Optimist::Optimizer::NelderMead< Vector > Member List

This is the complete list of members for Optimist::Optimizer::NelderMead< Vector >, including all inherited members.

alpha() const	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
bottom()	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inlineprotected
bounds(const Vector &t_lower_bound, const Vector &t_upper_bound)	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
chi() const	Optimist::Optimizer::NelderMead< Vector >	inline
chi(const Scalar t_chi)	Optimist::Optimizer::NelderMead< Vector >	inline
converged() const	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
Costs typedef	Optimist::Optimizer::NelderMead< Vector >
damp(FunctionLambda &&function, const Vector &x_old, const Vector &function_old, const Vector &step_old, Vector &x_new, Vector &function_new, Vector &step_new)	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inlineprotected
damped_mode(bool t_damped)	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
delta() const	Optimist::Optimizer::NelderMead< Vector >	inline
delta(const Scalar t_delta)	Optimist::Optimizer::NelderMead< Vector >	inline
diamond(FunctionLambda &&function, const Vector x, const Scalar delta)	Optimist::Optimizer::NelderMead< Vector >	inlineprivate
disable_damped_mode()	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
disable_verbose_mode()	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
dist_init()	Optimist::Optimizer::NelderMead< Vector >	inlineprivate
dist_update(Integer j)	Optimist::Optimizer::NelderMead< Vector >	inlineprivate
enable_damped_mode()	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
enable_verbose_mode()	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
evaluate_first_derivative(FirstDerivativeLambda &&function, const Vector &x, FirstDerivative &out)	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inlineprotected
evaluate_function(FunctionLambda &&function, const Vector &x, TypeTrait< Vector >::Scalar &out)	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inlineprotected
evaluate_gradient(GradientLambda &&gradient, const Input &x, FirstDerivative &out)	Optimist::Optimizer::Optimizer< Vector, NelderMead< Vector > >	inlineprotected
evaluate_hessian(HessianLambda &&hessian, const Input &x, SecondDerivative &out)	Optimist::Optimizer::Optimizer< Vector, NelderMead< Vector > >	inlineprotected
evaluate_second_derivative(SecondDerivativeLambda &&function, const Vector &x, SecondDerivative &out)	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inlineprotected
expand(FunctionLambda &&function, Vector &p)	Optimist::Optimizer::NelderMead< Vector >	inlineprivate
extrapolate(FunctionLambda &&function, const Scalar alpha, const Integer j, Vector &p)	Optimist::Optimizer::NelderMead< Vector >	inlineprivate
Factorization typedef	Optimist::Optimizer::NelderMead< Vector >
first_derivative_evaluations() const	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inlineprotected
FirstDerivative typedef	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >
function_evaluations() const	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
gamma() const	Optimist::Optimizer::NelderMead< Vector >	inline
gamma(const Scalar t_gamma)	Optimist::Optimizer::NelderMead< Vector >	inline
gradient_evaluations() const	Optimist::Optimizer::Optimizer< Vector, NelderMead< Vector > >	inline
header()	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inlineprotected
hessian_evaluations() const	Optimist::Optimizer::Optimizer< Vector, NelderMead< Vector > >	inline
info(Scalar residuals, const std::string &notes="-")	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inlineprotected
Input typedef	Optimist::Optimizer::Optimizer< Vector, NelderMead< Vector > >
input_dimension() const	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
InputTrait typedef	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >
inside(FunctionLambda &&function, Vector &p)	Optimist::Optimizer::NelderMead< Vector >	inlineprivate
IsOptimizer	Optimist::Optimizer::Optimizer< Vector, NelderMead< Vector > >	static
IsRootFinder	Optimist::Optimizer::Optimizer< Vector, NelderMead< Vector > >	static
iterations() const	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
lower_bound() const	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
m_alpha	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	protected
m_chi	Optimist::Optimizer::NelderMead< Vector >	private
m_converged	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	protected
m_damped	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	protected
m_delta	Optimist::Optimizer::NelderMead< Vector >	private
m_diameter	Optimist::Optimizer::NelderMead< Vector >	private
m_dim	Optimist::Optimizer::NelderMead< Vector >	private
m_dim_factorial	Optimist::Optimizer::NelderMead< Vector >	private
m_dist	Optimist::Optimizer::NelderMead< Vector >	private
m_f	Optimist::Optimizer::NelderMead< Vector >	private
m_f_work	Optimist::Optimizer::NelderMead< Vector >	private
m_first_derivative_evaluations	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	protected
m_function_evaluations	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	protected
m_gamma	Optimist::Optimizer::NelderMead< Vector >	private
m_high	Optimist::Optimizer::NelderMead< Vector >	private
m_iterations	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	protected
m_low	Optimist::Optimizer::NelderMead< Vector >	private
m_lower_bound	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	protected
m_max_first_derivative_evaluations	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	protected
m_max_function_evaluations	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	protected
m_max_iterations	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	protected
m_max_relaxations	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	protected
m_max_second_derivative_evaluations	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	protected
m_method	Optimist::Optimizer::NelderMead< Vector >	private
m_mid	Optimist::Optimizer::NelderMead< Vector >	private
