Represents a CCD camera. More...

#include <ccd.h>

Inheritance diagram for horiba::devices::single_devices::ChargeCoupledDevice:

Public Types
enum class	AcquisitionFormat : int { SPECTRA = 0 , IMAGE , CROP , FAST_KINETICS }

enum class	XAxisConversionType : int { NONE = 0 , FROM_CCD_FIRMWARE , FROM_ICL_SETTINGS_INI }
	CCD X axis converstion type. More...

enum class	CleanCountMode : int { NEVER = 0 , FIRST_ONLY = 1 , BETWEEN_ONLY = 2 , EACH = 3 , MODE_UNKNOWN = 238 }

enum class	TimerResolution : int { THOUSAND_MICROSECONDS = 0 , ONE_MICROSECOND }

Public Member Functions
	ChargeCoupledDevice (int id, std::shared_ptr< communication::Communicator > communicator)

	~ChargeCoupledDevice () override=default

void	open () noexcept(false) override
	Opens the device.

void	close () noexcept(false) override
	Closes the device.

bool	is_open () noexcept(false)
	Checks if the connection to the CCD device is open.

void	restart () noexcept(false)
	Restarts the CCD.

nlohmann::json	get_configuration ()
	Returns the configuration of the CCD.

int	get_gain_token () noexcept(false)
	Returns the gain token of the CCD.

void	set_gain (int gain_token) noexcept(false)
	Sets the gain of the CCD.

int	get_speed_token () noexcept(false)
	Returns the speed of the CCD.

void	set_speed (int speed_token) noexcept(false)
	Sets the speed of the CCD.

int	get_parallel_speed_token () noexcept(false)
	Returns the parallel speed of the CCD.

void	set_parallel_speed (int parallel_speed_token) noexcept(false)
	Sets the parallel speed of the CCD.

std::vector< int >	get_fit_parameters () noexcept(false)
	Returns the fit parameters of the CCD.

ChargeCoupledDevice::TimerResolution	get_timer_resolution () noexcept(false)
	Returns the timer resolution of the CCD.

void	set_timer_resolution (ChargeCoupledDevice::TimerResolution timer_resolution) noexcept(false)
	Sets the timer resolution of the CCD.

void	set_acquisition_format (int number_of_rois, AcquisitionFormat acquisition_format) noexcept(false)
	Sets the number of ROIs (Regions of Interest) or areas and the acquisition format.

XAxisConversionType	get_x_axis_conversion_type () noexcept(false)
	Gets the conversion type of the x axis.

void	set_x_axis_conversion_type (XAxisConversionType conversion_type) noexcept(false)
	Sets the x-axis pixel conversion type to be used when retrieving the acquisition data with thee.

int	get_acquisition_count () noexcept(false)
	Gets the number of acquisitions to be performed.

void	set_acquisition_count (int count) noexcept(false)
	Sets the number of acquisitions to be performed. The acquisition count is used to perform multiple acquisitions in a row.

std::pair< int, ChargeCoupledDevice::CleanCountMode >	get_clean_count () noexcept(false)
	Gets the number of cleans to be performed prior to measurement.

void	set_clean_count (int count, ChargeCoupledDevice::CleanCountMode mode) noexcept(false)
	Sets the clean count mode of the CCD and the corresponding mode.

int	get_acquisition_data_size () noexcept(false)
	Returns the size of the data from the CCD.

double	get_temperature () noexcept(false)
	Returns the chip temperature of the CCD.

std::pair< int, int >	get_chip_size () noexcept(false)
	Gets the chip resolution of the CCD.

int	get_exposure_time () noexcept(false)
	Returns the exposure time in milliseconds.

void	set_exposure_time (int exposure_time_ms) noexcept(false)
	Sets the exposure time in milliseconds.

std::tuple< bool, int, int, int >	get_trigger_input () noexcept(false)
	This command is used to get the current setting of the input trigger.

void	set_trigger_input (bool enabled, int address, int event, int signal_type) noexcept(false)
	This command is used to enable or disable the trigger input.

std::tuple< bool, int, int, int >	get_signal_output () noexcept(false)
	This command is used to get the current setting of the signal output.

void	set_signal_output (bool enabled, int address, int event, int signal_type) noexcept(false)
	This command is used to enable or disable the signal output.

bool	get_acquisition_ready () noexcept(false)
	Returns true if the CCD is ready to acquire.

