template<typename _realT, typename _detectorT, int _cudaGPU = 0>
class mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >

A Pyramid Sensor Simulation.

Template Parameters

_realT	is the real floating point type used for calculations
_detectorT	is the detector used to record the PyWFS image. Must conform to the mx::AO::sim detector interface specifications.

Definition at line 69 of file pyramidSensor.hpp.

#include <ao/sim/pyramidSensor.hpp>

Public Types
typedef _realT	realT
	The real floating point type used for calculations.

typedef std::complex< realT >	complexT
	The complex floating point type used for calculations.

typedef wavefront< realT >	wavefrontT
	The wavefront data type.

typedef improc::eigenImage< std::complex< realT > >	complexFieldT
	The wavefront complex field type.

typedef wfp::fraunhoferPropagatorArrayT< realImageT, cudaGPU >::arrayT	realArrayT
	The real array data type.

typedef wfp::fraunhoferPropagatorArrayT< complexFieldT, cudaGPU >::arrayT	complexArrayT
	The complex array data type.

typedef _detectorT	detectorT
	The wavefront sensor detector image type.

typedef wavefront< floatT >	wavefrontT
	The wavefront data type.

typedef mx::imagingArray< std::complex< floatT >, fftwAllocator< std::complex< floatT > >, 0 >	complexFieldT
	The wavefront complex field type.

typedef Eigen::Array< floatT, Eigen::Dynamic, Eigen::Dynamic >	wfsImageT
	The wavefront sensor detector image type.

Public Member Functions
	pyramidSensor ()
	Default constructor.

	~pyramidSensor ()
	Destructor.

	pyramidSensor ()
	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.

int	detCols ()
	Get the detector columns in pixels.

void	detSize (int nrows, int ncols)
	Set the detector columns in pixels.

floatT	lambda ()
	Get the PyWFS central wavelength.

void	lambda (floatT 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.

floatT	simStep ()
	Get the simulation step-size, in seconds.

void	simStep (floatT st)
	Set the simulation step-size, in seconds.

bool	senseWavefront (wavefrontT &pupilPlane)
	Sense the wavefront aberrations.

bool	senseWavefrontCal (wavefrontT &pupilPlane)
	Sense the wavefront aberrations in a calibration mode.

int	wfPS ()
	Get the wavefront pixel scale in meters per pixel.

void	wfPS (floatT ps)
	Set the wavefront pixel scale in meters per pixel.

floatT	D ()
	Get the telescope diameter.

void	D (floatT d)
	Set the telescope diameter.

int	modSteps ()
	Get the number of modulation steps.

void	modSteps (int mSt)
	Set the number of modulation steps.

floatT	modRadius ()
	Get the radius of modulation.

void	modRadius (floatT mR)
	Set the modulation radius.

int	quadSz ()
	Get the quadrant size in pixels.

void	quadSz (int sz)
	Set the quadrant size in pixels.

Public Attributes
std::vector< complexArrayT >	m_th_tiltedPlane
	Thread-local modulated wavefront.

std::vector< complexArrayT >	m_th_focalPlane
	Thread-local tip wavefront, used for FFT tilting.

std::vector< realArrayT >	m_th_focalImage
	Thread-local tip image.

std::vector< complexArrayT >	m_th_sensorPlane
	Thread-local sensor-pupil-plane wavefront.

std::vector< realArrayT >	m_th_sensorImage

wfsImageT< realT >	m_wfsImage
	The image formed by the WFS.

wfsImageT	detectorImage
	The image on the detector, resized from wfsImage.

Protected Member Functions
template<int ccudaGPU = cudaGPU>
complexArrayT *	uploadPupilPlaneCF (complexFieldT &cf, typename std::enable_if< ccudaGPU==0 >::type *=0)
	Convert a cpu complex field to a pointer to its CPU memory.

template<int ccudaGPU = cudaGPU>
complexArrayT *	uploadPupilPlaneCF (complexFieldT &cf, typename std::enable_if< ccudaGPU==1 >::type *=0)
	Convert a cpu complex field to a pointer to its GPU memory.

template<int ccudaGPU = cudaGPU>
void	accumWeightedImage (realArrayT &aim, realArrayT &im, realT w, typename std::enable_if< ccudaGPU==0 >::type *=0)
	Accumulate an image with a weight applied on the CPU.

template<int ccudaGPU = cudaGPU>
void	accumWeightedImage (realArrayT &aim, realArrayT &im, realT w, typename std::enable_if< ccudaGPU==1 >::type *=0)
	Accumulate an image with a weight applied on the GPU.

template<int ccudaGPU = cudaGPU>
void	downloadAccumImage (improc::eigenMap< realT > &im, realArrayT &aim, uint32_t naccums, typename std::enable_if< ccudaGPU==0 >::type *=0)
	Scale the accumulated image by number of accumulations and assign it to the output image. CPU version.

template<int ccudaGPU = cudaGPU>
void	downloadAccumImage (improc::eigenMap< realT > &im, realArrayT &aim, uint32_t naccums, typename std::enable_if< ccudaGPU==1 >::type *=0)
	Scale the accumulated image by number of accumulations and assign it to the output image. GPU version.

Protected Attributes
int	_wfSz
	Size of the wavefront in pixels.

int	_detRows

int	_detCols

floatT	_lambda
	Central wavelength, in meters.

int	_iTime
	Integration time in loop steps.

int	_roTime
	Readout time in loop steps.

floatT	_simStep
	The simulation stepsize in seconds.

floatT	_wfPS
	Wavefront pixel scale, in meters/pixel.

floatT	_D
	Telescope diameter, in meters.

int	_modSteps
	Number of steps in the modulation simulation.

floatT	_modRadius
	Radius of the modulation in pixels.

int	_quadSz
	The size of the PyWFS quadrant.

wfsImageT	wfsImage
	The image formed by the WFS.

