camcom::sim::SimAdapter::Impl Struct Reference

Public Member Functions
void	initParameters ()
void	updateTelemetry ()
void	parseSimType (const std::string &type_str)
template<typename T>
T	getParam (const std::string &name, T default_value)
void	applyExposureSettings ()
bool	loadFitsFile ()
void	generatePattern ()
void	acquisitionLoop ()

Public Attributes
bool	connected = false
bool	acquiring = false
std::atomic< bool >	regenerate_needed {false}
std::thread	acquisition_thread
std::mutex	mutex
std::condition_variable	cv
bool	stop_requested = false
common::AcqMode	state_mode {common::AcqMode::Inactive}
std::optional< int64_t >	target_frame_count
std::atomic< int64_t >	frames_received {0}
std::chrono::steady_clock::time_point	acq_start_time
std::atomic< double >	current_fps {0.0}
std::map< std::string, common::Parameter >	parameters
uint32_t	base_width = 1632
uint32_t	base_height = 1248
uint32_t	frame_count = 0
std::string	sim_file = ""
std::vector< uint16_t >	file_data
int	file_naxis = 0
int	file_dims [3] = {0, 0, 1}
bool	file_loaded = false
common::PatternType	sim_type = common::PatternType::Gaussian
std::string	sim_type_str = "Gaussian"
int16_t	nb_of_planes = 10
int16_t	pattern_width = 512
int16_t	pattern_height = 512
int16_t	max_shift = 50
int16_t	max_shift_pr_frame = 5
int16_t	noise_level = 10
double	amplitude = 10000.0
double	sigma = 5.0
int16_t	nb_stars = 1
double	flat_intensity = 1000.0
int16_t	grid_spacing = 50
double	spot_size = 3.0
common::GradientDirection	gradient_dir = common::GradientDirection::Horizontal
double	gradient_start = 0.0
double	gradient_end = 10000.0
double	ring_inner_radius = 5.0
double	ring_outer_radius = 10.0
int16_t	checker_size = 20
common::NoiseDistribution	noise_dist = common::NoiseDistribution::Gaussian
double	noise_mean = 1000.0
double	noise_std = 100.0
double	grating_dispersion = 0.5
double	grating_wavelength_min = 400.0
double	grating_wavelength_max = 700.0
int16_t	grating_order = 1
double	expo_time = 1.0
double	frame_rate = 30.0
double	frame_period = 0.033
double	gain = 1.0
int32_t	win_offset_x = 0
int32_t	win_offset_y = 0
int32_t	win_width = 512
int32_t	win_height = 512
int32_t	bin_x = 1
int32_t	bin_y = 1
common::DataType	output_data_type = common::DataType::BYTE
size_t	bytes_per_pixel = 1
std::vector< uint8_t >	processed_buffer
uint32_t	processed_frame_size = 0
size_t	processed_frame_bytes = 0
int32_t	processed_width = 0
int32_t	processed_height = 0
int32_t	processed_nplanes = 1
common::FrameGenerator	frame_gen
std::mt19937	rng {42}
double	telemetry_time {0}
double	humidity_value {20.0}
int	error_count_value {0}
double	next_error_time {200.0}
std::mutex	frame_mutex
std::condition_variable	frame_cv
bool	frame_ready = false
uint32_t	last_frame_id = 0

Member Function Documentation

acquisitionLoop()

void camcom::sim::SimAdapter::Impl::acquisitionLoop ( )

inline

applyExposureSettings()

void camcom::sim::SimAdapter::Impl::applyExposureSettings ( )

inline

generatePattern()

void camcom::sim::SimAdapter::Impl::generatePattern ( )

inline

getParam()

template<typename T>

T camcom::sim::SimAdapter::Impl::getParam ( const std::string & name, T default_value )

inline

initParameters()

void camcom::sim::SimAdapter::Impl::initParameters ( )

inline

loadFitsFile()

bool camcom::sim::SimAdapter::Impl::loadFitsFile ( )

inline

parseSimType()

void camcom::sim::SimAdapter::Impl::parseSimType ( const std::string & type_str )

inline

updateTelemetry()

void camcom::sim::SimAdapter::Impl::updateTelemetry ( )

inline

Member Data Documentation

acq_start_time

std::chrono::steady_clock::time_point camcom::sim::SimAdapter::Impl::acq_start_time