void	set_acquisition_start (bool open_shutter) noexcept(false)
	Starts an acquisition that has been set up according to the previously defined acquisition parameters.

void	set_region_of_interest (int roi_index=1, int x_origin=0, int y_origin=0, int x_size=1024, int y_size=256, int x_bin=1, int y_bin=256) noexcept(false)
	Sets the region of interest (ROI) of the CCD.

std::any	get_acquisition_data () noexcept(false)
	Returns the acquisition data of the CCD.

bool	get_acquisition_busy () noexcept(false)
	Returns true if the CCD is busy with the acquisition.

void	abort_acquisition () noexcept(false)
	Stops the acquisition of the CCD.

void	set_center_wavelength (int monochromator_id, double wavelength) noexcept(false)
	Sets the center wavelength value to be used in the grating equation.

std::vector< double >	range_mode_center_wavelenghts (int monochromator_id, double start_wavelength, double end_wavelength, double pixel_overlap) noexcept(false)
	Finds the center wavelength positions based on the input range and pixel overlap.

Public Member Functions inherited from horiba::devices::single_devices::Device
	Device (int id, std::shared_ptr< communication::Communicator > communicator)

virtual	~Device ()=default

int	device_id () const

Additional Inherited Members
Protected Member Functions inherited from horiba::devices::single_devices::Device
communication::Response	execute_command (const communication::Command &command)

Detailed Description

Represents a CCD camera.

This class should not be created directly by the end user. Instead a DeviceManager should be used to access the detected CCDs on the system.

The cells of the CCD can be binned and summed up.

Member Enumeration Documentation

◆ AcquisitionFormat

enum class horiba::devices::single_devices::ChargeCoupledDevice::AcquisitionFormat : int

strong

Enumerator
SPECTRA	0
IMAGE
CROP
FAST_KINETICS

◆ CleanCountMode

enum class horiba::devices::single_devices::ChargeCoupledDevice::CleanCountMode : int

strong

Enumerator
NEVER	0
FIRST_ONLY	1
BETWEEN_ONLY	2
EACH	3
MODE_UNKNOWN	238

◆ TimerResolution

enum class horiba::devices::single_devices::ChargeCoupledDevice::TimerResolution : int

strong

Enumerator
THOUSAND_MICROSECONDS	0
ONE_MICROSECOND

◆ XAxisConversionType

enum class horiba::devices::single_devices::ChargeCoupledDevice::XAxisConversionType : int

strong

CCD X axis converstion type.

None (default)
CCD FIT parameters contained in the CCD firmware
Mono Wavelength parameters contained in the icl_settings.ini file

Enumerator
NONE	0
FROM_CCD_FIRMWARE
FROM_ICL_SETTINGS_INI

Constructor & Destructor Documentation

◆ ChargeCoupledDevice()

horiba::devices::single_devices::ChargeCoupledDevice::ChargeCoupledDevice	(	int	id,
		std::shared_ptr< communication::Communicator >	communicator )

◆ ~ChargeCoupledDevice()

horiba::devices::single_devices::ChargeCoupledDevice::~ChargeCoupledDevice ( )

overridedefault

Member Function Documentation

◆ abort_acquisition()

void horiba::devices::single_devices::ChargeCoupledDevice::abort_acquisition ( )

Stops the acquisition of the CCD.

Exceptions

std::exception When an error occurs on the device side.

◆ close()

void horiba::devices::single_devices::ChargeCoupledDevice::close ( )

overridevirtual

Closes the device.

Exceptions

std::runtime_error when an error occurred on the device side

Implements horiba::devices::single_devices::Device.

◆ get_acquisition_busy()

bool horiba::devices::single_devices::ChargeCoupledDevice::get_acquisition_busy ( )

Returns true if the CCD is busy with the acquisition.

Returns: bool True if the CCD is busy.

Exceptions

std::exception When an error occurs on the device side.

◆ get_acquisition_count()

int horiba::devices::single_devices::ChargeCoupledDevice::get_acquisition_count ( )

Gets the number of acquisitions to be performed.

The acquisition count is used to perform multiple acquisitions in a row.

Returns: int The acquisition count.

Exceptions

std::exception When an error occurs on the device side.

◆ get_acquisition_data()

std::any horiba::devices::single_devices::ChargeCoupledDevice::get_acquisition_data ( )

Returns the acquisition data of the CCD.

