A LensPlane with a TreeQuad on it to calculate the deflection caused by field lenses. More...

#include <planes.h>

Inheritance diagram for LensPlaneTree:

Collaboration diagram for LensPlaneTree:

Public Member Functions
	LensPlaneTree (float z, LensHalo **my_halos, IndexType Nhalos, PosType my_sigma_background, PosType my_inv_screening_scale=0)

	LensPlaneTree (const LensPlaneTree &p)

	LensPlaneTree (LensPlaneTree &&p)

LensPlaneTree &	operator= (const LensPlaneTree &p)

LensPlaneTree &	operator= (LensPlaneTree &&p)

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

void	addHalo (LensHalo *halo)

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
	Get the halos on this plane that are wthin rmax of ray[].

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 TreeQuad on it to calculate the deflection caused by field lenses.

Member Function Documentation

void LensPlaneTree::addHalo ( LensHalo * halo )

virtual

Implements LensPlane.

virtual

Implements LensPlane.

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

virtual

Implements LensPlane.

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

virtual

Implements LensPlane.

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

virtual

Get the halos on this plane that are wthin rmax of ray[].

Reimplemented from LensPlane.

void LensPlaneTree::removeHalo ( LensHalo * halo )

virtual

Implements LensPlane.

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