| alpha() const | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| alpha(Real t_alpha) | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| bottom() | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inlineprotected |
| bounds(const InputType &t_lower_bound, const InputType &t_upper_bound) | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| centroid() const | Optimist::Optimizer::NelderMead< Real, N > | inline |
| converged() const | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| damp(FunctionWrapper function, InputType const &x_old, InputType const &function_old, InputType const &step_old, InputType &x_new, InputType &function_new, InputType &step_new) | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inlineprotected |
| damped_mode(bool t_damped) | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| damped_mode() const | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| disable_damped_mode() | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| disable_verbose_mode() | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| enable_damped_mode() | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| enable_verbose_mode() | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| evaluate_first_derivative(FirstDerivativeWrapper function, const InputType &x, FirstDerivativeType &out) | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inlineprotected |
| evaluate_function(FunctionWrapper function, const InputType &x, OutputType &out) | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inlineprotected |
| evaluate_gradient(GradientWrapper gradient, const Vector &x, Matrix &out) | Optimist::Optimizer::Optimizer< Real, N, NelderMead< Real, N > > | inlineprotected |
| evaluate_hessian(HessianWrapper hessian, const Vector &x, Matrix &out) | Optimist::Optimizer::Optimizer< Real, N, NelderMead< Real, N > > | inlineprotected |
| evaluate_second_derivative(SecondDerivativeWrapper function, const InputType &x, SecondDerivativeType &out) | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inlineprotected |
| expansion(const Vector &x) const | Optimist::Optimizer::NelderMead< Real, N > | inline |
| first_derivative_evaluations() const | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inlineprotected |
| FirstDerivativeType typedef | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | protected |
| FirstDerivativeWrapper typedef | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | protected |
| function_evaluations() const | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| FunctionWrapper typedef | Optimist::Optimizer::NelderMead< Real, N > | |
| gradient_evaluations() const | Optimist::Optimizer::Optimizer< Real, N, NelderMead< Real, N > > | inline |
| GradientWrapper typedef | Optimist::Optimizer::Optimizer< Real, N, NelderMead< Real, N > > | |
| header() | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inlineprotected |
| hessian_evaluations() const | Optimist::Optimizer::Optimizer< Real, N, NelderMead< Real, N > > | inline |
| HessianWrapper typedef | Optimist::Optimizer::Optimizer< Real, N, NelderMead< Real, N > > | |
| info(Real residuals, std::string const ¬es="-") | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inlineprotected |
| initialize(const Vector &x_ini, Real delta) | Optimist::Optimizer::NelderMead< Real, N > | inline |
| input_dimension() const | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| InputType typedef | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | protected |
| inward_contraction() const | Optimist::Optimizer::NelderMead< Real, N > | inline |
| is_optimizer | Optimist::Optimizer::Optimizer< Real, N, NelderMead< Real, N > > | static |
| is_rootfinder | Optimist::Optimizer::Optimizer< Real, N, NelderMead< Real, N > > | static |
| iterations() const | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| lower_bound() const | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| lower_bound(const InputType &t_lower_bound) | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| m_alpha | Optimist::Optimizer::NelderMead< Real, N > | private |
| m_c | Optimist::Optimizer::NelderMead< Real, N > | private |
| m_converged | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | protected |
| m_damped | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | protected |
| m_first_derivative_evaluations | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | protected |
| m_function_evaluations | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | protected |
| m_gamma | Optimist::Optimizer::NelderMead< Real, N > | private |
| m_iterations | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | protected |
| m_lower_bound | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | protected |
| m_max_first_derivative_evaluations | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | protected |
| m_max_function_evaluations | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | protected |
| m_max_iterations | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | protected |
| m_max_relaxations | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | protected |
| m_max_second_derivative_evaluations | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | protected |
| m_ostream | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | protected |
| m_relaxations | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | protected |
| m_rho | Optimist::Optimizer::NelderMead< Real, N > | private |
| m_s | Optimist::Optimizer::NelderMead< Real, N > | private |
| m_second_derivative_evaluations | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | protected |
| m_sigma | Optimist::Optimizer::NelderMead< Real, N > | private |
| m_task | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | protected |
| m_tolerance | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | protected |
| m_trace | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | protected |
| m_upper_bound | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | protected |
| m_verbose | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | protected |
| Matrix typedef | Optimist::Optimizer::NelderMead< Real, N > | |
| max_first_derivative_evaluations() const | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inlineprotected |
