| 2dcolor.c | Gives a specific color to points in a 2D khalimsky grid, according to their rank |
| 2dkhalimskize.c | Converts a 2D image into a 2D Khalimsky order |
| 2dthin.c | Homotopic thinning of a 2d Khalimsky image |
| 3dcolor.c | Gives a specific color to points in a 3D khalimsky grid, according to their rank |
| 3dinvariants.c | Computes the numbers of connected components, cavities and tunnels of a 3D Khalimsky order |
| 3disthmus.c | Destroys 1D isthmuses in a 3D binary image |
| 3dkhalimskize.c | Converts a 3D image into a 3D Khalimsky order |
| 3dlabel.c | Labels the theta-connected component of a 3D Khalimsky order |
| 3dplane.c | Builds the discretization of a plane in the 3d Khalimsky space |
| 3drecons.c | Geodesic reconstruction in a 3d khalimsky order |
| 3dskelsurf.c | Surfacic skeleton |
| 3dthin.c | Homotopic thinning of a 3d Khalimsky image |
| ac2pink.c | Converts a 3D scene from AC3D format to Pink 3Dscene format |
| add.c | Pixelwise addition of two images |
| addconst.c | Adds a constant value to an image |
| amont.c | Amont of a binary marker in a grayscale image |
| animscenes.c | Generates intermediate scenes by interpolation |
| area.c | Return the number of non-null pixels of an image |
| areaclosing.c | Area closing |
| areaopening.c | Area opening |
| areaselnb.c | Area based segmentation by selection of a given number or components |
| asf.c | Alternate sequential filter |
| asfbin.c | Alternate sequential filter for binary images |
| asflin.c | Alternate sequential filter by linear structuring elements |
| asfr.c | Alternate sequential filter by reconstruction |
| asft.c | Alternate sequential filter controled by topology |
| asftmed.c | Alternate sequential filter controled by topology |
| asftndg.c | Alternate sequential filter controled by topology |
| attribute.c | Labels each connected component with its attribute value |
| autocrop.c | Eliminates null regions at the periphery of an image |
| average.c | Pixelwise (weighted) average of two images |
| ball.c | Generates a binary euclidean ball |
| barycentre.c | Compute the center of gravity of each connected component |
| barycentrelab.c | Compute the center of gravity of each labeled region |
| bisector.c | Compute the bisector function of a binary image |
| border.c | Border of a binary image |
| boxmin.c | Minimal box including a given set of points |
| bruite.c | Adds noise to an image |
| byte2float.c | Converts a "byte" image to a "float" image |
| byte2long.c | Converts a "byte" image to a "long" image |
| car2pol.c | Converts a 2d image from cartesian to polar coordinates |
| catpgm.c | Catenates a sequence of 2d images into a 3d image |
| closeball.c | Morphological binary closing by a ball |
| closing.c | Morphological closing by a plane structuring element |
| convexhull.c | Convex hull of a set of points in the 2D plane |
| convol.c | Convolution |
| crestheight.c | Measures the height of crests in a thinned grayscale image |
| crestrestoration.c | Crest restoration algorithm |
| crestsegment.c | Measures the height of crests in a thinned grayscale image |
| crestvol.c | Enhances linear structures in a grayscale image |
| crop.c | Extracts a rectangular (cuboidal in 3d) area from an image |
| curvatures.c | Compute the curvatures of a natural cubic spline |
| curve2spline.c | Converts a discrete open curve into a spline |
| delcomp.c | Deletes a connected component |
| deletecomp.c | Deletes a connected component |
| deletepeaks.c | Deletes peaks in a grayscale image |
| deletewells.c | Deletes wells in a grayscale image |
| diffimages.c | Pixelwise absolute value difference of 2 images |
| dilatball.c | Morphological binary dilation by a ball |
| dilation.c | Morphological dilation by a plane structuring element |
| directionalfilter.c | Directional filter for curvilinear feature extraction |
| dist.c | Distance transform (external) |
| distc.c | Distance transform (internal) |
| distgeo.c | Geodesic distance |
| diZenzo.c | DiZenzo gradient pour les images couleurs |
| drawcurve.c | Draw line segments which are specified by a text file |
| drawline.c | Draw a line segment in a 2D image |
| drawlines.c | Draw line segments which are specified by a text file |
| drawscene.c | Draw a 3D scene which is specified by a text file into a 3D pgm image |
| drawspline.c | Draw a spline which is specified by its control points in a text file |
| drawsplines.c | Draw spline segments which are specified by a text file |
| dup.c | Duplicates an image |
| ellipsefit.c | Ellipse identification and drawing from spare points |
| enframe.c | Adds a border with a given gray value to an image |
