A | B | C | D | E | F | G | H | I | K | L | M | N | O | P | Q | R | S | T | U | V | W

A: adaptive_diagonal_curves (num_collect::opt); adc_group (num_collect::opt::impl); adc_rectangle (num_collect::opt::impl); adc_sample_dict (num_collect::opt::impl); adc_sample_dict< ObjectiveFunction > (num_collect::opt::impl); algebraic_multigrid_solver (num_collect::linear); algorithm_failure (num_collect); algorithm_failure (num_collect::base); annealing_downhill_simplex (num_collect::opt); annealing_downhill_simplex< ObjectiveFunction > (num_collect::opt); any_objective_function (num_collect::opt); any_objective_function< Value(Variable)> (num_collect::opt); ark43_erk_formula (num_collect::ode::runge_kutta); ark43_esdirk_formula (num_collect::ode::runge_kutta); ark54_esdirk_formula (num_collect::ode::runge_kutta); assertion_failure (num_collect); assertion_failure (num_collect::base); autonomous_external_force_vibration_problem (num_prob_collect::ode); avf2_formula (num_collect::ode::avf); avf3_formula (num_collect::ode::avf); avf4_formula (num_collect::ode::avf); avf_integrand (num_collect::ode::avf::impl)

B: backtracking_line_searcher (num_collect::opt); backtracking_line_searcher< ObjectiveFunction > (num_collect::opt); basic_step_size_controller (num_collect::ode); bfgs_optimizer (num_collect::opt); bicgstab (num_collect::ode::impl); bicgstab_rosenbrock_equation_solver (num_collect::ode::rosenbrock); bidirectional_vector (num_collect::util); blur_sine (num_prob_collect::regularization)

D: de_finite_integrator (num_collect::integration); de_finite_integrator< Result(Variable)> (num_collect::integration); de_infinite_integrator (num_collect::integration); de_infinite_integrator< Result(Variable)> (num_collect::integration); de_semi_infinite_integrator (num_collect::integration); de_semi_infinite_integrator< Result(Variable)> (num_collect::integration); de_semi_infinite_integrator_traits (num_collect::integration::impl); de_semi_infinite_integrator_traits< double > (num_collect::integration::impl); de_semi_infinite_integrator_traits< float > (num_collect::integration::impl); default_log_sink_factory (num_collect::logging::config); default_rosenbrock_equation_solver (num_collect::ode::rosenbrock); default_rosenbrock_equation_solver< Problem > (num_collect::ode::rosenbrock); dense_diff_matrix_functor (num_prob_collect::regularization::impl); dense_matrix_format_view (num_collect::util::impl); dense_vector_format_view (num_collect::util::impl); descent_method_base (num_collect::opt); detailed_log_formatter (num_collect::logging::formatters); dfp_optimizer (num_collect::opt); differentiate_scalar_with_matrix_functor (num_collect::auto_diff::backward::impl); differentiate_vector_with_vector_functor (num_collect::auto_diff::backward::impl); dividing_rectangles (num_collect::opt); dopri5_formula (num_collect::ode::runge_kutta); double_cubic_test_function (num_prob_collect::roots); downhill_simplex (num_collect::opt); downhill_simplex< ObjectiveFunction > (num_collect::opt)

E: embedded_solver (num_collect::ode); equal (num_collect::util); error_tolerances (num_collect::ode); error_tolerances< Variable > (num_collect::ode); esdirk45_formula (num_collect::ode::runge_kutta); euclidean_distance_function (num_collect::rbf::distance_functions); euclidean_distance_function< Variable > (num_collect::rbf::distance_functions); evaluation_type (num_collect::ode); explicit_gcv (num_collect::regularization); explicit_gcv_objective_function (num_collect::regularization); explicit_l_curve (num_collect::regularization); explicit_l_curve_objective_function (num_collect::regularization); explicit_param_searcher_base (num_collect::regularization); explicit_regularized_solver_base (num_collect::regularization); exponential_problem (num_prob_collect::ode); external_exponential_problem (num_prob_collect::ode); external_force_vibration_problem (num_prob_collect::ode)

