CCF Com. Int. implementing communication based on the Aravis open-source glib/gobject-based library for Genicam cameras. More...

#include <comAdptAravis.hpp>

Inheritance diagram for ccf::protocols::aravis::ComAdptAravis:

Public Attributes
Various constants.
const double	CONNECT_TIMEOUT = 10.0

const double	FRAME_REC_THR_SLEEP_TIME = 0.0005

const uint16_t	MAX_NB_OF_RECEP_BUFFERS = 100

const uint16_t	NB_OF_INPUT_BUFFERS = 5

const int32_t	DEFAULT_PACKET_SIZE = 1500

const uint32_t	STREAM_BYTES_PER_SECOND_MIN = 1000000

const uint32_t	STREAM_BYTES_PER_SECOND_MAX = 248000000

GigE Vision parameter names.
const std::string	GIGE_PAR_ACQUISITION_ABORT = "AcquisitionAbort"

const std::string	GIGE_PAR_ACQUISITION_MODE = "AcquisitionMode"

const std::string	GIGE_PAR_ACQUISITION_START = "AcquisitionStart"

const std::string	GIGE_PAR_ACQUISITION_STOP = "AcquisitionStop"

const std::string	GIGE_PAR_DEVICE_VENDOR_NAME = "DeviceVendorName"

const std::string	GIGE_PAR_PACKET_SIZE = "PacketSize"

const std::string	GIGE_PAR_PAYLOAD_SIZE = "PayloadSize"

const std::string	GIGE_PAR_PIXELFORMAT = "PixelFormat"

const std::string	GIGE_PAR_SENSOR_BITS = "SensorBits"

const std::string	GIGE_PAR_SENSOR_HEIGHT = "SensorHeight"

const std::string	GIGE_PAR_SENSOR_TYPE = "SensorType"

const std::string	GIGE_PAR_SENSOR_WIDTH = "SensorWidth"

const std::string	GIGE_PAR_STREAM_BYTES_PER_SECOND = "StreamBytesPerSecond"

const std::string	GIGE_PAR_TIMESTAMP_TICK_FREQ = "TimestampTickFreq"

const std::string	GIGE_PAR_FRAME_TRIGGER_MODE = "FrameStartTriggerMode"

const std::string	GIGE_PAR_TRIGGER_MODE = "TriggerMode"

const std::string	GIGE_PAR_TRIGGER_SOURCE = "TriggerSource"

const std::map< int, std::string >	ARV_BUFFER_STATUS_STRING

ccf::common::ExpoMode	p_expo_mode

bool	p_exec_fr_acq_thr

bool	p_term_fr_acq_thr

int32_t	p_cur_buffer_index

ArvDevice *	p_device

ArvFrame	p_frame_buffers [100]

bool	p_frame_buffers_in_use [100]

uint32_t	p_frame_count

bool	p_ignore_frame_skipping

double	p_last_missing_data_log

int32_t	p_payload_size

std::map< ArvBufferStatus, std::string >	p_status_map

ArvStream *	p_stream

int32_t	p_acq_thr_buf_index

bool	p_waiting_for_frame

double	p_timestamp_frequency

std::thread *	p_fr_acq_thr

struct sched_param	p_fr_acq_thr_sched_par

std::string	m_vendor

int32_t	m_bytes_per_pixel

int32_t	m_sensor_height

int32_t	m_sensor_width

double	m_cur_expo_time

double	m_cur_expo_frame_rate

int32_t	m_cur_expo_bin_x

int32_t	m_cur_expo_bin_y

int32_t	m_cur_expo_win_start_x

int32_t	m_cur_expo_win_start_y

int32_t	m_cur_expo_win_width

int32_t	m_cur_expo_win_height

	ComAdptAravis ()

virtual	~ComAdptAravis ()

virtual void	InitialiseUser ()

virtual void	CheckConnectionUser (bool &connected)

virtual void	CheckStatusUser (ccf::common::HwStatus &status, std::string &message)

virtual void	ConnectUser ()

virtual void	DisconnectUser ()

