Classes
struct	CalibrationParameters
	Stereo camera calibration parameters. More...

struct	Distortion
	Rational distortion model with 8 coefficients: (k1, k2, p1, p2, k3, k4, k5, k6) More...

struct	DistortionFisheye
	Fisheye distortion model with 4 coefficients (k1, k2, k3, k4) More...

struct	Intrinsics
	Camera intrinsic parameters with focal lengths, principal point, and skew. More...

class	Pipeline
	A `retinify::Pipeline` provides an interface for running a stereo matching. More...

struct	Rect2
	Rectangle structure. More...

class	Status
	This class represents the status of an operation in the retinify library. More...

Typedefs
using	Vec2d = std::array< double, 2 >
	2D vector (double)

using	Vec3d = std::array< double, 3 >
	3D vector (double)

using	Point2d = std::array< double, 2 >
	2D point (double)

using	Point3d = std::array< double, 3 >
	3D point (double)

using	Mat3x3d = std::array< std::array< double, 3 >, 3 >
	3x3 matrix (double, row-major)

using	Mat3x4d = std::array< std::array< double, 4 >, 3 >
	3x4 matrix (double, row-major)

using	Mat4x4d = std::array< std::array< double, 4 >, 4 >
	4x4 matrix (double, row-major)

using	Vec2f = std::array< float, 2 >
	2D vector (float)

using	Vec3f = std::array< float, 3 >
	3D vector (float)

using	Point2f = std::array< float, 2 >
	2D point (float)

using	Point3f = std::array< float, 3 >
	3D point (float)

using	Mat3x3f = std::array< std::array< float, 3 >, 3 >
	3x3 matrix (float, row-major)

using	Mat3x4f = std::array< std::array< float, 4 >, 3 >
	3x4 matrix (float, row-major)

using	Mat4x4f = std::array< std::array< float, 4 >, 4 >
	4x4 matrix (float, row-major)

using	Rect2i = Rect2< std::int32_t >
	2D rectangle (int)

using	Rect2d = Rect2< double >
	2D rectangle (double)

Enumerations
enum class	LogLevel : std::uint8_t { DEBUG , INFO , WARN , ERROR , FATAL , OFF }
	Logging verbosity levels for retinify. More...

enum class	PixelFormat : std::uint8_t { GRAY8 , RGB8 }
	The pixel format options for input images. More...

enum class	DepthMode : std::uint8_t { FAST , BALANCED , ACCURATE }
	The depth mode options for stereo matching pipeline. More...

enum class	StatusCategory : std::uint8_t { NONE , RETINIFY , SYSTEM , CUDA , USER }
	Status categories used by retinify. More...

enum class	StatusCode : std::uint8_t { OK , FAIL , INVALID_ARGUMENT }
	Status codes returned by retinify operations. More...

Functions
RETINIFY_API auto	ColorizeDisparity (const float src, std::size_t srcStride, std::uint8_t dst, std::size_t dstStride, std::uint32_t imageWidth, std::uint32_t imageHeight, float maxDisparity) -> Status
	Applies the colormap to the disparity map.

RETINIFY_API auto	Identity () noexcept -> Mat3x3d
	Create a 3x3 identity matrix.

RETINIFY_API auto	Determinant (const Mat3x3d &mat) noexcept -> double
	Compute the determinant of a 3x3 matrix.

RETINIFY_API auto	Transpose (const Mat3x3d &mat) noexcept -> Mat3x3d
	Transpose a 3x3 matrix.

RETINIFY_API auto	Multiply (const Mat3x3d &mat1, const Mat3x3d &mat2) noexcept -> Mat3x3d
	Multiply two 3x3 matrices.

RETINIFY_API auto	Multiply (const Mat3x3d &mat, const Vec3d &vec) noexcept -> Vec3d
	Multiply a 3x3 matrix and a 3D vector.

RETINIFY_API auto	Scale (const Vec3d &vec, double scale) noexcept -> Vec3d
	Scale a 3D vector by a scalar value.

RETINIFY_API auto	Length (const Vec3d &vec) noexcept -> double
	Compute the length (magnitude) of a 3D vector.

RETINIFY_API auto	Normalize (const Vec3d &vec) noexcept -> Vec3d
	Normalize a 3D vector to unit length.

RETINIFY_API auto	Dot (const Vec3d &vec1, const Vec3d &vec2) noexcept -> double
	Compute the dot product of two 3D vectors.