Standard WFS Interface
uint32_t	m_wfSz { 0 }
	Size of the wavefront in pixels.

uint32_t	m_detRows { 0 }

uint32_t	m_detCols { 0 }

realT	m_lambda { 0 }
	Central wavelength, in meters.

std::vector< realT >	m_wavelengths
	Vector of wavelengths in the WFS bandpass.

std::vector< realT >	_wavelengthWeights
	The relative weights of the wavelengths.

int	m_iTime { 1 }
	Integration time in loop steps.

int	m_roTime { 1 }
	Readout time in loop steps.

realT	m_simStep { 0.001 }
	The simulation stepsize in seconds.

detectorT	detector
	The WFS detector.

wfsImageT< realT >	detectorImage
	The image on the detector, resized from m_wfsImage.

int	wfSz ()
	Get the wavefront size in pixels.

void	wfSz (const uint32_t &sz)
	Set the wavefront size in pixels.

uint32_t	detRows ()
	Get the detector rows in pixels.

uint32_t	detCols ()
	Get the detector columns in pixels.

void	detSize (const uint32_t &nrows, const uint32_t &ncols)
	Set the detector columns in pixels.

realT	lambda ()
	Get the PyWFS central wavelength.

void	lambda (const realT &l)
	Set the PyWFS central wavelength.

int	iTime ()
	Get the PyWFS integration time, in time steps.

void	iTime (const uint32_t &it)
	Set the PyWFS integration time, in time steps.

int	roTime ()
	Get the PyWFS detector readout time, in time steps.

void	roTime (const uint32_t &rt)
	Set the PyWFS detector readout time, in time steps.

realT	simStep ()
	Get the simulation step-size, in seconds.

void	simStep (const realT &st)
	Set the simulation step-size, in seconds.

template<typename AOSysT >
void	linkSystem (AOSysT &AOSys)
	Link this WFS to an AO system simulation.

bool	senseWavefront (wavefrontT &pupilPlane)
	Sense the wavefront aberrations.

bool	senseWavefrontCal (wavefrontT &pupilPlane)
	Sense the wavefront aberrations in calibration mode.

Pyramid Sensor Interface
uint32_t	m_nSides { 4 }
	Number of sides in the pyramid.

uint32_t	m_pupilSz { 0 }
	The size of the pupil in wavefront pixels.

realT	m_pupilSep { 1 }
	The separation of the pupil images in fraction of a pupil. 0 <= m_pupilSep, default 1.

realT	m_angleOffset { 0 }
	The angle by which to offset the pupils, in degrees. Default is 0.

uint32_t	m_imageSz { 0 }
	The size of the resulting PyWFS image in wavefront pixels.

bool	m_imageSzAuto { true }
	Flag to track if m_imageSz should be set to 0.

realT	m_wfPS { 0 }
	Wavefront pixel scale, in meters/pixel.

realT	m_D { 0 }
	Telescope diameter, in meters.

uint32_t	m_modSteps { 20 }

realT	m_perStep { 1 }

realT	m_modRadius { 3.0 }
	Radius of the modulation in pixels.

int	nSides ()
	Get the number of pyramid sides.

void	nSides (const uint32_t &ns)
	Set the number of sides on the pyramid.

realT	perStep ()
	Get the minimum number of modulation steps.

void	perStep (const realT &prStp)
	Set the minimum number of modulation steps.

int	modSteps ()
	Get the number of modulation steps.

realT	modRadius ()
	Get the radius of modulation.

void	modRadius (const realT &mR)
	Set the modulation radius.

realT	wfPS ()
	Get the wavefront pixel scale in meters per pixel.

realT	D ()
	Get the telescope diameter.

void	D (const realT &d)
	Set the telescope diameter.

uint32_t	pupilSz ()
	Get the pupil size in pixels.

void	pupilSz (const uint32_t &sz)
	Set the pupil size in pixels.

realT	pupilSep ()

void	pupilSep (const realT &sz)

realT	angleOffset ()
	Get the angle offset.

void	angleOffset (const realT &ao)
	Set the angle offset.

uint32_t	imageSz ()
	Get the image size in wavefront pixels.

void	imageSz (const uint32_t &is)
	Set the image size in wavefront pixels.

bool	imageSzAuto ()
	Get the value of the image size auto flag.

void	imageSzAuto (const bool &ia)
	Set the value of the image size auto flag.

Member Typedef Documentation

◆ complexArrayT

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

typedef wfp::fraunhoferPropagatorArrayT<complexFieldT,cudaGPU>::arrayT mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::complexArrayT

The complex array data type.

Definition at line 92 of file pyramidSensor.hpp.

◆ complexFieldT [1/2]

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

typedef improc::eigenImage<std::complex<realT> > mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::complexFieldT

The wavefront complex field type.

Definition at line 86 of file pyramidSensor.hpp.

◆ complexFieldT [2/2]

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

typedef mx::imagingArray<std::complex<floatT>, fftwAllocator<std::complex<floatT> >, 0> mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::complexFieldT

The wavefront complex field type.

Definition at line 47 of file pyramidSensorSepQuad.hpp.

◆ complexT

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

typedef std::complex<realT> mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::complexT

The complex floating point type used for calculations.

Definition at line 78 of file pyramidSensor.hpp.

◆ detectorT

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

typedef _detectorT mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::detectorT

The wavefront sensor detector image type.

Definition at line 95 of file pyramidSensor.hpp.

