Functions shared across all live cameras. More...

#include <camera.hpp>

Inheritance diagram for chronoptics::tof::LiveCamera:

Public Member Functions
	LiveCamera (tof_live_camera_t ptr=nullptr)
	Construct from pointer.
const char *	version ()
	Get the tof library version running on the camera.
bool	remote_update_capable ()
	Check whether the camera is capable of updating remotely.
void	remote_update (StringView file_location)
	Update the camera remotely.
bool	persistent_ip_capable () const
	Whether the camera is capable of setting persistent ip.
PersistentIp	get_persistent_ip ()
	Get the current persistent ip settings.
void	set_persistent_ip (const PersistentIp &persistent_ip)
	Set the persistent ip settings.
bool	apply_persistent_ip_capable () const
	Whether the camera is capable of applying the persistent ip.
void	apply_persistent_ip ()
	Apply persistent ip by rebooting the camera, power cycling the camera is discouraged because the applied ip settings might not stick.
bool	software_trigger_capable ()
	Check whether the camera is capable of software trigger.
void	software_trigger ()
	Software trigger the camera.
uint32_t	get_delay () const
	Get delay between network packets.
void	set_delay (uint32_t delay)
	Set delay between network packets.
uint16_t	get_packet_size () const
	Get maximum size of each network packet transmitted.
void	set_packet_size (uint16_t size)
	Set maximum size of each network packet transmitted.
bool	get_temperatures_capable ()
	Whether the camera is capable of returning temperatures.
std::vector< float >	get_temperatures ()
	Get the current on camera temperatures.
bool	get_gpio (size_t pin)
	Get voltage level on given pin.
void	set_gpio (size_t pin, bool level)
	Set voltage level on given pin.
Public Member Functions inherited from chronoptics::tof::Camera
	Camera (tof_camera_t ptr=nullptr)
	Construct from pointer.
void	start ()
	Start streaming of the camera.
void	stop ()
	Stop streaming of the camera.
bool	is_streaming () const
	Check whether the camera is streaming.
bool	is_connected () const
	Check whether the camera is still connected.
std::vector< Stream >	get_stream_list () const
	Get the different output streams the camera can provide.
ProcessingConfig	get_process_config () const
	the processing config of the camera
bool	has_frames () const
	Check if the camera has frames available.
std::vector< Data >	get_frames ()
	Get data frames from camera.
void	clear_buffer ()
	Clear the circular buffer used to store frames.
size_t	get_buffer_size () const
	Get the circular buffer size.
void	set_buffer_size (size_t size)
	Set the circular buffer size.
CameraConfig	get_camera_config () const
	Get the currently active camera config.
const char *	get_serial () const
	Get the serial number of the current camera.
Calibration	get_calibration () const
	Get calibration from the camera.
size_t	get_user_pointer_capacity () const
	Get the amount of user pointers that can be stored.
void	set_user_pointer_capacity (size_t capacity)
	Set the amount of user pointers that can be stored.
void	add_user_pointer (uint8_t *pointer, size_t capacity, user_pointer_destructed_fn &callback, FrameType frame_type)
	Add a pointer that will be filled with the specified data type.
void	add_user_pointer (uint8_t pointer, size_t capacity, tof_user_pointer_destructed_t callback, void callback_user_data, FrameType frame_type)
	Add a pointer that will be filled with the specified data type.
void	clear_user_pointers ()
	Clear all user pointers in memory.
uint32_t	config_index () const
	Get the currently set configuration index.
void	switch_config (uint32_t config_index)
	Switch to a different config in real time, depending on configuration and camera, this can take 100-300ms.
std::vector< FrameType >	possible_frame_types () const
	Get the frame types that this camera can output.
bool	output_frame_types_set ()
	Whether output frame types have been set.
std::vector< FrameType >	get_output_frame_types () const
	Get the frame types the camera should output.
void	set_output_frame_types (const std::vector< FrameType > &output_frame_types)
	Set the frame types the camera should output.
bool	has_multiple_configurations () const
	Check if multiple configurations are set.
std::vector< CameraConfig >	get_multiple_camera_configurations () const
	Get all the set camera configurations.
std::vector< ProcessingConfig >	get_multiple_processing_configurations () const
	Get all the set processing configurations.
std::vector< const char * >	get_multiple_names () const
	Get the name for each configuration.
std::vector< const char * >	get_multiple_descriptions () const
	Get the description for each configuration.

Detailed Description

Functions shared across all live cameras.

Definition at line 375 of file camera.hpp.

Constructor & Destructor Documentation

◆ LiveCamera()

chronoptics::tof::LiveCamera::LiveCamera ( tof_live_camera_t ptr = nullptr )

inline

Construct from pointer.

Definition at line 378 of file camera.hpp.

References chronoptics::tof::Camera::Camera().

Referenced by chronoptics::tof::KeaCamera::KeaCamera(), and chronoptics::tof::TuiCamera::TuiCamera().

Member Function Documentation

◆ apply_persistent_ip()

void chronoptics::tof::LiveCamera::apply_persistent_ip ( )

inline

Apply persistent ip by rebooting the camera, power cycling the camera is discouraged because the applied ip settings might not stick.