virtual bool	IsConnectedUser () const

virtual void	ReadUser (const std::string &name, ctd::param::Parameter &par)

virtual void	ReceiveUser (ccf::common::DataFrame &frame, bool &frame_received, const double timeout, bool &timed_out)

virtual void	ScanUser (std::vector< ctd::param::Parameter > &pars)

virtual void	StartUser ()

virtual void	StopUser ()

virtual void	WriteUser (const ctd::param::Parameter &par)

virtual double	GetTheoreticFrameRateUser ()

virtual void	_AdjustStreamBytesPerSecHook ()

virtual int8_t	_ReadBasicParsHook ()

virtual int8_t	_WriteParHook (ctd::param::Parameter &par, bool &ignore_unknown)

bool	GetAcqThrExecFlag ()

void	_Reset ()

void	_ClearCamHandle ()

Additional Inherited Members
Public Member Functions inherited from ccf::common::ComAdptBase
	ComAdptBase ()

virtual	~ComAdptBase ()

ccf::common::ConfigBase &	Cfg ()
	Return reference to general configuration object (singleton). More...

const std::string &	GetCameraAddress () const
	Return the address of the camera from the configuration. More...

const std::string &	GetId () const
	Get the ID of the associated camera. More...

void	SetHostAdddress (const std::string &host_address)
	Set the address of the host (network interface) used for communicating with the camera. More...

const std::string &	GetHostAddress ()
	Return the address of the host (network interface) used for communicating with the camera. More...

void	SetIsSimAdapter (const bool is_sim)
	Set the Simulation Adapter Flag. More...

bool	GetIsSimAdapter () const
	Return the Simulation Adapter Flag. More...

void	SetProtocol (const std::string &protocol)
	Set the communication protocol used. More...

const std::string &	GetProtocol () const
	Return the communication protocol used. More...

template<class TYPE >
TYPE	GetCameraProperty (const std::string &property)

bool	HasCameraProperty (const std::string &property, std::string &value)

double	GetTheoreticFrameRate ()
	Render the theoritic, possible achievable frame rate (frame/s). More...

void	LoadCameraNameMapping (const std::string &name_mapping_file)

void	Initialise (const bool re_init=false)

void	SetCameraAddress (const std::string &address)
	Set the internal address, e.g. URI, used for communicating with the camera. More...

void	CheckConnection (bool &connected)
	Check if the connection to the camera is OK. More...

void	CheckStatus (ccf::common::HwStatus &status, std::string &message)
	Check the status of the camera (health status). More...

bool	IsConnected () const
	Returns true if the connection to the camera is established and valid. More...

void	Connect ()

void	Disconnect ()
	Disconnect from the camera. More...

void	WriteAdapterProps ()

virtual void	WriteAdapterPropsUser ()

void	SetIsConnected (const bool connected)

bool	GetAllowLostFrames () const
	Return flag (cfg par) indicating if lost frames shall be ignored silently. More...

uint64_t	IncLostFramesCount ()
	Increment the counter of lost frames. The new value is returned. More...

uint64_t	GetLostFramesCount () const
	Return the number of lost frames currently registered. More...

void	ResetLostFramesCount ()
	Reset the lost frames counter. More...

void	Read (const std::string &name, ctd::param::Parameter &par)

void	Read (const std::vector< std::string > &names, std::vector< ctd::param::Parameter > &pars)

std::string	Read (const std::string &name)

template<class TYPE >
TYPE	Read (const std::string &name)
	Template method to read a parameter, taking care of the conversion to the desired user representation. More...

void	Write (const ctd::param::Parameter &par)

void	Write (const std::vector< ctd::param::Parameter > &pars)

template<class TYPE >
void	Write (const std::string &name, const TYPE &value)
	Template method to write a parameter, taking care of converting the user data into the internal type. More...

void	Receive (ccf::common::DataFrame &frame, bool &frame_received, const double timeout, bool &timed_out)

void	Scan (std::vector< ctd::param::Parameter > &pars)
	Scan the address of the associated camera and store the parameters in the vector. More...

void	Start ()
	Start the image acquisition in the camera. More...