acquiring

bool camcom::sim::SimAdapter::Impl::acquiring = false

acquisition_thread

std::thread camcom::sim::SimAdapter::Impl::acquisition_thread

amplitude

double camcom::sim::SimAdapter::Impl::amplitude = 10000.0

base_height

uint32_t camcom::sim::SimAdapter::Impl::base_height = 1248

base_width

uint32_t camcom::sim::SimAdapter::Impl::base_width = 1632

bin_x

int32_t camcom::sim::SimAdapter::Impl::bin_x = 1

bin_y

int32_t camcom::sim::SimAdapter::Impl::bin_y = 1

bytes_per_pixel

size_t camcom::sim::SimAdapter::Impl::bytes_per_pixel = 1

checker_size

int16_t camcom::sim::SimAdapter::Impl::checker_size = 20

connected

bool camcom::sim::SimAdapter::Impl::connected = false

current_fps

std::atomic<double> camcom::sim::SimAdapter::Impl::current_fps {0.0}

cv

std::condition_variable camcom::sim::SimAdapter::Impl::cv

error_count_value

int camcom::sim::SimAdapter::Impl::error_count_value {0}

expo_time

double camcom::sim::SimAdapter::Impl::expo_time = 1.0

file_data

std::vector<uint16_t> camcom::sim::SimAdapter::Impl::file_data

file_dims

int camcom::sim::SimAdapter::Impl::file_dims[3] = {0, 0, 1}

file_loaded

bool camcom::sim::SimAdapter::Impl::file_loaded = false

file_naxis

int camcom::sim::SimAdapter::Impl::file_naxis = 0

flat_intensity

double camcom::sim::SimAdapter::Impl::flat_intensity = 1000.0

frame_count

uint32_t camcom::sim::SimAdapter::Impl::frame_count = 0

frame_cv

std::condition_variable camcom::sim::SimAdapter::Impl::frame_cv

frame_gen

common::FrameGenerator camcom::sim::SimAdapter::Impl::frame_gen

frame_mutex

std::mutex camcom::sim::SimAdapter::Impl::frame_mutex

frame_period

double camcom::sim::SimAdapter::Impl::frame_period = 0.033

frame_rate

double camcom::sim::SimAdapter::Impl::frame_rate = 30.0

frame_ready

bool camcom::sim::SimAdapter::Impl::frame_ready = false

frames_received

std::atomic<int64_t> camcom::sim::SimAdapter::Impl::frames_received {0}

gain

double camcom::sim::SimAdapter::Impl::gain = 1.0

gradient_dir

common::GradientDirection camcom::sim::SimAdapter::Impl::gradient_dir = common::GradientDirection::Horizontal

gradient_end

double camcom::sim::SimAdapter::Impl::gradient_end = 10000.0

gradient_start

double camcom::sim::SimAdapter::Impl::gradient_start = 0.0

grating_dispersion

double camcom::sim::SimAdapter::Impl::grating_dispersion = 0.5

grating_order

int16_t camcom::sim::SimAdapter::Impl::grating_order = 1

grating_wavelength_max

double camcom::sim::SimAdapter::Impl::grating_wavelength_max = 700.0

grating_wavelength_min

double camcom::sim::SimAdapter::Impl::grating_wavelength_min = 400.0

grid_spacing

int16_t camcom::sim::SimAdapter::Impl::grid_spacing = 50

humidity_value

double camcom::sim::SimAdapter::Impl::humidity_value {20.0}

last_frame_id

uint32_t camcom::sim::SimAdapter::Impl::last_frame_id = 0

max_shift

int16_t camcom::sim::SimAdapter::Impl::max_shift = 50

max_shift_pr_frame

int16_t camcom::sim::SimAdapter::Impl::max_shift_pr_frame = 5

mutex

std::mutex camcom::sim::SimAdapter::Impl::mutex

nb_of_planes

int16_t camcom::sim::SimAdapter::Impl::nb_of_planes = 10

nb_stars

int16_t camcom::sim::SimAdapter::Impl::nb_stars = 1

next_error_time

double camcom::sim::SimAdapter::Impl::next_error_time {200.0}

noise_dist

common::NoiseDistribution camcom::sim::SimAdapter::Impl::noise_dist = common::NoiseDistribution::Gaussian

noise_level

int16_t camcom::sim::SimAdapter::Impl::noise_level = 10

noise_mean

double camcom::sim::SimAdapter::Impl::noise_mean = 1000.0

noise_std

double camcom::sim::SimAdapter::Impl::noise_std = 100.0

output_data_type

common::DataType camcom::sim::SimAdapter::Impl::output_data_type = common::DataType::BYTE

parameters

std::map<std::string, common::Parameter> camcom::sim::SimAdapter::Impl::parameters

pattern_height

int16_t camcom::sim::SimAdapter::Impl::pattern_height = 512

pattern_width

int16_t camcom::sim::SimAdapter::Impl::pattern_width = 512

processed_buffer

std::vector<uint8_t> camcom::sim::SimAdapter::Impl::processed_buffer

processed_frame_bytes

size_t camcom::sim::SimAdapter::Impl::processed_frame_bytes = 0

processed_frame_size

uint32_t camcom::sim::SimAdapter::Impl::processed_frame_size = 0

processed_height

int32_t camcom::sim::SimAdapter::Impl::processed_height = 0

processed_nplanes

int32_t camcom::sim::SimAdapter::Impl::processed_nplanes = 1

processed_width

int32_t camcom::sim::SimAdapter::Impl::processed_width = 0

regenerate_needed

std::atomic<bool> camcom::sim::SimAdapter::Impl::regenerate_needed {false}

ring_inner_radius

double camcom::sim::SimAdapter::Impl::ring_inner_radius = 5.0

ring_outer_radius

double camcom::sim::SimAdapter::Impl::ring_outer_radius = 10.0

rng

std::mt19937 camcom::sim::SimAdapter::Impl::rng {42}

sigma

double camcom::sim::SimAdapter::Impl::sigma = 5.0

sim_file

std::string camcom::sim::SimAdapter::Impl::sim_file = ""

sim_type

common::PatternType camcom::sim::SimAdapter::Impl::sim_type = common::PatternType::Gaussian

sim_type_str

std::string camcom::sim::SimAdapter::Impl::sim_type_str = "Gaussian"

spot_size

double camcom::sim::SimAdapter::Impl::spot_size = 3.0

state_mode

common::AcqMode camcom::sim::SimAdapter::Impl::state_mode {common::AcqMode::Inactive}

stop_requested

bool camcom::sim::SimAdapter::Impl::stop_requested = false

target_frame_count

std::optional<int64_t> camcom::sim::SimAdapter::Impl::target_frame_count

telemetry_time

double camcom::sim::SimAdapter::Impl::telemetry_time {0}

win_height

int32_t camcom::sim::SimAdapter::Impl::win_height = 512

win_offset_x

int32_t camcom::sim::SimAdapter::Impl::win_offset_x = 0

win_offset_y

int32_t camcom::sim::SimAdapter::Impl::win_offset_y = 0

win_width

int32_t camcom::sim::SimAdapter::Impl::win_width = 512

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

• simadapter/src/SimAdapter.cpp