Data Structures
Here are the data structures with brief descriptions:
[detail level 123]
| ▼NSimd | |
| ▼NMotion | Contains Framework for motion detection |
| CDetector | Class Detector |
| CEvent | Event structure |
| CMetadata | Metadata structure |
| CModel | Model structure |
| CObject | Object structure |
| COptions | Options structure |
| CPosition | Position structure |
| ▼NNeural | Contains Framework for learning of Convolutional Neural Network |
| CAveragePoolingLayer | AveragePoolingLayer class |
| CConvolutionalLayer | ConfolutionLayer class |
| CDropoutLayer | DroputLayer class |
| CFullyConnectedLayer | FullyConnectedLayer class |
| CFunction | Activation Function structure |
| CIndex | Index structure |
| CInputLayer | InputLayer class |
| CLayer | Layer class |
| CMaxPoolingLayer | MaxPoolingLayer class |
| CNetwork | Network class |
| CPoolingLayer | PoolingLayer class |
| CTrainOptions | Contains a set of training options |
| ▼NPixel | Contains various pixel structures |
| CBgr24 | 24-bit BGR pixel |
| CBgra32 | 32-bit BGRA pixel |
| CHsl24 | 24-bit HSL pixel |
| CHsv24 | 24-bit HSV pixel |
| CRgb24 | 24-bit RGB pixel |
| CRgba32 | 32-bit RGBA pixel |
| CAllocator | Aligned memory allocator |
| CContourDetector | ContourDetector structure provides detection of contours at the image |
| CCpuDesc | Describes type of description which can return function Simd.Lib.CpuDesc |
| CCpuInfo | Describes type of information which can return function Simd.Lib.CpuInfo |
| ▼CDetection | The Detection structure provides object detection with using of HAAR and LBP cascade classifiers |
| CObject | The Object structure describes detected object |
| CFont | Text drawing |
| CFrame | The Frame structure provides storage and manipulation of frames (multiplanar images) |
| CFrameFormat | Describes frame format type |
| CImage | Storage and manipulation of images |
| CImageFile | Describes formats of image file |
| CImageFrame | Storage and manipulation of frames (multiplanar images) |
| ▼CImageMatcher | The ImageMatcher structure provides fast algorithm of searching of similar images |
| CHash | The Hash structure is used for fast image matching |
| CResult | The Result structure is a result of matching current image and images added before to ImageMatcher |
| CLib | A wrapper around Simd Library API |
| CPixelFormat | Describes pixel format type |
| CPoint | The Point structure defines the x- and y-coordinates of a point |
| CPosition | Describes the position of the child sub image relative to the parent image |
| CPyramid | The Pyramid structure provides storage and manipulation of pyramid images |
| CRectangle | The Rectangle structure defines the positions of left, top, right and bottom sides of a rectangle |
| CResizeChannel | Describes resized image channel types |
| CResizeMethod | Describes methods used in order to resize image |
| CShiftDetector | ShiftDetector structure provides shift detection of given region at the image |
| CTensorData | Describes tensor data type |
| CTensorFormat | 4D-tensor format type |
| CView | The View structure provides storage and manipulation of images |
| CWarpAffineFlags | Describes Warp Affine flags |
| CYuvType | Describes YUV format type |
| CSimdConvolutionParameters |