F: file_error (num_collect::base); file_error (num_collect); file_wrapper (num_collect::logging::sinks); algebraic_multigrid_solver::final_layer_data (num_collect::linear); algebraic_multigrid_solver::first_layer_data (num_collect::linear); fista (num_collect::regularization); formatter< num_collect::logging::log_level > (fmt); formatter< num_collect::logging::time_stamp > (fmt); formatter< num_collect::numbers::fraction< Integer > > (fmt); formatter< num_collect::util::impl::dense_matrix_format_view< Matrix > > (fmt); formatter< num_collect::util::impl::dense_vector_format_view< Vector > > (fmt); formatter< num_collect::util::impl::sparse_matrix_format_view< Matrix > > (fmt); formula_base (num_collect::ode); fraction (num_collect::numbers); free_fall_in_resistance_problem (num_prob_collect::ode); full_gen_tikhonov (num_collect::regularization); function_iteration_parameter_value (num_collect::logging::iterations); function_object_wrapper (num_collect::opt); function_object_wrapper< Value(Variable), Function > (num_collect::opt); function_root_finder_base (num_collect::roots)

G: gamma_lanczos (num_collect::functions::impl); gauss_legendre_integrator (num_collect::integration); gauss_legendre_integrator< Result(Variable)> (num_collect::integration); gauss_legendre_kronrod_integrator (num_collect::integration); gauss_legendre_kronrod_integrator< Result(Variable)> (num_collect::integration); gauss_seidel_iterative_solver (num_collect::linear); gaussian_process_interpolator (num_collect::rbf); gaussian_process_optimizer (num_collect::opt); gaussian_rbf (num_collect::rbf::rbfs); general_spline_equation_solver (num_collect::rbf::impl); general_spline_equation_solver< KernelValue, FunctionValue, kernel_matrix_type::dense, true > (num_collect::rbf::impl); get_variable_type (num_collect::rbf::impl); get_variable_type< FunctionValue(Variable)> (num_collect::rbf::impl); global_length_parameter_calculator (num_collect::rbf::length_parameter_calculators); gmres (num_collect::ode::impl); gmres_rosenbrock_equation_solver (num_collect::ode::rosenbrock); golden_section_search (num_collect::opt); adc_group::greater (num_collect::opt::impl); greater (num_collect::util); greater_equal (num_collect::util); dividing_rectangles::greater_rectangle (num_collect::opt)

H: hash< num_collect::logging::impl::log_tag_element > (std); hash< num_collect::opt::impl::ternary_vector > (std); heuristic_global_optimizer (num_collect::opt); heuristic_global_optimizer< ObjectiveFunction > (num_collect::opt)

I: implicit_euler_formula (num_collect::ode::runge_kutta); implicit_exponential_problem (num_prob_collect::ode); implicit_formula_base (num_collect::ode::runge_kutta); implicit_gcv (num_collect::regularization); implicit_gcv_calculator (num_collect::regularization); implicit_kaps_problem (num_prob_collect::ode); implicit_regularized_solver_base (num_collect::regularization); inexact_newton_slope_equation_solver (num_collect::ode); inexact_newton_slope_equation_solver< Problem > (num_collect::ode); inexact_newton_update_equation_solver (num_collect::ode); inexact_newton_update_equation_solver< Problem > (num_collect::ode); initial_step_size_calculator (num_collect::ode); algebraic_multigrid_solver::intermidiate_layer_data (num_collect::linear); invalid_argument (num_collect::base); invalid_argument (num_collect); inverse_multi_quadric_rbf (num_collect::rbf::rbfs); inverse_quadratic_rbf (num_collect::rbf::rbfs); is_eigen_matrix (num_collect); is_eigen_matrix< Eigen::Matrix< Scalar, Rows, Cols, Options, MaxRows, MaxCols > > (num_collect); is_eigen_vector (num_collect); is_eigen_vector< Eigen::Matrix< Scalar, Rows, 1, Options, MaxRows, MaxCols > > (num_collect); is_integral (num_collect::base::concepts); is_invocable_as (num_collect::base::concepts); is_invocable_as< Func, Result(Args...)> (num_collect::base::concepts); is_real_scalar (num_collect::base::concepts); is_signed (num_collect::base::concepts); is_sparse_matrix (num_collect::base::concepts); is_sparse_matrix< Eigen::SparseMatrix< Scalar, Options, StorageIndex > > (num_collect::base::concepts); iteration_layer_handler (num_collect::logging::impl); iteration_logger (num_collect::logging::iterations); iteration_logger_mixin (num_collect::logging::iterations); iteration_parameter (num_collect::logging::iterations); iteration_parameter_base (num_collect::logging::iterations); iteration_parameter_formatter (num_collect::logging::iterations); iteration_parameter_formatter< std::optional< Value > > (num_collect::logging::iterations); iteration_parameter_formatter< Value > (num_collect::logging::iterations); iteration_period_checker (num_collect::util); iterative_regularized_solver_base (num_collect::regularization); iterative_solver_base (num_collect::base); iterative_solver_base (num_collect); iterative_solver_base (num_collect::linear); iterative_solver_traits (num_collect::linear::impl); iterative_solver_traits< algebraic_multigrid_solver< Matrix > > (num_collect::linear::impl); iterative_solver_traits< gauss_seidel_iterative_solver< Matrix > > (num_collect::linear::impl); iterative_solver_traits< parallel_symmetric_successive_over_relaxation< Matrix > > (num_collect::linear::impl); iterative_solver_traits< symmetric_successive_over_relaxation< Matrix > > (num_collect::linear::impl)

