Topics

Here is a list of all topics with brief descriptions:

[detail level 123456]

▼IDS peak common	Fundamental types, constants, and interfaces shared across multiple libraries
Exceptions	Custom exceptions used throughout the library
Internal Detail Types	Internal types and implementation details with limited public exposure
▼Pipeline Core Interfaces	Interfaces and types for defining and controlling data processing pipelines
Pipeline Module Interfaces	Interface definitions for individual module types used within a pipeline
Serialization Interfaces	Interfaces for defining serialization and deserialization behavior
▼Core Types	General-purpose types and interfaces used throughout the library
Geometry Types	Types representing geometric concepts such as points, sizes, rectangles, and vectors
C Language Compatible Types	C-compatible types for interoperability with C codebases
▼IDS peak AFL
▼C++ API	C++14 API implementation
Library	Library level functions and types
▼Pipeline modules	High-level interfaces for automatic camera control through integrated auto feature management
▼Pipeline controller	Specialized automatic control implementations for camera features within the pipeline module framework
Pipeline features	Configurable parameters and algorithms for automatic camera control within the pipeline framework
▼C API	C99 API implementation
Library	Library level functions and types and more
Status types and values	Definitions on status types and values
Numerical	Definitions numerical types
Types	Definitions of types
AutoManager	Auto manager that can apply multiple auto features to an image by registering one or more controllers
▼AutoController	Specific controllers that represent automatic control functionality for camera features
▼Auto focus	Automatic focus control for lens focus positioning and sharpness optimization
Skip frames	Frame processing optimization by skipping frames to reduce computational load
Hysteresis	Focus stability control to prevent hunting and oscillation
Limit	Focus position range limits and boundaries
Weighted region of interest	Multi-region focus evaluation with configurable weights
Region of interest presets	Predefined region of interest configurations for focus control
Sharpness algorithm	Sharpness measurement algorithms for focus evaluation
Mode	Operation mode configuration for automatic control functionality
Peak search algorithm	Focus search algorithms for optimal focus positioning
Callbacks	Event notification callbacks for automatic control operations
▼Auto whitebalance	Automatic white balance control for color correction and temperature adjustment
Skip frames	Frame processing optimization by skipping frames to reduce computational load
Region of interest	Analysis area configuration for automatic control operations
Mode	Operation mode configuration for automatic control functionality
Callbacks	Event notification callbacks for automatic control operations
▼Auto brightness	Automatic brightness control through exposure and gain adjustment
Skip frames	Frame processing optimization by skipping frames to reduce computational load
Auto target	Target brightness value configuration for automatic adjustment
Auto tolerance	Acceptable deviation from target brightness settings
Auto percentile	Percentile-based brightness analysis configuration
▼Limit	Brightness control range limits and boundaries
Exposure limit	Exposure time range limits for brightness control
Gain limit	General gain range limits for brightness control
Gain analog limit	Analog gain range limits for brightness control
Gain combined limit	Combined gain range limits for brightness control
Gain digital limit	Digital gain range limits for brightness control
Gain host limit	Host-side gain range limits for brightness control
Region of interest	Analysis area configuration for automatic control operations
Callbacks	Event notification callbacks for automatic control operations
Algorithm	Brightness analysis algorithms for automatic exposure and gain control
▼Component	Individual brightness control components for granular parameter adjustment
Mode	Operation mode configuration for brightness control components
Callback	Event notification callbacks for brightness control component operations
▼Controller settings	Common configuration settings and parameters for auto feature controllers
Skip frames	Frame processing optimization by skipping frames to reduce computational load
Auto target	Target brightness value configuration for automatic adjustment
Auto tolerance	Acceptable deviation from target brightness settings
Auto percentile	Percentile-based brightness analysis configuration
Hysteresis	Focus stability control to prevent hunting and oscillation
Limit	Focus position range limits and boundaries
Region of interest	Analysis area configuration for automatic control operations
Mode	Operation mode configuration for automatic control functionality
Callbacks	Event notification callbacks for automatic control operations