RETINIFY_API auto	Cross (const Vec3d &vec1, const Vec3d &vec2) noexcept -> Vec3d
	Compute the cross product of two 3D vectors.

RETINIFY_API auto	Hat (const Vec3d &omega) noexcept -> Mat3x3d
	Create a 3x3 skew-symmetric matrix from a 3D rotation vector.

RETINIFY_API auto	Vee (const Mat3x3d &skew) noexcept -> Vec3d
	Convert a 3x3 skew-symmetric matrix to a 3D rotation vector.

RETINIFY_API auto	Exp (const Vec3d &omega) noexcept -> Mat3x3d
	Compute the matrix exponential of a 3D rotation vector.

RETINIFY_API auto	Log (const Mat3x3d &rotation) noexcept -> Vec3d
	Compute the matrix logarithm of a 3x3 rotation matrix.

RETINIFY_API auto	UndistortPoint (const Intrinsics &intrinsics, const Distortion &distortion, const Point2d &pixel) noexcept -> Point2d
	Undistort a 2D point using the given camera intrinsics and distortion parameters.

RETINIFY_API auto	StereoRectify (const Intrinsics &intrinsics1, const Distortion &distortion1, const Intrinsics &intrinsics2, const Distortion &distortion2, const Mat3x3d &rotation, const Vec3d &translation, std::uint32_t imageWidth, std::uint32_t imageHeight, Mat3x3d &rotation1, Mat3x3d &rotation2, Mat3x4d &projectionMatrix1, Mat3x4d &projectionMatrix2, Mat4x4d &mappingMatrix, double alpha) noexcept -> Status
	Perform stereo rectification for a pair of cameras.

RETINIFY_API auto	InitUndistortRectifyMap (const Intrinsics &intrinsics, const Distortion &distortion, const Mat3x3d &rotation, const Mat3x4d &projectionMatrix, std::uint32_t imageWidth, std::uint32_t imageHeight, float mapx, std::size_t mapxStride, float mapy, std::size_t mapyStride) noexcept -> Status
	Initialize undistort and rectify maps for image remapping.

RETINIFY_API auto	InitIdentityMap (float mapx, std::size_t mapxStride, float mapy, std::size_t mapyStride, std::size_t imageWidth, std::size_t imageHeight) noexcept -> Status
	Initialize identity maps for undistortion/rectification.

RETINIFY_API auto	SaveCalibrationParameters (const char *filename, const CalibrationParameters &parameters) noexcept -> Status
	Save stereo calibration parameters.

RETINIFY_API auto	LoadCalibrationParameters (const char *filename, CalibrationParameters &parameters) noexcept -> Status
	Load stereo calibration parameters.

RETINIFY_API auto	GetLogLevel () noexcept -> LogLevel
	Returns the current log level.

RETINIFY_API void	SetLogLevel (LogLevel level) noexcept
	Sets the log level.

RETINIFY_API void	LogDebug (const char *message, std::source_location location=std::source_location::current()) noexcept
	Logs a debug message.

RETINIFY_API void	LogInfo (const char *message, std::source_location location=std::source_location::current()) noexcept
	Logs an informational message.

RETINIFY_API void	LogWarn (const char *message, std::source_location location=std::source_location::current()) noexcept
	Logs a warning message.

RETINIFY_API void	LogError (const char *message, std::source_location location=std::source_location::current()) noexcept
	Logs an error message.

RETINIFY_API void	LogFatal (const char *message, std::source_location location=std::source_location::current()) noexcept
	Logs a fatal error message.

RETINIFY_API auto	HomeDirectoryPath () noexcept -> const char *
	Returns the current user’s home directory path.

RETINIFY_API auto	ConfigDirectoryPath () noexcept -> const char *
	Returns the configuration directory path for retinify.

RETINIFY_API auto	CacheDirectoryPath () noexcept -> const char *
	Returns the cache directory path for retinify.

RETINIFY_API auto	DataDirectoryPath () noexcept -> const char *
	Returns the data directory path for retinify.

RETINIFY_API auto	StateDirectoryPath () noexcept -> const char *
	Returns the state directory path for retinify.

RETINIFY_API auto	StereoMatchingOnnxFilePath () noexcept -> const char *
	Returns the path to the ONNX model file used for stereo matching.

RETINIFY_API auto	Version () noexcept -> const char *
	Returns the retinify library version in semantic versioning format.