K: kahan_adder (num_collect::util); kaps_problem (num_prob_collect::ode); kernel_matrix_solver (num_collect::rbf::impl); kernel_matrix_solver< KernelValue, FunctionValue, kernel_matrix_type::dense, false > (num_collect::rbf::impl); kernel_matrix_solver< KernelValue, FunctionValue, kernel_matrix_type::dense, true > (num_collect::rbf::impl); kernel_matrix_solver< KernelValue, FunctionValue, kernel_matrix_type::sparse, false > (num_collect::rbf::impl)

L: laplacian_2d_grid (num_prob_collect::linear); leap_frog_formula (num_collect::ode::symplectic); legendre_for_newton (num_collect::functions::impl); legendre_roots (num_collect::functions); less (num_collect::util); less_equal (num_collect::util); local_length_parameter_calculator (num_collect::rbf::length_parameter_calculators); log_config_parser_base (num_collect::logging::config); log_formatter_base (num_collect::logging::formatters); log_sink (num_collect::logging::sinks); log_sink_factory_base (num_collect::logging::config); log_sink_factory_table (num_collect::logging::config); log_tag (num_collect::logging); log_tag_config (num_collect::logging); log_tag_config_tree (num_collect::logging::impl); log_tag_config_tree_node (num_collect::logging::impl); log_tag_element (num_collect::logging::impl); log_tag_view (num_collect::logging); logger (num_collect::logging); logging_mixin (num_collect::logging); logging_proxy (num_collect::logging); lu_rosenbrock_equation_solver (num_collect::ode::rosenbrock)

M: make_jacobian_functor (num_collect::auto_diff::forward::impl); member_function_iteration_parameter_value (num_collect::logging::iterations); member_variable_iteration_parameter_value (num_collect::logging::iterations); mixed_broyden_rosenbrock_equation_solver (num_collect::ode::rosenbrock); multi_quadratic_function (num_prob_collect::opt); multi_quadric_rbf (num_collect::rbf::rbfs); multi_variate_implicit_problem_wrapper (num_collect::ode); multi_variate_multi_optima_function (num_prob_collect::opt)

N: newton_optimizer (num_collect::opt); newton_raphson (num_collect::roots); newton_raphson< Function > (num_collect::roots); cuthill_mckee_ordering_impl::next_index_data (num_collect::linear::impl); cuthill_mckee_ordering_impl::next_index_data_less (num_collect::linear::impl); no_jacobian_implicit_kaps_problem (num_prob_collect::ode); node (num_collect::auto_diff::backward::graph); iteration_layer_handler::node (num_collect::logging::impl); node_connection_list (num_collect::linear::impl::amg); node_differentiator (num_collect::auto_diff::backward::graph); node_differentiator::node_info (num_collect::auto_diff::backward::graph); non_embedded_formula_wrapper (num_collect::ode); not_equal (num_collect::util); num_collect_exception (num_collect::base); num_collect_exception (num_collect); NumTraits< num_collect::auto_diff::backward::variable< Scalar > > (Eigen); NumTraits< num_collect::auto_diff::forward::variable< Value, Diff > > (Eigen)

O: object_storage (num_collect::util); operator_conjugate_gradient (num_collect::linear::impl); optimizer_base (num_collect::opt)

P: parallel_symmetric_successive_over_relaxation (num_collect::linear); pendulum_movement_problem (num_prob_collect::ode); pi_step_size_controller (num_collect::ode); polynomial_calculator (num_collect::rbf); polynomial_calculator< Variable, PolynomialDegree > (num_collect::rbf); powell4_function (num_prob_collect::opt); precondition_not_satisfied (num_collect::base); precondition_not_satisfied (num_collect); producer_consumer_circular_queue (num_collect::util)

Q: quad (num_collect::multi_double); quadratic_function (num_prob_collect::opt)