void	Stop ()
	Stop the image acquisition in the camera. More...

void	HandleSetup ()

void	HandleParPreWrite (ctd::param::Parameter &par)

void	HandleParPostWrite (ctd::param::Parameter &par)
	Invoked after writing to the camera in case additional processing and downloading of parameters is needed. More...

void	HandleParPostRead (ctd::param::Parameter &par)
	Invoked before reading a parameter from the camera, in case speciel handling is needed. More...

void	MapParForDevice (ctd::param::Parameter &par) const

void	MapParFromDevice (ctd::param::Parameter &par) const

bool	HasNameMapping (const std::string &name) const
	Return true if a mapping is defined in the Camera Name Mapping for the given name. More...

virtual void	SetCameraAddressUser (const std::string &address)

virtual bool	HasCameraPropertyUser (const std::string &property, std::string &value)

virtual void	ReadUser (const std::vector< std::string > &names, std::vector< ctd::param::Parameter > &pars)

virtual void	WriteUser (const std::vector< ctd::param::Parameter > &pars)

virtual void	HandleSetupUser ()

virtual void	HandleParPreWriteUser (ctd::param::Parameter &par)

virtual void	HandleParPostWriteUser (ctd::param::Parameter &par)

virtual void	HandleParPostReadUser (ctd::param::Parameter &par)

Public Member Functions inherited from ccf::common::Base
	Base ()

	~Base ()

const std::string &	GetClassName () const
	Return the allocated name of the class. More...

Static Public Member Functions inherited from ccf::common::Base
static ccf::mptk::Manager &	Mptk ()
	Return reference to internal MPTK instance (singleton). More...

static void	SetLogLevel (const ccf::common::LogLevel log_level)
	Set the log level. More...

static ccf::common::LogLevel	GetLogLevel ()
	Return the current CCF log level. More...

Protected Member Functions inherited from ccf::common::Base
void	SetClassName (const std::string &class_name)
	Set the name of the class in question. More...

Protected Attributes inherited from ccf::common::ComAdptBase
bool	m_is_connected

Detailed Description

CCF Com. Int. implementing communication based on the Aravis open-source glib/gobject-based library for Genicam cameras.

Implements ccf::common::ComAdptBase.

Constructor & Destructor Documentation

◆ ComAdptAravis()

ccf::protocols::aravis::ComAdptAravis::ComAdptAravis ( )

◆ ~ComAdptAravis()

ccf::protocols::aravis::ComAdptAravis::~ComAdptAravis ( )

virtual

Member Function Documentation

◆ _AdjustStreamBytesPerSecHook()

void ccf::protocols::aravis::ComAdptAravis::_AdjustStreamBytesPerSecHook ( )

virtual

◆ _ClearCamHandle()

void ccf::protocols::aravis::ComAdptAravis::_ClearCamHandle ( )

protected

◆ _ReadBasicParsHook()

int8_t ccf::protocols::aravis::ComAdptAravis::_ReadBasicParsHook ( )

virtual

◆ _Reset()

void ccf::protocols::aravis::ComAdptAravis::_Reset ( )

protected

◆ _WriteParHook()

int8_t ccf::protocols::aravis::ComAdptAravis::_WriteParHook	(	ctd::param::Parameter &	par,
		bool &	ignore_unknown
	)

virtual

◆ CheckConnectionUser()

void ccf::protocols::aravis::ComAdptAravis::CheckConnectionUser ( bool & connected )

virtual

Specific implementation of the connection check algorithm. See also "CheckConnection()".

Reimplemented from ccf::common::ComAdptBase.

◆ CheckStatusUser()

void ccf::protocols::aravis::ComAdptAravis::CheckStatusUser	(	ccf::common::HwStatus &	status,
		std::string &	message
	)

virtual

Specific implementation of the status check algorithm. See also "CheckStatus()".

Reimplemented from ccf::common::ComAdptBase.

◆ ConnectUser()

void ccf::protocols::aravis::ComAdptAravis::ConnectUser ( )

virtual

Specific implementation of the connection algorithm to connect to the camera. See also "Connect()".

