A LensPlane with a list of LensHalo's in it.
More...

#include <planes.h>

Inheritance diagram for LensPlaneSingular:

Collaboration diagram for LensPlaneSingular:

Public Member Functions
	LensPlaneSingular (float z, LensHaloHndl *my_halos, IndexType Nhalos)

	LensPlaneSingular (const LensPlaneSingular &p)

	LensPlaneSingular (LensPlaneSingular &&p)

LensPlaneSingular &	operator= (const LensPlaneSingular &p)

LensPlaneSingular &	operator= (LensPlaneSingular &&p)

void	force (PosType alpha, KappaType kappa, KappaType gamma, KappaType phi, PosType *xx)
	returns the lensing quantities of a ray in physical coordinates More...

void	addHalo (LensHalo *halo)
	It is assumed that the position of halo is in physical Mpc.

void	removeHalo (LensHalo *halo)

std::vector< LensHalo * >	getHalos ()

std::vector< const LensHalo * >	getHalos () const

void	getNeighborHalos (PosType ray[], PosType rmax, std::vector< LensHalo * > &neighbors) const

Public Member Functions inherited from LensPlane
	LensPlane (float redshift)

Additional Inherited Members
Public Attributes inherited from LensPlane
float	z

Detailed Description

A LensPlane with a list of LensHalo's in it.

The deflection is calculated by direct summation which can be slow for large numbers of LensHalo's.
Main lenses are put onto these planes when they are added to the Lens.

Member Function Documentation

◆ force()

void LensPlaneSingular::force	(	PosType *	alpha,
		KappaType *	kappa,
		KappaType *	gamma,
		KappaType *	phi,
		PosType *	xx
	)

virtual

returns the lensing quantities of a ray in physical coordinates

Warning : Be careful, the sign of alpha is changed after the call of force_halo !

Parameters

phi in mass

Implements LensPlane.

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

SLsimLib/include/planes.h
SLsimLib/MultiPlane/planes.cpp

Public Member Functions

Additional Inherited Members

Detailed Description

Member Function Documentation

◆ force()