◆ realArrayT

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

typedef wfp::fraunhoferPropagatorArrayT<realImageT,cudaGPU>::arrayT mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::realArrayT

The real array data type.

Definition at line 89 of file pyramidSensor.hpp.

◆ realT

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

typedef _realT mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::realT

The real floating point type used for calculations.

Definition at line 75 of file pyramidSensor.hpp.

◆ wavefrontT [1/2]

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

typedef wavefront<realT> mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::wavefrontT

The wavefront data type.

Definition at line 81 of file pyramidSensor.hpp.

◆ wavefrontT [2/2]

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

typedef wavefront<floatT> mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::wavefrontT

The wavefront data type.

Definition at line 44 of file pyramidSensorSepQuad.hpp.

◆ wfsImageT

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

typedef Eigen::Array<floatT, Eigen::Dynamic, Eigen::Dynamic> mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::wfsImageT

The wavefront sensor detector image type.

Definition at line 50 of file pyramidSensorSepQuad.hpp.

Constructor & Destructor Documentation

◆ pyramidSensor() [1/2]

template<typename _floatT , typename _detectorT >

mx::AO::sim::pyramidSensor< _floatT, _detectorT >::pyramidSensor ( )

Default constructor.

Definition at line 541 of file pyramidSensor.hpp.

◆ ~pyramidSensor()

template<typename realT , typename detectorT , int cudaGPU>

mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::~pyramidSensor ( )

Destructor.

Definition at line 549 of file pyramidSensor.hpp.

◆ pyramidSensor() [2/2]

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::pyramidSensor ( )

Default c'tor.

Member Function Documentation

◆ accumWeightedImage() [1/2]

template<typename realT , typename detectorT , int cudaGPU>

template<int ccudaGPU>

void mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::accumWeightedImage	(	realArrayT &	aim,
		realArrayT &	im,
		realT	w,
		typename std::enable_if< ccudaGPU==0 >::type *	= `0`
	)

protected

Accumulate an image with a weight applied on the CPU.

aim += im*w

Parameters

[out]	aim	the image in which to accumulate the results
[in]	im	the image to weight and then add to output
[in]	w	the weight

Definition at line 1433 of file pyramidSensor.hpp.

◆ accumWeightedImage() [2/2]

template<typename realT , typename detectorT , int cudaGPU>

template<int ccudaGPU>

void mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::accumWeightedImage	(	realArrayT &	aim,
		realArrayT &	im,
		realT	w,
		typename std::enable_if< ccudaGPU==1 >::type *	= `0`
	)

protected

Accumulate an image with a weight applied on the GPU.

aim += im*w

Parameters

[out]	aim	the image in which to accumulate the results
[in]	im	the image to weight and then add to output
[in]	w	the weight

Definition at line 1443 of file pyramidSensor.hpp.

◆ angleOffset() [1/2]

template<typename realT , typename detectorT , int cudaGPU>

realT mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::angleOffset ( )

Get the angle offset.

See m_angleOffset

Returns: m_angleOffset

Definition at line 938 of file pyramidSensor.hpp.

◆ angleOffset() [2/2]

template<typename realT , typename detectorT , int cudaGPU>

void mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::angleOffset ( const realT & ao )

Set the angle offset.

See m_angleOffset.

Parameters

ao	the new angle offset.

Definition at line 944 of file pyramidSensor.hpp.

◆ D() [1/4]

template<typename _floatT , typename _detectorT >

_floatT mx::AO::sim::pyramidSensor< _floatT, _detectorT >::D ( )

Get the telescope diameter.

Returns: the telescope diameter in meters

Definition at line 797 of file pyramidSensor.hpp.

◆ D() [2/4]

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

floatT mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::D ( )

Get the telescope diameter.

Returns: the telescope diameter in meters

◆ D() [3/4]

template<typename realT , typename detectorT , int cudaGPU>

void mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::D ( const realT & d )

Set the telescope diameter.

Parameters

d	is the new size in meters

Definition at line 803 of file pyramidSensor.hpp.

◆ D() [4/4]

template<typename _floatT , typename _detectorT >

void mx::AO::sim::pyramidSensor< _floatT, _detectorT >::D ( floatT d )

Set the telescope diameter.

Parameters

d	is the new size in meters

Definition at line 375 of file pyramidSensorSepQuad.hpp.

◆ detCols() [1/2]

template<typename _floatT , typename _detectorT >

int mx::AO::sim::pyramidSensor< _floatT, _detectorT >::detCols ( )

Get the detector columns in pixels.

Returns: m_detCols

Definition at line 591 of file pyramidSensor.hpp.

◆ detCols() [2/2]

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

int mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::detCols ( )

Get the detector columns in pixels.

Returns: _detCols

◆ detRows() [1/2]

template<typename _floatT , typename _detectorT >

int mx::AO::sim::pyramidSensor< _floatT, _detectorT >::detRows ( )

Get the detector rows in pixels.

Returns: m_detRows

Definition at line 585 of file pyramidSensor.hpp.

◆ detRows() [2/2]

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

int mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::detRows ( )

Get the detector rows in pixels.

Returns: _detRows

◆ detSize() [1/2]

template<typename realT , typename detectorT , int cudaGPU>

void mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::detSize	(	const uint32_t &	nrows,
		const uint32_t &	ncols
	)

Set the detector columns in pixels.

Parameters

nrows	The number of rows
ncols	The number of columns

Definition at line 597 of file pyramidSensor.hpp.

◆ detSize() [2/2]

template<typename _floatT , typename _detectorT >

void mx::AO::sim::pyramidSensor< _floatT, _detectorT >::detSize	(	int	nrows,
		int	ncols
	)

Set the detector columns in pixels.

