mx::AO::sim::directPhaseSensor< _realT, _detectorT > Class Template Reference

template<typename _realT, typename _detectorT>
class mx::AO::sim::directPhaseSensor< _realT, _detectorT >

Definition at line 48 of file directPhaseSensor.hpp.

#include <ao/sim/directPhaseSensor.hpp>

Public Types
typedef _realT	realT
typedef std::complex< _realT >	complexT
typedef wavefront< _realT >	wavefrontT
	The wavefront data type.
typedef improc::eigenImage< realT >	pupilT
	The pupil type.
typedef mx::wfp::imagingArray< std::complex< _realT >, mx::wfp::fftwAllocator< std::complex< _realT > >, 0 >	complexFieldT
	The wavefront complex field type.
typedef _detectorT	detectorT
typedef mx::math::randomT< realT, std::mt19937_64, std::normal_distribution< realT > >	norm_distT
typedef mx::math::randomT< long, std::mt19937_64, std::poisson_distribution< long > >	poisson_distT
	Alias for a poisson random variate.

Public Member Functions
	directPhaseSensor ()
	Default c'tor.
int	wfSz ()
	Get the wavefront size in pixels.
void	wfSz (int sz)
	Set the wavefront size in pixels.
int	detRows ()
	Get the detector rows in pixels.
void	detRows (int sz)
	Set the detector rows in pixels.
int	detCols ()
	Get the detector Cols in pixels.
void	detCols (int sz)
	Set the detector columns in pixels.
void	detSize (int nrows, int ncols)
	Set the detector columns in pixels.
realT	lambda ()
	Get the PyWFS central wavelength.
void	lambda (realT l)
	Set the PyWFS central wavelength.
int	iTime ()
	Get the PyWFS integration time, in time steps.
void	iTime (int it)
	Set the PyWFS integration time, in time steps.
int	roTime ()
	Get the PyWFS detector readout time, in time steps.
void	roTime (int rt)
	Set the PyWFS detector readout time, in time steps.
realT	simStep ()
	Get the simulation step-size, in seconds.
void	simStep (realT st)
	Set the simulation step-size, in seconds.
realT	npix ()
	Get the number of pixels used for noise calculations.
void	npix (realT np)
	Set the number of pixels used fo rnoise calculations.
realT	Fbg ()
	Get the background rate.
void	Fbg (realT bg)
	Set the background rate.
template<typename AOSysT >
void	linkSystem (AOSysT &AOSys)
int	recordWavefront (wavefrontT &pupilPlane)
	Record a wavefront without sensing.
bool	senseWavefront (wavefrontT &pupilPlane)
	Sense the wavefront aberrations.
bool	senseWavefrontCal (wavefrontT &pupilPlane)
	Sense the wavefront aberrations in a calibration mode.
void	doSenseWavefront ()

Public Attributes
bool	m_poissonNoise { true }
detectorT	m_detector
wfsImageT< realT >	m_detectorImage
	The image on the detector, resized from wfsImage.

Protected Attributes
int	m_wfSz { 0 }
	Size of the wavefront in pixels.
int	m_detRows { 0 }
int	m_detCols { 0 }
realT	m_lambda { 0 }
	Central wavelength, in meters.
int	m_iTime { 0 }
	Integration time in loop steps.
int	m_roTime { 1 }
	Readout time in loop steps.
realT	m_simStep { 0.001 }
	The simulation stepsize in seconds.
realT	m_npix { 0 }
	The number of pixels assumed actually used for WFS in the S/N calc.
realT	m_Fbg { 0.0 }
	The background flux in photons/sec/pixel.
int	m_iTime_counter { 0 }
int	m_reading { 0 }
int	m_roTime_counter { 0 }
bool	m_firstRun { true }
std::vector< wavefrontT >	m_wavefronts
int	m_lastWavefront
wfsImageT< realT >	m_wfsImage
	The image formed by the WFS.

