EImageRangeSegmenter Class
Segments an image using a pixel-by-pixel double threshold given as two images.
Remarks
This segmenter is applicable to EROIBW8, EROIBW16 and EROIC24 images. It produces coded images with two layers. The low threshold and the high threshold are defined for each pixel individually by means of two reference images of the same type as the source image: the Low Image and the High Image.
For grayscales images, the White layer (usually, with index 1) contains unmasked pixels having a gray value in a range defined by the gray value of the corresponding unmasked pixels in the Low Image and the High Image.
For RGB color images, the White layer (usually, with index 1) contains unmasked pixels having a color inside the cube of the color space defined by the colors of the corresponding unmasked pixels in the Low Image and the High Image.
The Black layer (usually, with index 0) contains the remaining unmasked pixels.
Base Class:ETwoLayersImageSegmenter
Namespace: Euresys::Open_eVision::Segmenters
Methods
EImageRangeSegmenter Class
Segments an image using a pixel-by-pixel double threshold given as two images.
Remarks
This segmenter is applicable to EROIBW8, EROIBW16 and EROIC24 images. It produces coded images with two layers. The low threshold and the high threshold are defined for each pixel individually by means of two reference images of the same type as the source image: the Low Image and the High Image.
For grayscales images, the White layer (usually, with index 1) contains unmasked pixels having a gray value in a range defined by the gray value of the corresponding unmasked pixels in the Low Image and the High Image.
For RGB color images, the White layer (usually, with index 1) contains unmasked pixels having a color inside the cube of the color space defined by the colors of the corresponding unmasked pixels in the Low Image and the High Image.
The Black layer (usually, with index 0) contains the remaining unmasked pixels.
Base Class:ETwoLayersImageSegmenter
Namespace: Euresys.Open_eVision.Segmenters
Properties
Methods