Typedef Documentation

◆ Mat3x3d

using retinify::Mat3x3d = typedef std::array<std::array<double, 3>, 3>

3x3 matrix (double, row-major)

◆ Mat3x3f

using retinify::Mat3x3f = typedef std::array<std::array<float, 3>, 3>

3x3 matrix (float, row-major)

◆ Mat3x4d

using retinify::Mat3x4d = typedef std::array<std::array<double, 4>, 3>

3x4 matrix (double, row-major)

◆ Mat3x4f

using retinify::Mat3x4f = typedef std::array<std::array<float, 4>, 3>

3x4 matrix (float, row-major)

◆ Mat4x4d

using retinify::Mat4x4d = typedef std::array<std::array<double, 4>, 4>

4x4 matrix (double, row-major)

◆ Mat4x4f

using retinify::Mat4x4f = typedef std::array<std::array<float, 4>, 4>

4x4 matrix (float, row-major)

◆ Point2d

using retinify::Point2d = typedef std::array<double, 2>

2D point (double)

◆ Point2f

using retinify::Point2f = typedef std::array<float, 2>

2D point (float)

◆ Point3d

using retinify::Point3d = typedef std::array<double, 3>

3D point (double)

◆ Point3f

using retinify::Point3f = typedef std::array<float, 3>

3D point (float)

◆ Rect2d

using retinify::Rect2d = typedef Rect2<double>

2D rectangle (double)

◆ Rect2i

using retinify::Rect2i = typedef Rect2<std::int32_t>

2D rectangle (int)

◆ Vec2d

using retinify::Vec2d = typedef std::array<double, 2>

2D vector (double)

◆ Vec2f

using retinify::Vec2f = typedef std::array<float, 2>

2D vector (float)

◆ Vec3d

using retinify::Vec3d = typedef std::array<double, 3>

3D vector (double)

◆ Vec3f

using retinify::Vec3f = typedef std::array<float, 3>

3D vector (float)

Enumeration Type Documentation

◆ DepthMode

enum class retinify::DepthMode : std::uint8_t

strong

The depth mode options for stereo matching pipeline.

Enumerator
FAST	Fastest, with lowest accuracy.
BALANCED	Balanced, with moderate accuracy and speed.
ACCURATE	Most accurate, with slowest performance.

◆ LogLevel

enum class retinify::LogLevel : std::uint8_t

strong

Logging verbosity levels for retinify.

Enumerator
DEBUG	Debug messages.
INFO	Informational messages.
WARN	Warning messages.
ERROR	Error messages.
FATAL	Fatal Error messages.
OFF	Disable all logging.

◆ PixelFormat

enum class retinify::PixelFormat : std::uint8_t

strong

The pixel format options for input images.

Enumerator
GRAY8	8-bit 1ch, Grayscale format
RGB8	8-bit 3ch, RGB format

◆ StatusCategory

enum class retinify::StatusCategory : std::uint8_t

strong

Status categories used by retinify.

Enumerator
NONE	No category.
RETINIFY	Retinify-internal category.
SYSTEM	System-related category.
CUDA	CUDA-related category.
USER	User-originated category.

◆ StatusCode

enum class retinify::StatusCode : std::uint8_t

strong

Status codes returned by retinify operations.

Enumerator
OK	Operation succeeded.
FAIL	Operation failed.
INVALID_ARGUMENT	Invalid argument provided.

Function Documentation

◆ CacheDirectoryPath()

RETINIFY_API auto retinify::CacheDirectoryPath ( ) -> const char *

noexcept

Returns the cache directory path for retinify.

Returns: A null-terminated string with the cache directory path, or nullptr on failure

◆ ColorizeDisparity()

RETINIFY_API auto retinify::ColorizeDisparity	(	const float *	src,
		std::size_t	srcStride,
		std::uint8_t *	dst,
		std::size_t	dstStride,
		std::uint32_t	imageWidth,
		std::uint32_t	imageHeight,
		float	maxDisparity
	)		-> Status

Applies the colormap to the disparity map.

Parameters

src	Input disparity map (32-bit float)
srcStride	Stride of the input disparity map (in bytes)
dst	Output colored disparity map (8-bit 3-channel RGB)
dstStride	Stride of the output colored disparity map (in bytes)
imageWidth	Width of the input and output disparity maps (in pixels)
imageHeight	Height of the input and output disparity maps (in pixels)
maxDisparity	Maximum disparity value for normalization

Returns: A Status object that indicates whether the operation was successful

◆ ConfigDirectoryPath()

RETINIFY_API auto retinify::ConfigDirectoryPath ( ) -> const char *

noexcept

Returns the configuration directory path for retinify.