The acquisition data is a dictionary with the following keys:

acqIndex: Acquisition number
roi:
- roiIndex: Region of Interest number
- xOrigin: ROI’s X Origin
- yOrigin: ROI’s Y Origin
- xSize: ROI’s X Size
- ySize: ROI’s Y Size
- xBinning: ROI’s X Bin
- yBinning: ROI’s Y Bin
- xData: X data
- yData: Y data
Timestamp: This is a timestamp that relates to the time when the all the programmed acquisitions have completed. The data from all programmed acquisitions are retrieve from the CCD after all acquisitions have completed, therefore the same timestamp is used for all acquisitions.

Returns: std::any Acquisition data.

Exceptions

std::exception When an error occurs on the device side.

◆ get_acquisition_data_size()

int horiba::devices::single_devices::ChargeCoupledDevice::get_acquisition_data_size ( )

Returns the size of the data from the CCD.

Todo: Check the unit of the size

Returns: int Size of the data.

Exceptions

std::exception When an error occurs on the device side.

◆ get_acquisition_ready()

bool horiba::devices::single_devices::ChargeCoupledDevice::get_acquisition_ready ( )

Returns true if the CCD is ready to acquire.

Returns: bool True if the CCD is ready to acquire.

Exceptions

std::exception When an error occurs on the device side.

◆ get_chip_size()

std::pair< int, int > horiba::devices::single_devices::ChargeCoupledDevice::get_chip_size ( )

Gets the chip resolution of the CCD.

Returns: std::pair<int, int> Chip resolution (width, height).

Exceptions

std::exception When an error occurs on the device side.

◆ get_clean_count()

std::pair< int, ChargeCoupledDevice::CleanCountMode > horiba::devices::single_devices::ChargeCoupledDevice::get_clean_count ( )

Gets the number of cleans to be performed prior to measurement.

Returns: std::pair<int, ChargeCoupledDevice::CleanCountMode> Clean count information.

Exceptions

std::exception When an error occurs on the device side.

◆ get_configuration()

nlohmann::json horiba::devices::single_devices::ChargeCoupledDevice::get_configuration ( )

Returns the configuration of the CCD.

Returns: Configuration of the CCD

Exceptions

std::runtime_error when an error occurred on the device side

◆ get_exposure_time()

int horiba::devices::single_devices::ChargeCoupledDevice::get_exposure_time ( )

Returns the exposure time in milliseconds.

Returns: int Exposure time in milliseconds.

Exceptions

std::exception When an error occurs on the device side.

◆ get_fit_parameters()

std::vector< int > horiba::devices::single_devices::ChargeCoupledDevice::get_fit_parameters ( )

Returns the fit parameters of the CCD.

Todo: Check the units and details of the fit parameters

Returns: Fit parameters as a vector of integers

Exceptions

std::runtime_error when an error occurred on the device side

◆ get_gain_token()

int horiba::devices::single_devices::ChargeCoupledDevice::get_gain_token ( )

Returns the gain token of the CCD.

Note: The CCD can have different sensors installed, which can have different gain values. This is why only the token to the gain is returned. You need to first check what gain values are available for the CCD using the get_configuration function.

Returns: Gain of the CCD

Exceptions

std::runtime_error when an error occurred on the device side

◆ get_parallel_speed_token()

int horiba::devices::single_devices::ChargeCoupledDevice::get_parallel_speed_token ( )

Returns the parallel speed of the CCD.

Note: The CCD can have different sensors installed, which can have different parallel speed values. Therefore you need to first check what parallel speed values are available for the CCD using the get_configuration function.

Returns: Parallel speed token

Exceptions

std::runtime_error when an error occurred on the device side

◆ get_signal_output()

std::tuple< bool, int, int, int > horiba::devices::single_devices::ChargeCoupledDevice::get_signal_output ( )

This command is used to get the current setting of the signal output.

The address, event, and signalType parameters are used to define the signal based on the supported options of that particular CCD.

The supported signal options are retrieved using the get_configuration command, and begin with the “Signals” string contained in the configuration.

