| 1d.hh [code] | |
| 2d.hh [code] | |
| 3d.hh [code] | |
| a_point_of.hh [code] | Give a point of an image |
| io/abort.hh [code] | |
| metal/abort.hh [code] | FIXME: Document |
| data/abs.hh [code] | Apply the absolute value (abs) function to image pixel values |
| fun/math/abs.hh [code] | |
| fun/v2v/abs.hh [code] | FIXME |
| math/abs.hh [code] | Define the absolute value (abs) routine |
| accu.hh [code] | |
| accu_result.hh [code] | |
| accumulator.hh [code] | Definition of the concept of mln::Accumulator |
| doc/accumulator.hh [code] | |
| accumulators.hh [code] | Some base trait types for accumulators |
| acos.hh [code] | Define the arc cosinus (acos) routine |
| adj_higher_dim_connected_n_face_iter.hh [code] | Definition of forward and backward iterators on all the n-faces sharing an adjacent (n+1)-face with a (reference) n-face in a complex |
| adj_higher_face_iter.hh [code] | Definition of forward and backward iterators on the adjacent (n+1)-faces of a (reference) n-face in a complex |
| adj_lower_dim_connected_n_face_iter.hh [code] | Definition of forward and backward iterators on all the n-faces sharing an adjacent (n-1)-face with a (reference) n-face in a complex |
| adj_lower_face_iter.hh [code] | Definition of forward and backward iterators on the adjacent (n-1)-faces of a (reference) n-face in a complex |
| adj_lower_higher_face_iter.hh [code] | Definition of forward and backward iterators on all the adjacent (n-1)-faces and (n+1)-faces of a (reference) n-face in a complex |
| adj_m_face_iter.hh [code] | Definition of forward and backward iterators on all the m-faces transitively adjacent to a (reference) n-face in a complex |
| adjacency_matrix.hh [code] | A class of adjacency matrix |
| border/adjust.hh [code] | Define a function that adjusts the thickness of an image virtual border |
| extension/adjust.hh [code] | Adjust the domain extension to a minimum thickness border |
| adjust_duplicate.hh [code] | Adjust the size of the domain extension then duplicate the image inner boundary |
| adjust_fill.hh [code] | Adjust then fill the domain extension |
| closing/algebraic.hh [code] | Morphological algebraic closing |
| opening/algebraic.hh [code] | Morphological algebraic opening |
| algebraic_face.hh [code] | Algebraic face of a complex |
| algebraic_filter.hh [code] | Alegebraic filter calls attribute canvas |
| algebraic_n_face.hh [code] | Algebraic n-face of a complex |
| aliases.hh [code] | File that includes all aliases of value types |
| accu/all.hh [code] | File that includes all accumulator types |
| accu/image/all.hh [code] | File that includes all accumulator image routines |
| accu/logic/all.hh [code] | File that includes all logical accumulator types |
| accu/math/all.hh [code] | File that includes all mathematic accumulator types |
| accu/shape/all.hh [code] | File that includes all shape accumulator types |
| accu/site_set/all.hh [code] | File that includes all accumulator types working on site sets |
| accu/stat/all.hh [code] | File that includes all statistical accumulator types |
| algebra/all.hh [code] | File that includes all algebraic structures |
| all.hh [code] | File that includes all the headers |
| arith/all.hh [code] | File that includes all arithmetic materials |
| binarization/all.hh [code] | File that includes all "point-wise" expression tools |
| border/all.hh [code] | File that includes all border-related routines |
| canvas/all.hh [code] | File that includes all canvas-related routines |
| canvas/browsing/all.hh [code] | File that includes all browsing canvas-related routines |
| canvas/labeling/all.hh [code] | File that includes all labeling canvas-related routines |
| canvas/morpho/all.hh [code] | File that includes morphological canvas-related routines |
| convert/all.hh [code] | File that includes all conversion-related routines |
| convert/impl/all.hh [code] | File that includes all from-to conversion routines |
| core/alias/all.hh [code] | File that includes all the aliases |
| core/all.hh [code] | File that includes all the core routines |
| core/concept/all.hh [code] | File that includes all the core concepts |
| core/def/all.hh [code] | |
| core/image/all.hh [code] | File that includes all image types |
| core/image/dmorph/all.hh [code] | File that includes all domain morpher image types |
| core/image/imorph/all.hh [code] | File that includes all identity morpher image types |
| core/image/vmorph/all.hh [code] | File that includes all value morpher image types |
| core/routine/all.hh [code] | File that includes all core routines |
| core/site_set/all.hh [code] | File that includes all site_set types |
| core/trait/all.hh [code] | File that includes all traits |
| data/all.hh [code] | File that includes all data-related routines |
| data/approx/all.hh [code] | File that includes all level-related routines with approximation |
| data/naive/all.hh [code] | File that includes all level-related routines with naive approach |
