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

- p -

• parallel_symmetric_successive_over_relaxation() : num_collect::linear::parallel_symmetric_successive_over_relaxation< Matrix >
• param_search_region() : num_collect::regularization::fista< Coeff, Data >, num_collect::regularization::full_gen_tikhonov< Coeff, Data >, num_collect::regularization::regularized_solver_base< Derived, Data >, num_collect::regularization::tikhonov< Coeff, Data >, num_collect::regularization::tv_admm< Coeff, DerivativeMatrix, Data >
• parse() : fmt::formatter< num_collect::logging::time_stamp >, fmt::formatter< num_collect::numbers::fraction< Integer > >, num_collect::logging::config::toml::toml_combined_log_sink_config_parser, num_collect::logging::config::toml::toml_console_log_sink_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
• parse_and_apply_log_tag_configs() : num_collect::logging::config::toml::toml_log_config_parser
• parse_from_file() : num_collect::logging::config::log_config_parser_base, num_collect::logging::config::toml::toml_log_config_parser
• parse_from_table() : num_collect::logging::config::toml::toml_log_config_parser
• parse_from_text() : num_collect::logging::config::log_config_parser_base, num_collect::logging::config::toml::toml_log_config_parser
• parse_log_sinks() : num_collect::logging::config::toml::toml_log_config_parser
• pi_step_size_controller() : num_collect::ode::pi_step_size_controller< Formula >
• points() : 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::tanh_finite_integrator< Result(Variable)>, num_prob_collect::ode::string_wave_1d_problem
• polynomial_coeffs() : num_collect::rbf::rbf_polynomial_interpolator< FunctionValue(Variable), RBF, PolynomialDegree, KernelMatrixType, DistanceFunction, LengthParameterCalculator >
• pop() : num_collect::opt::impl::adc_group< Value >, num_collect::util::static_stack< T, StaticArraySize >
• pop_created_log_sink_name() : num_collect::logging::config::log_sink_factory_table
• precision() : num_collect::logging::iterations::iteration_parameter_formatter< Value >
• prepare() : num_collect::integration::gauss_legendre_integrator< Result(Variable)>, num_collect::integration::gauss_legendre_kronrod_integrator< Result(Variable)>, num_collect::rbf::polynomial_calculator< Variable, PolynomialDegree >
• prepare_for() : num_collect::util::bidirectional_vector< Value, Container >
• prev_var() : num_collect::ode::avf::impl::avf_integrand< Problem >
• previous_step_error_exponent() : num_collect::ode::pi_step_size_controller< Formula >
• problem() : num_collect::ode::avf::avf2_formula< Problem >, num_collect::ode::avf::avf3_formula< Problem >, num_collect::ode::avf::avf4_formula< Problem >, num_collect::ode::avf::impl::avf_integrand< Problem >, num_collect::ode::embedded_solver< Formula, StepSizeController >, num_collect::ode::formula_base< Derived, Problem >, num_collect::ode::non_embedded_formula_wrapper< BaseFormula >, num_collect::ode::solver_base< Derived, Formula >
• process_indices() : num_collect::linear::impl::cuthill_mckee_ordering_impl< StorageIndex >
• process_name() : num_collect::opt::annealing_downhill_simplex< ObjectiveFunction >, num_collect::opt::downhill_simplex< ObjectiveFunction >
• process_row_backward() : num_collect::linear::parallel_symmetric_successive_over_relaxation< Matrix >
• process_row_forward() : num_collect::linear::parallel_symmetric_successive_over_relaxation< Matrix >
• producer_consumer_circular_queue() : num_collect::util::producer_consumer_circular_queue< T >
• push() : num_collect::opt::impl::adc_group< Value >, num_collect::util::static_stack< T, StaticArraySize >
• push_back() : num_collect::linear::impl::amg::node_connection_list< StorageIndex >, num_collect::opt::impl::ternary_vector, num_collect::util::bidirectional_vector< Value, Container >, num_collect::util::vector< T >
• push_front() : num_collect::util::bidirectional_vector< Value, Container >
• push_to_highest() : num_collect::numbers::custom_float< Radix, Digit, DigitCalc >
• push_to_lowest() : num_collect::numbers::custom_float< Radix, Digit, DigitCalc >