trajectory Namespace Reference

The trajectory-bundle. More...

Namespaces
	ensemble
	Contains important helpers to Ensemble.

Classes
class	Adaptive
	Adaptive is basically an evolved::Evolved wrapped into the Trajectory interface. More...
class	AdaptiveIO
	Corresponds to evolved::EvolvedIO, adding the capability of state serialization involving a SerializationMetadata instant. More...
class	Averageable
	The very general concept of an averageable trajectory. More...
class	DimensionsMismatchException
	Raised when the dimensions of a trajectory state we try to read in from file does not match. More...
class	Ensemble
	An ensemble of Averageable trajectories providing services for ensemble averaging and evolving the element trajectories serially. More...
struct	Pars
	An example of a simple unification of Pars… classes, here ParsRun & ParsEvolved. More...
struct	ParsEvolved
	Aggregate condensing parameters concerning adaptive ODE evolution (cf. Adaptive::Adaptive()) in the style of a parameters::ParameterTable. More...
struct	ParsRun
	Parameters corresponding to the different versions of run() More...
struct	ParsStochastic
	Aggregate of parameters pertaining to stochastic simulations. More...
class	RankMismatchException
	Raised when the rank of a trajectory we try to read in from file does not match. More...
struct	SerializationMetadata
	Aggregate of information about a trajectory-state archive. More...
class	Simulated
	Class fully implementing the Adaptive interface by displaying (and serializing) the whole content of the evolved array. More...
class	StateFileOpeningException
class	Stochastic
	Represents a trajectory that has both adaptive ODE evolution and noise. More...
class	StoppingCriterionReachedException
class	Trajectory
	The base class of the trajectory-bundle condensing the quintessential characteristics of any trajectory. More...
class	TrajectoryFileOpeningException
class	TrajectoryMismatchException
	Raised when the trajectory type we try to read in from file does not match. More...

Functions
template<typename T >
void	writeViaSStream (const T &, std::ofstream *)
template<typename T >
void	readViaSStream (T &, std::ifstream &)
SerializationMetadata	readMeta (std::ifstream &)
	Needed separately for the Python i/o.
double	initialTimeStep (double highestFrequency)
	A heuristic determination of the inital timestep from the highest frequency of a physical system.

Detailed Description

The trajectory-bundle.