| debug/all.hh [code] | File that includes all debug-related routines |
| display/all.hh [code] | File that includes all display routines |
| draw/all.hh [code] | File that includes all draw-related routines |
| estim/all.hh [code] | File that includes all estimation materials |
| extension/all.hh [code] | File that includes all extension materials |
| extract/all.hh [code] | File that includes all sub-data extraction related routines |
| fun/access/all.hh [code] | File that includes all access functions |
| fun/all.hh [code] | File that includes all functions |
| fun/i2v/all.hh [code] | File that includes all integer-to-value functions |
| fun/meta/all.hh [code] | |
| fun/p2b/all.hh [code] | File that includes all functions from point to boolean |
| fun/p2p/all.hh [code] | File that includes all functions from grid point to grid point |
| fun/p2v/all.hh [code] | File that includes all functions from point to value |
| fun/stat/all.hh [code] | File that includes all statistical functions |
| fun/v2b/all.hh [code] | File that includes all functions from value to logic value |
| fun/v2i/all.hh [code] | File that includes all value-to-integer functions |
| fun/v2v/all.hh [code] | File that includes all functions from value to value |
| fun/v2w2v/all.hh [code] | |
| fun/v2w_w2v/all.hh [code] | File that includes all bijective functions |
| fun/vv2b/all.hh [code] | File that includes all functions mapping two values to a logical value |
| fun/vv2v/all.hh [code] | File that includes all functions from point to value |
| fun/x2p/all.hh [code] | File that includes all functions from point to value |
| fun/x2v/all.hh [code] | File that includes all functions from vector to value |
| fun/x2x/all.hh [code] | File that includes all functions from vector to vector |
| geom/all.hh [code] | File that includes all geometry related things |
| graph/all.hh [code] | File that include all graph related routines |
| histo/all.hh [code] | File that includes histogram files |
| io/all.hh [code] | Inclusion of all I/O routines |
| io/cloud/all.hh [code] | Inclusion of all cloud I/O routines |
| io/dicom/all.hh [code] | Inclusion of all DICOM I/O routines |
| io/dump/all.hh [code] | Inclusion of all dump I/O routines |
| io/fits/all.hh [code] | Inclusion of all FITS I/O routines |
| io/fld/all.hh [code] | Inclusion of all AVS field file I/O routines |
| io/magick/all.hh [code] | Inclusion of all Magick++ I/O routines |
| io/off/all.hh [code] | Inclusion of all OFF I/O routines |
| io/pbm/all.hh [code] | Inclusion of all PBM I/O routines |
| io/pbms/all.hh [code] | Inclusion of all PBMS I/O routines |
| io/pfm/all.hh [code] | Inclusion of all PFM I/O routines |
| io/pgm/all.hh [code] | Inclusion of all PGM I/O routines |
| io/pgms/all.hh [code] | Inclusion of all PGMS I/O routines |
| io/plot/all.hh [code] | Inclusion of all plot I/O routines |
| io/pnm/all.hh [code] | Inclusion of all PNM I/O routines |
| io/pnms/all.hh [code] | Inclusion of all PNMS I/O routines |
| io/ppm/all.hh [code] | Inclusion of all PPM I/O routines |
| io/ppms/all.hh [code] | Inclusion of all PPMS I/O routines |
| io/tiff/all.hh [code] | Inclusion of all TIFF I/O routines |
| io/txt/all.hh [code] | Inclusion of all TXT I/O routines |
| labeling/all.hh [code] | File that includes all labeling routines |
| linear/all.hh [code] | File that includes all linear image processing routines |
| literal/all.hh [code] | File that includes all literals |
| logical/all.hh [code] | File that includes all logical operators |
| make/all.hh [code] | File that includes all make routines |
| math/all.hh [code] | File that includes all mathematical routines |
| metal/all.hh [code] | File that includes all meta-programming tools |
| metal/math/all.hh [code] | Include all static mathematical functions |
| morpho/all.hh [code] | File that includes all mathematical morphology routines |
| morpho/approx/all.hh [code] | File that includes all approximate mathematical morphology routines |
| morpho/attribute/all.hh [code] | File that includes all attributes used in mathematical morphology |
| morpho/closing/all.hh [code] | File that includes all closing operators |
| morpho/closing/approx/all.hh [code] | File that includes all approximate mathematical morphology closing routines |
| morpho/elementary/all.hh [code] | File that includes all elementary mathematical morphology routines |
| morpho/opening/all.hh [code] | File that includes all opening operators |
| morpho/opening/approx/all.hh [code] | File that includes all approximate mathematical morphology opening routines |
| morpho/reconstruction/all.hh [code] | File that includes all morphological reconstruction routines |
| morpho/reconstruction/by_dilation/all.hh [code] | File that includes all morphological reconstruction by dilation routines |
| morpho/reconstruction/by_erosion/all.hh [code] | File that includes all morphological reconstruction by erosion routines |
| morpho/tree/all.hh [code] | File that includes all morphological tree-related routines |
