smile::COrbitRuntimeSchwDensSH Class Reference

Runtime function corresponding to Schwatzschild density data object based on spherical-harmonic expansion of potential coefficients at radial grid points or for some radial basis functions (serves both variants) More...

#include <schwarzschild.h>

Inheritance diagram for smile::COrbitRuntimeSchwDensSH:

Collaboration diagram for smile::COrbitRuntimeSchwDensSH:

Public Member Functions
	COrbitRuntimeSchwDensSH (const COrbit *_orbit, const CSchwDataDensSH *_model)
virtual FNCTYPE	FncType () const
	derived classes return their type
virtual STEPRESULT	Timestep (const double told, const double t, CPosVelPoint< double > *vars)
	record trajectory
virtual void	Finish ()
	the actual coefs computation is done here
virtual CBasicInformation *	getData () const
	returns the collected data as an instance of an information object
Public Member Functions inherited from smile::CBasicOrbitRuntimeFnc
	CBasicOrbitRuntimeFnc (const COrbit *_orbit)
	constructs instance and initializes some internal data
virtual	~CBasicOrbitRuntimeFnc ()
	destroys all necessary internal data

Private Attributes
const CSchwDataDensSH *	model
	pointer to one of the two spherical-harmonic based Schwarzschild data objects used to compute expansion coefficients for each orbit
CPointMassSet< double >	traj
	keeps trajectory data to compute SH coefficients when finished
vectord	SHcoefs
	coefficients of spherical-harmonic expansion
double	timeStep
	defined maximum interval between stored trajectory points (need not be stored equidistantly in time)

Additional Inherited Members
Public Types inherited from smile::CBasicOrbitRuntimeFnc
enum	FNCTYPE {   FT_TRAJ_ANALYSIS, FT_TRAJ_SAMPLE, FT_POINCARE, FT_PERICENTER,   FT_SCHW, FT_VEL_PERTURBER }
	lists all possible runtime functions More...
enum	STEPRESULT { SR_CONTINUE, SR_TERMINATE, SR_REINIT }
	result of processing of a timestep More...
Protected Attributes inherited from smile::CBasicOrbitRuntimeFnc
const COrbit *	orbit
	pointer to the orbit that is being integrated

Detailed Description

Runtime function corresponding to Schwatzschild density data object based on spherical-harmonic expansion of potential coefficients at radial grid points or for some radial basis functions (serves both variants)

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

• schwarzschild.h
• schwarzschild.cpp