Reimplemented from ccf::common::ComAdptBase.

◆ DisconnectUser()

void ccf::protocols::aravis::ComAdptAravis::DisconnectUser ( )

virtual

Specific implementation of the algorithm to disconnect from the camera. See also "Disconnect()".

Reimplemented from ccf::common::ComAdptBase.

◆ GetAcqThrExecFlag()

bool ccf::protocols::aravis::ComAdptAravis::GetAcqThrExecFlag ( )

◆ GetTheoreticFrameRateUser()

double ccf::protocols::aravis::ComAdptAravis::GetTheoreticFrameRateUser ( )

virtual

Specific implementation of the algorithm to estimate the theoretic frame rate. Need normally not to be provided for specific Communication Adapters. See also "GetTheoreticFrameRate()".

Reimplemented from ccf::common::ComAdptBase.

◆ InitialiseUser()

void ccf::protocols::aravis::ComAdptAravis::InitialiseUser ( )

virtual

Specific implementation of the adapter/camera initialisation. See also "Initialise()".

Reimplemented from ccf::common::ComAdptBase.

◆ IsConnectedUser()

bool ccf::protocols::aravis::ComAdptAravis::IsConnectedUser ( ) const

virtual

Specific implementation of the algorithm to determine if a connection to the camera is established. See also "IsConnected()".

Reimplemented from ccf::common::ComAdptBase.

◆ ReadUser()

void ccf::protocols::aravis::ComAdptAravis::ReadUser	(	const std::string &	name,
		ctd::param::Parameter &	par
	)

virtual

Specific implementation of the reading of single parameter from the camera. See also "Read(single)".

Reimplemented from ccf::common::ComAdptBase.

◆ ReceiveUser()

void ccf::protocols::aravis::ComAdptAravis::ReceiveUser	(	ccf::common::DataFrame &	frame,
		bool &	frame_received,
		const double	timeout,
		bool &	timed_out
	)

virtual

Specific implementation of the frame reception. See also "Receive()".

Reimplemented from ccf::common::ComAdptBase.

◆ ScanUser()

void ccf::protocols::aravis::ComAdptAravis::ScanUser ( std::vector< ctd::param::Parameter > & pars )

virtual

Specific implementation of the scanning of the defined parameters in the camera namespace. See also "Scan()".

Reimplemented from ccf::common::ComAdptBase.

◆ StartUser()

void ccf::protocols::aravis::ComAdptAravis::StartUser ( )

virtual

Specific implementation of the algorithm to start the image acquisition in the camera. See also "Start()".

Reimplemented from ccf::common::ComAdptBase.

◆ StopUser()

void ccf::protocols::aravis::ComAdptAravis::StopUser ( )

virtual

Specific implementation of the algorithm to stop the image acquisition in the camera. See also "Stop()".

Reimplemented from ccf::common::ComAdptBase.

◆ WriteUser()

void ccf::protocols::aravis::ComAdptAravis::WriteUser ( const ctd::param::Parameter & par )

virtual

Specific implementation of the algorithm to write single parameters to the camera. See also "Write(single)".

Reimplemented from ccf::common::ComAdptBase.

Member Data Documentation

◆ ARV_BUFFER_STATUS_STRING

const std::map<int, std::string> ccf::protocols::aravis::ComAdptAravis::ARV_BUFFER_STATUS_STRING

Initial value:

=
        {
          {ARV_BUFFER_STATUS_UNKNOWN,         "Unknown error"},
          {ARV_BUFFER_STATUS_SUCCESS,         "Success"},
          {ARV_BUFFER_STATUS_CLEARED,         "Buffer cleared"},
          {ARV_BUFFER_STATUS_TIMEOUT,         "Timeout"},
          {ARV_BUFFER_STATUS_MISSING_PACKETS, "Missing packets"},
          {ARV_BUFFER_STATUS_WRONG_PACKET_ID, "Wrong packet ID"},
          {ARV_BUFFER_STATUS_SIZE_MISMATCH,   "Size mismatch"},
          {ARV_BUFFER_STATUS_FILLING,         "Buffer filling"},
          {ARV_BUFFER_STATUS_ABORTED,         "Aborted"}
        }