Spatial Filtering
bool	m_applyFilter { false }
	Flag to control whether or not the spatial filter is applied.
int	m_filterWidth
	The half-width of the filter, in Fourier domain pixels corresponding to 1/D spatial frequency units.
sigproc::psdFilter< realT, 2 >	m_filter
	The spatial filter class object.
void	applyFilter (bool af)
	Set the flag controlling whether or not the spatial filter is applied.
bool	applyFilter ()
	Get the current value of the flag controlling whether or not the spatial filter is applied.
void	filterWidth (int width)
	Set the spatial filter half-width.
int	filterWidth ()
	Get the current value of the filter half-width.
const sigproc::psdFilter< realT, 2 > &	filter ()
	Provides access to the filter for use by other parts of the simulation.

Photon Noise
To turn on the addition of photon noise to the WFS image, you must set beta_p to be greater than 0, and must supply the pupil image.
norm_distT	m_normVar
	Gets normal-distributed variates.
poisson_distT	m_poissonVar
realT	m_beta_p { 0 }
	The photon noise senstivity parameter.
pupilT *	m_pupil { nullptr }
	The pupil is needed to properly normalize poisson noise.
wfsImageT< realT >::imageT	m_noiseIm
	Array used internally to calculated noise, global to avoid re-allocations.
void	beta_p (realT bp)
	Set the new value of the photon noise sensitivity parameter, beta_p.
realT	beta_p ()
	Get the current value of the photon noise sensitivity parameter.
void	pupil (pupilT *pupil)
	Set the pupil.
void	pupil (pupilT &pupil)
	Set the pupil.
pupilT *	pupil ()
	Get the current pupil as a pointer.

Member Typedef Documentation

complexFieldT

template<typename _realT , typename _detectorT >

typedef mx::wfp::imagingArray<std::complex<_realT>, mx::wfp::fftwAllocator<std::complex<_realT> >, 0> mx::AO::sim::directPhaseSensor< _realT, _detectorT >::complexFieldT

The wavefront complex field type.

Definition at line 62 of file directPhaseSensor.hpp.

complexT

template<typename _realT , typename _detectorT >

typedef std::complex<_realT> mx::AO::sim::directPhaseSensor< _realT, _detectorT >::complexT

Definition at line 53 of file directPhaseSensor.hpp.

detectorT

template<typename _realT , typename _detectorT >

typedef _detectorT mx::AO::sim::directPhaseSensor< _realT, _detectorT >::detectorT

Definition at line 64 of file directPhaseSensor.hpp.

norm_distT

template<typename _realT , typename _detectorT >

typedef mx::math::randomT<realT, std::mt19937_64, std::normal_distribution<realT> > mx::AO::sim::directPhaseSensor< _realT, _detectorT >::norm_distT

Definition at line 66 of file directPhaseSensor.hpp.

poisson_distT

template<typename _realT , typename _detectorT >

typedef mx::math::randomT<long, std::mt19937_64, std::poisson_distribution<long> > mx::AO::sim::directPhaseSensor< _realT, _detectorT >::poisson_distT

Alias for a poisson random variate.

Definition at line 69 of file directPhaseSensor.hpp.

pupilT

template<typename _realT , typename _detectorT >

typedef improc::eigenImage<realT> mx::AO::sim::directPhaseSensor< _realT, _detectorT >::pupilT

The pupil type.

Definition at line 59 of file directPhaseSensor.hpp.

realT

template<typename _realT , typename _detectorT >

typedef _realT mx::AO::sim::directPhaseSensor< _realT, _detectorT >::realT

Definition at line 51 of file directPhaseSensor.hpp.

wavefrontT

template<typename _realT , typename _detectorT >

typedef wavefront<_realT> mx::AO::sim::directPhaseSensor< _realT, _detectorT >::wavefrontT

The wavefront data type.

Definition at line 56 of file directPhaseSensor.hpp.

Constructor & Destructor Documentation

directPhaseSensor()

template<typename _realT , typename _detectorT >

mx::AO::sim::directPhaseSensor< _realT, _detectorT >::directPhaseSensor

(

)

Default c'tor.

Definition at line 332 of file directPhaseSensor.hpp.

Member Function Documentation

applyFilter() [1/2]

template<typename _realT , typename _detectorT >

bool mx::AO::sim::directPhaseSensor< _realT, _detectorT >::applyFilter

(

)

Get the current value of the flag controlling whether or not the spatial filter is applied.

