor, T > | [inline] |
| GradientCenteredDifference(const GradientCenteredDifference &x) | numerical::GradientCenteredDifference< N, Functor, T > | [inline] |
| operator()(const argument_type x, result_type &deriv) const | numerical::GradientCenteredDifference< N, Functor, T > | [inline] |
| operator()(const argument_type x) const | numerical::GradientCenteredDifference< N, Functor, T > | [inline] |
| result_type typedef | numerical::GradientCenteredDifference< N, Functor, T > | |
| set_delta(const number_type delta) | numerical::GradientCenteredDifference< N, Functor, T > | [inline] |