Parameters

sz	is the new size

Definition at line 324 of file pyramidSensorSepQuad.hpp.

◆ downloadAccumImage() [1/2]

template<typename realT , typename detectorT , int cudaGPU>

template<int ccudaGPU>

void mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::downloadAccumImage	(	improc::eigenMap< realT > &	im,
		realArrayT &	aim,
		uint32_t	naccums,
		typename std::enable_if< ccudaGPU==0 >::type *	= `0`
	)

protected

Scale the accumulated image by number of accumulations and assign it to the output image. CPU version.

im = aim / naccums

Definition at line 1460 of file pyramidSensor.hpp.

◆ downloadAccumImage() [2/2]

template<typename realT , typename detectorT , int cudaGPU>

template<int ccudaGPU>

void mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::downloadAccumImage	(	improc::eigenMap< realT > &	im,
		realArrayT &	aim,
		uint32_t	naccums,
		typename std::enable_if< ccudaGPU==1 >::type *	= `0`
	)

protected

Scale the accumulated image by number of accumulations and assign it to the output image. GPU version.

im = aim / naccums

Definition at line 1470 of file pyramidSensor.hpp.

◆ imageSz() [1/2]

template<typename realT , typename detectorT , int cudaGPU>

uint32_t mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::imageSz ( )

Get the image size in wavefront pixels.

This is the size of the image in un-binned wavefront space

Returns: m_imageSz

Definition at line 958 of file pyramidSensor.hpp.

◆ imageSz() [2/2]

template<typename realT , typename detectorT , int cudaGPU>

void mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::imageSz ( const uint32_t & is )

Set the image size in wavefront pixels.

This is the size of the image in un-binned wavefront space Setting a non-zero value also sets m_imageSizeAuto to false. Setting 0 also sets m_imageSizeAuto to true.

Definition at line 969 of file pyramidSensor.hpp.

◆ imageSzAuto() [1/2]

template<typename realT , typename detectorT , int cudaGPU>

bool mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::imageSzAuto ( )

Get the value of the image size auto flag.

This controls whether image size is set automatically

Returns: m_imageSz

Definition at line 992 of file pyramidSensor.hpp.

◆ imageSzAuto() [2/2]

template<typename realT , typename detectorT , int cudaGPU>

void mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::imageSzAuto ( const bool & ia )

Set the value of the image size auto flag.

This controls whether image size is set automatically

Definition at line 998 of file pyramidSensor.hpp.

◆ iTime() [1/4]

template<typename _floatT , typename _detectorT >

int mx::AO::sim::pyramidSensor< _floatT, _detectorT >::iTime ( )

Get the PyWFS integration time, in time steps.

Definition at line 637 of file pyramidSensor.hpp.

◆ iTime() [2/4]

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

int mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::iTime ( )

Get the PyWFS integration time, in time steps.

◆ iTime() [3/4]

template<typename realT , typename detectorT , int cudaGPU>

void mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::iTime ( const uint32_t & it )

Set the PyWFS integration time, in time steps.

Parameters

it	the new integration time

Definition at line 643 of file pyramidSensor.hpp.

References mx::invalidconfig.

◆ iTime() [4/4]

template<typename _floatT , typename _detectorT >

void mx::AO::sim::pyramidSensor< _floatT, _detectorT >::iTime ( int it )

Set the PyWFS integration time, in time steps.

Definition at line 466 of file pyramidSensorSepQuad.hpp.

◆ lambda() [1/4]

template<typename _floatT , typename _detectorT >

_floatT mx::AO::sim::pyramidSensor< _floatT, _detectorT >::lambda ( )

Get the PyWFS central wavelength.

Returns: the central wavelength in meters

Definition at line 616 of file pyramidSensor.hpp.

◆ lambda() [2/4]

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

floatT mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::lambda ( )

Get the PyWFS central wavelength.

Returns: the central wavelength in meters

◆ lambda() [3/4]

template<typename realT , typename detectorT , int cudaGPU>

void mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::lambda ( const realT & l )

Set the PyWFS central wavelength.

Parameters

l	The central wavelength, in meters

Definition at line 622 of file pyramidSensor.hpp.

◆ lambda() [4/4]

template<typename _floatT , typename _detectorT >

void mx::AO::sim::pyramidSensor< _floatT, _detectorT >::lambda ( floatT l )

Set the PyWFS central wavelength.

Parameters

d	is the new central wavelength in meters

Definition at line 343 of file pyramidSensorSepQuad.hpp.

◆ linkSystem()

template<typename _floatT , typename _detectorT >

template<typename AOSysT >

void mx::AO::sim::pyramidSensor< _floatT, _detectorT >::linkSystem ( AOSysT & AOSys )

Link this WFS to an AO system simulation.

Parameters

AOSys The AO system simulation to link to

Definition at line 692 of file pyramidSensor.hpp.

◆ modRadius() [1/4]

template<typename _floatT , typename _detectorT >

_floatT mx::AO::sim::pyramidSensor< _floatT, _detectorT >::modRadius ( )

Get the radius of modulation.

Returns: m_modRadius;

Definition at line 862 of file pyramidSensor.hpp.

◆ modRadius() [2/4]

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

floatT mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::modRadius ( )

Get the radius of modulation.

Returns: _modRadius;

◆ modRadius() [3/4]

template<typename realT , typename detectorT , int cudaGPU>

void mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::modRadius ( const realT & mR )

Set the modulation radius.

Parameters

mR	is the new modulation radius in lambda/D

Parameters

[in] mR the new value of modulation radius

Definition at line 868 of file pyramidSensor.hpp.