Returns: std::tuple<bool, int, int, int> The signal output settings. enabled (bool): Specifies if the signal is enabled (e.g. False = Disabled), address (int): Used to specify where the signal is located (e.g. 0 = Signal Output), Note: Value of -1 indicates that the signal output is disabled, event (int): Used to specify when the signal event should occur. (e.g. 3 = Shutter Open) Note: Value of -1 indicates that the signal output is disabled, signal type (int): how the signal will cause the event. (e.g. 0 = TTL Active High) Note: Value of -1 indicates that the signal output is disabled,

Exceptions

std::exception When an error occurs on the device side.

◆ get_speed_token()

int horiba::devices::single_devices::ChargeCoupledDevice::get_speed_token ( )

Returns the speed of the CCD.

Note: The CCD can have different sensors installed, which can have different speed values. Therefore you need to first check what speed values are available for the CCD using the get_configuration function.

Returns: Speed token

Exceptions

std::runtime_error when an error occurred on the device side

◆ get_temperature()

double horiba::devices::single_devices::ChargeCoupledDevice::get_temperature ( )

Returns the chip temperature of the CCD.

Returns: double Chip temperature in degrees Celsius.

Exceptions

std::exception When an error occurs on the device side.

◆ get_timer_resolution()

ChargeCoupledDevice::TimerResolution horiba::devices::single_devices::ChargeCoupledDevice::get_timer_resolution ( )

Returns the timer resolution of the CCD.

Returns: Timer resolution

Exceptions

std::runtime_error when an error occurred on the device side

◆ get_trigger_input()

std::tuple< bool, int, int, int > horiba::devices::single_devices::ChargeCoupledDevice::get_trigger_input ( )

This command is used to get the current setting of the input trigger.

The address, event, and signalType parameters are used to define the input trigger based on the supported options of that particular CCD.

The supported trigger options are retrieved using the get_configuration function, and begin with the “Triggers” string contained in the configuration.

Returns: std::tuple<bool, int, int, int> The input trigger settings. enabled (bool) Specifies if the signal is enabled (e.g. False = Disabled), address (int) used to specify where the trigger is located. (e.g. 0 = Trigger Input). Note: Value of -1 indicates that the input trigger is disabled, event (int) used to specify when the trigger event should occur. (e.g. 0 = Once - Start All) Note: Value of -1 indicates that the input trigger is disabled, signal type (int) used to specify how the signal will cause the input trigger. (e.g. 0 = TTL Falling Edge) Note: Value of -1 indicates that the input trigger is disabled,

Exceptions

std::exception When an error occurs on the device side.

◆ get_x_axis_conversion_type()

XAxisConversionType horiba::devices::single_devices::ChargeCoupledDevice::get_x_axis_conversion_type ( )

Gets the conversion type of the x axis.

Returns: Conversion Type of the x axis

Exceptions

std::runtime_error when an error occurred on the device side

◆ is_open()

bool horiba::devices::single_devices::ChargeCoupledDevice::is_open ( )

Checks if the connection to the CCD device is open.

Returns: True if the connection is open, false otherwise.

Exceptions

std::runtime_error when an error occurred on the device side

◆ open()

void horiba::devices::single_devices::ChargeCoupledDevice::open ( )

overridevirtual

Opens the device.

Exceptions

std::runtime_error when an error occurred on the device side

Reimplemented from horiba::devices::single_devices::Device.

◆ range_mode_center_wavelenghts()

std::vector< double > horiba::devices::single_devices::ChargeCoupledDevice::range_mode_center_wavelenghts	(	int	monochromator_id,
		double	start_wavelength,
		double	end_wavelength,
		double	pixel_overlap )

Finds the center wavelength positions based on the input range and pixel overlap.

The following commands are prerequisites and should be called prior to using this command:

set_x_axis_conversion_type,
set_acquisition_format,
set_region_of_interest

Parameters

monochromator_id	Monochromator ID that is used with this CCD
start_wavelength	Start wavelength
end_wavelength	End wavelength
pixel_overlap	Overlap in pixels

Returns: std::vector<double> Center wavelengths

Exceptions

std::exception When an error occurs on the device side.

◆ restart()

void horiba::devices::single_devices::ChargeCoupledDevice::restart ( )

Restarts the CCD.

Note that this function only works if the camera has been opened before. The connection to the camera stays open after the restart.

Exceptions

std::runtime_error when an error occurred on the device side

◆ set_acquisition_count()

void horiba::devices::single_devices::ChargeCoupledDevice::set_acquisition_count ( int count )

Sets the number of acquisitions to be performed. The acquisition count is used to perform multiple acquisitions in a row.