| morpho/tree/filter/all.hh [code] | |
| morpho/watershed/all.hh [code] | File that includes all morphological watershed routines |
| norm/all.hh [code] | File that includes all norm routines |
| opt/all.hh [code] | File that includes the most useful optional routines |
| pw/all.hh [code] | File that includes all "point-wise" expression tools |
| registration/all.hh [code] | File that includes all "point-wise" expression tools |
| set/all.hh [code] | File that includes all set-related routines |
| subsampling/all.hh [code] | File that includes all "point-wise" expression tools |
| tag/all.hh [code] | File that includes all tag-related routines |
| test/all.hh [code] | File that includes all test-related routines |
| topo/all.hh [code] | File that includes all topology related algorithms |
| trace/all.hh [code] | File that includes all trace-related routines |
| trait/all.hh [code] | Definition of all traits |
| trait/op/all.hh [code] | |
| trait/value/all.hh [code] | Include all value traits |
| trait/value/internal/all.hh [code] | Include all internals for value traits |
| transform/all.hh [code] | File that includes all transforms |
| transform/internal/all.hh [code] | File that includes all internals of mln/transform |
| util/all.hh [code] | File that includes all util-related routines |
| value/all.hh [code] | File that includes all "value types"-related materials |
| value/builtin/all.hh [code] | File that includes all materials related to built-in types |
| value/concept/all.hh [code] | File that includes every sub-concept of the Value concept |
| value/internal/all.hh [code] | FIXME |
| win/all.hh [code] | File that includes all win-related routines |
| world/all.hh [code] | File that includes all the world routines |
| world/binary_2d/all.hh [code] | File that includes all the world routines |
| world/inter_pixel/all.hh [code] | File that includes all the inter-pixel routines |
| world/inter_pixel/dim2/all.hh [code] | File that includes all the inter-pixel 2D routines |
| all_to.hh [code] | FIXME |
| logical/and.hh [code] | Point-wise "logical and" between binary images |
| trait/op/and.hh [code] | Declaration of the "binary and" operator trait |
| and_not.hh [code] | Point-wise "logical and-not" between binary images |
| ands.hh [code] | Definition of a multiple-"and"s Boolean expression |
| antilogy.hh [code] | Definition of a p2b function always returning false |
| apply.hh [code] | Apply a function-object onto image pixel values |
| closing/area.hh [code] | Morphological area closing |
| opening/area.hh [code] | Morphological area opening |
| closing/area_on_vertices.hh [code] | Morphological area closing on a line graph image computing the area in terms of adjacent vertices |
| opening/area_on_vertices.hh [code] | Morphological area opening on a line graph image computing the area in terms of adjacent vertices |
| fun/i2v/array.hh [code] | Function mapping an Id i to a value v |
| histo/array.hh [code] | Define a generic histogram class |
| metal/array.hh [code] | |
| util/array.hh [code] | Definition of mln::util::array |
| array1d.hh [code] | |
| array2d.hh [code] | |
| array3d.hh [code] | |
| at.hh [code] | Define the optional routine at |
| attachment.hh [code] | Compute the attachment of a cell to a binary complex-based image |
| attribute_filter.hh [code] | Connected filters dispatch (algebraic & leveling filters) |
| backdiag2d.hh [code] | Definition of the mln::win::backdiag2d window |
| backdiagonal2d.hh [code] | Backdiagonal2d browsing of an image |
| background.hh [code] | Connected component labeling of the background in a binary image |
| ball.hh [code] | Definition of the mln::win::ball window |
| base.hh [code] | Define a base class for implementation of accumulator classes |
| accu/shape/bbox.hh [code] | Define an accumulator that computes a bbox |
| geom/bbox.hh [code] | Several routines to compute the precise bounding box of some objects |
| bexpr.hh [code] | Definition of types for static Boolean expressions |
| big_chess.hh [code] | FIXME |
| bilinear.hh [code] | Define a bilinear interpolation of values from an underlying image |
| binarization.hh [code] | Threshold an image |
| binary.hh [code] | |
| spe/binary.hh [code] | |
| binary_param.hh [code] | |
| black.hh [code] | Definition of the 'black' literal |
| canvas/labeling/blobs.hh [code] | Canvas for connected component labeling of the binary objects of a binary image using a queue-based algorithm |
| labeling/blobs.hh [code] | Connected component labeling of the binary objects of a binary image using a queue-based algorithm |
| blobs_and_compute.hh [code] | Label an image and compute given accumulators |
| extract/blue.hh [code] | Extract the blue component of an image |
| fun/component/blue.hh [code] | Meta function to retrieve/modify the blue component |
| fun/meta/blue.hh [code] | Meta function to retrieve/modify the blue component |
| bool.hh [code] | Definition of a Boolean value type |
