newton.hpp File Reference

#include "serif/solver/nonlinear/observers.hpp"
#include "serif/solver/nonlinear/steps.hpp"

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Namespaces
namespace	serif
namespace	serif::solver
namespace	serif::solver::detail

Concepts
concept	serif::solver::detail::NewtonStrategyFor
	A custom method must supply the exact correction contract; malformed overrides never select a fallback.

Functions
template<typename Problem, typename State, typename Options, typename Observer>
auto	serif::solver::detail::run_newton (Problem &problem, State initial_state, Options options, Observer observer, std::optional< NewtonProgress > restart)
	Find equilibrium while retaining the last fully qualified physical state.
template<typename Problem, typename State, typename Options = SolverOptions<>, typename Observer = NoObserver> requires detail::NewtonStrategyFor<Problem, State, Options>
auto	serif::solver::solve_newton (Problem &problem, State initial_state, Options options={}, Observer observer={})
	Solve a custom numerical problem using its native Vector, evaluate, prepare and solve_linear operations.
template<typename Problem, typename State, typename Options = SolverOptions<>, typename Observer = NoObserver> requires detail::NewtonStrategyFor<Problem, State, Options>
auto	serif::solver::resume_newton (Problem &problem, NewtonCheckpoint< State > checkpoint, Options options={}, Observer observer={})
	Resume the original convergence reference, correction reuse, and cumulative work budget.