base_type typedef | num_collect::ode::symplectic::leap_frog_formula< Problem > | |
coeff(T val) -> scalar_type | num_collect::ode::formula_base< leap_frog_formula< Problem >, Problem > | inlineprotectedstatic |
coeff(T1 num, T2 den) -> scalar_type | num_collect::ode::formula_base< leap_frog_formula< Problem >, Problem > | inlineprotectedstatic |
derived() noexcept -> leap_frog_formula< Problem > & | num_collect::ode::formula_base< leap_frog_formula< Problem >, Problem > | inlineprotected |
derived() const noexcept -> const leap_frog_formula< Problem > & | num_collect::ode::formula_base< leap_frog_formula< Problem >, Problem > | inlineprotected |
formula_base(const problem_type &problem=problem_type()) | num_collect::ode::formula_base< leap_frog_formula< Problem >, Problem > | inlineexplicit |
log_tag | num_collect::ode::symplectic::leap_frog_formula< Problem > | static |
order | num_collect::ode::symplectic::leap_frog_formula< Problem > | static |
problem() -> problem_type & | num_collect::ode::formula_base< leap_frog_formula< Problem >, Problem > | inline |
problem() const -> const problem_type & | num_collect::ode::formula_base< leap_frog_formula< Problem >, Problem > | inline |
problem_ | num_collect::ode::formula_base< leap_frog_formula< Problem >, Problem > | private |
problem_type typedef | num_collect::ode::formula_base< leap_frog_formula< Problem >, Problem > | |
scalar_type typedef | num_collect::ode::formula_base< leap_frog_formula< Problem >, Problem > | |
stages | num_collect::ode::symplectic::leap_frog_formula< Problem > | static |
step(scalar_type time, scalar_type step_size, const variable_type ¤t, variable_type &estimate) | num_collect::ode::symplectic::leap_frog_formula< Problem > | inline |
variable_type typedef | num_collect::ode::formula_base< leap_frog_formula< Problem >, Problem > | |