| core/concept/box.hh [code] | Definition of the concept of mln::Box |
| core/concept/doc/box.hh [code] | |
| core/site_set/box.hh [code] | This file defines a generic box class |
| draw/box.hh [code] | Draw a box in an image |
| core/alias/box1d.hh [code] | Definition of the mln::box1d alias and of construction routines |
| make/box1d.hh [code] | Routines to construct an mln::box1d |
| core/alias/box2d.hh [code] | Definition of the mln::box2d alias and of construction routines |
| make/box2d.hh [code] | Routines to construct an mln::box2d |
| core/alias/box2d_h.hh [code] | Definition of the mln::box2d alias and of construction routines |
| make/box2d_h.hh [code] | Routines to construct an mln::box2d_h |
| core/alias/box3d.hh [code] | Definition of the mln::box3d alias and of construction routines |
| make/box3d.hh [code] | Routines to construct an mln::box3d |
| box_impl.hh [code] | Define some implementation classes to provide methods related to classes having a bounding box |
| box_piter.hh [code] | Definition of iterators on points of boxes |
| box_runend_piter.hh [code] | Definition of iterators on points by lines |
| box_runstart_piter.hh [code] | Definition of iterators on points by lines |
| branch_iter.hh [code] | Definition of a iterator on branch |
| branch_iter_ind.hh [code] | Definition of a iterator on branch |
| breadth_first_search.hh [code] | Breadth first search algorithm for graph |
| breadth_first_thinning.hh [code] | Computing a skeleton by using breadth-first thinning on a binary image |
| browsing.hh [code] | Definition of the concept of mln::Browsing |
| built_in.hh [code] | Define a generic class for built-in values |
| c.hh [code] | Encapsulate a plain (C language-like) pointer to function into a functor |
| graph/attribute/card.hh [code] | Functor that computes the cardinality of every component in a graph |
| morpho/attribute/card.hh [code] | Define an accumulator that computes the cardinality of a component |
| set/card.hh [code] | Compute the cardinality of a site set |
| carrays.hh [code] | Traits definition for C arrays |
| fun/cast.hh [code] | FIXME |
| fun/v2v/cast.hh [code] | FIXME |
| value/cast.hh [code] | Definition of the mln::value::cast routine |
| cast_image.hh [code] | Definition of an image morpher that make the user see the same image but with another data type |
| category.hh [code] | Definition of the category holder type |
| cell.hh [code] | Computing the set of faces of the cell |
| center.hh [code] | Define an accumulator that computes the mass center of a site set |
| center_only_iter.hh [code] | Definition of a complex relative iterator iterating on its center (reference face) only |
| centered_iter_adapter.hh [code] | Complex relative iterator adapters adding the central (reference) point to the set of iterated faces |
| ch_convolve.hh [code] | Define convolution return type |
| fun/v2v/ch_function_value.hh [code] | Wrap a function v2v and convert its result to another type |
| trait/ch_function_value.hh [code] | Definition of the "change value" function trait |
| ch_function_value_impl.hh [code] | Enable the possibility of adding methods to fun::v2v::ch_function_value |
| ch_piter.hh [code] | Definition of a morpher that changes the iterators |
| ch_value.hh [code] | Definition of the "change value" image trait |
| chain.hh [code] | |
| canvas/chamfer.hh [code] | Apply chamfer algorithm to a binary image |
| geom/chamfer.hh [code] | Connected component chamfer of the image objects |
| chess.hh [code] | FIXME |
| classical_window_base.hh [code] | Definition of a base class for classes based on a set of dpoints |
| closest_point.hh [code] | |
| closest_point_functor.hh [code] | Closest point functor |
| closing.hh [code] | Morphological elementary closing |
| coefficients.hh [code] | Compute coefficients for recursive Gaussian filtering |
| col.hh [code] | Meta function to retrieve/modify the col coord of a point |
| colorize.hh [code] | Fill an image with successive values |
| colors.hh [code] | Definition of the colors literal |
| common.hh [code] | |
| fun/component/comp.hh [code] | Meta function to retrieve/modify a component |
| trait/value/comp.hh [code] | Access to the i-th component type of a given type |
| trait/value/internal/comp.hh [code] | Include all internals for comp value trait |
| comp_count.hh [code] | Meta function to retrieve the number of components a vector has |
| compare.hh [code] | Comparison operators between the pixel values of images |
| complementation.hh [code] | Definition of a function that make a complementation (logical or arithmetical) of an image |
| complex.hh [code] | Structures for general complexes |
| core/alias/complex_geometry.hh [code] | Definition of mln::geom::complex_geometry aliases |
| geom/complex_geometry.hh [code] | A functor associating geometry (location) data to the faces of a complex |
| mln/core/alias/complex_image.hh [code] | Definition of mln::complex_image aliases |
