num_collect::ode::avf Namespace Reference

Namespace of average vector field (AVF) method. More...

Namespaces
namespace	impl
	Namespace of internal implementations.

Classes
class	avf2_formula
	Class of 2nd order average vector field (AVF) method [21]. More...
class	avf3_formula
	Class of 3rd order average vector field (AVF) method [21]. More...
class	avf4_formula
	Class of 4th order average vector field (AVF) method [21]. More...

Typedefs
template<concepts::problem Problem>
using	avf2_auto_solver = non_embedded_auto_solver<avf2_formula<Problem>>
	Class of solver using 2nd order average vector field (AVF) method [21] with automatic step sizes.
template<concepts::problem Problem>
using	avf2_solver = simple_solver<avf2_formula<Problem>>
	Class of solver using 2nd order average vector field (AVF) method [21].
template<concepts::differentiable_problem Problem>
using	avf3_auto_solver = non_embedded_auto_solver<avf3_formula<Problem>>
	Class of solver using 3rd order average vector field (AVF) method [21] with automatic step sizes.
template<concepts::differentiable_problem Problem>
using	avf3_solver = simple_solver<avf3_formula<Problem>>
	Class of solver using 3rd order average vector field (AVF) method [21].
template<concepts::differentiable_problem Problem>
using	avf4_auto_solver = non_embedded_auto_solver<avf4_formula<Problem>>
	Class of solver using 4th order average vector field (AVF) method [21] with automatic step sizes.
template<concepts::differentiable_problem Problem>
using	avf4_solver = simple_solver<avf4_formula<Problem>>
	Class of solver using 4th order average vector field (AVF) method [21].

Detailed Description

Namespace of average vector field (AVF) method.

Typedef Documentation

avf2_auto_solver

template<concepts::problem Problem>

using num_collect::ode::avf::avf2_auto_solver = non_embedded_auto_solver<avf2_formula<Problem>>

Class of solver using 2nd order average vector field (AVF) method [21] with automatic step sizes.

Template Parameters

Problem

Type of problem.

Definition at line 170 of file avf2_formula.h.

avf2_solver

template<concepts::problem Problem>

using num_collect::ode::avf::avf2_solver = simple_solver<avf2_formula<Problem>>

Class of solver using 2nd order average vector field (AVF) method [21].

Template Parameters

Problem

Type of problem.

Definition at line 161 of file avf2_formula.h.

avf3_auto_solver

template<concepts::differentiable_problem Problem>

using num_collect::ode::avf::avf3_auto_solver = non_embedded_auto_solver<avf3_formula<Problem>>

Class of solver using 3rd order average vector field (AVF) method [21] with automatic step sizes.

Template Parameters

Problem

Type of problem.

Definition at line 182 of file avf3_formula.h.

avf3_solver

template<concepts::differentiable_problem Problem>

using num_collect::ode::avf::avf3_solver = simple_solver<avf3_formula<Problem>>

Class of solver using 3rd order average vector field (AVF) method [21].

Template Parameters

Problem

Type of problem.

Definition at line 173 of file avf3_formula.h.

avf4_auto_solver

template<concepts::differentiable_problem Problem>

using num_collect::ode::avf::avf4_auto_solver = non_embedded_auto_solver<avf4_formula<Problem>>

Class of solver using 4th order average vector field (AVF) method [21] with automatic step sizes.

Template Parameters

Problem

Type of problem.

Definition at line 191 of file avf4_formula.h.

avf4_solver

template<concepts::differentiable_problem Problem>

using num_collect::ode::avf::avf4_solver = simple_solver<avf4_formula<Problem>>

Class of solver using 4th order average vector field (AVF) method [21].

Template Parameters

Problem

Type of problem.

Definition at line 182 of file avf4_formula.h.