Special Pipeline Types

Data Structures
class	ColorCorrectionMatrix
	Color correction matrix. More...

Enumerations
enum class	BinningMode {   Average = 0 ,   Sum = 1 }
	Mode parameter for the binning algorithm. More...
enum class	ChromaticAdaptionAlgorithm {   Legacy = PEAK_ICV_CHROMATIC_ADAPTION_ALGORITHM_LEGACY ,   Bradford = PEAK_ICV_CHROMATIC_ADAPTION_ALGORITHM_BRADFORD }
	Algorithm used for chromatic adaption. More...
enum class	ColorSpace {   SRGB_D50 = PEAK_ICV_COLOR_SPACE_SRGB_D50 ,   SRGB_D65 = PEAK_ICV_COLOR_SPACE_SRGB_D65 ,   CIE_RGB_E = PEAK_ICV_COLOR_SPACE_CIE_RGB_E ,   ECI_RGB_D50 = PEAK_ICV_COLOR_SPACE_ECI_RGB_D50 ,   Adobe_RGB_D65 = PEAK_ICV_COLOR_SPACE_ADOBE_RGB_D65 }
	Color spaces supported by the chromatic adaptation feature. More...
enum class	DebayerChannelLayout {   RGB = 0 ,   BGR ,   RGBA ,   BGRA }
	Specifies the channel layout used by the debayer module in image processing pipelines. More...
enum class	ProcessingPolicy {   Fast ,   Balanced ,   Enhanced }
	Specifies the processing policy. More...
enum class	Rotation {   None = 0 ,   Degree90Counterclockwise = 90 ,   Degree180 = 180 ,   Degree90Clockwise = 270 }
	Angle parameter for the rotation algorithm. More...

Detailed Description

Supporting data structures, enumerations, and type definitions for pipeline configuration.

This group contains the specialized types used throughout the pipeline system for configuration, control, and data representation. These types provide type-safe interfaces for pipeline parameters and ensure consistent behavior across the system.

Enumeration Type Documentation

BinningMode

enum class BinningMode

strong

Mode parameter for the binning algorithm.

The enum holding the possible modes.

Since

ids_peak_icv 1.0

Enumerator
Average	The averaged pixel values of neighboring rows and/or columns are computed during binning.
Sum	The pixel values of neighboring rows and/or columns are summed during binning.

ChromaticAdaptionAlgorithm

enum class ChromaticAdaptionAlgorithm

strong

Algorithm used for chromatic adaption.

Since

ids_peak_icv 1.3

Enumerator
Legacy	Legacy adaption algorithm.
Bradford	Bradford adaption algorithm (Default).

ColorSpace

enum class ColorSpace

strong

Color spaces supported by the chromatic adaptation feature.

Since

ids_peak_icv 1.3

Enumerator
SRGB_D50
SRGB_D65
CIE_RGB_E
ECI_RGB_D50
Adobe_RGB_D65

DebayerChannelLayout

enum class DebayerChannelLayout

strong

Specifies the channel layout used by the debayer module in image processing pipelines.

Since

ids_peak_icv 1.0

Enumerator
RGB	Red-Green-Blue format with 3 channels.
BGR	Blue-Green-Red format with 3 channels.
RGBA	Red-Green-Blue-Alpha format with 4 channels.
BGRA	Blue-Green-Red-Alpha format with 4 channels.

ProcessingPolicy

enum class ProcessingPolicy

strong

Specifies the processing policy.

Defines how the image processing pipeline handles the bit depth conversions during processing, balancing performance and image quality.

Warning

Changing the processing policy during active processing may cause inconsistent results. Set the policy before starting image processing operations.

See also

DefaultPipeline::SetProcessingPolicy(), DefaultPipeline::GetProcessingPolicy()

Since

ids_peak_icv 1.0

Enumerator
Fast	Prefer speed. Reduces the bit depth of the input image at the earliest suitable stage if the target bit depth is lower. Prioritizes performance over image quality.
Balanced	Balance speed and quality. Retains the original bit depth throughout processing until the final pixel format conversion. Provides a trade-off between performance and quality.
Enhanced	Prefer quality. Increases the bit depth of the input image for all processing steps, if the target bit depth is higher. Prioritizes improved image quality over performance.

Rotation

enum class Rotation

strong

Angle parameter for the rotation algorithm.

Since

ids_peak_icv 1.0

Enumerator
None	No rotation applied to the image. Since ids_peak_icv 1.0
Degree90Counterclockwise	Rotate the image 90 degrees counterclockwise. Since ids_peak_icv 1.0
Degree180	Rotate the image 180 degrees (upside down). Since ids_peak_icv 1.0
Degree90Clockwise	Rotate the image 90 degrees clockwise. Since ids_peak_icv 1.0