Generic functions. More...

Collaboration diagram for Generic:

Data Structures
struct	sb_t_version
	Defines the version. More...

struct	sb_t_memory_info
	Memory information. More...

struct	sb_t_frameworks
	Frameworks list. More...

struct	sb_t_device_info
	Information about a computing device. More...

struct	sb_t_devices_info
	List of computing devices available on the machine. More...

struct	sb_t_info
	General information about sb library and computing devices like CPU and GPUs. More...

struct	sb_t_bgra
	Defines the color in the format BGRA. More...

struct	sb_t_rgba
	Defines the color in the format RGBA. More...

Macros
#define	SB_INIT_ONLY_HW_LICENSE_KEY "ONLY_HW_KEY"
	Use this define with sb_init in order to manage only hardware license keys. More...

#define	SB_INIT_ONLY_SB_LICENSE_KEY "ONLY_SB_KEY"
	Use this define with sb_init in order to manage only SqueezeBrains software license keys. More...

#define	SB_INIT_NO_LICENSE_KEY "NO_KEY"
	Use this define with sb_init in order to not manage license keys. More...

#define	SB_DELIMITER ";"
	Use this define as delimiter. More...

#define	SB_FRAMEWORKS_MAX_NUMBER 4
	Maximum number of frameworks associable to a device managed by the sb library. More...

#define	SB_VALUE_NOT_SET 1000000.0f
	Value of the prediction in case it is undefined. More...

#define	SB_PAR_MODELS_NUM 64
	Maximum number of models.

#define	SB_PAR_PERTURBATIONS_NUM 16
	Maximum number of perturbation of a sample.

#define	SB_PAR_STRING_LEN 64
	Maximum length, in byte, of a parameter string.

#define	SB_IMAGE_NAME_STRING_LEN 128
	Maximum length, in byte, of the image name string.

#define	SB_PAR_LEVELS_NUM 32
	Maximum scales levels number to be used for Surface.

#define	SB_PAR_LEVEL_SCALE_GRANULARITY 0.50f
	Scale granularity for multi-scale defects detection.

#define	SB_PAR_LEVEL_SCALE_MIN 1.0f
	Minimum scale factor of surface.

#define	SB_PAR_LEVEL_SCALE_MAX 16.0f
	Maximum scale factor of surface.

#define	SB_PAR_RETINA_OBJ_SIZE_MIN 24
	Minimum value of sb_t_par_model::obj_size.

#define	SB_PAR_RETINA_OBJ_SIZE_MAX 1024
	Maximum value of sb_t_par_model::obj_size.

#define	SB_PAR_RETINA_OBJ_STRIDE_COARSE_MIN 4
	Minimum value of sb_t_par_model::obj_stride_coarse.

#define	SB_PAR_RETINA_OBJ_STRIDE_COARSE_MAX 32
	Maximum value of sb_t_par_model::obj_stride_coarse.

#define	SB_PAR_RETINA_OBJ_STRIDE_FINE_MIN 1
	Minimum value of sb_t_par_model::obj_stride_fine.

#define	SB_PAR_RETINA_OBJ_STRIDE_FINE_MAX 8
	Maximum value of sb_t_par_model::obj_stride_fine.

#define	SB_PAR_RETINA_OBJ_DISTANCE_MIN 4
	Minimum value of sb_t_par_model::obj_min_distance.

#define	SB_PAR_RETINA_NUM_OCCURRENCES_MIN -1
	Minimum value of sb_t_par_model::num_occurrences.

#define	SB_SAMPLE_SCALE_GRANULARITY 0.25f
	Scale granularity for multi-scale objects detection.

#define	SB_SAMPLE_SCALE_MIN 1.0f
	Minimum scale factor of samples.

#define	SB_SAMPLE_SCALE_MAX 32.0f
	Maximum scale factor of samples.

#define	SB_DL_SCALE_MIN 0.1f

#define	SB_DL_SCALE_MAX 32.0f

#define	SB_DL_SCALE_GRANULARITY 0.01f
	Granularity of the value of sb_t_svl_dl_tiling_par::scale parameter and of sb_project_set_scale_offset_par function parameter.

#define	SB_SVL_DL_INPUT_SDINET0_SIZE_DEFAULT 331
	Default sb_t_svl_dl_par_network::input_size value for SB_NETWORK_TYPE_SDINET0 network.

