Sandals::SSPRK104< Real, N, M > Member List

This is the complete list of members for Sandals::SSPRK104< Real, N, M >, including all inherited members.

A() const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
absolute_tolerance()	Sandals::RungeKutta< Real, 10, N, 0 >	inline
adaptive(bool t_adaptive)	Sandals::RungeKutta< Real, 10, N, 0 >	inline
adaptive_mode()	Sandals::RungeKutta< Real, 10, N, 0 >	inline
adaptive_solve(VectorX const &t_mesh, VectorN const &ics, Solution< Real, N, M > &sol, MatrixJX &Jx) const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
advance(VectorN const &x_old, Real const t_old, Real const h_old, VectorN &x_new, Real &h_new, MatrixJX &Jx) const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
b() const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
b_embedded() const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
c() const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
dirk_function(Integer n, VectorN const &x, Real const t, Real const h, MatrixK const &K, VectorN &fun) const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
dirk_jacobian(Integer n, VectorN const &x, Real const t, Real const h, MatrixK const &K, MatrixN &jac) const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
dirk_propagate(VectorN const &x, Real const t, Real const h, MatrixK const &K, MatrixJX &Jx) const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
dirk_step(VectorN const &x_old, Real const t_old, Real const h_old, VectorN &x_new, Real &h_new, MatrixK &K) const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
disable_adaptive_mode()	Sandals::RungeKutta< Real, 10, N, 0 >	inline
disable_projection()	Sandals::RungeKutta< Real, 10, N, 0 >	inline
disable_reverse_mode()	Sandals::RungeKutta< Real, 10, N, 0 >	inline
disable_verbose_mode()	Sandals::RungeKutta< Real, 10, N, 0 >	inline
enable_adaptive_mode()	Sandals::RungeKutta< Real, 10, N, 0 >	inline
enable_projection()	Sandals::RungeKutta< Real, 10, N, 0 >	inline
enable_reverse_mode()	Sandals::RungeKutta< Real, 10, N, 0 >	inline
enable_verbose_mode()	Sandals::RungeKutta< Real, 10, N, 0 >	inline
erk_explicit_propagate(VectorN const &x, Real const t, Real const h, MatrixK const &K, MatrixJX &Jx) const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
erk_explicit_step(VectorN const &x_old, Real const t_old, Real const h_old, VectorN &x_new, Real &h_new, MatrixK &K) const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
erk_implicit_function(Integer const s, VectorN const &x, Real const t, Real const h, MatrixK const &K, VectorN &fun) const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
erk_implicit_jacobian(Integer const s, VectorN const &x, Real const t, Real const h, MatrixK const &K, MatrixN &jac) const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
erk_implicit_propagate(VectorN const &x, Real const t, Real const h, MatrixK const &K, MatrixJX &Jx) const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
erk_implicit_step(VectorN const &x_old, Real const t_old, Real const h_old, VectorN &x_new, Real &h_new, MatrixK &K) const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
estimate_order(std::vector< VectorX > const &t_mesh, VectorN const &ics, std::function< MatrixX(VectorX)> &sol) const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
estimate_step(VectorN const &x, VectorN const &x_e, Real const h_k) const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
explicit_system(typename ExplicitWrapper< Real, N, M >::FunctionF f, typename ExplicitWrapper< Real, N, M >::FunctionJF Jf_x, typename ExplicitWrapper< Real, N, M >::FunctionH h=ExplicitWrapper< Real, N, M >::DefaultH, typename ExplicitWrapper< Real, N, M >::FunctionJH Jh_x=ExplicitWrapper< Real, N, M >::DefaultJH, typename ExplicitWrapper< Real, N, M >::FunctionID in_domain=ExplicitWrapper< Real, N, M >::DefaultID)	Sandals::RungeKutta< Real, 10, N, 0 >	inline