◆ CONNECT_TIMEOUT

const double ccf::protocols::aravis::ComAdptAravis::CONNECT_TIMEOUT = 10.0

◆ DEFAULT_PACKET_SIZE

const int32_t ccf::protocols::aravis::ComAdptAravis::DEFAULT_PACKET_SIZE = 1500

◆ FRAME_REC_THR_SLEEP_TIME

const double ccf::protocols::aravis::ComAdptAravis::FRAME_REC_THR_SLEEP_TIME = 0.0005

◆ GIGE_PAR_ACQUISITION_ABORT

const std::string ccf::protocols::aravis::ComAdptAravis::GIGE_PAR_ACQUISITION_ABORT = "AcquisitionAbort"

◆ GIGE_PAR_ACQUISITION_MODE

const std::string ccf::protocols::aravis::ComAdptAravis::GIGE_PAR_ACQUISITION_MODE = "AcquisitionMode"

◆ GIGE_PAR_ACQUISITION_START

const std::string ccf::protocols::aravis::ComAdptAravis::GIGE_PAR_ACQUISITION_START = "AcquisitionStart"

◆ GIGE_PAR_ACQUISITION_STOP

const std::string ccf::protocols::aravis::ComAdptAravis::GIGE_PAR_ACQUISITION_STOP = "AcquisitionStop"

◆ GIGE_PAR_DEVICE_VENDOR_NAME

const std::string ccf::protocols::aravis::ComAdptAravis::GIGE_PAR_DEVICE_VENDOR_NAME = "DeviceVendorName"

◆ GIGE_PAR_FRAME_TRIGGER_MODE

const std::string ccf::protocols::aravis::ComAdptAravis::GIGE_PAR_FRAME_TRIGGER_MODE = "FrameStartTriggerMode"

◆ GIGE_PAR_PACKET_SIZE

const std::string ccf::protocols::aravis::ComAdptAravis::GIGE_PAR_PACKET_SIZE = "PacketSize"

◆ GIGE_PAR_PAYLOAD_SIZE

const std::string ccf::protocols::aravis::ComAdptAravis::GIGE_PAR_PAYLOAD_SIZE = "PayloadSize"

◆ GIGE_PAR_PIXELFORMAT

const std::string ccf::protocols::aravis::ComAdptAravis::GIGE_PAR_PIXELFORMAT = "PixelFormat"

◆ GIGE_PAR_SENSOR_BITS

const std::string ccf::protocols::aravis::ComAdptAravis::GIGE_PAR_SENSOR_BITS = "SensorBits"

◆ GIGE_PAR_SENSOR_HEIGHT

const std::string ccf::protocols::aravis::ComAdptAravis::GIGE_PAR_SENSOR_HEIGHT = "SensorHeight"

◆ GIGE_PAR_SENSOR_TYPE

const std::string ccf::protocols::aravis::ComAdptAravis::GIGE_PAR_SENSOR_TYPE = "SensorType"

◆ GIGE_PAR_SENSOR_WIDTH

const std::string ccf::protocols::aravis::ComAdptAravis::GIGE_PAR_SENSOR_WIDTH = "SensorWidth"

◆ GIGE_PAR_STREAM_BYTES_PER_SECOND

const std::string ccf::protocols::aravis::ComAdptAravis::GIGE_PAR_STREAM_BYTES_PER_SECOND = "StreamBytesPerSecond"

◆ GIGE_PAR_TIMESTAMP_TICK_FREQ

const std::string ccf::protocols::aravis::ComAdptAravis::GIGE_PAR_TIMESTAMP_TICK_FREQ = "TimestampTickFreq"

◆ GIGE_PAR_TRIGGER_MODE

const std::string ccf::protocols::aravis::ComAdptAravis::GIGE_PAR_TRIGGER_MODE = "TriggerMode"