#define	SB_SVL_DL_INPUT_SDINET0_SIZE_MIN 128
	Minimum sb_t_svl_dl_par_network::input_size value for SB_NETWORK_TYPE_SDINET0 network.

#define	SB_SVL_DL_INPUT_SDINET0_SIZE_MAX 512
	Maximum sb_t_svl_dl_par_network::input_size value for SB_NETWORK_TYPE_SDINET0 network.

#define	SB_SVL_DL_BATCH_SIZE_MIN 4
	Minimum value of sb_t_svl_dl_par::batch_size parameter.

#define	SB_SVL_DL_BATCH_SIZE_MAX 512
	Maximum value of sb_t_svl_dl_par::batch_size parameter.

#define	SB_SVL_DL_VALIDATION_PERCENTAGE_MIN 0.0f
	Minimum value of sb_t_svl_dl_par::validation_percentage parameter.

#define	SB_SVL_DL_VALIDATION_PERCENTAGE_MAX 0.5f
	Maximum value of sb_t_svl_dl_par::validation_percentage parameter.

#define	SB_SVL_DL_LEARNING_RATE_MIN 0.000001f
	Minimum value of sb_t_svl_dl_par::learning_rate parameter.

#define	SB_SVL_DL_LEARNING_RATE_MAX 0.01f
	Maximum value of sb_t_svl_dl_par::learning_rate parameter.

#define	SB_SVL_DL_LEARNING_RATE_DEFAULT 0.001f
	Default value of sb_t_svl_dl_par::learning_rate parameter.

#define	SB_SVL_DL_NUM_TILES_MIN 1
	Minimum value of sb_t_svl_dl_tiling_par::num_tiles parameter.

#define	SB_SVL_DL_NUM_TILES_MAX 64
	Maximum value of sb_t_svl_dl_tiling_par::num_tiles parameter.

#define	SB_SVL_DL_FEATURES_MULTIPLIER_MIN 0.5f
	Minimum value of sb_t_svl_dl_par_network::features_multiplier parameter.

#define	SB_SVL_DL_FEATURES_MULTIPLIER_MAX 1.5f
	Maximum value of sb_t_svl_dl_par_network::features_multiplier parameter.

#define	SB_SVL_DL_FEATURES_MULTIPLIER_GRANULARITY 0.1f
	Granularity of sb_t_svl_dl_par_network::features_multiplier parameter.

#define	SB_SVL_DL_FEATURES_MULTIPLIER_DEFAULT 1.0f
	Default value of sb_t_svl_dl_par_network::features_multiplier parameter.

#define	SB_SVL_DL_PERTURBATION_SCALE_MIN 0.0f
	Minimum value of sb_t_svl_dl_par_perturbation::delta_scale parameter.

#define	SB_SVL_DL_PERTURBATION_SCALE_MAX 0.5f
	Maximum value of sb_t_svl_dl_par_perturbation::delta_scale parameter.

#define	SB_SVL_DL_PERTURBATION_SHIFT_MIN 0.0f
	Minimum value of sb_t_svl_dl_par_perturbation::shift_horizontal and sb_t_svl_dl_par_perturbation.shift_vertical parameters.

#define	SB_SVL_DL_PERTURBATION_SHIFT_MAX 0.5f
	Maximum value of sb_t_svl_dl_par_perturbation::shift_horizontal and sb_t_svl_dl_par_perturbation.shift_vertical parameters.

#define	SB_SVL_DL_PERTURBATION_STRETCH_CONTRAST_MIN 0.0f
	Minimum value of sb_t_svl_dl_par_perturbation::stretch_contrast parameter.

#define	SB_SVL_DL_PERTURBATION_STRETCH_CONTRAST_MAX 0.5f
	Maximum value of sb_t_svl_dl_par_perturbation::stretch_contrast parameter.

#define	SB_SVL_DL_PERTURBATION_DELTA_BRIGHTNESS_MIN 0.0f
	Minimum value of sb_t_svl_dl_par_perturbation::delta_brightness parameter.

#define	SB_SVL_DL_PERTURBATION_DELTA_BRIGHTNESS_MAX 0.5f
	Maximum value of sb_t_svl_dl_par_perturbation::delta_brightness parameter.

#define	SB_SURFACE_OPTIONAL_GRAY_LEVEL 128
	Gray level for "all models" optional defects. More...

Typedefs
typedef void *	SB_HANDLE
	HANDLE definition.

