num_collect::ode Namespace Reference

Namespace of solvers of ordinary differential equations (ODE). More...

Namespaces
namespace	avf
	Namespace of average vector field (AVF) method.
namespace	concepts
	Namespace of C++ concepts.
namespace	impl
	Namespace of internal implementations.
namespace	rosenbrock
	Namespace of Rosenbrock method.
namespace	runge_kutta
	Namespace of Runge-Kutta method.
namespace	symplectic
	Namespace of symplectic integration.

Classes
class	basic_step_size_controller
	Class to control step sizes using well-known method [10]. More...
class	embedded_solver
	Class of solvers of ODEs using embedded formulas. More...
class	error_tolerances
	Class of error tolerances [10]. More...
class	error_tolerances< Variable >
	Class of error tolerances [10]. More...
struct	evaluation_type
	Struct to specify types of evaluations. More...
class	formula_base
	Base class of formulas in ODE solvers. More...
class	inexact_newton_slope_equation_solver
	Class to solve equations of implicit slopes using inexact Newton method. More...
class	inexact_newton_slope_equation_solver< Problem >
	Class to solve equations of implicit slopes using inexact Newton method. More...
class	inexact_newton_update_equation_solver
	Class to solve equations of implicit updates using inexact Newton method. More...
class	inexact_newton_update_equation_solver< Problem >
	Class to solve equations of implicit updates using inexact Newton method. More...
class	initial_step_size_calculator
	Class to calculate initial step sizes [10]. More...
class	multi_variate_implicit_problem_wrapper
	Class to wrap implicit problems to use as explicit problems. More...
class	non_embedded_formula_wrapper
	Wrapper class to use a non-embedded formula as an embedded formula. More...
class	pi_step_size_controller
	Class to control step sizes using PI controller [8]. More...
class	simple_solver
	Class of simple solver of ODEs. More...
class	single_variate_implicit_problem_wrapper
	Class to wrap implicit problems to use as explicit problems. More...
class	solver_base
	Base class of solvers of ODEs. More...
class	step_size_controller_base
	Base class of classes to control step sizes. More...
class	step_size_limits
	Class of limits of step sizes. More...

Typedefs
template<typename Formula >
using	non_embedded_auto_solver
	Class of solver with automatic step size using non-embedded formula.

Functions
template<concepts::single_variate_problem Problem> requires concepts::mass_problem<Problem>
auto	wrap_implicit_problem (Problem &&problem) -> single_variate_implicit_problem_wrapper< std::decay_t< Problem > >
	Wrap an implicit problem to use as an explicit problem.

Variables
constexpr auto	basic_step_size_controller_log_tag
	Log tag.
constexpr auto	inexact_newton_slope_equation_solver_tag
	Log tag.
constexpr auto	inexact_newton_update_equation_solver_tag
	Log tag.
constexpr auto	initial_step_size_calculator_log_tag
	Log tag.
constexpr auto	pi_step_size_controller_log_tag
	Log tag.

Detailed Description

Namespace of solvers of ordinary differential equations (ODE).

Typedef Documentation

non_embedded_auto_solver

template<typename Formula >

using num_collect::ode::non_embedded_auto_solver

Initial value:

 
    embedded_solver<non_embedded_formula_wrapper<Formula>>

Class of solver with automatic step size using non-embedded formula.

Template Parameters

Formula

Type of formula.

Definition at line 134 of file non_embedded_formula_wrapper.h.

Function Documentation

wrap_implicit_problem()

template<concepts::single_variate_problem Problem>
requires concepts::mass_problem<Problem>

auto num_collect::ode::wrap_implicit_problem ( Problem && problem ) -> single_variate_implicit_problem_wrapper<std::decay_t<Problem>>

nodiscard

Wrap an implicit problem to use as an explicit problem.

Template Parameters

Problem

Type of the problem.

Parameters

[in]

problem

Problem.

Returns

Wrapped problem.

Definition at line 167 of file implicit_problem_wrapper.h.

Variable Documentation

basic_step_size_controller_log_tag

auto num_collect::ode::basic_step_size_controller_log_tag

constexpr

Initial value:

=
    logging::log_tag_view("num_collect::ode::basic_step_size_controller")

Log tag.

Definition at line 38 of file basic_step_size_controller.h.

inexact_newton_slope_equation_solver_tag

auto num_collect::ode::inexact_newton_slope_equation_solver_tag

constexpr

Initial value:

= logging::log_tag_view(
    "num_collect::ode::inexact_newton_slope_equation_solver")

Log tag.

Definition at line 44 of file inexact_newton_slope_equation_solver.h.

inexact_newton_update_equation_solver_tag

auto num_collect::ode::inexact_newton_update_equation_solver_tag

constexpr

Initial value:

=
    logging::log_tag_view(
        "num_collect::ode::inexact_newton_update_equation_solver")

Log tag.

Definition at line 44 of file inexact_newton_update_equation_solver.h.

initial_step_size_calculator_log_tag

auto num_collect::ode::initial_step_size_calculator_log_tag

constexpr

Initial value:

=
    logging::log_tag_view("num_collect::ode::initial_step_size_calculator")

Log tag.

Definition at line 38 of file initial_step_size_calculator.h.

pi_step_size_controller_log_tag

auto num_collect::ode::pi_step_size_controller_log_tag

constexpr

Initial value:

=
    logging::log_tag_view("num_collect::ode::pi_step_size_controller")

Log tag.

Definition at line 38 of file pi_step_size_controller.h.