Returns

the current value of m_applyFilter

Definition at line 718 of file directPhaseSensor.hpp.

applyFilter() [2/2]

template<typename _realT , typename _detectorT >

void mx::AO::sim::directPhaseSensor< _realT, _detectorT >::applyFilter

(

bool

af

)

Set the flag controlling whether or not the spatial filter is applied.

Parameters

[in]

af

true to apply the filter, false to not apply

Definition at line 712 of file directPhaseSensor.hpp.

beta_p() [1/2]

template<typename realT , typename detectorT >

realT mx::AO::sim::directPhaseSensor< realT, detectorT >::beta_p

(

)

Get the current value of the photon noise sensitivity parameter.

Returns

the current value of m_beta_p.

Definition at line 763 of file directPhaseSensor.hpp.

beta_p() [2/2]

template<typename _realT , typename _detectorT >

void mx::AO::sim::directPhaseSensor< _realT, _detectorT >::beta_p

(

realT

bp

)

Set the new value of the photon noise sensitivity parameter, beta_p.

Parameters

[in]

bp

the new value of beta_p

Definition at line 757 of file directPhaseSensor.hpp.

detCols() [1/2]

template<typename _realT , typename _detectorT >

int mx::AO::sim::directPhaseSensor< _realT, _detectorT >::detCols

(

)

Get the detector Cols in pixels.

Returns

m_detCols

Definition at line 362 of file directPhaseSensor.hpp.

detCols() [2/2]

template<typename _realT , typename _detectorT >

void mx::AO::sim::directPhaseSensor< _realT, _detectorT >::detCols

(

int

sz

)

Set the detector columns in pixels.

Parameters

sz	is the new size

detRows() [1/2]

template<typename _realT , typename _detectorT >

int mx::AO::sim::directPhaseSensor< _realT, _detectorT >::detRows

(

)

Get the detector rows in pixels.

Returns

m_detRows

Definition at line 356 of file directPhaseSensor.hpp.

detRows() [2/2]

template<typename _realT , typename _detectorT >

void mx::AO::sim::directPhaseSensor< _realT, _detectorT >::detRows

(

int

sz

)

Set the detector rows in pixels.

Parameters

sz	is the new size

detSize()

template<typename _realT , typename _detectorT >

void mx::AO::sim::directPhaseSensor< _realT, _detectorT >::detSize	(	int	nrows,
		int	ncols
	)

Set the detector columns in pixels.

Parameters

sz	is the new size

Definition at line 368 of file directPhaseSensor.hpp.

doSenseWavefront()

template<typename _realT , typename _detectorT >

void mx::AO::sim::directPhaseSensor< _realT, _detectorT >::doSenseWavefront

(

)

Definition at line 652 of file directPhaseSensor.hpp.

References mx::AO::sim::wavefront< _realT >::amplitude, BREAD_CRUMB, mx::AO::sim::wavefront< _realT >::iterNo, and mx::AO::sim::wavefront< _realT >::phase.

Fbg() [1/2]

template<typename realT , typename _detectorT >

realT mx::AO::sim::directPhaseSensor< realT, _detectorT >::Fbg

(

)

Get the background rate.

Returns

the background rate in photons/pixel/sec, the current value of m_Fbg.

Definition at line 468 of file directPhaseSensor.hpp.

Fbg() [2/2]

template<typename realT , typename _detectorT >

void mx::AO::sim::directPhaseSensor< realT, _detectorT >::Fbg

(

realT

bg

)

Set the background rate.

Parameters

[in]

bg

the background rate in photons/pixel/sec.

Definition at line 474 of file directPhaseSensor.hpp.

filter()

template<typename realT , typename detectorT >

const sigproc::psdFilter< realT, 2 > & mx::AO::sim::directPhaseSensor< realT, detectorT >::filter

(

)

Provides access to the filter for use by other parts of the simulation.

Returns

a const reference to m_filter.

Definition at line 751 of file directPhaseSensor.hpp.

filterWidth() [1/2]

template<typename _realT , typename _detectorT >

int mx::AO::sim::directPhaseSensor< _realT, _detectorT >::filterWidth

(

)

Get the current value of the filter half-width.

Returns

the current value of m_filterWidth

Definition at line 745 of file directPhaseSensor.hpp.

filterWidth() [2/2]

template<typename _realT , typename _detectorT >

void mx::AO::sim::directPhaseSensor< _realT, _detectorT >::filterWidth

(

int

width

)

Set the spatial filter half-width.