m_ostream	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	protected
m_p	Optimist::Optimizer::NelderMead< Vector >	private
m_p_c	Optimist::Optimizer::NelderMead< Vector >	private
m_p_e	Optimist::Optimizer::NelderMead< Vector >	private
m_p_r	Optimist::Optimizer::NelderMead< Vector >	private
m_p_sum	Optimist::Optimizer::NelderMead< Vector >	private
m_p_work	Optimist::Optimizer::NelderMead< Vector >	private
m_regular_simplex_volume	Optimist::Optimizer::NelderMead< Vector >	private
m_relaxations	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	protected
m_rho	Optimist::Optimizer::NelderMead< Vector >	private
m_second_derivative_evaluations	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	protected
m_sigma	Optimist::Optimizer::NelderMead< Vector >	private
m_simplex_volume	Optimist::Optimizer::NelderMead< Vector >	private
m_task	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	protected
m_tolerance	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	protected
m_upper_bound	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	protected
m_verbose	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	protected
m_volume_tolerance	Optimist::Optimizer::NelderMead< Vector >	private
MatrixD typedef	Optimist::Optimizer::NelderMead< Vector >
MatrixX typedef	Optimist::Optimizer::NelderMead< Vector >
max_first_derivative_evaluations() const	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inlineprotected
max_function_evaluations(const Integer t_max_function_evaluations)	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
max_gradient_evaluations() const	Optimist::Optimizer::Optimizer< Vector, NelderMead< Vector > >	inline
max_hessian_evaluations() const	Optimist::Optimizer::Optimizer< Vector, NelderMead< Vector > >	inline
max_iterations() const	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
max_relaxations() const	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
max_second_derivative_evaluations() const	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inlineprotected
Method typedef	Optimist::Optimizer::NelderMead< Vector >
method() const	Optimist::Optimizer::NelderMead< Vector >	inline
method(const Method t_method)	Optimist::Optimizer::NelderMead< Vector >	inline
Move typedef	Optimist::Optimizer::NelderMead< Vector >
name() const	Optimist::Optimizer::Optimizer< Vector, NelderMead< Vector > >	inline
name_impl() const	Optimist::Optimizer::NelderMead< Vector >	inline
NelderMead()	Optimist::Optimizer::NelderMead< Vector >	inline
NelderMead(const Scalar delta)	Optimist::Optimizer::NelderMead< Vector >	inline
optimize(const FunctionBase< FunctionInput, FunctionOutput, DerivedFunction > &function, const Vector &x_ini, Vector &x_sol)	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
Optimizer()	Optimist::Optimizer::Optimizer< Vector, NelderMead< Vector > >	inline
ostream() const	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
Output typedef	Optimist::Optimizer::Optimizer< Vector, NelderMead< Vector > >
output_dimension() const	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
OutputTrait typedef	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >
outside(FunctionLambda &&function, Vector &p)	Optimist::Optimizer::NelderMead< Vector >	inlineprivate
reflect(FunctionLambda &&function, Vector &p)	Optimist::Optimizer::NelderMead< Vector >	inlineprivate
relaxations() const	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
replace_point(const Scalar f, const Vector &p, const Integer j)	Optimist::Optimizer::NelderMead< Vector >	inlineprivate
RequiresFirstDerivative	Optimist::Optimizer::NelderMead< Vector >	static
RequiresFunction	Optimist::Optimizer::NelderMead< Vector >	static
RequiresSecondDerivative	Optimist::Optimizer::NelderMead< Vector >	static
reset_bounds(const Integer n=InputTrait::IsDynamic ? 0 :InputTrait::Dimension)	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
reset_counters()	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inlineprotected
rho() const	Optimist::Optimizer::NelderMead< Vector >	inline
rho(const Scalar t_rho)	Optimist::Optimizer::NelderMead< Vector >	inline
rootfind(const FunctionBase< FunctionInput, FunctionOutput, DerivedFunction > &function, const Vector &x_ini, Vector &x_sol)	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
Scalar typedef	Optimist::Optimizer::NelderMead< Vector >
second_derivative_evaluations() const	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inlineprotected
SecondDerivative typedef	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >
shrink(FunctionLambda &&function)	Optimist::Optimizer::NelderMead< Vector >	inlineprivate
sigma() const	Optimist::Optimizer::NelderMead< Vector >	inline
sigma(const Scalar t_sigma)	Optimist::Optimizer::NelderMead< Vector >	inline
Simplex typedef	Optimist::Optimizer::NelderMead< Vector >
simplex_volume(Integer k)	Optimist::Optimizer::NelderMead< Vector >	inlineprivate
solve(FunctionLambda &&function, const Input &x_ini, Output &x_sol)	Optimist::Optimizer::Optimizer< Vector, NelderMead< Vector > >	inlineprotected
Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >::solve(FunctionLambda &&function, const Vector &x_ini, Vector &x_sol)	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
solve_impl(FunctionLambda &&function, const Vector &x_ini, Vector &x_sol)	Optimist::Optimizer::NelderMead< Vector >	inline
SolverBase()	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
spendley(FunctionLambda &&function, const Vector x, const Scalar delta)	Optimist::Optimizer::NelderMead< Vector >	inlineprivate
task() const	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
tolerance() const	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
upper_bound() const	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
VectorTrait typedef	Optimist::Optimizer::NelderMead< Vector >
verbose_mode(bool t_verbose)	Optimist::SolverBase< Vector, TypeTrait< Vector >::Scalar, NelderMead< Vector > >	inline
volume_tolerance() const	Optimist::Optimizer::NelderMead< Vector >	inline
volume_tolerance(const Scalar t_volume_tolerance)	Optimist::Optimizer::NelderMead< Vector >	inline