Enumerations
enum	sb_t_dl_library_type { SB_DL_LIBRARY_NONE = 0 , SB_DL_LIBRARY_PYTORCH , SB_DL_LIBRARY_OPENVINO }
	Deep Learning library types. More...

enum	sb_t_device_type { SB_DEVICE_NONE = -1 , SB_DEVICE_CPU = 0 , SB_DEVICE_GPU_NVIDIA , SB_DEVICE_IGPU_INTEL , SB_DEVICE_DGPU_INTEL }
	Defines computing device types. More...

enum	sb_t_framework_type { SB_FRAMEWORK_TYPE_NONE = 0 , SB_FRAMEWORK_TYPE_SB , SB_FRAMEWORK_TYPE_PYTORCH , SB_FRAMEWORK_TYPE_OPENVINO }
	Defines framework types. More...

enum	sb_t_interpolation_mode { SB_INTERPOLATION_MODE_BILINEAR = 0 , SB_INTERPOLATION_MODE_NN }
	Enumerates the interpolation modes. More...

enum	sb_t_floating_point_op_type { SB_FLOATING_POINT_OPS_TYPE_SINGLE_PRECISION = 0 , SB_FLOATING_POINT_OPS_TYPE_HALF_PRECISION }
	Enumerates the floating point precision types to perform operations. More...

Functions
sb_t_err	sb_init (const char *const license_file)
	Initializes the SB library. More...

sb_t_err	sb_init_dl (const char *const search_path, sb_t_dl_library_type lib_type)
	Initialize the Deep Learning library. More...

sb_t_err	sb_release (void)
	Releases all the resources allocates in the library. More...

SB_INLINE sb_t_version	sb_version (int major, int minor, int vminor, int build_major)
	Inline constructor of structure sb_t_version. More...

int	sb_version_check (sb_t_version version1, sb_t_version version2)
	Compares two version. More...

SB_INLINE sb_t_bgra	sb_bgra (unsigned char b, unsigned char g, unsigned char r, unsigned char a)
	Inline constructor of structure sb_t_bgra. More...

SB_INLINE sb_t_rgba	sb_rgba (unsigned char r, unsigned char g, unsigned char b, unsigned char a)
	Inline constructor of structure sb_t_rgba. More...

sb_t_err	sb_get_info (sb_t_info **const info, int dl_devices_info)
	The function gets information about the sb library and the available computational devices. More...

sb_t_err	sb_destroy_info (sb_t_info **const info)
	Destroys the structure. More...

sb_t_err	sb_format_info (const sb_t_info const info, char const str, int str_size)
	Formats the sb library information structure. More...

sb_t_err	sb_get_uuid (char *const str, size_t size)
	Creates a new uuid. More...

sb_t_err	sb_get_file_version (sb_t_version const ver, const char const file)
	Get the version of a file. More...

int	sb_is_valid_utf8 (const char *string)
	Check if a string conforms to UTF-8 format. More...

Detailed Description

Generic functions.

Macro Definition Documentation

◆ SB_DELIMITER

#define SB_DELIMITER ";"

Use this define as delimiter.

See also: SB_IMAGE_FILE_EXTENSIONS; SB_FEATURES

Definition at line 6685 of file sb.h.

◆ SB_DL_SCALE_MAX

#define SB_DL_SCALE_MAX 32.0f

Maximum value of sb_t_svl_dl_tiling_par::scale parameter and of the sum of sb_t_svl_dl_tiling_par::scale plus the value set with function sb_project_set_scale_offset_par .

Definition at line 7052 of file sb.h.

◆ SB_DL_SCALE_MIN

#define SB_DL_SCALE_MIN 0.1f

Minimum value of sb_t_svl_dl_tiling_par::scale parameter and of the sum of sb_t_svl_dl_tiling_par::scale plus the value set with function sb_project_set_scale_offset_par .

Definition at line 7050 of file sb.h.

◆ SB_FRAMEWORKS_MAX_NUMBER

#define SB_FRAMEWORKS_MAX_NUMBER 4

Maximum number of frameworks associable to a device managed by the sb library.

See also: sb_t_frameworks

Definition at line 6854 of file sb.h.

◆ SB_INIT_NO_LICENSE_KEY

#define SB_INIT_NO_LICENSE_KEY "NO_KEY"

Use this define with sb_init in order to not manage license keys.

See also: sb_init

Definition at line 6678 of file sb.h.