Parameters

count Number of acquisitions to be performed.

Exceptions

std::exception When an error occurs on the device side.

◆ set_acquisition_format()

void horiba::devices::single_devices::ChargeCoupledDevice::set_acquisition_format	(	int	number_of_rois,
		AcquisitionFormat	acquisition_format )

Sets the number of ROIs (Regions of Interest) or areas and the acquisition format.

After using this command to set the number of ROIs and format, the ccd_setRoi command should be used to define each ROI.

Note: The Crop (2) and Fast Kinetics (3) acquisition formats are not supported by every CCD.

Parameters

number_of_rois	Number of regions of interest
acquisition_format	Acquisition format

Exceptions

std::runtime_error when an error occurred on the device side

◆ set_acquisition_start()

void horiba::devices::single_devices::ChargeCoupledDevice::set_acquisition_start ( bool open_shutter )

Starts an acquisition that has been set up according to the previously defined acquisition parameters.

Note: To specify the acquisiton parameters please see set_region_of_interest, set_x_axis_conversion_type. If there are no acquisition parameters set at the time of acquisition it may result in no data being generated.

Parameters

open_shutter Whether the shutter of the camera should be open during the acquisition.

Exceptions

std::exception When an error occurs on the device side.

◆ set_center_wavelength()

void horiba::devices::single_devices::ChargeCoupledDevice::set_center_wavelength	(	int	monochromator_id,
		double	wavelength )

Sets the center wavelength value to be used in the grating equation.

Used when X axis conversion is XAxisConversionType::FROM_ICL_SETTINGS_INI

Parameters

monochromator_id	Monochromator ID that is used with this CCD
wavelength	Center wavelength value in nm

Exceptions

std::exception When an error occurs on the device side.

◆ set_clean_count()

void horiba::devices::single_devices::ChargeCoupledDevice::set_clean_count	(	int	count,
		ChargeCoupledDevice::CleanCountMode	mode )

Sets the clean count mode of the CCD and the corresponding mode.

Parameters

count	Number of acquisitions to be performed.
mode	Clean count mode

Exceptions

std::exception When an error occurs on the device side.

◆ set_exposure_time()

void horiba::devices::single_devices::ChargeCoupledDevice::set_exposure_time ( int exposure_time_ms )

Sets the exposure time in milliseconds.

Parameters

exposure_time_ms Exposure time in milliseconds.

Exceptions

std::exception When an error occurs on the device side.

◆ set_gain()

void horiba::devices::single_devices::ChargeCoupledDevice::set_gain ( int gain_token )

Sets the gain of the CCD.

Note: The CCD can have different sensors installed, which can have different gain values. Therefore you need to first check what gain values are available for the CCD using the get_configuration function.

Parameters

gain_token Token of the gain to set

Exceptions

std::runtime_error when an error occurred on the device side

◆ set_parallel_speed()

void horiba::devices::single_devices::ChargeCoupledDevice::set_parallel_speed ( int parallel_speed_token )

Sets the parallel speed of the CCD.

Note: The CCD can have different sensors installed, which can have different parallel speed values. Therefore you need to first check what parallel speed values are available for the CCD using the get_configuration function.

Parameters

parallel_speed_token Token of the parallel speed to set

Exceptions

std::runtime_error when an error occurred on the device side

◆ set_region_of_interest()

void horiba::devices::single_devices::ChargeCoupledDevice::set_region_of_interest	(	int	roi_index = 1,
		int	x_origin = 0,
		int	y_origin = 0,
		int	x_size = 1024,
		int	y_size = 256,
		int	x_bin = 1,
		int	y_bin = 256 )

Sets the region of interest (ROI) of the CCD.

Parameters

roi_index	Index of the region of interest. Defaults to 1.
x_origin	X origin of the region of interest. Defaults to 0.
y_origin	Y origin of the region of interest. Defaults to 0.
x_size	X size of the region of interest. Defaults to 1024.
y_size	Y size of the region of interest. Defaults to 256.
x_bin	X bin of the region of interest. Defaults to 1.
y_bin	Y bin of the region of interest. Defaults to 256.

Exceptions

std::exception When an error occurs on the device side.

◆ set_signal_output()

void horiba::devices::single_devices::ChargeCoupledDevice::set_signal_output	(	bool	enabled,
		int	address,
		int	event,
		int	signal_type )

This command is used to enable or disable the signal output.