This sets up the filter and loads it into m_filter. The filter is a hard-edged square of width 2*width+1 pixels in the Fourier plane.

m_filterWidth must still be set to true after calling this function.

Parameters

[in]

width

the desired half-width of the filter

Definition at line 724 of file directPhaseSensor.hpp.

iTime() [1/2]

template<typename _realT , typename _detectorT >

int mx::AO::sim::directPhaseSensor< _realT, _detectorT >::iTime

(

)

Get the PyWFS integration time, in time steps.

Definition at line 400 of file directPhaseSensor.hpp.

iTime() [2/2]

template<typename _realT , typename _detectorT >

void mx::AO::sim::directPhaseSensor< _realT, _detectorT >::iTime

(

int

it

)

Set the PyWFS integration time, in time steps.

Definition at line 406 of file directPhaseSensor.hpp.

lambda() [1/2]

template<typename _realT , typename _detectorT >

_realT mx::AO::sim::directPhaseSensor< _realT, _detectorT >::lambda

(

)

Get the PyWFS central wavelength.

Returns

the central wavelength in meters

Definition at line 381 of file directPhaseSensor.hpp.

lambda() [2/2]

template<typename _realT , typename _detectorT >

void mx::AO::sim::directPhaseSensor< _realT, _detectorT >::lambda

(

realT

l

)

Set the PyWFS central wavelength.

Parameters

d	is the new central wavelength in meters

Definition at line 387 of file directPhaseSensor.hpp.

linkSystem()

template<typename _realT , typename _detectorT >

template<typename AOSysT >

void mx::AO::sim::directPhaseSensor< _realT, _detectorT >::linkSystem

(

AOSysT &

AOSys

)

Definition at line 394 of file directPhaseSensor.hpp.

npix() [1/2]

template<typename realT , typename _detectorT >

realT mx::AO::sim::directPhaseSensor< realT, _detectorT >::npix

(

)

Get the number of pixels used for noise calculations.

Returns

the number of pixels used by the wfs, m_npix.

Definition at line 456 of file directPhaseSensor.hpp.

npix() [2/2]

template<typename realT , typename _detectorT >

void mx::AO::sim::directPhaseSensor< realT, _detectorT >::npix

(

realT

np

)

Set the number of pixels used fo rnoise calculations.

Parameters

[in]

np

the number of pixels to be used by the WFS

Definition at line 462 of file directPhaseSensor.hpp.

pupil() [1/3]

template<typename realT , typename detectorT >

directPhaseSensor< realT, detectorT >::pupilT * mx::AO::sim::directPhaseSensor< realT, detectorT >::pupil

(

)

Get the current pupil as a pointer.

Returns

the current value of m_pupil

Definition at line 781 of file directPhaseSensor.hpp.

pupil() [2/3]

template<typename realT , typename detectorT >

void mx::AO::sim::directPhaseSensor< realT, detectorT >::pupil

(

pupilT &

pupil

)

Set the pupil.

Sets the m_pupil pointer to the address of the image provided.

Parameters

[in]

pupil

the pupil image

Definition at line 775 of file directPhaseSensor.hpp.

pupil() [3/3]

template<typename realT , typename detectorT >

void mx::AO::sim::directPhaseSensor< realT, detectorT >::pupil

(

pupilT *

pupil

)

Set the pupil.

Sets the m_pupil pointer to the value provided.

Parameters

[in]

pupil

pointer to the pupil image

Definition at line 769 of file directPhaseSensor.hpp.

recordWavefront()

template<typename _realT , typename _detectorT >

int mx::AO::sim::directPhaseSensor< _realT, _detectorT >::recordWavefront

(

wavefrontT &

pupilPlane

)

Record a wavefront without sensing.

This merely inserts the wavefront in the circular buffer but does no other processing Retruns 0 on success

Definition at line 480 of file directPhaseSensor.hpp.

References mx::AO::sim::wavefront< _realT >::amplitude, mx::AO::sim::wavefront< _realT >::iterNo, and mx::AO::sim::wavefront< _realT >::phase.

roTime() [1/2]

template<typename _realT , typename _detectorT >

int mx::AO::sim::directPhaseSensor< _realT, _detectorT >::roTime

(

)

Get the PyWFS detector readout time, in time steps.

