| [Up] [Basic Concepts] [Data Types] [Functions] [Demonstrations] [MaxTrees] | SDC Morphology Toolbox for C++ V1.6 31mar2008 |
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| mmVersion | SDC Morphology Toolbox version. |
| mmGettime | |
| mmIntcode | Returns the machine internal code. |
| mmMachinecode | Returns the machine code. |
| mmLicensecode | Returns the machine license code. |
| mmLicensedays | Returns the machine license code. |
| mmBinary | Convert a gray-scale image into a binary image |
| mmBit | Put an uint8 binary image into packed bit format |
| mmGray | Convert a binary image into a gray-scale image. |
| mmUbyte | Converts a BIT, UBYTE, USHORT or DOUBLE image into an UBYTE image. |
| mmUshort | Converts a UBYTE, USHORT or DOUBLE image into an USHORT image. |
| mmInt32 | Convert an image to an int32 image. |
| mmUint8 | Convert an image to an uint8 image. |
| mmUint16 | Convert an image to a uint16 image. |
| mmFrame | Create a frame image. |
| mmConst | Create a constant image (obsolete). |
| mmGconst | Create a constant image. |
| mmDrawv | Superpose points, rectangles and lines on an image. |
| mmText | Create a binary image of a text. |
| mmAppend | Append two images along width, height or depth. |
| mmConcat | Concatenate two or more images along width, height or depth. |
| mmLimits | Get the possible minimum and maximum of an image. |
| mmFind | Find 1-D indexes of pixels different from zero |
| mmGetroi | Get specified region of interest (subimage). |
| mmRoi | Get minimum rectangle of an image.. |
| mmDatatype | Return the image datatype string |
| mmBmpread | Read a BMP image file. |
| mmBmpwrite | Write a BMP image file. |
| mmReadgray | Read an image from a commercial file format and stores it as a gray-scale image. |
| mmIsbinary | Check for binary image |
| mmIsequal | Verify if two images are equal |
| mmIslesseq | Verify if one image is less or equal another (is beneath) |
| mmNeg | Negate an image. |
| mmToggle | Image contrast enhancement or classification by the toggle operator. |
| mmAddm | Addition of two images, with saturation. |
| mmIntersec | Intersection of images. |
| mmSubm | Subtraction of two images, with saturation. |
| mmSymdif | Symmetric difference between two images |
| mmUnion | Union of images. |
| mmImg2se | Create a structuring element from a pair of images. |
| mmSebox | Create a box structuring element. |
| mmSecross | Diamond structuring element and elementary 3x3 cross. |
| mmSedisk | Create a disk or a semi-sphere structuring element. |
| mmSeline | Create a line structuring element. |
| mmSerot | Rotate a structuring element. |
| mmSeshow | Display a structuring element as an image. |
| mmSesum | N-1 iterative Minkowski additions |
| mmSetrans | Translate a structuring element |
| mmSereflect | Reflect a structuring element |
| mmSedil | Dilate one structuring element by another |
| mmSeunion | Union of structuring elements |
| mmCdil | Dilate an image conditionally. |
| mmCero | Erode an image conditionally. |
| mmDil | Dilate an image by a structuring element. |
| mmEro | Erode an image by a structuring element. |
| mmCenter | Center filter. |
| mmAsf | Alternating Sequential Filtering |
| mmClose | Morphological closing. |
| mmOpen | Morphological opening. |
| mmClohole | Close holes of binary and gray-scale images. |
| mmFlood | Flooding filter- h,v,a-basin and dynamics (depth, area, volume) |
| mmAsfrec | Reconstructive Alternating Sequential Filtering |
| mmCloserec | Closing by reconstruction. |
| mmInfrec | Inf-reconstruction. |
| mmInpos | Minima imposition. |
| mmOpenrec | Opening by reconstruction. |
| mmRegmax | Regional Maximum. |
| mmRegmin | Regional Minimum (with generalized dynamics). |
| mmSuprec | Sup-reconstruction. |
| mmAreaclose | Area closing |
| mmAreaopen | Area opening |
| mmVmin | Remove basins with volume less than v. |
| mmVmax | Remove domes with volume less than v. |
| mmHmax | Remove peaks with contrast less than h. |
| mmHmin | Remove basins with contrast less than h. |
| mmEdgeoff | Eliminate the objects that hit the image frame. |
| mmCbisector | N-Conditional bisector. |
| mmCloserecth | Close-by-Reconstruction Top-Hat. |
| mmCloseth | Closing Top Hat. |
| mmGradm | Morphological gradient. |
| mmOpenrecth | Open-by-Reconstruction Top-Hat. |
| mmOpenth | Opening Top Hat. |
| mmSkelm | Morphological skeleton (Medial Axis Transform). |
| mmSkelmrec | Morphological skeleton reconstruction (Inverse Medial Axis Transform). |
| mmEndpoints | Interval to detect end-points. |
| mmHomothick | Interval for homotopic thickening. |
| mmHomothin | Interval for homotopic thinning. |
| mmInterot | Rotate an interval |
| mmIntershow | Visualize an interval. |
| mmSe2interval | Create an interval from a pair of structuring elements. |
| mmSe2hmt | Create a Hit-or-Miss Template (or interval) from a pair of structuring elements. |
| mmThreshad | Threshold (adaptive) |
| mmInfcanon | Intersection of inf-generating operators. |
| mmInfgen | Inf-generating. |
| mmSupcanon | Union of sup-generating or hit-miss operators. |
| mmSupgen | Sup-generating (hit-miss). |
| mmCthick | Image transformation by conditional thickening. |
| mmCthin | Image transformation by conditional thinning. |
| mmCwatershed | Detection of watershed from markers. |
| mmSkiz | Skeleton of Influence Zone - also know as Generalized Voronoi Diagram |
| mmSwatershed | Detection of similarity-based watershed from markers. |
| mmThick | Image transformation by thickening. |
| mmThin | Image transformation by thinning. |
| mmWatershed | Watershed detection. |
| mmHistogram | Find the histogram of the image f. |
| mmLabel | Label a binary image. |
| mmBlob | Blob measurements from a labeled image. |
| mmGrain | Gray-scale statistics for each labeled region. |
| mmLabelflat | Label the flat zones of gray-scale images. |
| mmStats | Find global image statistics. |
| mmGlblshow | Apply a random color table to a gray-scale image. |
| mmGshow | Apply binary overlays as color layers on a binary or gray-scale image |
| mmSurf | Generate a shaded visualization image of a gray-scale image as a topographic model. |
| mmBshow | Generate a graphical representation of overlaid binary images. |
| mmLblshow | Display a labeled image assigning a random color for each label. |
| mmShow | Display binary or gray-scale images and optionally overlay it with binary images. |
| mmGplot | Return an image of the plot. |
| mmPlot | Shows a plot. |
| mmGetpixel | Returns the value of an pixel of an image. |
| mmDraw | Superpose rectangles and lines on an image. Obsolete, use mmdrawv. |
| mmMax | Finds global maximum. Use mmstats |
| mmMin | Finds global minimum. Use mmstats. |
| mmGetpixels | Select pixels of image fv at 1D offset indexes given by image fi. |
| mmPutpixels | Set ROI using 1-D indexing from another input image |
| mmCoord2vec | Build a vector of image coordinates or size (obsolete). |
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