RKExplicit_fwd.hpp File Reference

Detailed Description

Runge-Kutta integrator declarations.

Definition in file RKExplicit_fwd.hpp.

#include <medusa/Config.hpp>
#include <Eigen/Core>
#include <medusa/bits/utils/numutils.hpp>
#include "RKExplicit_fwd.hpp"
#include <medusa/bits/utils/assert.hpp>

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Classes
class	mm::AdamsBashforth< Scalar, num_steps >
	Class representing an AdamsBashforth method, an explicit linear multistep method. More...
class	mm::RKExplicit< Scalar, num_stages >
	Class representing an explicit Runge-Kutta method. More...
class	mm::RKExplicit< Scalar, num_stages >::Integrator< func_t >
	Integrator class for RK methods. More...
class	mm::RKExplicit< Scalar, num_stages >::Integrator< func_t >::IterationStep
	Class representing a step in the integration process. More...

Namespaces
	mm
	Root namespace for the whole library.
	mm::integrators
	Namespace containing most known methods for integrating ODEs.
	mm::integrators::Explicit
	Namespace containing factory functions for explicit single step integrators.

Functions
template<typename scalar_t , int num_stages>
std::ostream &	mm::operator<< (std::ostream &os, const RKExplicit< scalar_t, num_stages > &method)
	Output the method's tableau for debugging. More...
template<class scalar_t >
RKExplicit< scalar_t, 4 >	mm::integrators::Explicit::RK4 ()
	Standard RK4 4th order method. More...
template<class scalar_t >
RKExplicit< scalar_t, 4 >	mm::integrators::Explicit::RK38 ()
	3/8 rule 4th order method More...
template<class scalar_t >
RKExplicit< scalar_t, 1 >	mm::integrators::Explicit::Euler ()
	Explicit Euler's method, 1st order. More...
template<class scalar_t >
RKExplicit< scalar_t, 2 >	mm::integrators::Explicit::Midpoint ()
	Explicit midpoint rule, 2nd order. More...
template<class scalar_t >
RKExplicit< scalar_t, 3 >	mm::integrators::Explicit::RK3 ()
	Kutta's third order method. More...
template<class scalar_t >
RKExplicit< scalar_t, 6 >	mm::integrators::Explicit::Fehlberg5 ()
	Fifth order method appearing in Fehlberg's method. More...
template<int order, class scalar_t = double>
static RKExplicit< scalar_t, order >	mm::integrators::Explicit::of_order ()
	Returns Runge Kutta explicit method of requested order with given floating point type. More...