Definition at line 423 of file directPhaseSensor.hpp.

roTime() [2/2]

template<typename _realT , typename _detectorT >

void mx::AO::sim::directPhaseSensor< _realT, _detectorT >::roTime

(

int

rt

)

Set the PyWFS detector readout time, in time steps.

Definition at line 429 of file directPhaseSensor.hpp.

senseWavefront()

template<typename _realT , typename _detectorT >

bool mx::AO::sim::directPhaseSensor< _realT, _detectorT >::senseWavefront

(

wavefrontT &

pupilPlane

)

Sense the wavefront aberrations.

Returns true if a new wavefront measurement is ready. Retruns false if still integrating.

Definition at line 497 of file directPhaseSensor.hpp.

References mx::AO::sim::wavefront< _realT >::amplitude, mx::AO::sim::wavefront< _realT >::iterNo, and mx::AO::sim::wavefront< _realT >::phase.

senseWavefrontCal()

template<typename _realT , typename _detectorT >

bool mx::AO::sim::directPhaseSensor< _realT, _detectorT >::senseWavefrontCal

(

wavefrontT &

pupilPlane

)

Sense the wavefront aberrations in a calibration mode.

Allows for faster calibrations.

Definition at line 624 of file directPhaseSensor.hpp.

References mx::AO::sim::wavefront< _realT >::amplitude, and mx::AO::sim::wavefront< _realT >::phase.

simStep() [1/2]

template<typename _realT , typename _detectorT >

_realT mx::AO::sim::directPhaseSensor< _realT, _detectorT >::simStep

(

)

Get the simulation step-size, in seconds.

Definition at line 441 of file directPhaseSensor.hpp.

simStep() [2/2]

template<typename _realT , typename _detectorT >

void mx::AO::sim::directPhaseSensor< _realT, _detectorT >::simStep

(

realT

st

)

Set the simulation step-size, in seconds.

Definition at line 447 of file directPhaseSensor.hpp.

wfSz() [1/2]

template<typename _realT , typename _detectorT >

int mx::AO::sim::directPhaseSensor< _realT, _detectorT >::wfSz

(

)

Get the wavefront size in pixels.

Returns

the wavefront size in pixels

Definition at line 341 of file directPhaseSensor.hpp.

wfSz() [2/2]

template<typename _realT , typename _detectorT >

void mx::AO::sim::directPhaseSensor< _realT, _detectorT >::wfSz

(

int

sz

)

Set the wavefront size in pixels.

Parameters

[in]

sz

The new size

Definition at line 347 of file directPhaseSensor.hpp.

Member Data Documentation

m_applyFilter

template<typename _realT , typename _detectorT >

bool mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_applyFilter { false }

protected

Flag to control whether or not the spatial filter is applied.

Definition at line 238 of file directPhaseSensor.hpp.

m_beta_p

template<typename _realT , typename _detectorT >

realT mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_beta_p { 0 }

protected

The photon noise senstivity parameter.

If 0 (default) no noise is applied. A value of 1 represents the ideal interferomter. Note that this is constant vs. spatial frequency. See Guyon (2005) [8] for more information about \( \beta_p \).

Definition at line 292 of file directPhaseSensor.hpp.

m_detCols

template<typename _realT , typename _detectorT >

int mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_detCols { 0 }

protected

The number of columns of the WFS m_detector. After forming the image the WFS detector plane is re-binned to this.

Definition at line 77 of file directPhaseSensor.hpp.

m_detector

template<typename _realT , typename _detectorT >

detectorT mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_detector

Definition at line 116 of file directPhaseSensor.hpp.

m_detectorImage

template<typename _realT , typename _detectorT >

wfsImageT<realT> mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_detectorImage

The image on the detector, resized from wfsImage.

Definition at line 119 of file directPhaseSensor.hpp.

m_detRows

template<typename _realT , typename _detectorT >

int mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_detRows { 0 }

protected

The number of rows of the WFS m_detector. After forming the image the WFS detector plane is re-binned to this.

