Here is a list of all documented class members with links to the class documentation for each member:

- r -

• r0_ : num_collect::ode::impl::bicgstab< Vector >
• radix : num_collect::numbers::custom_float< Radix, Digit, DigitCalc >
• random_multi_quadratic_function() : num_prob_collect::opt::random_multi_quadratic_function
• random_multi_quadratic_function_generator() : num_prob_collect::opt::random_multi_quadratic_function_generator
• random_multi_variate_difficult_multi_optima_function_generator() : num_prob_collect::opt::random_multi_variate_difficult_multi_optima_function_generator
• random_multi_variate_multi_optima_function_generator() : num_prob_collect::opt::random_multi_variate_multi_optima_function_generator
• random_number_generator_ : num_collect::opt::annealing_downhill_simplex< ObjectiveFunction >
• random_number_generator_type : num_collect::opt::annealing_downhill_simplex< ObjectiveFunction >
• random_quadratic_function() : num_prob_collect::opt::random_quadratic_function
• random_quadratic_function_generator() : num_prob_collect::opt::random_quadratic_function_generator
• random_single_variate_multi_optima_function_generator() : num_prob_collect::opt::random_single_variate_multi_optima_function_generator
• rate_of_cg_tol_rate_to_tol_update_rate_ : num_collect::regularization::tv_admm< Coeff, DerivativeMatrix, Data >
• rational : num_collect::functions::impl::gamma_lanczos< Real >
• rbf() : num_collect::rbf::rbf_interpolator< FunctionValue(Variable), RBF, KernelMatrixType, DistanceFunction, LengthParameterCalculator >, num_collect::rbf::rbf_polynomial_interpolator< FunctionValue(Variable), RBF, PolynomialDegree, KernelMatrixType, DistanceFunction, LengthParameterCalculator >
• rbf_ : num_collect::rbf::rbf_interpolator< FunctionValue(Variable), RBF, KernelMatrixType, DistanceFunction, LengthParameterCalculator >, num_collect::rbf::rbf_polynomial_interpolator< FunctionValue(Variable), RBF, PolynomialDegree, KernelMatrixType, DistanceFunction, LengthParameterCalculator >
• rbf_interpolator() : num_collect::rbf::rbf_interpolator< FunctionValue(Variable), RBF, KernelMatrixType, DistanceFunction, LengthParameterCalculator >
• rbf_polynomial_interpolator() : num_collect::rbf::rbf_polynomial_interpolator< FunctionValue(Variable), RBF, PolynomialDegree, KernelMatrixType, DistanceFunction, LengthParameterCalculator >
• rbf_type : num_collect::rbf::rbf_interpolator< FunctionValue(Variable), RBF, KernelMatrixType, DistanceFunction, LengthParameterCalculator >, num_collect::rbf::rbf_polynomial_interpolator< FunctionValue(Variable), RBF, PolynomialDegree, KernelMatrixType, DistanceFunction, LengthParameterCalculator >
• ReadCost : Eigen::NumTraits< num_collect::auto_diff::backward::variable< Scalar > >, Eigen::NumTraits< num_collect::auto_diff::forward::variable< Value, Diff > >
• Real : Eigen::NumTraits< num_collect::auto_diff::backward::variable< Scalar > >, Eigen::NumTraits< num_collect::auto_diff::forward::variable< Value, Diff > >
• real_scalar_type : num_collect::linear::iterative_solver_base< Derived >
• RealScalar : num_collect::linear::iterative_solver_base< Derived >
• rectangle() : num_collect::opt::dividing_rectangles< ObjectiveFunction >::rectangle
• rectangle_pointer_type : num_collect::opt::impl::adc_group< Value >
• rectangle_type : num_collect::opt::adaptive_diagonal_curves< ObjectiveFunction >, num_collect::opt::impl::adc_group< Value >
• rects_ : num_collect::opt::dividing_rectangles< ObjectiveFunction >, num_collect::opt::impl::adc_group< Value >
• reduce_if_needed() : num_collect::ode::step_size_controller_base< Derived, Formula >
• reduction_rate() : num_collect::ode::step_size_controller_base< Derived, Formula >
• reduction_rate_ : num_collect::ode::step_size_controller_base< Derived, Formula >
• ref_count : num_collect::auto_diff::backward::graph::node_differentiator< Scalar >::node_info
• reference : num_collect::util::vector< T >
• reference_count_ : num_collect::logging::sinks::log_sink
• reflect() : num_collect::opt::annealing_downhill_simplex< ObjectiveFunction >, num_collect::opt::downhill_simplex< ObjectiveFunction >
• reg_param : num_collect::rbf::gaussian_process_interpolator< FunctionSignature, RBF, KernelMatrixType, DistanceFunction >, num_collect::rbf::rbf_interpolator< FunctionValue(Variable), RBF, KernelMatrixType, DistanceFunction, LengthParameterCalculator >, num_collect::rbf::rbf_polynomial_interpolator< FunctionValue(Variable), RBF, PolynomialDegree, KernelMatrixType, DistanceFunction, LengthParameterCalculator >
• regularization_term() : num_collect::regularization::explicit_regularized_solver_base< Derived, Data >, num_collect::regularization::fista< Coeff, Data >, num_collect::regularization::full_gen_tikhonov< Coeff, Data >, num_collect::regularization::implicit_regularized_solver_base< Derived, Data >, num_collect::regularization::tikhonov< Coeff, Data >, num_collect::regularization::tv_admm< Coeff, DerivativeMatrix, Data >
• regularized_solver_base() : num_collect::regularization::regularized_solver_base< Derived, Data >
• relaxation_coeff() : num_collect::linear::parallel_symmetric_successive_over_relaxation< Matrix >, num_collect::linear::symmetric_successive_over_relaxation< Matrix >
