The Ocean CV Advanced Library provides several different computer vision feature detection functionalities. More...

Collaboration diagram for Ocean CV Advanced Library:

Data Structures
class	Ocean::CV::Advanced::AdvancedFrameChannels
	This class implements advanced frame channel conversion, transformation and extraction functions. More...

class	Ocean::CV::Advanced::AdvancedFrameConverter
	This class implements a frame converter creating advanced and artificial pixel formats. More...

class	Ocean::CV::Advanced::AdvancedFrameFilterGaussian
	This class implements an advanced Gaussian filter. More...

class	Ocean::CV::Advanced::AdvancedFrameFilterSeparable
	This class implements an advanced separable filter. More...

class	Ocean::CV::Advanced::AdvancedFrameFilterSobel
	This class implements an advanced sobel frame filter allowing to filter 3D image content. More...

class	Ocean::CV::Advanced::AdvancedFrameInterpolatorBilinear
	This class implements an advanced bilinear frame interpolator. More...

class	Ocean::CV::Advanced::AdvancedFrameInterpolatorBilinearBase
	This class implements several advanced bilinear frame interpolator functions based e.g., on template parameters. More...

class	Ocean::CV::Advanced::AdvancedFrameInterpolatorBilinearNEON
	This class implements advanced bilinear frame interpolation functions using NEON extensions. More...

class	Ocean::CV::Advanced::AdvancedFrameInterpolatorBilinearSSE
	This class implements advanced bilinear frame interpolation functions using SSE extensions. More...

class	Ocean::CV::Advanced::AdvancedFrameShrinker
	This class implements an advanced frame shrinker e.g., not simply combining visual information from the finer layer but also taking a corresponding mask into account. More...

class	Ocean::CV::Advanced::AdvancedMotion< TMetricInteger, TMetricFloat >
	This class implements advanced motion techniques (mainly with sub-pixel accuracy or binary masks) allowing to determine the motion (movement) of individual image points between two frames. More...

class	Ocean::CV::Advanced::AdvancedSumSquareDifferences
	This class implements sum of square difference calculation functions allowing to determine the ssd with sub-pixel accuracy. More...

class	Ocean::CV::Advanced::AdvancedSumSquareDifferencesBase
	This class implements functions calculating the sum of square differences and omit center pixel. More...

class	Ocean::CV::Advanced::AdvancedSumSquareDifferencesSSE
	This class implements sum of square difference calculation functions allowing to determine the SSE with sub-pixel accuracy using SSD SIMD instructions. More...

class	Ocean::CV::Advanced::AdvancedZeroMeanSumSquareDifferences
	This class implements zero-mean sum of square difference calculation functions. More...

class	Ocean::CV::Advanced::AdvancedZeroMeanSumSquareDifferencesBase
	This class implements functions calculating the zero-mean sum of square differences. More...

class	Ocean::CV::Advanced::BlackPointDetector
	Provides functions for black point detection in a frame. More...

class	Ocean::CV::Advanced::ColorChannelCurve
	Implements a look-up table to perform fast transformations on a single color channel. More...

class	Ocean::CV::Advanced::ColorChannelMapper
	Provides methods for fast remapping of colors inside frames. More...

class	Ocean::CV::Advanced::ScaleOffsetMapping< tChannels >
	Defines a scaling and offset color channel mapping. More...

class	Ocean::CV::Advanced::FrameColorAdjustment
	This class implements color adjustment functions between frames. More...

class	Ocean::CV::Advanced::FrameRectification
	This class implements functions creating rectified images from frame areas or objects located in a frame. More...

class	Ocean::CV::Advanced::PanoramaFrame
	This class implements a panorama frame with spherical projection model. More...

class	Ocean::CV::Advanced::PixelLineT< T >
	This class implements a 2D line with pixel precision. More...

class	Ocean::CV::Advanced::PixelTriangleT< T >
	This class implements a 2D triangle with pixel precision. More...

class	Ocean::CV::Advanced::PoissonBlending
	Provides image blending based on Poisson Blending, a seamless image composition algorithm from Perez, et al. More...

class	Ocean::CV::Advanced::SumSquareDifferencesNoCenter
	This class implements functions calculating the sum of square differences and omit center pixel. More...

class	Ocean::CV::Advanced::SumSquareDifferencesNoCenterBase
	This class implements functions calculating the sum of square differences and omits center pixel. More...

class	Ocean::CV::Advanced::SumSquareDifferencesNoCenterNEON
	This class implements functions calculating the sum of square differences and omit center pixel. More...

class	Ocean::CV::Advanced::SumSquareDifferencesNoCenterSSE
	This class implements functions calculating the sum of square differences and omits center pixel using SSE instructions. More...

class	Ocean::CV::Advanced::WhitePointDetector
	Provides functions for white point detection and correction. More...