Returns: A null-terminated string with the config directory path, or nullptr on failure

◆ Cross()

RETINIFY_API auto retinify::Cross	(	const Vec3d &	vec1,
		const Vec3d &	vec2
	)		-> Vec3d

noexcept

Compute the cross product of two 3D vectors.

Parameters

vec1	First 3D vector
vec2	Second 3D vector

Returns: Cross product vector

◆ DataDirectoryPath()

RETINIFY_API auto retinify::DataDirectoryPath ( ) -> const char *

noexcept

Returns the data directory path for retinify.

Returns: A null-terminated string with the data directory path, or nullptr on failure

◆ Determinant()

RETINIFY_API auto retinify::Determinant ( const Mat3x3d & mat ) -> double

noexcept

Compute the determinant of a 3x3 matrix.

Parameters

mat	3x3 matrix

Returns: Determinant value

◆ Dot()

RETINIFY_API auto retinify::Dot	(	const Vec3d &	vec1,
		const Vec3d &	vec2
	)		-> double

noexcept

Compute the dot product of two 3D vectors.

Parameters

vec1	First 3D vector
vec2	Second 3D vector

Returns: Dot product value

◆ Exp()

RETINIFY_API auto retinify::Exp ( const Vec3d & omega ) -> Mat3x3d

noexcept

Compute the matrix exponential of a 3D rotation vector.

Parameters

omega 3D rotation vector

Returns: 3x3 rotation matrix

◆ GetLogLevel()

RETINIFY_API auto retinify::GetLogLevel ( ) -> LogLevel

noexcept

Returns the current log level.

Returns: The current log level

◆ Hat()

RETINIFY_API auto retinify::Hat ( const Vec3d & omega ) -> Mat3x3d

noexcept

Create a 3x3 skew-symmetric matrix from a 3D rotation vector.

Parameters

omega 3D rotation vector

Returns: 3x3 skew-symmetric matrix

◆ HomeDirectoryPath()

RETINIFY_API auto retinify::HomeDirectoryPath ( ) -> const char *

noexcept

Returns the current user’s home directory path.

Returns: A null-terminated string with the home directory path, or nullptr on failure

◆ Identity()

RETINIFY_API auto retinify::Identity ( ) -> Mat3x3d

noexcept

Create a 3x3 identity matrix.

Returns: 3x3 identity matrix

◆ InitIdentityMap()

RETINIFY_API auto retinify::InitIdentityMap	(	float *	mapx,
		std::size_t	mapxStride,
		float *	mapy,
		std::size_t	mapyStride,
		std::size_t	imageWidth,
		std::size_t	imageHeight
	)		-> Status

noexcept

Initialize identity maps for undistortion/rectification.

Parameters

mapx	Output map for x-coordinates
mapxStride	Stride of a row in mapx (in bytes)
mapy	Output map for y-coordinates
mapyStride	Stride of a row in mapy (in bytes)
imageWidth	Image width (in pixels)
imageHeight	Image height (in pixels)

Returns: A Status object that indicates whether the operation was successful

◆ InitUndistortRectifyMap()

RETINIFY_API auto retinify::InitUndistortRectifyMap	(	const Intrinsics &	intrinsics,
		const Distortion &	distortion,
		const Mat3x3d &	rotation,
		const Mat3x4d &	projectionMatrix,
		std::uint32_t	imageWidth,
		std::uint32_t	imageHeight,
		float *	mapx,
		std::size_t	mapxStride,
		float *	mapy,
		std::size_t	mapyStride
	)		-> Status

noexcept

Initialize undistort and rectify maps for image remapping.

Parameters

intrinsics	Camera intrinsics
distortion	Distortion parameters
rotation	Rectification rotation
projectionMatrix	Projection matrix
imageWidth	Image width (in pixels)
imageHeight	Image height (in pixels)
mapx	Output map for x-coordinates
mapxStride	Stride of a row in mapx (in bytes)
mapy	Output map for y-coordinates
mapyStride	Stride of a row in mapy (in bytes)

Returns: A Status object that indicates whether the operation was successful

◆ Length()

RETINIFY_API auto retinify::Length ( const Vec3d & vec ) -> double

noexcept

Compute the length (magnitude) of a 3D vector.