Definition at line 447 of file camera.hpp.

◆ apply_persistent_ip_capable()

bool chronoptics::tof::LiveCamera::apply_persistent_ip_capable ( ) const

inline

Whether the camera is capable of applying the persistent ip.

Returns: Capable

Definition at line 439 of file camera.hpp.

◆ get_delay()

uint32_t chronoptics::tof::LiveCamera::get_delay ( ) const

inline

Get delay between network packets.

Returns: The delay, depending on the camera software it is in nanoseconds or in cpu instruction

Definition at line 471 of file camera.hpp.

◆ get_gpio()

bool chronoptics::tof::LiveCamera::get_gpio ( size_t pin )

inline

Get voltage level on given pin.

Parameters

pin Pin

Returns: Voltage 3.3V

Definition at line 524 of file camera.hpp.

◆ get_packet_size()

uint16_t chronoptics::tof::LiveCamera::get_packet_size ( ) const

inline

Get maximum size of each network packet transmitted.

Returns: Packet size in bytes

Definition at line 488 of file camera.hpp.

◆ get_persistent_ip()

PersistentIp chronoptics::tof::LiveCamera::get_persistent_ip ( )

inline

Get the current persistent ip settings.

Returns: Persistent IP

Definition at line 419 of file camera.hpp.

◆ get_temperatures()

std::vector< float > chronoptics::tof::LiveCamera::get_temperatures ( )

inline

Get the current on camera temperatures.

Returns: Temperatures

Definition at line 512 of file camera.hpp.

◆ get_temperatures_capable()

bool chronoptics::tof::LiveCamera::get_temperatures_capable ( )

inline

Whether the camera is capable of returning temperatures.

Returns: Capable

Definition at line 504 of file camera.hpp.

◆ persistent_ip_capable()

bool chronoptics::tof::LiveCamera::persistent_ip_capable ( ) const

inline

Whether the camera is capable of setting persistent ip.

Returns: Persistent ip capable

Definition at line 411 of file camera.hpp.

◆ remote_update()

void chronoptics::tof::LiveCamera::remote_update ( StringView file_location )

inline

Update the camera remotely.

After uploading the update file the function will return. If a correct update file was uploaded, the camera will flash the update and reboot. This generally takes about a minute. The camera can also be updated via a web interface by visiting the ip address of the camera on port 8080, for example http://192.168.1.208:8080

Parameters

file_location Location of the update file

Definition at line 403 of file camera.hpp.

◆ remote_update_capable()

bool chronoptics::tof::LiveCamera::remote_update_capable ( )

inline

Check whether the camera is capable of updating remotely.

Returns: Remote update capable

Definition at line 391 of file camera.hpp.

◆ set_delay()

void chronoptics::tof::LiveCamera::set_delay ( uint32_t delay )

inline

Set delay between network packets.

Parameters

delay The delay, depending on the camera software it is in nanoseconds or in cpu instruction

Definition at line 480 of file camera.hpp.

◆ set_gpio()

void chronoptics::tof::LiveCamera::set_gpio	(	size_t	pin,
		bool	level )

inline

Set voltage level on given pin.

Parameters

pin	Pin
level	Voltage level

Definition at line 533 of file camera.hpp.

◆ set_packet_size()

void chronoptics::tof::LiveCamera::set_packet_size ( uint16_t size )

inline

Set maximum size of each network packet transmitted.

Parameters

size	Packet size in bytes

Definition at line 496 of file camera.hpp.

◆ set_persistent_ip()

void chronoptics::tof::LiveCamera::set_persistent_ip ( const PersistentIp & persistent_ip )

inline

Set the persistent ip settings.

To activate persistent ip settings run apply_persistent_ip.

Parameters

persistent_ip The persistent ip

Definition at line 431 of file camera.hpp.

◆ software_trigger()

void chronoptics::tof::LiveCamera::software_trigger ( )

inline

Software trigger the camera.

Definition at line 462 of file camera.hpp.

◆ software_trigger_capable()

bool chronoptics::tof::LiveCamera::software_trigger_capable ( )

inline

Check whether the camera is capable of software trigger.

Returns: Software trigger capable

Definition at line 455 of file camera.hpp.

◆ version()

const char * chronoptics::tof::LiveCamera::version ( )

inline

Get the tof library version running on the camera.

Returns: Version

Definition at line 383 of file camera.hpp.

Public Member Functions

Detailed Description

Constructor & Destructor Documentation

◆ LiveCamera()

Member Function Documentation

◆ apply_persistent_ip()

◆ apply_persistent_ip_capable()

◆ get_delay()

◆ get_gpio()

◆ get_packet_size()

◆ get_persistent_ip()

◆ get_temperatures()

◆ get_temperatures_capable()

◆ persistent_ip_capable()

◆ remote_update()

◆ remote_update_capable()

◆ set_delay()

◆ set_gpio()

◆ set_packet_size()

◆ set_persistent_ip()

◆ software_trigger()

◆ software_trigger_capable()

◆ version()