Arroyo::Ellerbroek_Mauna_Kea_model Class Reference

#include <Ellerbroek_Mauna_Kea_model.h>

Inheritance diagram for Arroyo::Ellerbroek_Mauna_Kea_model:

List of all members.

Public Member Functions
	Ellerbroek_Mauna_Kea_model (const Ellerbroek_Mauna_Kea_model &e_cp_model)
	Ellerbroek_Mauna_Kea_model (const char *filename)
	Ellerbroek_Mauna_Kea_model (const iofits &iof)
	Ellerbroek_Mauna_Kea_model (const three_frame &ground_ref_frame, double r_0_meters=.236, double r_0_ref_wavelength_meters=.5e-6)
	~Ellerbroek_Mauna_Kea_model ()
Ellerbroek_Mauna_Kea_model &	operator= (const Ellerbroek_Mauna_Kea_model &e_cp_model)
Ellerbroek_Mauna_Kea_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

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Detailed Description

A class to implement the refractive atmospheric model proposed by Ellerbroek. This model consists of an eleven layer atmosphere, with altitudes and relative weights given in the table below:

layer	altitude (km)	weight
1	.09	.003
2	1.826	.136
3	2.72	.163
4	4.256	.161
5	6.269	.167
6	8.34	.235
7	10.546	.068
8	12.375	.032
9	14.61	.023
10	16.471	.006
11	17.028	.007

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

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Constructor & Destructor Documentation

Arroyo::Ellerbroek_Mauna_Kea_model::Ellerbroek_Mauna_Kea_model (  const Ellerbroek_Mauna_Kea_model &  e_cp_model  )

Copy constructor

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

Construct from a file

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

Construct from an iofits object

Arroyo::Ellerbroek_Mauna_Kea_model::Ellerbroek_Mauna_Kea_model (  const three_frame &  ground_ref_frame, double  r_0_meters = .236, 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 2.74 arcsecs

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

Destructor

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Member Function Documentation

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

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

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

Operator =

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

Print Reimplemented from Arroyo::refractive_atmospheric_model.

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

Read from iofits Reimplemented from Arroyo::refractive_atmospheric_model.

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

Read from file Reimplemented from Arroyo::refractive_atmospheric_model.

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

Write to iofits Reimplemented from Arroyo::refractive_atmospheric_model.

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

Write to file Reimplemented from Arroyo::refractive_atmospheric_model.

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

• Ellerbroek_Mauna_Kea_model.h

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