◆ modRadius() [4/4]

template<typename _floatT , typename _detectorT >

void mx::AO::sim::pyramidSensor< _floatT, _detectorT >::modRadius ( floatT mR )

Set the modulation radius.

Parameters

mR	is the new modulation radius in lambda/D

Definition at line 401 of file pyramidSensorSepQuad.hpp.

◆ modSteps() [1/3]

template<typename _floatT , typename _detectorT >

int mx::AO::sim::pyramidSensor< _floatT, _detectorT >::modSteps ( )

Get the number of modulation steps.

Returns: m_modSteps, which is defined by perStep.

Definition at line 856 of file pyramidSensor.hpp.

◆ modSteps() [2/3]

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

int mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::modSteps ( )

Get the number of modulation steps.

Returns: _modSteps;

◆ modSteps() [3/3]

template<typename _floatT , typename _detectorT >

void mx::AO::sim::pyramidSensor< _floatT, _detectorT >::modSteps ( int mSt )

Set the number of modulation steps.

Parameters

mSt	is the new number of modulation steps

Definition at line 387 of file pyramidSensorSepQuad.hpp.

◆ nSides() [1/2]

template<typename realT , typename detectorT , int cudaGPU>

int mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::nSides ( )

Get the number of pyramid sides.

Returns: the number of sides on the pyramid

Definition at line 778 of file pyramidSensor.hpp.

◆ nSides() [2/2]

template<typename realT , typename detectorT , int cudaGPU>

void mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::nSides ( const uint32_t & ns )

Set the number of sides on the pyramid.

Parameters

ns	The new number of sides on the pyramid

Definition at line 784 of file pyramidSensor.hpp.

◆ perStep() [1/2]

template<typename realT , typename detectorT , int cudaGPU>

realT mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::perStep ( )

Get the minimum number of modulation steps.

Returns: m_perStep;

Definition at line 825 of file pyramidSensor.hpp.

◆ perStep() [2/2]

template<typename realT , typename detectorT , int cudaGPU>

void mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::perStep ( const realT & prStp )

Set the minimum number of modulation steps.

Parameters

mSt	is the new number of modulation steps

Parameters

prStp The minimum number of lamba/D per step to take

Definition at line 831 of file pyramidSensor.hpp.

References mx::math::six_fifths().

◆ pupilSep() [1/2]

template<typename realT , typename detectorT , int cudaGPU>

realT mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::pupilSep ( )

Get the pupil separation as a fraction of pupil size Get the pupil separation as a fraction of pupil size This is the pupil separation in un-binned wavefront space

Returns: m_pupilSep

Definition at line 918 of file pyramidSensor.hpp.

◆ pupilSep() [2/2]

template<typename realT , typename detectorT , int cudaGPU>

void mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::pupilSep ( const realT & sz )

Set the pupil separation as a fraction of pupil size Set the pupil separation as a fraction of pupil size This is the separation of the pupils in un-binned wavefront space. See m_pupilSep.

Parameters

sz	the new pupil separation.

Definition at line 924 of file pyramidSensor.hpp.

◆ pupilSz() [1/2]

template<typename realT , typename detectorT , int cudaGPU>

uint32_t mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::pupilSz ( )

Get the pupil size in pixels.

This is the pupil size in un-binned wavefront space

Returns: m_pupilSz; m_pupilSz

Definition at line 877 of file pyramidSensor.hpp.

◆ pupilSz() [2/2]

template<typename realT , typename detectorT , int cudaGPU>

void mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::pupilSz ( const uint32_t & sz )

Set the pupil size in pixels.

This is the size of the pupils in un-binned wavefront space. See m_pupilSz.

Parameters

sz	the new pupil size.

Definition at line 883 of file pyramidSensor.hpp.

◆ quadSz() [1/2]

template<typename _floatT , typename _detectorT >

int mx::AO::sim::pyramidSensor< _floatT, _detectorT >::quadSz ( )

Get the quadrant size in pixels.

This is the size of the quadrant in un-binned wavefront space

Returns: _quadSz

Definition at line 409 of file pyramidSensorSepQuad.hpp.

◆ quadSz() [2/2]

template<typename _floatT , typename _detectorT >

void mx::AO::sim::pyramidSensor< _floatT, _detectorT >::quadSz ( int sz )

Set the quadrant size in pixels.

This is the size of the quadrant in un-binned wavefront space It should be at least the size of the Pupil. Make larger than the pupil to have smaller pupil images on the PyWFS detector.

Parameters

sz	is the new size

Definition at line 415 of file pyramidSensorSepQuad.hpp.

◆ roTime() [1/4]

template<typename _floatT , typename _detectorT >

int mx::AO::sim::pyramidSensor< _floatT, _detectorT >::roTime ( )

Get the PyWFS detector readout time, in time steps.

Definition at line 659 of file pyramidSensor.hpp.

◆ roTime() [2/4]

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

int mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::roTime ( )

Get the PyWFS detector readout time, in time steps.

◆ roTime() [3/4]

template<typename realT , typename detectorT , int cudaGPU>

void mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::roTime ( const uint32_t & rt )

Set the PyWFS detector readout time, in time steps.

Parameters

rt	the new readout time

Definition at line 665 of file pyramidSensor.hpp.

References mx::invalidconfig.

◆ roTime() [4/4]

template<typename _floatT , typename _detectorT >

void mx::AO::sim::pyramidSensor< _floatT, _detectorT >::roTime ( int rt )

Set the PyWFS detector readout time, in time steps.

Definition at line 489 of file pyramidSensorSepQuad.hpp.

◆ senseWavefront() [1/2]

template<typename _floatT , typename _detectorT >

bool mx::AO::sim::pyramidSensor< _floatT, _detectorT >::senseWavefront ( wavefrontT & pupilPlane )

Sense the wavefront aberrations.

