| DBLT | Performs a morphological reconstruction by dilation using two images calculated by thresholding the input image at the two user specified thresholds |
| Dilation | Expands bright regions, by finding the maximum pixel value in a 3x3 moving window in the input image |
| DilationNxN | Expands bright regions, by finding the maximum pixel value in an NxN moving window in the input image offset with the input NxN structuring element |
| Erosion | Expands dark regions, by finding the minimum pixel value in a 3x3 moving window in the input image |
| ErosionNxN | Expands dark regions, by finding the minimum pixel value in an NxN moving window in the input image offset with the input NxN structuring element |
| BeucherGrad | Returns the difference between the input image morphologically dilated, and the input image morphologically eroded |
| Close | First dilates the input image and the erodes the resulting image, removing the smaller bright speckle |
| CloseNxN | First dilates the input image with the structuring element offset and the erodes the resulting image again with the structuring element offset, removing the smaller bright speckle |
| Open | First erodes the input image and the dilates the resulting image, removing the smaller dark speckle |
| OpenNxN | First Erodes the input image with the structuring element offset and the dilates the resulting image again with the structuring element offset, removing the smaller dark speckle |
| Hit and Miss | Returns an image with white pixels where the "hit" structuring element was detected and with grey pixels where the miss structuring element was detected in the input image |
| TopHat | Returns the image that results when the input image is subtracted from a diltated version of the input image |
| Valley | Returns the image that results when an eroded version of the input image is subtracted from the input image |
| ReconByDil | Continuously dilates the seed image within the limits of the mask image until a state of equilibrium is reached |
| Watershed | Returns an image of the distinct regions that are found using a flood fill type of algorithm, i.e. the boundaries are where the flood would spill into the next region |