◆ SB_INIT_ONLY_HW_LICENSE_KEY

#define SB_INIT_ONLY_HW_LICENSE_KEY "ONLY_HW_KEY"

Use this define with sb_init in order to manage only hardware license keys.

See also: sb_init

Definition at line 6666 of file sb.h.

◆ SB_INIT_ONLY_SB_LICENSE_KEY

#define SB_INIT_ONLY_SB_LICENSE_KEY "ONLY_SB_KEY"

Use this define with sb_init in order to manage only SqueezeBrains software license keys.

See also: sb_init

Definition at line 6672 of file sb.h.

◆ SB_SURFACE_OPTIONAL_GRAY_LEVEL

#define SB_SURFACE_OPTIONAL_GRAY_LEVEL 128

Gray level for "all models" optional defects.

The optional for all models is used in the event that there are several models and there are parts of the surface that must be optional for all models. Without this it was necessary to exclude the area from the analysis roi.

See also: Labeling with Surface/Deep Surface

Definition at line 7101 of file sb.h.

◆ SB_VALUE_NOT_SET

#define SB_VALUE_NOT_SET 1000000.0f

Value of the prediction in case it is undefined.

For example the field sb_t_sample::weight can take this value.

Definition at line 7027 of file sb.h.

Enumeration Type Documentation

◆ sb_t_device_type

enum sb_t_device_type

Defines computing device types.

Enumerator
SB_DEVICE_NONE	Device not defined.
SB_DEVICE_CPU	CPU generic device.
SB_DEVICE_GPU_NVIDIA	GPU NVidia device.
SB_DEVICE_IGPU_INTEL	GPU Integrated Intel device.
SB_DEVICE_DGPU_INTEL	GPU Discrete Intel device.

Definition at line 6830 of file sb.h.

◆ sb_t_dl_library_type

enum sb_t_dl_library_type

Deep Learning library types.

Enumerator
SB_DL_LIBRARY_NONE	No libraries defined.
SB_DL_LIBRARY_PYTORCH	Pytorch library.
SB_DL_LIBRARY_OPENVINO	Openvino library. Can be used only for inference with sb_project_detection function.

Definition at line 6690 of file sb.h.

◆ sb_t_floating_point_op_type

enum sb_t_floating_point_op_type

Enumerates the floating point precision types to perform operations.

The values are 32 bits both for 32 and 64 bits library version.

Enumerator
SB_FLOATING_POINT_OPS_TYPE_SINGLE_PRECISION	Single Precision (FP32).
SB_FLOATING_POINT_OPS_TYPE_HALF_PRECISION	Half Precision (FP16).

Definition at line 7169 of file sb.h.

◆ sb_t_framework_type

enum sb_t_framework_type

Defines framework types.

Enumerator
SB_FRAMEWORK_TYPE_NONE	Framework type None.
SB_FRAMEWORK_TYPE_SB	Framework type SqueezeBrains. To be used for Retina and Surface projects.
SB_FRAMEWORK_TYPE_PYTORCH	Framework type Pytorch. To be used for Deep Cortex and Deep Surface projects.
SB_FRAMEWORK_TYPE_OPENVINO	Frameowrk type Intel OpenVino. To be used for Deep Cortex and Deep Surface projects (detection only).

Definition at line 6842 of file sb.h.

◆ sb_t_interpolation_mode

enum sb_t_interpolation_mode

Enumerates the interpolation modes.

The values are 32 bits both for 32 and 64 bits library version.

See also: sb_image_resize; sb_image_rotate

Enumerator
SB_INTERPOLATION_MODE_BILINEAR	Bilinear interpolation.
SB_INTERPOLATION_MODE_NN	Nearest Neighbor pixel interpolation.

Definition at line 7159 of file sb.h.

Function Documentation

◆ sb_bgra()

SB_INLINE sb_t_bgra sb_bgra	(	unsigned char	b,
		unsigned char	g,
		unsigned char	r,
		unsigned char	a
	)

Inline constructor of structure sb_t_bgra.

Parameters

[in]	b	blue component of color
[in]	g	green component of color
[in]	r	red component of color
[in]	a	transparency of color

Returns: The structure sb_t_bgra

Definition at line 6980 of file sb.h.

◆ sb_destroy_info()

sb_t_err sb_destroy_info ( sb_t_info **const info )

Destroys the structure.

Parameters

[in,out] info Pointer to the parameters structure.

Returns: If successful, returns SB_ERR_NONE. Otherwise, it returns an error code sb_t_err.