• relaxation_coeff_ : num_collect::linear::parallel_symmetric_successive_over_relaxation< Matrix >, num_collect::linear::symmetric_successive_over_relaxation< Matrix >
• rem_ : num_collect::util::kahan_adder< T >
• reorder() : num_collect::opt::annealing_downhill_simplex< ObjectiveFunction >, num_collect::opt::downhill_simplex< ObjectiveFunction >
• RequireInitialization : Eigen::NumTraits< num_collect::auto_diff::backward::variable< Scalar > >, Eigen::NumTraits< num_collect::auto_diff::forward::variable< Value, Diff > >
• reserve() : num_collect::util::vector< T >
• reset() : num_collect::logging::impl::iteration_layer_handler::node, num_collect::util::iteration_period_checker, num_collect::util::object_storage< T, MinimumAlignment >
• residual_ : num_collect::linear::gauss_seidel_iterative_solver< Matrix >, num_collect::linear::impl::operator_conjugate_gradient< Vector >, num_collect::linear::parallel_symmetric_successive_over_relaxation< Matrix >, num_collect::linear::symmetric_successive_over_relaxation< Matrix >, num_collect::ode::impl::bicgstab< Vector >, num_collect::ode::impl::gmres< Vector >, num_collect::ode::inexact_newton_slope_equation_solver< Problem >, num_collect::ode::inexact_newton_update_equation_solver< Problem >, num_collect::ode::rosenbrock::gmres_rosenbrock_equation_solver< Problem >, num_collect::regularization::fista< Coeff, Data >, num_collect::regularization::tv_admm< Coeff, DerivativeMatrix, Data >
• residual_buffers_ : num_collect::linear::algebraic_multigrid_solver< Matrix >
• residual_norm() : num_collect::regularization::explicit_regularized_solver_base< Derived, Data >, num_collect::regularization::fista< Coeff, Data >, num_collect::regularization::full_gen_tikhonov< Coeff, Data >, num_collect::regularization::implicit_regularized_solver_base< Derived, Data >, num_collect::regularization::tikhonov< Coeff, Data >, num_collect::regularization::tv_admm< Coeff, DerivativeMatrix, Data >
• residual_norm_rate() : num_collect::regularization::fista< Coeff, Data >, num_collect::regularization::tv_admm< Coeff, DerivativeMatrix, Data >
• residual_rate() : num_collect::linear::algebraic_multigrid_solver< Matrix >, num_collect::linear::gauss_seidel_iterative_solver< Matrix >, num_collect::linear::parallel_symmetric_successive_over_relaxation< Matrix >, num_collect::linear::symmetric_successive_over_relaxation< Matrix >
• residual_rate_ : num_collect::linear::gauss_seidel_iterative_solver< Matrix >, num_collect::linear::parallel_symmetric_successive_over_relaxation< Matrix >, num_collect::linear::symmetric_successive_over_relaxation< Matrix >
• resize() : num_collect::numbers::custom_float< Radix, Digit, DigitCalc >, num_collect::util::bidirectional_vector< Value, Container >, num_collect::util::vector< T >
• result_type : num_collect::auto_diff::backward::impl::create_diff_variable_vector_functor< ValueVector >, num_collect::auto_diff::backward::impl::differentiate_scalar_with_matrix_functor< ArgType >, num_collect::auto_diff::backward::impl::differentiate_vector_with_vector_functor< FuncValType, ArgType >, num_collect::auto_diff::forward::impl::create_diff_variable_vector_functor< ValueVector >, num_collect::auto_diff::forward::impl::make_jacobian_functor< VectorType >, num_collect::integration::de_finite_integrator< Result(Variable)>, num_collect::integration::de_infinite_integrator< Result(Variable)>, num_collect::integration::de_semi_infinite_integrator< Result(Variable)>, num_collect::integration::gauss_legendre_integrator< Result(Variable)>, num_collect::integration::gauss_legendre_kronrod_integrator< Result(Variable)>, num_collect::integration::tanh_finite_integrator< Result(Variable)>, std::hash< num_collect::logging::impl::log_tag_element >, std::hash< num_collect::opt::impl::ternary_vector >
• return_type : num_collect::logging::iterations::function_iteration_parameter_value< Algorithm, Value, Function >, num_collect::logging::iterations::member_function_iteration_parameter_value< Algorithm, Value, Function >
• reverse_cuthill_mckee_ordering() : num_collect::linear::reverse_cuthill_mckee_ordering< StorageIndex >
• reverse_iterator : num_collect::util::vector< T >
• rho_ : num_collect::ode::impl::bicgstab< Vector >
• rodasp_formula() : num_collect::ode::rosenbrock::rodasp_formula< Problem, EquationSolver >
• rodaspr_formula() : num_collect::ode::rosenbrock::rodaspr_formula< Problem, EquationSolver >
• root() : num_collect::functions::legendre_roots< T >
• roots_ : num_collect::functions::legendre_roots< T >, num_collect::integration::gauss_legendre_integrator< Result(Variable)>
• ros34pw3_formula() : num_collect::ode::rosenbrock::ros34pw3_formula< Problem, EquationSolver >
• ros3w_formula() : num_collect::ode::rosenbrock::ros3w_formula< Problem, EquationSolver >
• rosenbrock_formula_base() : num_collect::ode::rosenbrock::rosenbrock_formula_base< Derived, Problem, EquationSolver >
• rot_data_ : num_collect::regularization::tikhonov< Coeff, Data >
• rows() : num_collect::linear::iterative_solver_base< Derived >
• run_parallel() : num_collect::linear::parallel_symmetric_successive_over_relaxation< Matrix >
• run_parallel_ : num_collect::linear::parallel_symmetric_successive_over_relaxation< Matrix >