Header <boost/numeric/odeint/integrate/integrate_times.hpp>

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### Header <boost/numeric/odeint/integrate/integrate_times.hpp>

    namespace boost {
      namespace numeric {
        namespace odeint {
          template<typename Stepper, typename System, typename State,
                   typename TimeIterator, typename Time, typename Observer,
                   typename StepOverflowChecker>
            size_t integrate_times(Stepper stepper, System system,
                                   State & start_state, TimeIterator times_start,
                                   TimeIterator times_end, Time dt,
                                   Observer observer,
                                   StepOverflowChecker checker);

          // Solves the forwarding problem, can be called with Boost.Range as start_state.
          template<typename Stepper, typename System, typename State,
                   typename TimeIterator, typename Time, typename Observer,
                   typename StepOverflowChecker>
            size_t integrate_times(Stepper stepper, System system,
                                   const State & start_state,
                                   TimeIterator times_start,
                                   TimeIterator times_end, Time dt,
                                   Observer observer,
                                   StepOverflowChecker checker);

          // The same function as above, but with the observation times given as range.
          template<typename Stepper, typename System, typename State,
                   typename TimeRange, typename Time, typename Observer,
                   typename StepOverflowChecker>
            size_t integrate_times(Stepper stepper, System system,
                                   State & start_state, const TimeRange & times,
                                   Time dt, Observer observer,
                                   StepOverflowChecker checker);

          // Solves the forwarding problem, can be called with Boost.Range as start_state.
          template<typename Stepper, typename System, typename State,
                   typename TimeRange, typename Time, typename Observer,
                   typename StepOverflowChecker>
            size_t integrate_times(Stepper stepper, System system,
                                   const State & start_state,
                                   const TimeRange & times, Time dt,
                                   Observer observer,
                                   StepOverflowChecker checker);
          template<typename Stepper, typename System, typename State,
                   typename TimeIterator, typename Time, typename Observer>
            size_t integrate_times(Stepper, System, State &, TimeIterator,
                                   TimeIterator, Time, Observer);

          // Solves the forwarding problem, can be called with Boost.Range as start_state.
          template<typename Stepper, typename System, typename State,
                   typename TimeIterator, typename Time, typename Observer>
            size_t integrate_times(Stepper stepper, System system,
                                   const State & start_state,
                                   TimeIterator times_start,
                                   TimeIterator times_end, Time dt,
                                   Observer observer);

          // The same function as above, but with the observation times given as range.
          template<typename Stepper, typename System, typename State,
                   typename TimeRange, typename Time, typename Observer>
            size_t integrate_times(Stepper stepper, System system,
                                   State & start_state, const TimeRange & times,
                                   Time dt, Observer observer);

          // Solves the forwarding problem, can be called with Boost.Range as start_state.
          template<typename Stepper, typename System, typename State,
                   typename TimeRange, typename Time, typename Observer>
            size_t integrate_times(Stepper stepper, System system,
                                   const State & start_state,
                                   const TimeRange & times, Time dt,
                                   Observer observer);
        }
      }
    }