See also: sb_get_info

◆ sb_format_info()

sb_t_err sb_format_info	(	const sb_t_info *const	info,
		char *const	str,
		int	str_size
	)

Formats the sb library information structure.

Interprets the contents of info and converts it to a C-string containing a human-readable version of the corresponding structure.

Parameters

[in]	info	Pointer to the structure of the sb library information.
[out]	str	String filled by the function.
[in]	str_size	Size, in bytes, of str

Returns: If successful, returns SB_ERR_NONE. Otherwise, it returns an error code sb_t_err.

◆ sb_get_file_version()

sb_t_err sb_get_file_version	(	sb_t_version *const	ver,
		const char *const	file
	)

Get the version of a file.

The implementation is operative system dependent:

windows: the version is a property of the file
linux: the version is written in the extension of the file, i.e. libcuda.so.495.29.05 has version 495.29.05.-1
Parameters

[out] ver Pointer to version structure

[in] file File name

Returns
If successful, returns SB_ERR_NONE. Otherwise, it returns an error code sb_t_err.

◆ sb_get_info()

sb_t_err sb_get_info	(	sb_t_info **const	info,
		int	dl_devices_info
	)

The function gets information about the sb library and the available computational devices.

Parameters

[out]	info	Pointer of the structure. The pointer must be destroyed with the function sb_destroy_info .
[in]	dl_devices_info	Set to a non-zero value to also get the information about devices compatible with SB deep learning extensions. The function takes a long time to get gpu information, about 15/20 ms.

Returns: If successful, returns SB_ERR_NONE. Otherwise, it returns an error code sb_t_err.

See also: sb_destroy_info

◆ sb_get_uuid()

sb_t_err sb_get_uuid	(	char *const	str,
		size_t	size
	)

Creates a new uuid.

It is the standard UUID without the characters '-', for example f2a2c03ddab7d54b912954a05038e94d. It is a string of 32 characters and each of them has a value in the intervals: 0-9, a-z.

Parameters

[out]	str	Pointer to the string
[in]	size	Size of the string, must be greater or equal than 33 (32 characters plus the string terminator)

Returns: If successful, returns SB_ERR_NONE. Otherwise, it returns an error code sb_t_err.

◆ sb_init()

sb_t_err sb_init ( const char *const license_file )

Initializes the SB library.

The function initializes all the functionalities of the library including the license. There is no problem if you call the function more than once without calling sb_release .
After this function you should call the sb_init_dl function if you need to enable the sb_project_detection and sb_svl_run functions for the Deep Surface and Deep Cortex projects.

Attention: This function MUST be called before each other functions of the SB library

Warning: If you are using the sb.dll on windows system, it is advised not to call the function sb_init inside the dllMain, otherwise, you will introduce the possibility that your application deadlocks or crashes. See https://msdn.microsoft.com/en-us/library/windows/desktop/dn633971(v=vs.85).aspx#general_best_practices for more information.

Parameters

[in]

license_file

License file. You can use one of the following:

License file (".lic" extension).
Remember that in case of demo license you need an active internet connection.
License file and SB_INIT_ONLY_SB_LICENSE_KEY, separated by the SB_DELIMITER character, if you want to manage only SqueezeBrains software keys. for example sb_init("sb.lic;" SB_INIT_ONLY_SB_LICENSE_KEY) which correspond to sb_init("sb.lic;ONLY_SB_KEY")
Use SB_INIT_ONLY_HW_LICENSE_KEY if you want to manage only USB dongle keys.
In this case the ethernet client that queries the license manager is not installed, so as not to send any TCP / IP packet on the ethernet network.
Use SB_INIT_NO_LICENSE_KEY if you don't want to manage any license.

If license_file is NULL or it is an empty string or the file doesn't exists, the license manager is installed anyway, it asks the license to the license server and it searches for USB dongle key.

Returns: If successful, returns SB_ERR_NONE. Otherwise, it returns an error code sb_t_err.

See also: License; sb_release; sb_init_dl

◆ sb_init_dl()

sb_t_err sb_init_dl	(	const char *const	search_path,
		sb_t_dl_library_type	lib_type
	)

Initialize the Deep Learning library.

The function must be called after the sb_init function.
The function enables the sb_project_detection and sb_svl_run functions for the Deep Surface and Deep Cortex projects.

