Data Structures

Here are the data structures with brief descriptions:

[detail level 123456]

Npeak
Nafl
Nerror
CBadAccessException	The exception thrown for signaling an access error
CBufferTooSmallException	The exception thrown when the supplied buffer is too small
CBusyException	The exception thrown for signaling a busy operation
CCorruptedDataException	Thrown when input data or a file is malformed, unreadable, or otherwise corrupted
CException	General Error type
CInternalErrorException	The exception thrown for signaling an unspecified error
CInvalidCastException	The exception thrown when a cast to the required type failed
CInvalidImageFormatException	The exception thrown for signaling an invalid image format
CInvalidParameterException	The exception thrown for passing an invalid parameter to a function
CNotInitializedException	The exception thrown for signaling that the library was not initialized
CNotSupportedException	The exception thrown when a functionality is not supported
Nlibrary
CVersion_t	Version information for ids_peak_afl
CController	High-level interface for automatic camera feature control, providing access to algorithms such as auto-brightness, auto-exposure, auto-gain, white balance, and autofocus. The available functionality depends on the selected controller type (see peak_afl_controllerType)
CManager	Central coordination object for automatic camera feature control
CRange	Generic arithmetic range with inclusive endpoints and a defined step size
Ncommon	Root namespace for common types and interfaces shared across multiple libraries
Ndetail	Namespace for internal implementation details and low-level types
CIntervalT	Represents a continuous numeric interval with inclusive lower and upper bounds
CMetadataKeyTraits< MetadataKey::BinningHorizontal >
CMetadataKeyTraits< MetadataKey::BinningVertical >
CMetadataKeyTraits< MetadataKey::DeviceExposureTime >
CMetadataKeyTraits< MetadataKey::DeviceExposureTimeSequence >
CMetadataKeyTraits< MetadataKey::DeviceFrameID >
CMetadataKeyTraits< MetadataKey::DeviceGain >
CMetadataKeyTraits< MetadataKey::DeviceGainSequence >
CMetadataKeyTraits< MetadataKey::DeviceTimestamp >
CMetadataKeyTraits< MetadataKey::Roi >
CMetadataKeyTraits< MetadataKey::SystemTimestamp >
CPointT	2D point template type
CPointXd	A point in space with configurable dimensionality and coordinate type
CRangeT	Represents a numeric range with defined boundaries and a fixed increment
CRectangleT	A generic rectangle defined by a point and a size
CSizeT	Represents a two-dimensional size with non-negative width and height
Nserialization	Interfaces for defining serialization and deserialization behavior
CIArchive	Interface for a hierarchical key-value archive system
CIDeserializer	Interface for deserializing structured data from an input stream into an archive
CISerializable	Interface for objects that can be serialized to and deserialized from an archive
CISerializer	Interface for serializing data to an output stream
CAny	A type-erased container for any copyable value
CBadAllocException	Thrown when memory allocation fails
CException	Base class for all exceptions thrown by the library
CIImageView	Interface for viewing image pixel data from arbitrary sources
CInternalErrorException	Thrown when an unexpected internal error occurs
CInvalidCastException	Thrown when a cast to an incompatible type is attempted
CInvalidParameterException	Thrown when a function receives an invalid parameter
CIOException	Thrown when an input, output, file or device communication error occurs
CLibraryNotInitializedException	Thrown when the library is used before proper initialization
CMetadata	Type-safe container for image acquisition metadata
CNotSupportedException	Thrown when an unsupported operation or feature is used
COutOfRangeException	Thrown when a parameter is outside the valid range
CPixelFormatInfo	Provides information and utility functions for pixel formats
CTimeoutException	Thrown when an operation exceeds its time limit
CVersion	Represents a structured version identifier following Semantic Versioning 2.0 (major.minor.patch)
Npipeline	Interfaces and implementations for defining and controlling data processing pipelines
Nmodules	Interface definitions and implementations for individual module types used within a pipeline
Nautofeature
Ndetail
CIController	Abstract base interface for all automatic controllers
Nfeatures
CAutoPercentile	Auto percentile feature implementation for auto controllers
CAutoTarget	Auto target feature implementation for auto controllers
