Arroyo::Ellerbroek_Cerro_Pachon_model Class Reference

#include <Ellerbroek_Cerro_Pachon_model.h>

Inheritance diagram for Arroyo::Ellerbroek_Cerro_Pachon_model:

List of all members.

Public Member Functions
	Ellerbroek_Cerro_Pachon_model (const Ellerbroek_Cerro_Pachon_model &e_cp_model)
	Ellerbroek_Cerro_Pachon_model (const char *filename)
	Ellerbroek_Cerro_Pachon_model (const iofits &iof)
	Ellerbroek_Cerro_Pachon_model (const three_frame &ground_ref_frame, double r_0_meters=.166, double r_0_ref_wavelength_meters=.5e-6)
	~Ellerbroek_Cerro_Pachon_model ()
Ellerbroek_Cerro_Pachon_model &	operator= (const Ellerbroek_Cerro_Pachon_model &e_cp_model)
Ellerbroek_Cerro_Pachon_model *	clone () const
void	read (const char *filename)
void	read (const iofits &iof)
void	write (const char *filename) const
void	write (iofits &iof) const
void	print (ostream &os, const char *prefix="") const

---

Detailed Description

A class to implement the refractive atmospheric model proposed by Ellerbroek, JOSA v 19, p 1803. This model consists of a six layer atmosphere, with altitudes and relative weights given in the table below:

layer	altitude (km)	weight
1	0.00	.652
2	2.58	.172
3	5.16	.055
4	7.73	.025
5	12.89	.074
6	15.46	.022

The power spectrum assumed for these layers is not stated in the paper, so I've assumed Komolgorov. To instantiate this class you must provide a reference three frame

---

Constructor & Destructor Documentation

Arroyo::Ellerbroek_Cerro_Pachon_model::Ellerbroek_Cerro_Pachon_model (  const Ellerbroek_Cerro_Pachon_model &  e_cp_model  )

Copy constructor

Arroyo::Ellerbroek_Cerro_Pachon_model::Ellerbroek_Cerro_Pachon_model (  const char *  filename  )

Construct from a file

Arroyo::Ellerbroek_Cerro_Pachon_model::Ellerbroek_Cerro_Pachon_model (  const iofits &  iof  )

Construct from an iofits object

Arroyo::Ellerbroek_Cerro_Pachon_model::Ellerbroek_Cerro_Pachon_model (  const three_frame &  ground_ref_frame, double  r_0_meters = .166, double  r_0_ref_wavelength_meters = .5e-6 )

Construct from a three frame The strength of the turbulence may be set by specifying r_0 at a particular wavelength. These values default to those proposed by Brent Ellerbroek and Francois Rigaut in SPIE 4007 p 1088 With these values, the isoplanatic angle is 2.29 arcsecs

Arroyo::Ellerbroek_Cerro_Pachon_model::~Ellerbroek_Cerro_Pachon_model (   )  [inline]

Destructor

---

Member Function Documentation

Ellerbroek_Cerro_Pachon_model* Arroyo::Ellerbroek_Cerro_Pachon_model::clone (   )  const [inline, virtual]

Clone method Calling routine is responsible for deleting memory Reimplemented from Arroyo::refractive_atmospheric_model.

Ellerbroek_Cerro_Pachon_model& Arroyo::Ellerbroek_Cerro_Pachon_model::operator= (  const Ellerbroek_Cerro_Pachon_model &  e_cp_model  )

Operator =

void Arroyo::Ellerbroek_Cerro_Pachon_model::print (  ostream &  os, const char *  prefix = "" )  const [virtual]

Print Reimplemented from Arroyo::refractive_atmospheric_model.

void Arroyo::Ellerbroek_Cerro_Pachon_model::read (  const iofits &  iof  )

Read from iofits Reimplemented from Arroyo::refractive_atmospheric_model.

void Arroyo::Ellerbroek_Cerro_Pachon_model::read (  const char *  filename  )

Read from file Reimplemented from Arroyo::refractive_atmospheric_model.

void Arroyo::Ellerbroek_Cerro_Pachon_model::write (  iofits &  iof  )  const

Write to iofits Reimplemented from Arroyo::refractive_atmospheric_model.

void Arroyo::Ellerbroek_Cerro_Pachon_model::write (  const char *  filename  )  const

Write to file Reimplemented from Arroyo::refractive_atmospheric_model.

---

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

• Ellerbroek_Cerro_Pachon_model.h

---