| equal.c | Equality test |
| erosball.c | Morphological binary erosion by a ball |
| erosion.c | Morphological erosion by a plane structuring element |
| expandframe.c | Expands the values of the image in a n-pixel wide band outside the image |
| explode.c | Converts single 3D pgm file into a series of 2D pgm files |
| explodecomp.c | Converts single 2D pgm file into a series of 2D pgm files, where each file of the series contains one component of the original image |
| extractplane.c | Extracts a plane normal to one of the directions x,y,z from a 3D image |
| fft.c | Fast Fourier transform |
| fitcircle.c | Fits a circle which locally minimizes gray levels |
| float2byte.c | Converts a "float" image to a "byte" image |
| frame.c | Generates an image with a white border and a black interior |
| gaussianfilter.c | Gaussian filter operator |
| genimage.c | Generates a monocolor image of given size |
| genlut.c | Generates a lookup table |
| genplane.c | Generates a plane normal to one of the directions x,y,z |
| geodilat.c | Geodesic dilation |
| geoeros.c | Geodesic erosion |
| gettree.c | Get the structure of a tree |
| gradcol.c | Color morphological gradient |
| gradientcd.c | Canny-Deriche gradient operator |
| granulometry.c | Granulometry of a binary image |
| grayskel.c | Grayscale homotopic skeleton |
| hcutting.c | Homotopic cutting (pseudo opening) by a ball |
| heightmaxima.c | H-maxima operator |
| heightminima.c | H-minima operator |
| heightselnb.c | Height based segmentation by selection of a given number or components |
| hfilling.c | Homotopic filling (pseudo closing) by a ball |
| histolisse.c | Smoothed histogram of the gray values |
| histopgm.c | Histogram of the gray values |
| histstretch.c | Transforms the gray scale by stretching the histogram |
| hitormiss.c | Morphological hit or miss transformation for binay images |
| hls2rgb.c | Converts from hls to rgb color representation |
| holeclosing.c | 3d hole closing |
| hthick.c | Grayscale homotopic thickening |
| hthin.c | Grayscale homotopic thinning |
| htkern.c | Grayscale ultimate homotopic thinning |
| htkernu.c | Grayscale ultimate homotopic thickening |
| insert.c | Inserts an image into another image |
| inverse.c | Complements a byte image to 255 |
| isnull.c | Nullity test |
| isometry.c | Basic isometries in 3D |
| label.c | Labeling of some flat zones of a grayscale or a binary image |
| labeltree.c | Branch distance |
| lambdaskel.c | Grayscale filtered topological skeleton |
| lambdathin.c | Grayscale homotopic and filtered thinning |
| laplacian.c | Laplacian operator |
| line.c | Draws a straight line between the two first points found in image |
| lintophat.c | Max of morphological black top hats by linear structuring elements |
| list2pgm.c | Converts from point list representation to pgm |
| localextrema.c | Local extrema |
| long2byte.c | Converts a "long" image to a "byte" image |
| lthick.c | Grayscale leveling thickening |
| lthin.c | Grayscale leveling thinning |
| lvkern.c | Grayscale ultimate leveling thinning |
| lvkernu.c | Grayscale ultimate leveling thickening |
| matchrect.c | Matches (rounded) rectangles to the contours of objects |
| max.c | Maximum of 2 images |
| maxdiameter.c | Maximal diameter of a binary image |
| maxima.c | Regional maxima |
| mcube.c | Topologically correct "marching cubes"-like algorithm |
| medialaxis.c | Medial axis transform |
| medianfilter.c | Median filter |
| meshaddnoise.c | Adds gaussian noise to the positions of the vertices of a mesh |
| meshconvert.c | Mesh format conversion |
| meshregul.c | Mesh smoothing |
| min.c | Minimum of 2 images |
| minima.c | Regional minima |
| moments.c | Calcul des moments d'ordre 1 et 2 d'une image binaire (nuage de points) |
| mult.c | Pixelwise multiplication of two images |
| nbcomp.c | Returning number of connex components of a grayscale or a binary image |
| nbtopo.c | Connectivity numbers |
| nbvois.c | Number of neighbors for each object point |
| normalize.c | Normalization of grayscale values |
| offset.c | Image translation |
| ombre.c | Binary shadow of a grayscale function |
| openball.c | Morphological binary closing by a ball |
| opening.c | Morphological opening by a plane structuring element |
| pgm2closedcurve.c | Extracts a curve from a binary image |
| pgm2curve.c | Extracts a curve from a binary image |
| pgm2pov.c | Generates a povray file from a 3D image |
| pgm2ppm.c | Constructs a ppm color image from 3 pgm grayscale image or from a pgm image and a lookup table |
| pgm2ps.c | Converts from pgm to ps for illustrating small image configurations |
| pgm2raw.c | Suppress the header from a pgm file |