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

Parameters

pupilPlane The input wavefront to be sensed

Definition at line 699 of file pyramidSensor.hpp.

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

◆ senseWavefront() [2/2]

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

bool mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::senseWavefront ( wavefrontT & pupilPlane )

Sense the wavefront aberrations.

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

◆ senseWavefrontCal() [1/2]

template<typename _floatT , typename _detectorT >

bool mx::AO::sim::pyramidSensor< _floatT, _detectorT >::senseWavefrontCal ( wavefrontT & pupilPlane )

Sense the wavefront aberrations in calibration mode.

Allows for faster calibrations.

Parameters

pupilPlane The input wavefront to be sensed

Definition at line 753 of file pyramidSensor.hpp.

◆ senseWavefrontCal() [2/2]

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

bool mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::senseWavefrontCal ( wavefrontT & pupilPlane )

Sense the wavefront aberrations in a calibration mode.

Allows for faster calibrations.

◆ simStep() [1/4]

template<typename _floatT , typename _detectorT >

_floatT mx::AO::sim::pyramidSensor< _floatT, _detectorT >::simStep ( )

Get the simulation step-size, in seconds.

Definition at line 676 of file pyramidSensor.hpp.

◆ simStep() [2/4]

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

floatT mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::simStep ( )

Get the simulation step-size, in seconds.

◆ simStep() [3/4]

template<typename realT , typename detectorT , int cudaGPU>

void mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::simStep ( const realT & st )

Set the simulation step-size, in seconds.

Parameters

st	the new simulation step size

Definition at line 682 of file pyramidSensor.hpp.

◆ simStep() [4/4]

template<typename _floatT , typename _detectorT >

void mx::AO::sim::pyramidSensor< _floatT, _detectorT >::simStep ( floatT st )

Set the simulation step-size, in seconds.

Definition at line 507 of file pyramidSensorSepQuad.hpp.

◆ uploadPupilPlaneCF() [1/2]

template<typename realT , typename detectorT , int cudaGPU>

template<int ccudaGPU>

pyramidSensor< realT, detectorT, cudaGPU >::complexArrayT * mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::uploadPupilPlaneCF	(	complexFieldT &	cf,
		typename std::enable_if< ccudaGPU==0 >::type *	= `0`
	)

protected

Convert a cpu complex field to a pointer to its CPU memory.

This just returns a pointer to the input array

Parameters

[in] cf the CPU complex field

Definition at line 1415 of file pyramidSensor.hpp.

◆ uploadPupilPlaneCF() [2/2]

template<typename realT , typename detectorT , int cudaGPU>

template<int ccudaGPU>

pyramidSensor< realT, detectorT, cudaGPU >::complexArrayT * mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::uploadPupilPlaneCF	(	complexFieldT &	cf,
		typename std::enable_if< ccudaGPU==1 >::type *	= `0`
	)

protected

Convert a cpu complex field to a pointer to its GPU memory.

This uploads the input array to the device and returns a cudaPtr.

Parameters

[in] cf the CPU complex field

Definition at line 1424 of file pyramidSensor.hpp.

◆ wfPS() [1/3]

template<typename _floatT , typename _detectorT >

int mx::AO::sim::pyramidSensor< _floatT, _detectorT >::wfPS ( )

Get the wavefront pixel scale in meters per pixel.

Returns: the wavefront pixel scale in meters/pixel

Definition at line 791 of file pyramidSensor.hpp.

◆ wfPS() [2/3]

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

int mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::wfPS ( )

Get the wavefront pixel scale in meters per pixel.

Returns: the wavefront pixel scale in meters/pixel

◆ wfPS() [3/3]

template<typename _floatT , typename _detectorT >

void mx::AO::sim::pyramidSensor< _floatT, _detectorT >::wfPS ( floatT ps )

Set the wavefront pixel scale in meters per pixel.

Parameters

ps	is the pixel scale

Definition at line 363 of file pyramidSensorSepQuad.hpp.

◆ wfSz() [1/4]

template<typename _floatT , typename _detectorT >

int mx::AO::sim::pyramidSensor< _floatT, _detectorT >::wfSz ( )

Get the wavefront size in pixels.

Returns: the wavefront size in pixels

Definition at line 564 of file pyramidSensor.hpp.

◆ wfSz() [2/4]

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

int mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::wfSz ( )

Get the wavefront size in pixels.

Returns: the wavefront size in pixels

◆ wfSz() [3/4]

template<typename realT , typename detectorT , int cudaGPU>

void mx::AO::sim::pyramidSensor< realT, detectorT, cudaGPU >::wfSz ( const uint32_t & sz )

Set the wavefront size in pixels.

Parameters

sz	the new size

Definition at line 570 of file pyramidSensor.hpp.

◆ wfSz() [4/4]

template<typename _floatT , typename _detectorT >

void mx::AO::sim::pyramidSensor< _floatT, _detectorT >::wfSz ( int sz )

Set the wavefront size in pixels.

Parameters

sz	is the new size

Definition at line 299 of file pyramidSensorSepQuad.hpp.

Member Data Documentation

◆ _D

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

floatT mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::_D

protected

Telescope diameter, in meters.

Definition at line 75 of file pyramidSensorSepQuad.hpp.

◆ _detCols

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

int mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::_detCols

protected

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

Definition at line 60 of file pyramidSensorSepQuad.hpp.

◆ _detRows

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

int mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::_detRows

protected

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

Definition at line 58 of file pyramidSensorSepQuad.hpp.

◆ _iTime

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

int mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::_iTime

protected

Integration time in loop steps.