FunctionSC typedef	Sandals::RungeKutta< Real, 10, N, 0 >	private
has_system()	Sandals::RungeKutta< Real, 10, N, 0 >	inline
implicit_system(typename ImplicitWrapper< Real, N, M >::FunctionF F, typename ImplicitWrapper< Real, N, M >::FunctionJF JF_x, typename ImplicitWrapper< Real, N, M >::FunctionJF JF_x_dot, typename ImplicitWrapper< Real, N, M >::FunctionH h=ImplicitWrapper< Real, N, M >::DefaultH, typename ImplicitWrapper< Real, N, M >::FunctionJH Jh_x=ImplicitWrapper< Real, N, M >::DefaultJH, typename ImplicitWrapper< Real, N, M >::FunctionID in_domain=ImplicitWrapper< Real, N, M >::DefaultID)	Sandals::RungeKutta< Real, 10, N, 0 >	inline
info() const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
irk_function(VectorN const &x, Real const t, Real const h, VectorK const &K, VectorK &fun) const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
irk_jacobian(VectorN const &x, Real const t, Real const h, VectorK const &K, MatrixJ &jac) const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
irk_propagate(VectorN const &x, Real const t, Real const h, MatrixK const &K, MatrixJX &Jx) const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
irk_step(VectorN const &x_old, Real const t_old, Real const h_old, VectorN &x_new, Real &h_new, MatrixK &K) const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
is_dirk() const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
is_embedded() const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
is_erk() const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
is_irk() const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
linear_system(typename LinearWrapper< Real, N, M >::FunctionE E, typename LinearWrapper< Real, N, M >::FunctionA A, typename LinearWrapper< Real, N, M >::FunctionB b, typename LinearWrapper< Real, N, M >::FunctionH h=LinearWrapper< Real, N, M >::DefaultH, typename LinearWrapper< Real, N, M >::FunctionJH Jh_x=LinearWrapper< Real, N, M >::DefaultJH, typename LinearWrapper< Real, N, M >::FunctionID in_domain=LinearWrapper< Real, N, M >::DefaultID)	Sandals::RungeKutta< Real, 10, N, 0 >	inline
m_absolute_tolerance	Sandals::RungeKutta< Real, 10, N, 0 >	private
m_adaptive	Sandals::RungeKutta< Real, 10, N, 0 >	private
m_lu	Sandals::RungeKutta< Real, 10, N, 0 >	mutableprivate
m_max_projection_iterations	Sandals::RungeKutta< Real, 10, N, 0 >	private
m_max_safety_factor	Sandals::RungeKutta< Real, 10, N, 0 >	private
m_max_substeps	Sandals::RungeKutta< Real, 10, N, 0 >	private
m_min_safety_factor	Sandals::RungeKutta< Real, 10, N, 0 >	private
m_min_step	Sandals::RungeKutta< Real, 10, N, 0 >	private
m_newtonK	Sandals::RungeKutta< Real, 10, N, 0 >	mutableprivate
m_newtonX	Sandals::RungeKutta< Real, 10, N, 0 >	mutableprivate
m_projection	Sandals::RungeKutta< Real, 10, N, 0 >	private
m_projection_tolerance	Sandals::RungeKutta< Real, 10, N, 0 >	private
m_relative_tolerance	Sandals::RungeKutta< Real, 10, N, 0 >	private
m_reverse	Sandals::RungeKutta< Real, 10, N, 0 >	private
m_safety_factor	Sandals::RungeKutta< Real, 10, N, 0 >	private
m_step_callback	Sandals::RungeKutta< Real, 10, N, 0 >	private
m_system	Sandals::RungeKutta< Real, 10, N, 0 >	private
m_tableau	Sandals::RungeKutta< Real, 10, N, 0 >	private
m_verbose	Sandals::RungeKutta< Real, 10, N, 0 >	private
MatrixJ typedef	Sandals::RungeKutta< Real, 10, N, 0 >	private
MatrixJK typedef	Sandals::RungeKutta< Real, 10, N, 0 >	private
MatrixJX typedef	Sandals::RungeKutta< Real, 10, N, 0 >
MatrixK typedef	Sandals::RungeKutta< Real, 10, N, 0 >	private
MatrixM typedef	Sandals::RungeKutta< Real, 10, N, 0 >	private
MatrixN typedef	Sandals::RungeKutta< Real, 10, N, 0 >	private