| pgm2skel.c | Decomposition of a curvilinear skeleton into isolated points, end points, curves and junctions |
| pgm2vskel.c | Decomposition of a valuated curvilinear skeleton into isolated points, end points, curves and junctions |
| pgm2vtk.c | Generates a vtk file from a 3D image |
| pgmascmode.c | Converts a pgm file to ascii mode |
| pgmrawmode.c | Converts a pgm file to raw mode |
| point.c | Modifies the value of a given point |
| points2spline.c | Converts a sequence of control points into a spline |
| pol2car.c | Converts a 2d image from polar to cartesian coordinates |
| ppm2pgm.c | Converts a color ppm image into 3 grayscale pgm images |
| printhisto.c | Prints the histogram of an image or a region |
| printstats.c | Prints some stats of an image or a region |
| proj.c | Projection parallel to one of the main axes |
| propgeo.c | Geodesic propagation of image values |
| ptcurve.c | Detects curve points in a binary image |
| ptend.c | Detects end points in a binary image |
| ptextensible.c | Detects extensible points in a grayscale image |
| ptisolated.c | Detects isolated points in a binary image |
| ptmultiple.c | Detects multiple points in 2d or 3d binary images |
| ptseparating.c | Detects separating points in a 2D or 3D binary image |
| ptseparatinggray.c | Detects separating points in a grayscale image |
| ptsimple.c | Detects simple points in a binary image |
| randrgb.c | Generates random colors from gray levels |
| rankfilter.c | Rank filter |
| raw2pgm.c | Converts from raw format into pgm format |
| redt.c | Reverse euclidean distance transform |
| rgb2hls.c | Converts a ppm color file to hls representation |
| rotatebin.c | Rotation of a binary image |
| samplespline.c | Samples a cubic spline according to its curvilinear abcissa |
| scale.c | Product of an image by a scalar |
| sceneconvert.c | Converts a 3D scene into another format |
| section.c | Computes a 2d cross section from a 3d image |
| segmentarea.c | Segmentation by filtering components on an area criterion |
| segmentheight.c | Segmentation based on a height criterion |
| segmentvol.c | Segmentation by filtering components on a volume criterion |
| selectcomp.c | Selects a connected component |
| selndg.c | Selects pixels with values between two thresholds |
| seltopo.c | Selects points according to a local topological criterion |
| setvoxdim.c | Adds voxel dimensions to file header |
| seuil.c | Simple threshold |
| seuil2.c | Double threshold |
| seuilauto.c | Automatic threshold |
| showheader.c | Prints image information |
| showpoint.c | Prints the value of a given point |
| signal2pgm.c | Converts from signal representation to pgm |
| skel2pgm.c | Generation of a binary image from a curvilinear skeleton |
| skel2pov.c | Generation of a 3d illustration from a curvilinear skeleton |
| skelcurv.c | Curvilinear binary skeleton guided by a priority image |
| skelend.c | Homotopic skeleton of a 2d binary image with dynamic detection of end points |
| skeleton.c | Ultimate binary skeleton guided by a priority image |
| skeleucl.c | Euclidean binary skeleton |
| skelsurf.c | Surfacic binary skeleton guided by a priority image |
| squelbin.c | Homotopic skeleton of a 2d binary image |
| sub.c | Substracts an image from another one |
| surimp.c | Superimposition of a binary image with a grayscale image |
| sym.c | Symmetry (vertical, horizontal, central in 2D; x, y, z in 3D) |
| symse.c | Inverse of a structuring element |
| taf.c | Topological alternating filter |
| tlf.c | Topological lower filter |
| toposhrink.c | Topologically controled binary shrinking guided by a priority image |
| translate.c | Image translation |
| tuf.c | Topological upper filter |
| volmaxima.c | Volume-based filtering |
| volselnb.c | Volume based segmentation by selection of a given number or components |
| volume.c | Return the sum of the pixel values of an image |
| volumelignes.c | Enhances linear structures in a grayscale image |
| vskel2graph.c | Generation of a graph from a curvilinear skeleton |
| watershed.c | Topological binary watershed (Couprie-Bertrand algorithm) |
| watershedMeyer.c | Watershed transformation (Meyer's algorithm) |
| watershedMeyer2.c | Watershed transformation (Meyer's algorithm) with labelled markers |
| watershedwithoutline.c | Watershed transformation without line of separation |
| wshedkhalimsky.c | Watershed transformation in Khalimsky space (inter pixel watershed) |
| wshedtopo.c | Topological grayscale watershed (Couprie-Bertrand algorithm) |
| xor.c | Pixelwise xor of two images |
| zoom.c | Zoom (shrink or expand) an image |
| zoomint.c | Zoom by an integer factor |