Definition at line 65 of file pyramidSensorSepQuad.hpp.

◆ _lambda

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

floatT mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::_lambda

protected

Central wavelength, in meters.

Definition at line 63 of file pyramidSensorSepQuad.hpp.

◆ _modRadius

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

floatT mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::_modRadius

protected

Radius of the modulation in pixels.

Definition at line 79 of file pyramidSensorSepQuad.hpp.

◆ _modSteps

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

int mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::_modSteps

protected

Number of steps in the modulation simulation.

Definition at line 77 of file pyramidSensorSepQuad.hpp.

◆ _quadSz

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

int mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::_quadSz

protected

The size of the PyWFS quadrant.

Definition at line 81 of file pyramidSensorSepQuad.hpp.

◆ _roTime

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

int mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::_roTime

protected

Readout time in loop steps.

Definition at line 67 of file pyramidSensorSepQuad.hpp.

◆ _simStep

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

floatT mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::_simStep

protected

The simulation stepsize in seconds.

Definition at line 69 of file pyramidSensorSepQuad.hpp.

◆ _wavelengthWeights

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

std::vector<realT> mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::_wavelengthWeights

protected

The relative weights of the wavelengths.

Definition at line 124 of file pyramidSensor.hpp.

◆ _wfPS

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

floatT mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::_wfPS

protected

Wavefront pixel scale, in meters/pixel.

Definition at line 73 of file pyramidSensorSepQuad.hpp.

◆ _wfSz

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

int mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::_wfSz

protected

Size of the wavefront in pixels.

Definition at line 56 of file pyramidSensorSepQuad.hpp.

◆ detector

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

detectorT mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::detector

The WFS detector.

Definition at line 209 of file pyramidSensor.hpp.

◆ detectorImage [1/2]

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

wfsImageT<realT> mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::detectorImage

The image on the detector, resized from m_wfsImage.

Definition at line 212 of file pyramidSensor.hpp.

◆ detectorImage [2/2]

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

wfsImageT mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::detectorImage

The image on the detector, resized from wfsImage.

Definition at line 109 of file pyramidSensorSepQuad.hpp.

◆ m_angleOffset

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

realT mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::m_angleOffset { 0 }

protected

The angle by which to offset the pupils, in degrees. Default is 0.

If this is 0, then a 4-sided pyramid makes a square as usual. If this is set to 45 degrees, then a 4-sided pyramid makes a diamond.

Definition at line 255 of file pyramidSensor.hpp.

◆ m_D

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

realT mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::m_D { 0 }

protected

Telescope diameter, in meters.

Definition at line 270 of file pyramidSensor.hpp.

◆ m_detCols

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

uint32_t mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::m_detCols { 0 }

protected

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

Definition at line 116 of file pyramidSensor.hpp.

◆ m_detRows

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

uint32_t mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::m_detRows { 0 }

protected

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

Definition at line 113 of file pyramidSensor.hpp.

◆ m_imageSz

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

uint32_t mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::m_imageSz { 0 }

protected

The size of the resulting PyWFS image in wavefront pixels.

If m_imageSzAuto is true, this is determined by number of sides (m_nSides), the pupil size (m_pupilSz), and the pupil separation (m_pupilSep). For a 4 sided pyramid this will be the larger of 2*m_pupilSep*m_pupilSz and 2*m_pupilSz.

If , then this is used regardless of the optimum size.

Definition at line 264 of file pyramidSensor.hpp.

◆ m_imageSzAuto

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

bool mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::m_imageSzAuto { true }

protected

Flag to track if m_imageSz should be set to 0.

Definition at line 266 of file pyramidSensor.hpp.

◆ m_iTime

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

int mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::m_iTime { 1 }

protected

Integration time in loop steps.

Definition at line 126 of file pyramidSensor.hpp.

◆ m_lambda

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

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

protected

Central wavelength, in meters.

Definition at line 119 of file pyramidSensor.hpp.

◆ m_modRadius

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

realT mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::m_modRadius { 3.0 }

protected

Radius of the modulation in pixels.

Definition at line 278 of file pyramidSensor.hpp.

◆ m_modSteps

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

uint32_t mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::m_modSteps { 20 }

protected

Number of modulation steps in one integration. Can be set explicitly, but will be calculated if m_perStep is set.

Definition at line 272 of file pyramidSensor.hpp.

◆ m_nSides

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

uint32_t mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::m_nSides { 4 }

protected

Number of sides in the pyramid.

Definition at line 221 of file pyramidSensor.hpp.

◆ m_perStep

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

realT mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::m_perStep { 1 }

protected

The minimum number of lamba/D per step in the modulation. Smaller will result in more steps.

Definition at line 275 of file pyramidSensor.hpp.

◆ m_pupilSep

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

realT mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::m_pupilSep { 1 }

protected

The separation of the pupil images in fraction of a pupil. 0 <= m_pupilSep, default 1.

This sets the center-to-center separation of the pupils images in the focal plane wavefront. Note that the separation in detector pixels then depends on the scaling between wavefront pixels (m_wfSz) and detector pixels (m_detRows and m_detCols).

This sets the size of the region in the pre-detection image that each pupil image takes up, and therefore the size of the pre-detection image. If the pupil (as defined in the input wavefront) is 60 pixels across and m_pupilSep is set to 1.06667, then there will be a 2 pixel pad around each pupil image, resulting in 4 pixels between each geometric pupil image.

For a standard 4-sided pyramid, the pre-detection image will be 2*m_pupilSep*m_pupilSz across. For other n-sided pyramids, m_pupilSep still specifies the size of the pupil image region, but the total image size will be a function of the resultant pupil positions.