◆ GIGE_PAR_TRIGGER_SOURCE

const std::string ccf::protocols::aravis::ComAdptAravis::GIGE_PAR_TRIGGER_SOURCE = "TriggerSource"

◆ m_bytes_per_pixel

int32_t ccf::protocols::aravis::ComAdptAravis::m_bytes_per_pixel

protected

◆ m_cur_expo_bin_x

int32_t ccf::protocols::aravis::ComAdptAravis::m_cur_expo_bin_x

protected

◆ m_cur_expo_bin_y

int32_t ccf::protocols::aravis::ComAdptAravis::m_cur_expo_bin_y

protected

◆ m_cur_expo_frame_rate

double ccf::protocols::aravis::ComAdptAravis::m_cur_expo_frame_rate

protected

◆ m_cur_expo_time

double ccf::protocols::aravis::ComAdptAravis::m_cur_expo_time

protected

◆ m_cur_expo_win_height

int32_t ccf::protocols::aravis::ComAdptAravis::m_cur_expo_win_height

protected

◆ m_cur_expo_win_start_x

int32_t ccf::protocols::aravis::ComAdptAravis::m_cur_expo_win_start_x

protected

◆ m_cur_expo_win_start_y

int32_t ccf::protocols::aravis::ComAdptAravis::m_cur_expo_win_start_y

protected

◆ m_cur_expo_win_width

int32_t ccf::protocols::aravis::ComAdptAravis::m_cur_expo_win_width

protected

◆ m_sensor_height

int32_t ccf::protocols::aravis::ComAdptAravis::m_sensor_height

protected

◆ m_sensor_width

int32_t ccf::protocols::aravis::ComAdptAravis::m_sensor_width

protected

◆ m_vendor

std::string ccf::protocols::aravis::ComAdptAravis::m_vendor

protected

◆ MAX_NB_OF_RECEP_BUFFERS

const uint16_t ccf::protocols::aravis::ComAdptAravis::MAX_NB_OF_RECEP_BUFFERS = 100

◆ NB_OF_INPUT_BUFFERS

const uint16_t ccf::protocols::aravis::ComAdptAravis::NB_OF_INPUT_BUFFERS = 5

◆ p_acq_thr_buf_index

int32_t ccf::protocols::aravis::ComAdptAravis::p_acq_thr_buf_index

◆ p_cur_buffer_index

int32_t ccf::protocols::aravis::ComAdptAravis::p_cur_buffer_index

◆ p_device

ArvDevice* ccf::protocols::aravis::ComAdptAravis::p_device

◆ p_exec_fr_acq_thr

bool ccf::protocols::aravis::ComAdptAravis::p_exec_fr_acq_thr

◆ p_expo_mode

ccf::common::ExpoMode ccf::protocols::aravis::ComAdptAravis::p_expo_mode

◆ p_fr_acq_thr

std::thread* ccf::protocols::aravis::ComAdptAravis::p_fr_acq_thr

◆ p_fr_acq_thr_sched_par

struct sched_param ccf::protocols::aravis::ComAdptAravis::p_fr_acq_thr_sched_par

◆ p_frame_buffers

ArvFrame ccf::protocols::aravis::ComAdptAravis::p_frame_buffers[100]

◆ p_frame_buffers_in_use

bool ccf::protocols::aravis::ComAdptAravis::p_frame_buffers_in_use[100]

◆ p_frame_count

uint32_t ccf::protocols::aravis::ComAdptAravis::p_frame_count

◆ p_ignore_frame_skipping

bool ccf::protocols::aravis::ComAdptAravis::p_ignore_frame_skipping

◆ p_last_missing_data_log

double ccf::protocols::aravis::ComAdptAravis::p_last_missing_data_log

◆ p_payload_size

int32_t ccf::protocols::aravis::ComAdptAravis::p_payload_size

◆ p_status_map

std::map<ArvBufferStatus, std::string> ccf::protocols::aravis::ComAdptAravis::p_status_map