| mln/core/image/complex_image.hh [code] | Definition of a line complex-based image |
| tests/core/image/complex_image.hh [code] | Shared code for tests on complex-based images |
| complex_iterator_base.hh [code] | Definition of an implementation (factoring) class for iterators on complexes |
| complex_iterators.hh [code] | Iterators on complexes |
| complex_neighborhood_base.hh [code] | Definition of a generic neighborhood of the face of a complex, based on a pair of (forward and backward) complex iterators |
| complex_neighborhood_piter.hh [code] | Definition of a site iterator on a complex neighborhood |
| complex_neighborhoods.hh [code] | Definitions of some neighborhoods of complex images |
| complex_psite.hh [code] | Definition of a complex-based point site |
| complex_relative_iterator_base.hh [code] | Definition of an implementation (factoring) class for iterators on mln::complex |
| complex_relative_iterator_sequence.hh [code] | Definition of a meta complex relative iterator using two complex relative iterators sequentially |
| complex_set_iterator_base.hh [code] | Definition of an implementation (factoring) class for (set) iterators on faces of a complex |
| complex_window_base.hh [code] | Definition of a generic window of the face of a complex, based on a pair of (forward and backward) complex iterators |
| complex_window_p_base.hh [code] | Definition of a generic window centered on the face of a complex, based on a pair of (forward and backward) complex iterators |
| complex_window_piter.hh [code] | Definition of a site iterator on a complex window |
| complex_windows.hh [code] | Definitions of some windows of complex images |
| component.hh [code] | Functor that accesses the i-th component of a value |
| component_tree.hh [code] | Compute a canonized (parenthood) component tree from an image |
| compose.hh [code] | |
| composed.hh [code] | Definition of a composed transformation |
| composition.hh [code] | |
| accu/compute.hh [code] | Compute an accumulator on image pixels, i.e., couples (site, value) |
| data/compute.hh [code] | Compute an accumulator onto image pixel values |
| graph/compute.hh [code] | Base routine to compute attributes on a graph |
| histo/compute.hh [code] | Routine to compute an histogram |
| labeling/compute.hh [code] | Compute accumulators onto sites/values of each labeled component of an image |
| set/compute.hh [code] | Compute an accumulator on a site set |
| world/inter_pixel/compute.hh [code] | FIXME: insert comment |
| compute_attribute_image.hh [code] | Compute a canonized tree from an image |
| compute_image.hh [code] | Compute accumulators onto sites/values of each labeled component of an image and return a new image where labels are replaced by the result of the accumulator |
| compute_parent.hh [code] | Compute a canonized tree from an image |
| compute_with_weights.hh [code] | Compute an accumulator on a site set described by an image |
| concrete.hh [code] | Definition of the concrete image trait |
| const.hh [code] | FIXME |
| contract.hh [code] | Definition of the set of contracts |
| contrast.hh [code] | Morphological contrast operator (based on top-hats) |
| apps/graph-morpho/convert.hh [code] | Conversion between various graph/complex image types |
| mln/data/convert.hh [code] | Convert the contents of an image into another one |
| mln/fun/v2v/convert.hh [code] | FIXME |
| mln/value/internal/convert.hh [code] | Define a conversion between an index and an iterable value |
| converts_to.hh [code] | Definition of a type that checks if a type "converts to" another one |
| accu/convolve.hh [code] | Define an accumulator that computes a convolution |
| linear/convolve.hh [code] | Convolution |
| linear/local/convolve.hh [code] | Local convolution at a point |
| convolve_2x1d.hh [code] | 2D convolution by a couple of line kernels |
| convolve_directional.hh [code] | |
| coord.hh [code] | Definition of the default coordinate type |
| coord_impl.hh [code] | Define some implementation classes for generalized points |
| coordf.hh [code] | Definition of the floating coordinate type |
| fun/math/cos.hh [code] | |
| fun/v2w2v/cos.hh [code] | Cos functor |
| math/cos.hh [code] | Define the cosinus (cos) routine |
| count.hh [code] | Define an accumulator that counts |
| accu/count_adjacent_vertices.hh [code] | Define an accumulator that counts the vertices adjacent to a set of p_edges psites |
| morpho/attribute/count_adjacent_vertices.hh [code] | Define an accumulator that counts the vertices adjacent to a set of p_edges psites |
| count_labels.hh [code] | Define an accumulator that counts the number of different labels |
| count_value.hh [code] | Define an accumulator that counts the number of different value |
| accu/internal/couple.hh [code] | Base implementation of a couple of accumulators |
| util/couple.hh [code] | Definition of a couple |
| crest.hh [code] | Compute skeletization constraints |
| cst.hh [code] | Definition of a constant function |