If m_pupilSep is less than 1, this will produce the "flattened pyramid", with overlap between the pupil images. In this case, image size will also be set by pupilSz to ensure that there are enough pixels included to show all pupils.

Definition at line 248 of file pyramidSensor.hpp.

◆ m_pupilSz

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

uint32_t mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::m_pupilSz { 0 }

protected

The size of the pupil in wavefront pixels.

This is the maximum diameter of the pupil in wavefront pixels.

Definition at line 227 of file pyramidSensor.hpp.

◆ m_roTime

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

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

protected

Readout time in loop steps.

Definition at line 128 of file pyramidSensor.hpp.

◆ m_simStep

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

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

protected

The simulation stepsize in seconds.

Definition at line 130 of file pyramidSensor.hpp.

◆ m_th_focalImage

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

std::vector<realArrayT> mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::m_th_focalImage

Thread-local tip image.

Definition at line 431 of file pyramidSensor.hpp.

◆ m_th_focalPlane

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

std::vector<complexArrayT> mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::m_th_focalPlane

Thread-local tip wavefront, used for FFT tilting.

Definition at line 429 of file pyramidSensor.hpp.

◆ m_th_sensorImage

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

std::vector<realArrayT> mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::m_th_sensorImage

Thread-local sensor-pupil-plane intensity image

Definition at line 435 of file pyramidSensor.hpp.

◆ m_th_sensorPlane

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

std::vector<complexArrayT> mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::m_th_sensorPlane

Thread-local sensor-pupil-plane wavefront.

Definition at line 433 of file pyramidSensor.hpp.

◆ m_th_tiltedPlane

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

std::vector<complexArrayT> mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::m_th_tiltedPlane

Thread-local modulated wavefront.

Definition at line 427 of file pyramidSensor.hpp.

◆ m_wavelengths

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

std::vector<realT> mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::m_wavelengths

protected

Vector of wavelengths in the WFS bandpass.

Todo:

when the filter should be set with astrospectrum, and should re-calculate the central wavelength.

need to verify that the wavefront propagation is appropriately chromatic

Definition at line 123 of file pyramidSensor.hpp.

◆ m_wfPS

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

realT mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::m_wfPS { 0 }

protected

Wavefront pixel scale, in meters/pixel.

Definition at line 268 of file pyramidSensor.hpp.

◆ m_wfsImage

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

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

The image formed by the WFS.

Definition at line 452 of file pyramidSensor.hpp.

◆ m_wfSz

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

uint32_t mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::m_wfSz { 0 }

protected

Size of the wavefront in pixels.

Definition at line 111 of file pyramidSensor.hpp.

◆ wfsImage

template<typename _realT , typename _detectorT , int _cudaGPU = 0>

wfsImageT mx::AO::sim::pyramidSensor< _realT, _detectorT, _cudaGPU >::wfsImage

protected

The image formed by the WFS.

Definition at line 254 of file pyramidSensorSepQuad.hpp.

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

ao/sim/pyramidSensor.hpp
ao/sim/pyramidSensorSepQuad.hpp

Public Types

Public Member Functions

Public Attributes

Protected Member Functions

Protected Attributes

Standard WFS Interface

Pyramid Sensor Interface

Member Typedef Documentation

◆ complexArrayT

◆ complexFieldT [1/2]

◆ complexFieldT [2/2]

◆ complexT

◆ detectorT

◆ realArrayT

◆ realT

◆ wavefrontT [1/2]

◆ wavefrontT [2/2]

◆ wfsImageT

Constructor & Destructor Documentation

◆ pyramidSensor() [1/2]

◆ ~pyramidSensor()

◆ pyramidSensor() [2/2]

Member Function Documentation

◆ accumWeightedImage() [1/2]

◆ accumWeightedImage() [2/2]

◆ angleOffset() [1/2]

◆ angleOffset() [2/2]

◆ D() [1/4]

◆ D() [2/4]

◆ D() [3/4]

◆ D() [4/4]

◆ detCols() [1/2]

◆ detCols() [2/2]

◆ detRows() [1/2]

◆ detRows() [2/2]

◆ detSize() [1/2]

◆ detSize() [2/2]

◆ downloadAccumImage() [1/2]

◆ downloadAccumImage() [2/2]

◆ imageSz() [1/2]

◆ imageSz() [2/2]

◆ imageSzAuto() [1/2]

◆ imageSzAuto() [2/2]

◆ iTime() [1/4]

◆ iTime() [2/4]

◆ iTime() [3/4]

◆ iTime() [4/4]

◆ lambda() [1/4]

◆ lambda() [2/4]

◆ lambda() [3/4]

◆ lambda() [4/4]

◆ linkSystem()

◆ modRadius() [1/4]

◆ modRadius() [2/4]

◆ modRadius() [3/4]

◆ modRadius() [4/4]

◆ modSteps() [1/3]

◆ modSteps() [2/3]

◆ modSteps() [3/3]

◆ nSides() [1/2]

◆ nSides() [2/2]

◆ perStep() [1/2]

◆ perStep() [2/2]

◆ pupilSep() [1/2]

◆ pupilSep() [2/2]

◆ pupilSz() [1/2]

◆ pupilSz() [2/2]

◆ quadSz() [1/2]

◆ quadSz() [2/2]

◆ roTime() [1/4]

◆ roTime() [2/4]

◆ roTime() [3/4]

◆ roTime() [4/4]

◆ senseWavefront() [1/2]

◆ senseWavefront() [2/2]

◆ senseWavefrontCal() [1/2]

◆ senseWavefrontCal() [2/2]

◆ simStep() [1/4]

◆ simStep() [2/4]

◆ simStep() [3/4]