◆ p_stream

ArvStream* ccf::protocols::aravis::ComAdptAravis::p_stream

◆ p_term_fr_acq_thr

bool ccf::protocols::aravis::ComAdptAravis::p_term_fr_acq_thr

◆ p_timestamp_frequency

double ccf::protocols::aravis::ComAdptAravis::p_timestamp_frequency

◆ p_waiting_for_frame

bool ccf::protocols::aravis::ComAdptAravis::p_waiting_for_frame

◆ STREAM_BYTES_PER_SECOND_MAX

const uint32_t ccf::protocols::aravis::ComAdptAravis::STREAM_BYTES_PER_SECOND_MAX = 248000000

◆ STREAM_BYTES_PER_SECOND_MIN

const uint32_t ccf::protocols::aravis::ComAdptAravis::STREAM_BYTES_PER_SECOND_MIN = 1000000

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

protocols/aravis/lib/src/include/ccf/protocols/aravis/comAdptAravis.hpp
protocols/aravis/lib/src/comAdptAravis.cpp
protocols/aravis/lib/src/hooks.cpp

Public Attributes

GigE Vision parameter names.

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ ComAdptAravis()

◆ ~ComAdptAravis()

Member Function Documentation

◆ _AdjustStreamBytesPerSecHook()

◆ _ClearCamHandle()

◆ _ReadBasicParsHook()

◆ _Reset()

◆ _WriteParHook()

◆ CheckConnectionUser()

◆ CheckStatusUser()

◆ ConnectUser()

◆ DisconnectUser()

◆ GetAcqThrExecFlag()

◆ GetTheoreticFrameRateUser()

◆ InitialiseUser()

◆ IsConnectedUser()

◆ ReadUser()

◆ ReceiveUser()

◆ ScanUser()

◆ StartUser()

◆ StopUser()

◆ WriteUser()

Member Data Documentation

◆ ARV_BUFFER_STATUS_STRING

◆ CONNECT_TIMEOUT

◆ DEFAULT_PACKET_SIZE

◆ FRAME_REC_THR_SLEEP_TIME

◆ GIGE_PAR_ACQUISITION_ABORT

◆ GIGE_PAR_ACQUISITION_MODE

◆ GIGE_PAR_ACQUISITION_START

◆ GIGE_PAR_ACQUISITION_STOP

◆ GIGE_PAR_DEVICE_VENDOR_NAME

◆ GIGE_PAR_FRAME_TRIGGER_MODE

◆ GIGE_PAR_PACKET_SIZE

◆ GIGE_PAR_PAYLOAD_SIZE

◆ GIGE_PAR_PIXELFORMAT

◆ GIGE_PAR_SENSOR_BITS

◆ GIGE_PAR_SENSOR_HEIGHT

◆ GIGE_PAR_SENSOR_TYPE

◆ GIGE_PAR_SENSOR_WIDTH

◆ GIGE_PAR_STREAM_BYTES_PER_SECOND

◆ GIGE_PAR_TIMESTAMP_TICK_FREQ

◆ GIGE_PAR_TRIGGER_MODE

◆ GIGE_PAR_TRIGGER_SOURCE

◆ m_bytes_per_pixel

◆ m_cur_expo_bin_x

◆ m_cur_expo_bin_y

◆ m_cur_expo_frame_rate

◆ m_cur_expo_time

◆ m_cur_expo_win_height

◆ m_cur_expo_win_start_x

◆ m_cur_expo_win_start_y

◆ m_cur_expo_win_width

◆ m_sensor_height

◆ m_sensor_width

◆ m_vendor

◆ MAX_NB_OF_RECEP_BUFFERS

◆ NB_OF_INPUT_BUFFERS

◆ p_acq_thr_buf_index

◆ p_cur_buffer_index

◆ p_device

◆ p_exec_fr_acq_thr

◆ p_expo_mode

◆ p_fr_acq_thr

◆ p_fr_acq_thr_sched_par

◆ p_frame_buffers

◆ p_frame_buffers_in_use

◆ p_frame_count

◆ p_ignore_frame_skipping

◆ p_last_missing_data_log

◆ p_payload_size

◆ p_status_map

◆ p_stream

◆ p_term_fr_acq_thr

◆ p_timestamp_frequency