Definition at line 75 of file directPhaseSensor.hpp.

m_Fbg

template<typename _realT , typename _detectorT >

realT mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_Fbg { 0.0 }

protected

The background flux in photons/sec/pixel.

Definition at line 91 of file directPhaseSensor.hpp.

m_filter

template<typename _realT , typename _detectorT >

sigproc::psdFilter<realT, 2> mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_filter

protected

The spatial filter class object.

Definition at line 243 of file directPhaseSensor.hpp.

m_filterWidth

template<typename _realT , typename _detectorT >

int mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_filterWidth

protected

Initial value:

{
        0 }

The half-width of the filter, in Fourier domain pixels corresponding to 1/D spatial frequency units.

Definition at line 240 of file directPhaseSensor.hpp.

m_firstRun

template<typename _realT , typename _detectorT >

bool mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_firstRun { true }

protected

Definition at line 99 of file directPhaseSensor.hpp.

m_iTime

template<typename _realT , typename _detectorT >

int mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_iTime { 0 }

protected

Integration time in loop steps.

Definition at line 82 of file directPhaseSensor.hpp.

m_iTime_counter

template<typename _realT , typename _detectorT >

int mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_iTime_counter { 0 }

protected

Definition at line 93 of file directPhaseSensor.hpp.

m_lambda

template<typename _realT , typename _detectorT >

realT mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_lambda { 0 }

protected

Central wavelength, in meters.

Definition at line 80 of file directPhaseSensor.hpp.

m_lastWavefront

template<typename _realT , typename _detectorT >

int mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_lastWavefront

protected

Definition at line 103 of file directPhaseSensor.hpp.

m_noiseIm

template<typename _realT , typename _detectorT >

wfsImageT<realT>::imageT mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_noiseIm

protected

Array used internally to calculated noise, global to avoid re-allocations.

Definition at line 300 of file directPhaseSensor.hpp.

m_normVar

template<typename _realT , typename _detectorT >

norm_distT mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_normVar

protected

Gets normal-distributed variates.

Definition at line 284 of file directPhaseSensor.hpp.

m_npix

template<typename _realT , typename _detectorT >

realT mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_npix { 0 }

protected

The number of pixels assumed actually used for WFS in the S/N calc.

Definition at line 90 of file directPhaseSensor.hpp.

m_poissonNoise

template<typename _realT , typename _detectorT >

bool mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_poissonNoise { true }

Definition at line 109 of file directPhaseSensor.hpp.

m_poissonVar

template<typename _realT , typename _detectorT >

poisson_distT mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_poissonVar

protected

Definition at line 285 of file directPhaseSensor.hpp.

m_pupil

template<typename _realT , typename _detectorT >

pupilT* mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_pupil { nullptr }

protected

The pupil is needed to properly normalize poisson noise.

If null, then no noise will be applied.

Definition at line 297 of file directPhaseSensor.hpp.

m_reading

template<typename _realT , typename _detectorT >

int mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_reading { 0 }

protected

Definition at line 95 of file directPhaseSensor.hpp.

m_roTime

template<typename _realT , typename _detectorT >

int mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_roTime { 1 }

protected

Readout time in loop steps.

Definition at line 84 of file directPhaseSensor.hpp.

m_roTime_counter

template<typename _realT , typename _detectorT >

int mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_roTime_counter { 0 }

protected

Definition at line 97 of file directPhaseSensor.hpp.

m_simStep

template<typename _realT , typename _detectorT >

realT mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_simStep { 0.001 }

protected

The simulation stepsize in seconds.

Definition at line 86 of file directPhaseSensor.hpp.

m_wavefronts

template<typename _realT , typename _detectorT >

std::vector<wavefrontT> mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_wavefronts

protected

Definition at line 101 of file directPhaseSensor.hpp.

m_wfsImage

template<typename _realT , typename _detectorT >

wfsImageT<realT> mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_wfsImage

protected

The image formed by the WFS.

Definition at line 106 of file directPhaseSensor.hpp.

m_wfSz

template<typename _realT , typename _detectorT >

int mx::AO::sim::directPhaseSensor< _realT, _detectorT >::m_wfSz { 0 }

protected

Size of the wavefront in pixels.

Definition at line 73 of file directPhaseSensor.hpp.

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

• ao/sim/directPhaseSensor.hpp