Parameters

vec 3D vector

Returns: Length value

◆ LoadCalibrationParameters()

RETINIFY_API auto retinify::LoadCalibrationParameters	(	const char *	filename,
		CalibrationParameters &	parameters
	)		-> Status

noexcept

Load stereo calibration parameters.

Parameters

filename	Path to the input file
parameters	Calibration parameters to load into

Returns: A Status object that indicates whether the operation was successful

◆ Log()

RETINIFY_API auto retinify::Log ( const Mat3x3d & rotation ) -> Vec3d

noexcept

Compute the matrix logarithm of a 3x3 rotation matrix.

Parameters

rotation 3x3 rotation matrix

Returns: 3D rotation vector

◆ LogDebug()

RETINIFY_API void retinify::LogDebug	(	const char *	message,
		std::source_location	location = `std::source_location::current()`
	)

noexcept

Logs a debug message.

Parameters

message	The message to log
location	The source location of the log call (defaults to the call site)

◆ LogError()

RETINIFY_API void retinify::LogError	(	const char *	message,
		std::source_location	location = `std::source_location::current()`
	)

noexcept

Logs an error message.

Parameters

message	The message to log
location	The source location of the log call (defaults to the call site)

◆ LogFatal()

RETINIFY_API void retinify::LogFatal	(	const char *	message,
		std::source_location	location = `std::source_location::current()`
	)

noexcept

Logs a fatal error message.

Parameters

message	The message to log
location	The source location of the log call (defaults to the call site)

◆ LogInfo()

RETINIFY_API void retinify::LogInfo	(	const char *	message,
		std::source_location	location = `std::source_location::current()`
	)

noexcept

Logs an informational message.

Parameters

message	The message to log
location	The source location of the log call (defaults to the call site)

◆ LogWarn()

RETINIFY_API void retinify::LogWarn	(	const char *	message,
		std::source_location	location = `std::source_location::current()`
	)

noexcept

Logs a warning message.

Parameters

message	The message to log
location	The source location of the log call (defaults to the call site)

◆ Multiply() [1/2]

RETINIFY_API auto retinify::Multiply	(	const Mat3x3d &	mat,
		const Vec3d &	vec
	)		-> Vec3d

noexcept

Multiply a 3x3 matrix and a 3D vector.

Parameters

mat	3x3 matrix
vec	3D vector

Returns: 3D vector

◆ Multiply() [2/2]

RETINIFY_API auto retinify::Multiply	(	const Mat3x3d &	mat1,
		const Mat3x3d &	mat2
	)		-> Mat3x3d

noexcept

Multiply two 3x3 matrices.

Parameters

mat1	First 3x3 matrix
mat2	Second 3x3 matrix

Returns: 3x3 matrix

◆ Normalize()

RETINIFY_API auto retinify::Normalize ( const Vec3d & vec ) -> Vec3d

noexcept

Normalize a 3D vector to unit length.

Parameters

vec 3D vector

Returns: Normalized 3D vector

◆ SaveCalibrationParameters()

RETINIFY_API auto retinify::SaveCalibrationParameters	(	const char *	filename,
		const CalibrationParameters &	parameters
	)		-> Status

noexcept

Save stereo calibration parameters.

Parameters

filename	Path to the output file
parameters	Calibration parameters to save

Returns: A Status object that indicates whether the operation was successful

◆ Scale()

RETINIFY_API auto retinify::Scale	(	const Vec3d &	vec,
		double	scale
	)		-> Vec3d

noexcept

Scale a 3D vector by a scalar value.

Parameters

vec	3D vector
scale	Scalar value

Returns: Scaled 3D vector

◆ SetLogLevel()

RETINIFY_API void retinify::SetLogLevel ( LogLevel level )

noexcept

Sets the log level.

Parameters

level The new log level to apply

◆ StateDirectoryPath()

RETINIFY_API auto retinify::StateDirectoryPath ( ) -> const char *

noexcept

Returns the state directory path for retinify.

Returns: A null-terminated string with the state directory path, or nullptr on failure

◆ StereoMatchingOnnxFilePath()

RETINIFY_API auto retinify::StereoMatchingOnnxFilePath ( ) -> const char *

noexcept

Returns the path to the ONNX model file used for stereo matching.

