Optimist::RootFinder::Greenstadt< Real, N > Member List

This is the complete list of members for Optimist::RootFinder::Greenstadt< Real, N >, including all inherited members.

alpha() const	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inline
bottom()	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inlineprotected
bounds(InputType const &t_lower_bound, InputType const &t_upper_bound)	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inline
converged() const	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inline
damp(FunctionLambda &&function, InputType const &x_old, InputType const &function_old, InputType const &step_old, InputType &x_new, InputType &function_new, InputType &step_new)	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inlineprotected
damped_mode(bool t_damped)	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inline
disable_damped_mode()	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inline
disable_verbose_mode()	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inline
enable_damped_mode()	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inline
enable_one_method()	Optimist::RootFinder::Greenstadt< Real, N >	inline
enable_two_method()	Optimist::RootFinder::Greenstadt< Real, N >	inline
enable_verbose_mode()	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inline
evaluate_first_derivative(FirstDerivativeLambda &&function, InputType const &x, FirstDerivativeType &out)	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inlineprotected
evaluate_function(FunctionLambda &&function, InputType const &x, OutputType &out)	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inlineprotected
evaluate_hessian(HessianLambda &&hessian, Vector const &x, Matrix &out)	Optimist::RootFinder::RootFinder< Real, N, Greenstadt< Real, N >, true >	inlineprotected
evaluate_jacobian(JacobianLambda &&jacobian, Vector const &x, Matrix &out)	Optimist::RootFinder::RootFinder< Real, N, Greenstadt< Real, N >, true >	inlineprotected
evaluate_second_derivative(SecondDerivativeLambda &&function, InputType const &x, SecondDerivativeType &out)	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inlineprotected
first_derivative_evaluations() const	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inlineprotected
FirstDerivativeType typedef	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >
function_evaluations() const	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inline
Greenstadt()	Optimist::RootFinder::Greenstadt< Real, N >	inline
header()	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inlineprotected
hessian_evaluations() const	Optimist::RootFinder::RootFinder< Real, N, Greenstadt< Real, N >, true >	inline
info(Real residuals, std::string const &notes="-")	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inlineprotected
input_dimension() const	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inline
InputType typedef	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >
is_optimizer	Optimist::RootFinder::RootFinder< Real, N, Greenstadt< Real, N >, true >	static
is_rootfinder	Optimist::RootFinder::RootFinder< Real, N, Greenstadt< Real, N >, true >	static
iterations() const	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inline
jacobian_evaluations() const	Optimist::RootFinder::RootFinder< Real, N, Greenstadt< Real, N >, true >	inline
lower_bound() const	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inline
m_alpha	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	protected
m_converged	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	protected
m_damped	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	protected
m_first_derivative_evaluations	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	protected
m_function_evaluations	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	protected
m_iterations	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	protected
m_lower_bound	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	protected
m_max_first_derivative_evaluations	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	protected
m_max_function_evaluations	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	protected
m_max_iterations	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	protected
m_max_relaxations	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	protected
m_max_second_derivative_evaluations	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	protected
m_method	Optimist::RootFinder::Greenstadt< Real, N >	private
m_ostream	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	protected
m_relaxations	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	protected
m_second_derivative_evaluations	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	protected
m_task	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	protected
m_tolerance	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	protected
m_trace	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	protected
m_upper_bound	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	protected
m_verbose	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	protected
Matrix typedef	Optimist::RootFinder::RootFinder< Real, N, Greenstadt< Real, N >, true >
max_first_derivative_evaluations() const	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inlineprotected
max_function_evaluations(Integer t_max_function_evaluations)	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inline
max_hessian_evaluations() const	Optimist::RootFinder::RootFinder< Real, N, Greenstadt< Real, N >, true >	inline
max_iterations() const	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inline
max_jacobian_evaluations() const	Optimist::RootFinder::RootFinder< Real, N, Greenstadt< Real, N >, true >	inline
max_relaxations() const	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inline
max_second_derivative_evaluations() const	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inlineprotected
Method typedef	Optimist::RootFinder::Greenstadt< Real, N >
method() const	Optimist::RootFinder::Greenstadt< Real, N >	inline
method(Method t_method)	Optimist::RootFinder::Greenstadt< Real, N >	inline
name() const	Optimist::RootFinder::RootFinder< Real, N, Greenstadt< Real, N >, true >	inline
name_impl() const	Optimist::RootFinder::Greenstadt< Real, N >	inline
optimize(FunctionBase< Real, FunInDim, FunOutDim, DerivedFunction, ForceEigen &&FunOutDim==1 > const &function, InputType const &x_ini, InputType &x_sol)	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inline
ostream() const	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inline
output_dimension() const	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inline
OutputType typedef	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >
QuasiNewton()	Optimist::RootFinder::QuasiNewton< Real, N, Greenstadt< Real, N > >	inline
relaxations() const	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inline
requires_first_derivative	Optimist::RootFinder::Greenstadt< Real, N >	static
requires_function	Optimist::RootFinder::Greenstadt< Real, N >	static
requires_second_derivative	Optimist::RootFinder::Greenstadt< Real, N >	static
reset()	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inlineprotected
rootfind(FunctionBase< Real, FunInDim, FunOutDim, DerivedFunction, ForceEigen &&FunOutDim==1 > const &function, InputType const &x_ini, InputType &x_sol)	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inline
RootFinder()	Optimist::RootFinder::RootFinder< Real, N, Greenstadt< Real, N >, true >	inline
second_derivative_evaluations() const	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inlineprotected
SecondDerivativeType typedef	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >
set_method(Method t_method)	Optimist::RootFinder::Greenstadt< Real, N >	inline
solve(FunctionLambda &&function, Vector const &x_ini, Vector &x_sol)	Optimist::RootFinder::RootFinder< Real, N, Greenstadt< Real, N >, true >	inline
solve_impl(FunctionLambda &&function, JacobianLambda &&jacobian, Vector const &x_ini, Vector &x_sol)	Optimist::RootFinder::QuasiNewton< Real, N, Greenstadt< Real, N > >	inline
SolverBase()	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inline
store_trace(InputType const &x)	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inlineprotected
task() const	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inline
Tensor typedef	Optimist::RootFinder::RootFinder< Real, N, Greenstadt< Real, N >, true >
tolerance() const	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inline
trace() const	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inline
TraceType typedef	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >
update(Vector const &delta_x_old, Vector const &delta_function_old, Matrix const &jacobian_old, Vector const &delta_x_new, Vector const &delta_function_new, Vector const &function_new, Matrix &jacobian_new)	Optimist::RootFinder::QuasiNewton< Real, N, Greenstadt< Real, N > >	inline
update_impl(Vector const &, Vector const &, Matrix const &jacobian_old, Vector const &delta_x_new, Vector const &delta_function_new, Vector const &function_new, Matrix &jacobian_new)	Optimist::RootFinder::Greenstadt< Real, N >	inline
upper_bound() const	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inline
Vector typedef	Optimist::RootFinder::RootFinder< Real, N, Greenstadt< Real, N >, true >
verbose_mode(bool t_verbose)	Optimist::SolverBase< Real, N, N, Greenstadt< Real, N >, ForceEigen >	inline