| cube3d.hh [code] | Definition of the mln::win::cube3d window |
| cuboid3d.hh [code] | Definition of the mln::win::cuboid3d window |
| apps/data.hh [code] | |
| doc/tools/data.hh [code] | |
| mln/core/internal/data.hh [code] | Declaration of the type of image data |
| mln/morpho/tree/data.hh [code] | |
| mln/value/concept/data.hh [code] | Define a generic class for data values |
| tests/data.hh [code] | |
| debug.hh [code] | Pretty-printing between graph/complex image types |
| dec.hh [code] | Decrementation function |
| decl.hh [code] | Forward declaration of the couple of trait solving structures: mln::trait::solve_unary and mln::trait::solve_binary |
| decorated_image.hh [code] | Definition of an image that can have additional features |
| delta.hh [code] | |
| delta_point_site.hh [code] | Definition of the concept of mln::Delta_Point_Site |
| depth_first_search.hh [code] | Depth-limited search algorithm for graph |
| detach.hh [code] | Detaching a cell from a binary complex-based image |
| detachment.hh [code] | Compute the detachment of a cell w.r.t |
| deviation.hh [code] | Define an accumulator that computes a standard deviation |
| diag2d.hh [code] | Definition of the mln::win::diag2d window |
| diagonal2d.hh [code] | Diagonal2d browsing of an image |
| set/diff.hh [code] | Set theoretic difference (non-symmetrical) of a couple of sets |
| win/diff.hh [code] | Set difference between a couple of windows or neighborhoods |
| arith/diff_abs.hh [code] | Point-wise addition between images |
| fun/vv2v/diff_abs.hh [code] | Computing the absolute difference between two values using a functor |
| math/diff_abs.hh [code] | Define diff_abs routine |
| approx/dilation.hh [code] | Approximate mathematical morphology dilation |
| dilation.hh [code] | Morphological dilation |
| elementary/dilation.hh [code] | |
| dindex.hh [code] | Definition of a "delta-index" type |
| dir_struct_elt_incr_update.hh [code] | Directional browsing of an image with structuring element |
| direct.hh [code] | Filtering with direct strategy |
| directional.hh [code] | Directional browsing of an image |
| disk2d.hh [code] | Definition of the mln::win::disk2d window |
| display_edge.hh [code] | Create an image for visualizing the values on edges of an inter_pixel image |
| distance_and_closest_point_geodesic.hh [code] | Distance and geodesic closest point transform |
| distance_and_influence_zone_geodesic.hh [code] | Distance and geodesic closest point transform |
| canvas/distance_front.hh [code] | Canvas of discrete distance computation by thick front propagation |
| transform/distance_front.hh [code] | Discrete front distance transform |
| distance_functor.hh [code] | Distance functor |
| canvas/distance_geodesic.hh [code] | Discrete geodesic distance canvas |
| transform/distance_geodesic.hh [code] | Discrete geodesic distance transform |
| arith/div.hh [code] | Point-wise division between images |
| trait/op/div.hh [code] | Declaration of the "binary division" operator trait |
| double_neighb2d.hh [code] | Routine to create a double neighborhood |
| concept/doc/dpoint.hh [code] | |
| concept/dpoint.hh [code] | Definition of the concept of mln::Dpoint |
| dpoint.hh [code] | Definition of the generic delta-point class mln::dpoint |
| dpoint1d.hh [code] | Definition of the mln::dpoint1d alias and of its construction routine |
| dpoint2d.hh [code] | Definition of the mln::dpoint2d alias and of its construction routine |
| core/alias/dpoint2d_h.hh [code] | Definition of the mln::dpoint2d_h alias and of its construction routine |
| make/dpoint2d_h.hh [code] | Routine to construct an mln::dpoint2d_h |
| dpoint3d.hh [code] | Definition of the mln::dpoint3d alias and of its construction routine |
| dpoints_pixter.hh [code] | Definition of forward and backward mln::dpoint-based iterators for pixels iterations |
| dpsites_piter.hh [code] | Definition of forward and backward mln::dpoint_ based iterators |
| draw_graph.hh [code] | Draw an (classical) image from a mln::graph_image |
| dual_hqueue.hh [code] | |
| dual_input_tree.hh [code] | Compute a canonized component tree from a dual input |
| dual_neighb.hh [code] | Routine to create a dual neighborhood |
| dual_union_find.hh [code] | |
| dummy_p_edges.hh [code] | Create a p_edges which associate a graph element to a constant site |
| dummy_p_vertices.hh [code] | Create a p_vertices which associate a graph element to a constant site |
| border/duplicate.hh [code] | Define function that fills border using nearest pixels |
| core/routine/duplicate.hh [code] | Clone an image, that is, get an effective copy |
| extension/duplicate.hh [code] | Duplicate the values of the image inner boundary in the domain extension |
| eat.hh [code] | Definition of an "eater" object |
| edge.hh [code] | Definition of a graph edge |
| core/image/edge_image.hh [code] | Image based on graph edges |
| make/edge_image.hh [code] | Routine to create a edge image |