MatrixP typedef	Sandals::RungeKutta< Real, 10, N, 0 >	private
MatrixS typedef	Sandals::RungeKutta< Real, 10, N, 0 >	private
MatrixX typedef	Sandals::RungeKutta< Real, 10, N, 0 >	private
max_projection_iterations()	Sandals::RungeKutta< Real, 10, N, 0 >	inline
max_safety_factor()	Sandals::RungeKutta< Real, 10, N, 0 >	inline
max_substeps()	Sandals::RungeKutta< Real, 10, N, 0 >	inline
min_safety_factor()	Sandals::RungeKutta< Real, 10, N, 0 >	inline
min_step()	Sandals::RungeKutta< Real, 10, N, 0 >	inline
name() const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
NewtonK typedef	Sandals::RungeKutta< Real, 10, N, 0 >	private
NewtonX typedef	Sandals::RungeKutta< Real, 10, N, 0 >	private
operator=(RungeKutta const &)=delete	Sandals::RungeKutta< Real, 10, N, 0 >
order() const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
project(VectorN const &x, Real const t, VectorN &x_projected) const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
project_ics(VectorN const &x, Real const t, std::vector< Integer > const &projected_equations, std::vector< Integer > const &projected_invariants, VectorN &x_projected) const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
projection()	Sandals::RungeKutta< Real, 10, N, 0 >	inline
projection_tolerance()	Sandals::RungeKutta< Real, 10, N, 0 >	inline
propagate(VectorN const &x, Real const t, Real const h, MatrixK const &K, MatrixJX &Jx) const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
real_type typedef	Sandals::RungeKutta< Real, 10, N, 0 >
relative_tolerance()	Sandals::RungeKutta< Real, 10, N, 0 >	inline
reverse(bool t_reverse)	Sandals::RungeKutta< Real, 10, N, 0 >	inline
reverse_mode()	Sandals::RungeKutta< Real, 10, N, 0 >	inline
RungeKutta(const RungeKutta &)=delete	Sandals::RungeKutta< Real, 10, N, 0 >
safety_factor()	Sandals::RungeKutta< Real, 10, N, 0 >	inline
semi_explicit_system(typename SemiExplicitWrapper< Real, N, M >::FunctionA A, typename SemiExplicitWrapper< Real, N, M >::FunctionTA TA_x, typename SemiExplicitWrapper< Real, N, M >::FunctionB b, typename SemiExplicitWrapper< Real, N, M >::FunctionJB Jb_x, typename SemiExplicitWrapper< Real, N, M >::FunctionH h=SemiExplicitWrapper< Real, N, M >::DefaultH, typename SemiExplicitWrapper< Real, N, M >::FunctionJH Jh_x=SemiExplicitWrapper< Real, N, M >::DefaultJH, typename SemiExplicitWrapper< Real, N, M >::FunctionID in_domain=SemiExplicitWrapper< Real, N, M >::DefaultID)	Sandals::RungeKutta< Real, 10, N, 0 >	inline
solve(VectorX const &t_mesh, VectorN const &ics, Solution< Real, N, M > &sol, MatrixJX &Jx) const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
SQRT_EPSILON	Sandals::RungeKutta< Real, 10, N, 0 >
SSPRK104()	Sandals::SSPRK104< Real, N, M >	inline
SSPRK104(System t_system)	Sandals::SSPRK104< Real, N, M >	inline
stages()	Sandals::RungeKutta< Real, 10, N, 0 >	inlinestatic
step(VectorN const &x_old, Real const t_old, Real const h_old, VectorN &x_new, Real &h_new, MatrixK &K) const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
step_callback()	Sandals::RungeKutta< Real, 10, N, 0 >	inline
System typedef	Sandals::SSPRK104< Real, N, M >
system()	Sandals::RungeKutta< Real, 10, N, 0 >	inline
tableau()	Sandals::RungeKutta< Real, 10, N, 0 >	inline
Time typedef	Sandals::RungeKutta< Real, 10, N, 0 >
Type typedef	Sandals::RungeKutta< Real, 10, N, 0 >
type() const	Sandals::RungeKutta< Real, 10, N, 0 >	inline
VectorK typedef	Sandals::RungeKutta< Real, 10, N, 0 >	private
VectorM typedef	Sandals::RungeKutta< Real, 10, N, 0 >	private
VectorN typedef	Sandals::RungeKutta< Real, 10, N, 0 >	private
VectorP typedef	Sandals::RungeKutta< Real, 10, N, 0 >	private
VectorS typedef	Sandals::RungeKutta< Real, 10, N, 0 >	private
VectorX typedef	Sandals::RungeKutta< Real, 10, N, 0 >
verbose_mode()	Sandals::RungeKutta< Real, 10, N, 0 >	inline