SMILE
v2.5
Schwarzschild Modelling Interactive expLoratory Environment
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information object containing orbit analysis results. More...
#include <orbitan.h>
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... | |
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.