| edge_impl.hh [code] | Define a couple of implementation classes to provide methods to classes of generalized edges |
| element.hh [code] | Define the opt::element and opt::nelements routines |
| elementary.hh [code] | Morphological elementary operator |
| elifs.hh [code] | FIXME |
| enc.hh [code] | FIXME |
| encoding.hh [code] | Define some information about how to encode some value types |
| enlarge.hh [code] | Enlarge 2^n times a binary image |
| entering.hh [code] | Definition of the trace entering procedure |
| fun/vv2b/eq.hh [code] | Functor that computes equal between two values |
| trait/op/eq.hh [code] | Declaration of the "binary equality" operator trait |
| equal.hh [code] | Definition of a static 'equal' test |
| equalize.hh [code] | Define a function that equalizes the thickness of an image virtual border |
| equiv.hh [code] | The mln::equiv routine |
| approx/erosion.hh [code] | Approximate mathematical morphology erosion |
| elementary/erosion.hh [code] | |
| erosion.hh [code] | Morphological erosion |
| accu/essential.hh [code] | File that includes the most useful accumulator types |
| accu/image/essential.hh [code] | File that includes the most useful accumulator types working on images |
| accu/math/essential.hh [code] | File that includes the most useful mathematic accumulator types |
| accu/shape/essential.hh [code] | File that includes the most useful shape accumulator types |
| accu/site_set/essential.hh [code] | File that includes the most useful accumulator types working on site sets |
| accu/stat/essential.hh [code] | File that includes the most useful statistical accumulator types |
| algebra/essential.hh [code] | File that includes essential "point-wise" expression tools |
| arith/essential.hh [code] | File that includes the most useful arithmetic materials |
| binarization/essential.hh [code] | File that includes essential "point-wise" expression tools |
| border/essential.hh [code] | File that includes the most useful border-related routines |
| canvas/browsing/essential.hh [code] | |
| canvas/essential.hh [code] | File that includes the most useful canvas-related routines |
| canvas/labeling/essential.hh [code] | File that includes essential labeling canvas-related routines |
| canvas/morpho/essential.hh [code] | File that includes morphological canvas-related routines |
| convert/essential.hh [code] | File that includes the most useful conversion-related routines |
| core/def/essential.hh [code] | |
| core/essential.hh [code] | File that includes essential the core routines |
| core/image/essential.hh [code] | File that includes essential image types |
| core/routine/essential.hh [code] | File that includes essential core routines |
| core/site_set/essential.hh [code] | File that includes essential site_set types |
| core/trait/essential.hh [code] | File that includes essential traits |
| data/approx/essential.hh [code] | File that includes essential level-related routines with approximation |
| data/essential.hh [code] | File that includes essential data-related routines |
| data/naive/essential.hh [code] | File that includes essential level-related routines with naive approach |
| debug/essential.hh [code] | File that includes essential debug-related routines |
| display/essential.hh [code] | File that includes essential display routines |
| draw/essential.hh [code] | File that includes essential draw-related routines |
| estim/essential.hh [code] | File that includes essential estimation materials |
| extension/essential.hh [code] | File that includes essential extension materials |
| extract/essential.hh [code] | File that includes all sub-data extraction related routines |
| fun/essential.hh [code] | File that includes essential fun-related routines |
| fun/i2v/essential.hh [code] | File that includes essential functions from index to value |
| fun/meta/essential.hh [code] | |
| fun/p2b/essential.hh [code] | File that includes essential functions from point to boolean |
| fun/p2v/essential.hh [code] | File that includes essential functions from point to value |
| fun/v2b/essential.hh [code] | File that includes essential functions from point to value |
| fun/v2v/essential.hh [code] | File that includes essential functions from value to value |
| fun/vv2v/essential.hh [code] | File that includes essential functions from point to value |
| fun/x2p/essential.hh [code] | File that includes essential functions from point to value |
| fun/x2v/essential.hh [code] | File that includes essential functions from vector to value |
| fun/x2x/essential.hh [code] | File that includes essential functions from vector to vector |
| geom/essential.hh [code] | File that includes essential geometry related things |
| graph/essential.hh [code] | File that include essential graph related routines |
| histo/essential.hh [code] | File that includes histogram files |
| io/essential.hh [code] | Inclusion of the most useful I/O routines |
| labeling/essential.hh [code] | File that includes essential labeling routines |