| max_first_derivative_evaluations(Integer first_derivative_evaluations) | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inlineprotected |
| max_function_evaluations(Integer t_max_function_evaluations) | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| max_function_evaluations() const | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| max_gradient_evaluations() const | Optimist::Optimizer::Optimizer< Real, N, NelderMead< Real, N > > | inline |
| max_gradient_evaluations(Integer t_gradient_evaluations) | Optimist::Optimizer::Optimizer< Real, N, NelderMead< Real, N > > | inline |
| max_hessian_evaluations() const | Optimist::Optimizer::Optimizer< Real, N, NelderMead< Real, N > > | inline |
| max_hessian_evaluations(Integer t_hessian_evaluations) | Optimist::Optimizer::Optimizer< Real, N, NelderMead< Real, N > > | inline |
| max_iterations() const | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| max_iterations(Integer t_max_iterations) | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| max_relaxations() const | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| max_relaxations(Integer t_max_relaxations) | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| max_second_derivative_evaluations() const | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inlineprotected |
| max_second_derivative_evaluations(Integer second_derivative_evaluations) | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inlineprotected |
| name() const | Optimist::Optimizer::Optimizer< Real, N, NelderMead< Real, N > > | inline |
| name_impl() const | Optimist::Optimizer::NelderMead< Real, N > | inline |
| NelderMead() | Optimist::Optimizer::NelderMead< Real, N > | inline |
| optimize(Function< Real, FunInDim, FunOutDim, DerivedFunction > const &function, const InputType &x_ini, InputType &x_sol) | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| Optimizer() | Optimist::Optimizer::Optimizer< Real, N, NelderMead< Real, N > > | inline |
| ostream() const | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| ostream(std::ostream &t_ostream) | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| output_dimension() const | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| OutputType typedef | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | protected |
| outward_contraction(const Vector &x) const | Optimist::Optimizer::NelderMead< Real, N > | inline |
| reflection() const | Optimist::Optimizer::NelderMead< Real, N > | inline |
| relaxations() const | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| requires_first_derivative | Optimist::Optimizer::NelderMead< Real, N > | static |
| requires_function | Optimist::Optimizer::NelderMead< Real, N > | static |
| requires_second_derivative | Optimist::Optimizer::NelderMead< Real, N > | static |
| reset() | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inlineprotected |
| rootfind(Function< Real, FunInDim, FunOutDim, DerivedFunction > const &function, const InputType &x_ini, InputType &x_sol) | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| RowVector typedef | Optimist::Optimizer::Optimizer< Real, N, NelderMead< Real, N > > | |
| second_derivative_evaluations() const | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inlineprotected |
| SecondDerivativeType typedef | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | protected |
| SecondDerivativeWrapper typedef | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | protected |
| shrink() | Optimist::Optimizer::NelderMead< Real, N > | inline |
| Simplex typedef | Optimist::Optimizer::NelderMead< Real, N > | |
| solve(FunctionWrapper function, Vector const &x_ini, Vector &x_sol) | Optimist::Optimizer::Optimizer< Real, N, NelderMead< Real, N > > | inlineprotected |
| solve(FunctionWrapper function, GradientWrapper gradient, Vector const &x_ini, Vector &x_sol) | Optimist::Optimizer::Optimizer< Real, N, NelderMead< Real, N > > | inlineprotected |
| solve(FunctionWrapper function, GradientWrapper gradient, HessianWrapper hessian, Vector const &x_ini, Vector &x_sol) | Optimist::Optimizer::Optimizer< Real, N, NelderMead< Real, N > > | inlineprotected |
| Optimist::Solver< Real, N, 1, NelderMead< Real, N > >::solve(Function< Real, FunInDim, FunOutDim, DerivedFunction > const &function, const InputType &x_ini, InputType &x_sol, bool is_optimization) | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inlineprotected |
| solve_impl(FunctionWrapper function, Vector const &x_ini, Vector &x_sol) | Optimist::Optimizer::NelderMead< Real, N > | inline |
| Solver() | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| Solver(FunctionWrapper function, const InputType &x_ini, InputType &x_sol) | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| Solver(FunctionWrapper function, FirstDerivativeWrapper first_derivative, const InputType &x_ini, InputType &x_sol) | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| Solver(FunctionWrapper function, FirstDerivativeWrapper first_derivative, SecondDerivativeWrapper second_derivative, const InputType &x_ini, InputType &x_sol) | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| Solver< Real, N, 1, Optimizer< Real, N, DerivedSolver > > | Optimist::Optimizer::Optimizer< Real, N, NelderMead< Real, N > > | |
| sort(FunctionWrapper function) | Optimist::Optimizer::NelderMead< Real, N > | inline |
| store_trace(const InputType &x) | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inlineprotected |
| task() const | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| task(std::string t_task) | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| tolerance() const | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| tolerance(Real t_tolerance) | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| trace() const | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| TraceType typedef | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | protected |
| upper_bound() const | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| upper_bound(const InputType &t_upper_bound) | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| Vector typedef | Optimist::Optimizer::NelderMead< Real, N > | |
| verbose_mode(bool t_verbose) | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
| verbose_mode() const | Optimist::Solver< Real, N, 1, NelderMead< Real, N > > | inline |
1.13.2