Returns: A null-terminated string with the ONNX model file path

◆ StereoRectify()

RETINIFY_API auto retinify::StereoRectify	(	const Intrinsics &	intrinsics1,
		const Distortion &	distortion1,
		const Intrinsics &	intrinsics2,
		const Distortion &	distortion2,
		const Mat3x3d &	rotation,
		const Vec3d &	translation,
		std::uint32_t	imageWidth,
		std::uint32_t	imageHeight,
		Mat3x3d &	rotation1,
		Mat3x3d &	rotation2,
		Mat3x4d &	projectionMatrix1,
		Mat3x4d &	projectionMatrix2,
		Mat4x4d &	mappingMatrix,
		double	alpha
	)		-> Status

noexcept

Perform stereo rectification for a pair of cameras.

Parameters

intrinsics1	First camera intrinsics
distortion1	First camera distortion
intrinsics2	Second camera intrinsics
distortion2	Second camera distortion
rotation	Rotation from the first to the second camera
translation	Translation from the first to the second camera
imageWidth	Image width (in pixels)
imageHeight	Image height (in pixels)
rotation1	Output rectification rotation for the first camera
rotation2	Output rectification rotation for the second camera
projectionMatrix1	Output projection matrix for the first camera
projectionMatrix2	Output projection matrix for the second camera
mappingMatrix	Output mapping matrix
alpha	A free scaling parameter that controls cropping after rectification: 0 keeps only valid pixels (no black borders), 1 preserves the full original image (black borders included), values between 0 and 1 yield intermediate results, and -1 applies the default behavior

Returns: A Status object that indicates whether the operation was successful

◆ Transpose()

RETINIFY_API auto retinify::Transpose ( const Mat3x3d & mat ) -> Mat3x3d

noexcept

Transpose a 3x3 matrix.

Parameters

mat	3x3 matrix

Returns: Transposed 3x3 matrix

◆ UndistortPoint()

RETINIFY_API auto retinify::UndistortPoint	(	const Intrinsics &	intrinsics,
		const Distortion &	distortion,
		const Point2d &	pixel
	)		-> Point2d

noexcept

Undistort a 2D point using the given camera intrinsics and distortion parameters.

Parameters

intrinsics	Camera intrinsic parameters
distortion	Distortion parameters
pixel	Distorted 2D point (in pixel coordinates)

Returns: Undistorted 2D point (in pixel coordinates)

◆ Vee()

RETINIFY_API auto retinify::Vee ( const Mat3x3d & skew ) -> Vec3d

noexcept

Convert a 3x3 skew-symmetric matrix to a 3D rotation vector.

Parameters

skew	3x3 skew-symmetric matrix

Returns: 3D rotation vector

◆ Version()

RETINIFY_API auto retinify::Version ( ) -> const char *

noexcept

Returns the retinify library version in semantic versioning format.

Returns: A string representing the retinify library version

Classes

Typedefs

Enumerations

Functions

Typedef Documentation

◆ Mat3x3d

◆ Mat3x3f

◆ Mat3x4d

◆ Mat3x4f

◆ Mat4x4d

◆ Mat4x4f

◆ Point2d

◆ Point2f

◆ Point3d

◆ Point3f

◆ Rect2d

◆ Rect2i

◆ Vec2d

◆ Vec2f

◆ Vec3d

◆ Vec3f

Enumeration Type Documentation

◆ DepthMode

◆ LogLevel

◆ PixelFormat

◆ StatusCategory

◆ StatusCode

Function Documentation

◆ CacheDirectoryPath()

◆ ColorizeDisparity()

◆ ConfigDirectoryPath()

◆ Cross()

◆ DataDirectoryPath()

◆ Determinant()

◆ Dot()

◆ Exp()

◆ GetLogLevel()

◆ Hat()

◆ HomeDirectoryPath()

◆ Identity()

◆ InitIdentityMap()

◆ InitUndistortRectifyMap()

◆ Length()

◆ LoadCalibrationParameters()

◆ Log()

◆ LogDebug()

◆ LogError()

◆ LogFatal()

◆ LogInfo()

◆ LogWarn()

◆ Multiply() [1/2]

◆ Multiply() [2/2]

◆ Normalize()

◆ SaveCalibrationParameters()

◆ Scale()

◆ SetLogLevel()

◆ StateDirectoryPath()

◆ StereoMatchingOnnxFilePath()

◆ StereoRectify()

◆ Transpose()

◆ UndistortPoint()

◆ Vee()

◆ Version()