power_spectrum.h File Reference

#include <cmath>
#include <iostream>
#include <fft_manager.h>
#include <AO_algo.h>
#include "AO_sim_base.h"
#include "fits_header_data.h"
#include "subharmonic_method.h"

Go to the source code of this file.

Namespaces
namespace	Arroyo
Classes
class	Arroyo::inner_scale
class	Arroyo::null_inner_scale
class	Arroyo::exponential_inner_scale
class	Arroyo::frehlich_inner_scale
class	Arroyo::power_law
class	Arroyo::von_karman_power_law
class	Arroyo::greenwood_power_law
class	Arroyo::power_spectrum
class	Arroyo::isotropic_power_law_spectrum< power_law_type, inner_scale_type >
Functions
bool	operator!= (const null_inner_scale &eis1, const null_inner_scale &eis2)
bool	operator!= (const exponential_inner_scale &eis1, const exponential_inner_scale &eis2)
bool	operator!= (const frehlich_inner_scale &fis1, const frehlich_inner_scale &fis2)
bool	operator!= (const power_law &plaw1, const power_law &plaw2)
bool	operator!= (const von_karman_power_law &vkplaw1, const von_karman_power_law &vkplaw2)
bool	operator!= (const greenwood_power_law &gwplaw1, const greenwood_power_law &gwplaw2)
template<class power_law_type, class inner_scale_type>
bool	operator== (const isotropic_power_law_spectrum< power_law_type, inner_scale_type > &iso1, const isotropic_power_law_spectrum< power_law_type, inner_scale_type > &iso2)
template<class power_law_type, class inner_scale_type>
bool	operator!= (const isotropic_power_law_spectrum< power_law_type, inner_scale_type > &iso1, const isotropic_power_law_spectrum< power_law_type, inner_scale_type > &iso2)
template<class T>
void	initialize_frequency_array (T *data, const power_spectrum *pspectrum, const vector< long > &axes, double pixscale, bool random, const subharmonic_method &subm)
template<class T>
void	halfpixel_fft (const vector< long > &axes, T *data, fft_manager< T > &fft_mgr)

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Function Documentation

template<class T> void halfpixel_fft (  const vector< long > &  axes, T *  data, fft_manager< T > &  fft_mgr )

template<class T> void initialize_frequency_array (  T *  data, const power_spectrum *  pspectrum, const vector< long > &  axes, double  pixscale, bool  random, const subharmonic_method &  subm )

template<class power_law_type, class inner_scale_type> bool operator!= (  const isotropic_power_law_spectrum< power_law_type, inner_scale_type > &  iso1, const isotropic_power_law_spectrum< power_law_type, inner_scale_type > &  iso2 )

Check for inequality of two isotropic power law spectra

bool operator!= (  const greenwood_power_law &  gwplaw1, const greenwood_power_law &  gwplaw2 )

operator != - returns true if power laws are not equal

bool operator!= (  const von_karman_power_law &  vkplaw1, const von_karman_power_law &  vkplaw2 )

operator != - returns true if power laws are not equal

bool operator!= (  const power_law &  plaw1, const power_law &  plaw2 )

operator != - returns true if power laws are not equal

bool operator!= (  const frehlich_inner_scale &  fis1, const frehlich_inner_scale &  fis2 )

operator != - returns true if inner scales are not equal

bool operator!= (  const exponential_inner_scale &  eis1, const exponential_inner_scale &  eis2 )

operator != - returns true if inner scales are not equal

bool operator!= (  const null_inner_scale &  eis1, const null_inner_scale &  eis2 )

operator != - always returns false for null inner scales

template<class power_law_type, class inner_scale_type> bool operator== (  const isotropic_power_law_spectrum< power_law_type, inner_scale_type > &  iso1, const isotropic_power_law_spectrum< power_law_type, inner_scale_type > &  iso2 )

Check for equality of two isotropic power law spectra

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