R: random_multi_quadratic_function (num_prob_collect::opt); random_multi_quadratic_function_generator (num_prob_collect::opt); random_multi_variate_difficult_multi_optima_function_generator (num_prob_collect::opt); random_multi_variate_multi_optima_function_generator (num_prob_collect::opt); random_quadratic_function (num_prob_collect::opt); random_quadratic_function_generator (num_prob_collect::opt); random_single_variate_multi_optima_function_generator (num_prob_collect::opt); rbf_interpolator (num_collect::rbf); rbf_interpolator< FunctionValue(Variable), RBF, KernelMatrixType, DistanceFunction, LengthParameterCalculator > (num_collect::rbf); rbf_polynomial_interpolator (num_collect::rbf); rbf_polynomial_interpolator< FunctionValue(Variable), RBF, PolynomialDegree, KernelMatrixType, DistanceFunction, LengthParameterCalculator > (num_collect::rbf); dividing_rectangles::rectangle (num_collect::opt); regularized_solver_base (num_collect::regularization); reverse_cuthill_mckee_ordering (num_collect::linear); rk4_formula (num_collect::ode::runge_kutta); rkf45_formula (num_collect::ode::runge_kutta); rodasp_formula (num_collect::ode::rosenbrock); rodaspr_formula (num_collect::ode::rosenbrock); ros34pw3_formula (num_collect::ode::rosenbrock); ros3w_formula (num_collect::ode::rosenbrock); rosenbrock_formula_base (num_collect::ode::rosenbrock); rosenbrock_function (num_prob_collect::opt)

S: sampling_optimizer (num_collect::opt); sampling_optimizer< ObjectiveFunction > (num_collect::opt); scalar_rosenbrock_equation_solver (num_collect::ode::rosenbrock); sdirk4_formula (num_collect::ode::runge_kutta); sech_rbf (num_collect::rbf::rbfs); shekel_function (num_prob_collect::opt); simple_solver (num_collect::ode); single_variate_implicit_problem_wrapper (num_collect::ode); single_variate_multi_optima_function (num_prob_collect::opt); solver_base (num_collect::ode); source_info_view (num_collect::util); sparse_matrix_format_view (num_collect::util::impl); spring_movement_problem (num_prob_collect::ode); static_stack (num_collect::util); steepest_descent (num_collect::opt); step_size_controller_base (num_collect::ode); step_size_limits (num_collect::ode); string_wave_1d_parameters (num_prob_collect::ode); string_wave_1d_problem (num_prob_collect::ode); string_wave_1d_solution (num_prob_collect::ode); symmetric_successive_over_relaxation (num_collect::linear); symplectic_forest4_formula (num_collect::ode::symplectic)

T: tanaka1_formula (num_collect::ode::runge_kutta); tanaka2_formula (num_collect::ode::runge_kutta); tanh_finite_integrator (num_collect::integration); tanh_finite_integrator< Result(Variable)> (num_collect::integration); tanh_finite_integrator_traits (num_collect::integration::impl); tanh_finite_integrator_traits< double > (num_collect::integration::impl); tanh_finite_integrator_traits< float > (num_collect::integration::impl); ternary_vector (num_collect::opt::impl); tikhonov (num_collect::regularization); time_stamp (num_collect::logging); toml_combined_log_sink_config_parser (num_collect::logging::config::toml); toml_combined_log_sink_factory (num_collect::logging::config::toml); toml_console_log_sink_config_parser (num_collect::logging::config::toml); toml_console_log_sink_factory (num_collect::logging::config::toml); toml_log_config_parser (num_collect::logging::config::toml); toml_log_sink_config_parser_base (num_collect::logging::config::toml); toml_single_file_log_sink_config_parser (num_collect::logging::config::toml); toml_single_file_log_sink_factory (num_collect::logging::config::toml); tv_admm (num_collect::regularization)

U: unsafe_cast (num_collect::util)

V: variable (num_collect::auto_diff::backward); variable (num_collect::auto_diff::forward); variable_iteration_parameter_value (num_collect::logging::iterations); variable_tag (num_collect::auto_diff::backward); vector (num_collect::util); vibrated_quadratic_function (num_prob_collect::opt)

W: wendland_csrbf (num_collect::rbf::rbfs); wendland_csrbf< Scalar, L, 0 > (num_collect::rbf::rbfs); wendland_csrbf< Scalar, L, 1 > (num_collect::rbf::rbfs); wendland_csrbf< Scalar, L, 2 > (num_collect::rbf::rbfs)