information object containing orbit analysis results. More...

#include <orbitan.h>

Inheritance diagram for smile::COrbitInformation< NumT >:

Collaboration diagram for smile::COrbitInformation< NumT >:

Public Member Functions
	COrbitInformation (const std::string &_Description)

	COrbitInformation (const std::string &_Description, const NumT _Einit, const NumT _Ediff, const NumT _timeUnit, const NumT _lf[N_DIM], const NumT _lfccdiff, const NumT _lambda, const NumT _inertia[N_DIM], const NumT _Lavg[N_DIM], const NumT _Lvar[N_DIM])

	COrbitInformation (const COrbitInformation< float > &src)

	COrbitInformation (const COrbitInformation< double > &src)

virtual INFOTYPE	infoType () const
	return the derived class type

virtual std::string	toString () const
	present a textual representation of the data contained in this class (may be empty string)

std::string	getDescription () const

NumT	getEinit () const

NumT	getEdiff () const

NumT	getTimeUnit () const

NumT	getlf (unsigned int index) const

NumT	getlfccdiff () const

NumT	getlambda () const

NumT	getinertia (unsigned int index) const

NumT	getLavg (unsigned int index) const

NumT	getLvar (unsigned int index) const

Private Attributes
std::string	Description
	description of orbit type

NumT	Einit

NumT	Ediff
	initial energy and energy conservation error after integration

NumT	timeUnit
	time unit for measuring frequencies

NumT	lf [N_DIM]
	leading frequencies

NumT	lfccdiff
	rate of LFCC diffusion

NumT	lambda
	Lyapunov exponent.

NumT	inertia [N_DIM]
	inertia tensor components (only diagonal in Cartesian coordinates)

NumT	Lavg [N_DIM]
	average components of angular momentum

NumT	Lvar [N_DIM]
	variation in angular momentum components

Additional Inherited Members
Public Types inherited from smile::CBasicInformation
enum	INFOTYPE { IT_UNKNOWN, IT_TRAJ_ANALYSIS, IT_TRAJ_SAMPLE, IT_POINCARE, IT_PERICENTER, IT_SCHW, IT_VEL_PERTURBER }
	lists all possible information types More...

Detailed Description

information object containing orbit analysis results.

It represents some general data about the orbit, like the textual description of orbit class, frequencies and chaotic properties, etc.

The documentation for this class was generated from the following files:

Public Member Functions