CAutoTolerance	Auto tolerance feature implementation for auto controllers
CBrightnessAlgorithm	Brightness algorithm feature implementation for auto controllers
CBrightnessExposureLimit	Exposure limit feature implementation for brightness controllers
CBrightnessGainAnalogLimit	Analog gain limit feature implementation for brightness controllers
CBrightnessGainCombinedLimit	Combined gain limit feature implementation for brightness controllers
CBrightnessGainDigitalLimit	Digital gain limit feature implementation for brightness controllers
CBrightnessGainHostLimit	Host gain limit feature implementation for brightness controllers
CBrightnessGainLimit	Gain limit feature implementation for brightness controllers
CBrightnessLimit	Base class for brightness limit features
CFocusLimit	Focus limit feature implementation for auto focus controllers
CHysteresis	Hysteresis feature implementation for auto controllers
CIFeature	Base interface for auto feature implementations
CIListFeature	Interface for features that have a list of valid values
CIRangeFeature	Interface for features that have a valid range of values
CRoi	Region of Interest (ROI) feature implementation for auto controllers
CSearchAlgorithm	Search algorithm feature implementation for auto focus controllers
CSharpnessAlgorithm	Sharpness algorithm feature implementation for auto focus controllers
CSkipFrames	Skip frames feature implementation for auto controllers
CWeightedRois	Weighted regions of interest feature implementation for auto controllers
CAdvancedAutoBrightness	Advanced automatic brightness controller with comprehensive feature set
CAdvancedAutoFocus	Advanced automatic focus controller with comprehensive feature set
CAdvancedAutoWhiteBalance	Advanced automatic white balance controller with comprehensive feature set
CBasicAutoBrightness	Basic automatic brightness controller implementation
CBasicAutoFocus	Basic automatic focus controller implementation
CBasicAutoWhiteBalance	Basic automatic white balance controller implementation
CBrightnessComponent	Brightness component feature implementation for auto controllers
CWeightedROI	Weighted region of interest structure
CAdvancedAutoFeatures	Advanced automatic features module
CBasicAutoFeatures	Basic automatic features module
CIAutoFeature	Interface for modules that provide auto feature functionality
CIGain	Interface for modules that provide gain control functionality
CIModule	Interface for a module used within a pipeline
CIPipeline	Interface defining the structure and behavior of a processing pipeline
CPipelineBase	Base class for implementing a custom pipeline
Cpeak_afl_controller_limit	Controller parameter limit range
Cpeak_afl_double_limit	Floating-point parameter limit range
Cpeak_afl_position	2D position structure
Cpeak_afl_process_data	Generic process data structure
Cpeak_afl_process_data_brightness	Brightness controller process data
Cpeak_afl_process_data_focus	Focus controller process data
Cpeak_afl_process_data_whitebalance	White balance controller process data
Cpeak_afl_rectangle	2D rectangle structure
Cpeak_afl_size	2D size structure
Cpeak_afl_weighted_rectangle	Weighted region of interest for focus control
Cpeak_common_interval	Represents an integer interval with inclusive minimum and maximum bounds
Cpeak_common_interval_f	Represents a floating-point interval with inclusive minimum and maximum bounds
Cpeak_common_interval_u	Represents an unsigned integer interval with inclusive minimum and maximum bounds
Cpeak_common_point	Represents a 2D point with signed integer coordinates
Cpeak_common_point_f	Represents a 2D point with floating-point coordinates
Cpeak_common_point_u	Represents a 2D point with unsigned integer coordinates
Cpeak_common_range	Represents an integer range with inclusive minimum and maximum bounds and an increment step
Cpeak_common_range_f	Represents a floating-point range with inclusive minimum and maximum bounds and an increment step
Cpeak_common_range_u	Represents an unsigned integer range with inclusive minimum and maximum bounds and an increment step
Cpeak_common_rectangle	Represents a rectangle defined by a position and unsigned integer size
Cpeak_common_rectangle_f	Represents a rectangle defined by a floating-point position and size
Cpeak_common_rectangle_u	Represents a rectangle defined by an unsigned integer position and unsigned integer size
Cpeak_common_size	Represents a 2D size with unsigned integer dimensions
Cpeak_common_size_f	Represents a 2D size with floating-point dimensions
Cpeak_common_version	Represents a version number