Returns

If successful, returns SB_ERR_NONE.
If library dependencies are not satisfied, SB_ERR_LIBRARY_DEPENDENCIES. Otherwise, it returns an error code sb_t_err.
The function looks for the SB Deep Learning Framework dependencies in the following folders:

Windows
- current directory, returned by GetCurrentDirectory
- folder where the executable is located, returned by GetModuleFileName
- all the folders specified in the environment variable PATH
- all the folders specified in the variable search_path
Linux
- all the folders specified in the environment variable LD_LIBRARY_PATH
- /usr/lib/x86_64-linux-gnu, tipically where libcuda.so is located
- all the folders specified in the environment variable PATH

Parameters

[in]	search_path	The variable allows the user to specify additional folders where to find the SB Deep Learning Framework dependencies in addition to the default ones. Multiple folders paths must be separated by SB_DELIMITER. It can be NULL.
[in]	lib_type	Deep Learning library to initialize

See also: sb_init

◆ sb_is_valid_utf8()

int sb_is_valid_utf8 ( const char * string )

Check if a string conforms to UTF-8 format.

Sb library does not manage string which are not in UTF-8 format.

Parameters

[in] string String to check

Returns: Returns 1 if the string conforms to UTF-8 format, otherwise 0.

◆ sb_release()

sb_t_err sb_release ( void )

Releases all the resources allocates in the library.

There is no problem if you call the function more than once without calling sb_init.

Warning: If you are using the sb.dll on windows system, it is advised not to call the function sb_release inside the dllMain, otherwise, you will introduce the possibility that your application deadlocks or crashes. See https://msdn.microsoft.com/en-us/library/windows/desktop/dn633971(v=vs.85).aspx#general_best_practices for more information. Anyway, if you call sb_release from dllMain, it is necessary to put the file hasp_rt.exe together with sb.dll.

Returns: If successful, returns SB_ERR_NONE. Otherwise, it returns an error code sb_t_err.

See also: sb_init

◆ sb_rgba()

SB_INLINE sb_t_rgba sb_rgba	(	unsigned char	r,
		unsigned char	g,
		unsigned char	b,
		unsigned char	a
	)

Inline constructor of structure sb_t_rgba.

Parameters

[in]	r	red component of color
[in]	g	green component of color
[in]	b	blue component of color
[in]	a	transparency of color

Returns: The structure sb_t_bgra

Definition at line 7013 of file sb.h.

◆ sb_version()

SB_INLINE sb_t_version sb_version	(	int	major,
		int	minor,
		int	vminor,
		int	build_major
	)

Inline constructor of structure sb_t_version.

Parameters

[in]	major
[in]	minor
[in]	vminor
[in]	build_major

Returns: The structure sb_t_version

Definition at line 6788 of file sb.h.

◆ sb_version_check()

int sb_version_check	(	sb_t_version	version1,
		sb_t_version	version2
	)

Compares two version.

Parameters

[in]	version1	First version to compare. The value of a fields if you don't want to compare the field. The function breaks the comparison with the first field which is -1. i.e. if you don't want to compare the field build_major set major.minor.vminor.-1
[in]	version2	Second version to compare

Returns

The routine compares the elements and returns one of the following values:

0 if version1 is equivalent to version2
1 if version1 is greater than version2
-1 if version1 is less than version2

Data Structures

Macros

Typedefs

Enumerations

Functions

Detailed Description

Macro Definition Documentation

◆ SB_DELIMITER

◆ SB_DL_SCALE_MAX

◆ SB_DL_SCALE_MIN

◆ SB_FRAMEWORKS_MAX_NUMBER

◆ SB_INIT_NO_LICENSE_KEY

◆ SB_INIT_ONLY_HW_LICENSE_KEY

◆ SB_INIT_ONLY_SB_LICENSE_KEY

◆ SB_SURFACE_OPTIONAL_GRAY_LEVEL

◆ SB_VALUE_NOT_SET

Enumeration Type Documentation

◆ sb_t_device_type

◆ sb_t_dl_library_type

◆ sb_t_floating_point_op_type

◆ sb_t_framework_type

◆ sb_t_interpolation_mode

Function Documentation

◆ sb_bgra()

◆ sb_destroy_info()

◆ sb_format_info()

◆ sb_get_file_version()

◆ sb_get_info()

◆ sb_get_uuid()

◆ sb_init()

◆ sb_init_dl()

◆ sb_is_valid_utf8()

◆ sb_release()

◆ sb_rgba()

◆ sb_version()

◆ sb_version_check()