Typedefs
typedef AdvancedMotion< SumSquareDifferences, AdvancedSumSquareDifferences >	Ocean::CV::Advanced::AdvancedMotionSSD
	Definition of an AdvancedMotion class that applies sum square difference calculations as metric. More...

typedef AdvancedMotion< ZeroMeanSumSquareDifferences, AdvancedZeroMeanSumSquareDifferences >	Ocean::CV::Advanced::AdvancedMotionZeroMeanSSD
	Definition of an AdvancedMotion class that applies zero-mean sum square difference calculations as metric. More...

typedef PixelLineT< unsigned int >	Ocean::CV::Advanced::PixelLine
	Definition of the default PixelLine object with a data type allowing only positive coordinate values. More...

typedef PixelLineT< int >	Ocean::CV::Advanced::PixelLineI
	Definition of a PixelLine object with a data type allowing positive and negative coordinate values. More...

typedef std::vector< PixelLine >	Ocean::CV::Advanced::PixelLines
	Definition of a vector holding pixel lines (with positive coordinate values). More...

typedef std::vector< PixelLineI >	Ocean::CV::Advanced::PixelLinesI
	Definition of a vector holding pixel lines (with positive and negative coordinate values). More...

typedef PixelTriangleT< unsigned int >	Ocean::CV::Advanced::PixelTriangle
	Definition of the default PixelTriangle object with a data type allowing only positive coordinate values. More...

typedef PixelTriangleT< int >	Ocean::CV::Advanced::PixelTriangleI
	Definition of a PixelTriangle object with a data type allowing positive and negative coordinate values. More...

typedef std::vector< PixelTriangle >	Ocean::CV::Advanced::PixelTriangles
	Definition of a vector holding pixel triangles (with positive coordinate values). More...

typedef std::vector< PixelTriangleI >	Ocean::CV::Advanced::PixelTrianglesI
	Definition of a vector holding pixel triangles (with positive and negative coordinate values). More...

Detailed Description

The Ocean CV Advanced Library provides several different computer vision feature detection functionalities.

The library is platform independent.

Typedef Documentation

◆ AdvancedMotionSSD

typedef AdvancedMotion<SumSquareDifferences, AdvancedSumSquareDifferences> Ocean::CV::Advanced::AdvancedMotionSSD

Definition of an AdvancedMotion class that applies sum square difference calculations as metric.

See also: AdvancedMotionZeroMeanSSD, AdvancedMotion.

◆ AdvancedMotionZeroMeanSSD

typedef AdvancedMotion<ZeroMeanSumSquareDifferences, AdvancedZeroMeanSumSquareDifferences> Ocean::CV::Advanced::AdvancedMotionZeroMeanSSD

Definition of an AdvancedMotion class that applies zero-mean sum square difference calculations as metric.

See also: AdvancedMotionSSD, AdvancedMotion.

◆ PixelLine

typedef PixelLineT<unsigned int> Ocean::CV::Advanced::PixelLine

Definition of the default PixelLine object with a data type allowing only positive coordinate values.

See also: PixelLineT

◆ PixelLineI

typedef PixelLineT<int> Ocean::CV::Advanced::PixelLineI

Definition of a PixelLine object with a data type allowing positive and negative coordinate values.

See also: PixelLineT

◆ PixelLines

typedef std::vector<PixelLine> Ocean::CV::Advanced::PixelLines

Definition of a vector holding pixel lines (with positive coordinate values).

See also: PixelLine

◆ PixelLinesI

typedef std::vector<PixelLineI> Ocean::CV::Advanced::PixelLinesI

Definition of a vector holding pixel lines (with positive and negative coordinate values).

See also: PixelLineT

◆ PixelTriangle

typedef PixelTriangleT<unsigned int> Ocean::CV::Advanced::PixelTriangle

Definition of the default PixelTriangle object with a data type allowing only positive coordinate values.

See also: PixelTriangleT

◆ PixelTriangleI

typedef PixelTriangleT<int> Ocean::CV::Advanced::PixelTriangleI

Definition of a PixelTriangle object with a data type allowing positive and negative coordinate values.

See also: PixelTriangleT

◆ PixelTriangles

typedef std::vector<PixelTriangle> Ocean::CV::Advanced::PixelTriangles

Definition of a vector holding pixel triangles (with positive coordinate values).

See also: PixelTriangle

◆ PixelTrianglesI

typedef std::vector<PixelTriangleI> Ocean::CV::Advanced::PixelTrianglesI

Definition of a vector holding pixel triangles (with positive and negative coordinate values).

See also: PixelTriangleI

Data Structures

Typedefs