When enabling the signal output, the address, event, and signalType parameters are used to define the signal based on the supported options of that particular CCD.

The supported signal options are retrieved using the ccd_getConfig command, and begin with the “Signals” string contained in the configuration.

Parameters

enabled	Enable or disable the signal output. Note: When disabling the signal output, the address, event, and signal_type parameters are ignored.
address	Used to specify where the signal is located (e.g. 0 = Signal Output)
event	Used to specify when the signal event should occur. (e.g. 3 = Shutter Open)
signal_type	How the signal will cause the event. (e.g. 0 = TTL Active High)

Exceptions

std::exception When an error occurs on the device side.

◆ set_speed()

void horiba::devices::single_devices::ChargeCoupledDevice::set_speed ( int speed_token )

Sets the speed of the CCD.

Note: The CCD can have different sensors installed, which can have different speed values. Therefore you need to first check what speed values are available for the CCD using the get_configuration function.

Parameters

speed_token Token of the speed to set

Exceptions

std::runtime_error when an error occurred on the device side

◆ set_timer_resolution()

void horiba::devices::single_devices::ChargeCoupledDevice::set_timer_resolution ( ChargeCoupledDevice::TimerResolution timer_resolution )

Sets the timer resolution of the CCD.

Parameters

timer_resolution Timer resolution

Exceptions

std::runtime_error when an error occurred on the device side

◆ set_trigger_input()

void horiba::devices::single_devices::ChargeCoupledDevice::set_trigger_input	(	bool	enabled,
		int	address,
		int	event,
		int	signal_type )

This command is used to enable or disable the trigger input.

When enabling the trigger input, the address, event, and signalType parameters are used to define the input trigger based on the supported options of that particular CCD.

The supported trigger options are retrieved using the get_configuration function, and begin with the “Triggers” string contained in the configuration.

Parameters

enabled	Enable or disable the trigger input. Note : When disabling the input trigger, the address, event, and signalType parameters are ignored.
address	Used to specify where the trigger is located (e.g. 0 = Trigger Input)
event	Used to specify when the trigger event should occur. (e.g .0 = Once - Start All)
signal_type	Used to specify how the signal will cause the input trigger. (e.g .0 = TTL Falling Edge)

Exceptions

std::exception When an error occurs on the device side.

◆ set_x_axis_conversion_type()

void horiba::devices::single_devices::ChargeCoupledDevice::set_x_axis_conversion_type ( XAxisConversionType conversion_type )

noexcept

Sets the x-axis pixel conversion type to be used when retrieving the acquisition data with thee.

Parameters

conversion_type Selected axis conversion type

Exceptions

std::runtime_error when an error occurred on the device side

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

/Users/runner/work/cpp-sdk/cpp-sdk/include/horiba_cpp_sdk/devices/single_devices/ccd.h

Public Types

Public Member Functions

Additional Inherited Members

Detailed Description

Member Enumeration Documentation

◆ AcquisitionFormat

◆ CleanCountMode

◆ TimerResolution

◆ XAxisConversionType

Constructor & Destructor Documentation

◆ ChargeCoupledDevice()

◆ ~ChargeCoupledDevice()

Member Function Documentation

◆ abort_acquisition()

◆ close()

◆ get_acquisition_busy()

◆ get_acquisition_count()

◆ get_acquisition_data()

◆ get_acquisition_data_size()

◆ get_acquisition_ready()

◆ get_chip_size()

◆ get_clean_count()

◆ get_configuration()

◆ get_exposure_time()

◆ get_fit_parameters()

◆ get_gain_token()

◆ get_parallel_speed_token()

◆ get_signal_output()

◆ get_speed_token()

◆ get_temperature()

◆ get_timer_resolution()

◆ get_trigger_input()

◆ get_x_axis_conversion_type()

◆ is_open()

◆ open()

◆ range_mode_center_wavelenghts()

◆ restart()

◆ set_acquisition_count()

◆ set_acquisition_format()

◆ set_acquisition_start()

◆ set_center_wavelength()

◆ set_clean_count()

◆ set_exposure_time()

◆ set_gain()

◆ set_parallel_speed()

◆ set_region_of_interest()

◆ set_signal_output()

◆ set_speed()

◆ set_timer_resolution()

◆ set_trigger_input()

◆ set_x_axis_conversion_type()