| linear/essential.hh [code] | File that includes essential linear image processing routines |
| literal/essential.hh [code] | File that includes essential literals |
| logical/essential.hh [code] | File that includes essential logical operators |
| make/essential.hh [code] | File that includes essential make routines |
| math/essential.hh [code] | File that includes essential mathematical routines |
| metal/essential.hh [code] | File that includes essential meta-programming tools |
| morpho/closing/essential.hh [code] | File that includes essential closing attributes |
| morpho/elementary/essential.hh [code] | File that includes essential elementary mathematical morphology routines |
| morpho/essential.hh [code] | File that includes essential morpho-related routines |
| morpho/opening/essential.hh [code] | File that includes essential opening attributes |
| norm/essential.hh [code] | File that includes essential norm routines |
| opt/essential.hh [code] | File that includes the most useful optional routines |
| pw/essential.hh [code] | File that includes essential "point-wise" expression tools |
| registration/essential.hh [code] | File that includes all "point-wise" expression tools |
| set/essential.hh [code] | File that includes essential set-related routines |
| subsampling/essential.hh [code] | File that includes essential "point-wise" expression tools |
| tag/essential.hh [code] | File that includes essential tag-related routines |
| test/essential.hh [code] | File that includes essential test-related routines |
| topo/essential.hh [code] | File that includes essential "point-wise" expression tools |
| trace/essential.hh [code] | File that includes essential trace-related routines |
| trait/essential.hh [code] | Definition of essential traits |
| trait/op/essential.hh [code] | |
| trait/value/essential.hh [code] | FIXME |
| transform/essential.hh [code] | File that includes essential "point-wise" expression tools |
| util/essential.hh [code] | File that includes essential util-related routines |
| value/builtin/essential.hh [code] | File that includes essential materials related to built-in types |
| value/concept/essential.hh [code] | File that includes every sub-concept of the Value concept |
| value/essential.hh [code] | File that includes essential "value types"-related materials |
| value/internal/essential.hh [code] | FIXME |
| win/essential.hh [code] | File that includes essential win-related routines |
| internal/exact.hh [code] | Meta-code for the mln::exact downcast routines |
| routine/exact.hh [code] | Definition of the mln::exact downcast routines |
| exact_gcc_2_95.hh [code] | Definition of the mln::exact downcast routines for g++-2.95 |
| exiting.hh [code] | Definition of the trace exiting procedure |
| extend.hh [code] | Definition of a morpher that extends the extended domain of an image |
| extended.hh [code] | Definition of morpher that makes an image become restricted given by a point set |
| extension_fun.hh [code] | Definition of a morpher that extends the domain of an image with a function |
| extension_ima.hh [code] | Definition of a morpher that extends the domain of an image with an image |
| extension_val.hh [code] | Definition of a morpher that extends the domain of an image |
| face.hh [code] | Face of a complex |
| face_data.hh [code] | Data associated to the faces of a complex |
| face_iter.hh [code] | Definition of forward and backward iterators on all the faces of a complex |
| faces_iter.hh [code] | Definition of forward and backward iterators on the n-faces of a complex |
| faces_psite.hh [code] | Definition of a point site based on the n-faces of a complex |
| fast_median.hh [code] | Fast Median filtering of an image |
| fibonacci_heap.hh [code] | |
| filename.hh [code] | Constructs and returns a formatted output file name |
| border/fill.hh [code] | Define function that fills border using a given value |
| data/fill.hh [code] | Fill an image, that is, set pixel values |
| extension/fill.hh [code] | Define function that fills domain extension |
| fill_holes.hh [code] | Filling holes of a single object in a binary image |
| fill_with_image.hh [code] | Fill an image with the values from another image |
| fill_with_value.hh [code] | Fill an image with a value, that is, set all pixel values to the given value |
| linear/gaussian/filter.hh [code] | Gaussian filter |
| morpho/tree/filter/filter.hh [code] | |
| find.hh [code] | Define function that searches the border thickness of image |
| find_root.hh [code] | Routines to handle parent image |
| find_root_fastest.hh [code] | Shared 'find root' function for labeling canvas |
| first.hh [code] | Meta function to retrieve/modify the first component |
| fix_return.hh [code] | FIXME |
| fixme.hh [code] | Definition of mln::fixme for internal use only |
| flat_image.hh [code] | Definition of a image with a signle value |
| flat_zones.hh [code] | Connected component labeling of the flat zones of an image |
| float01.hh [code] | Define a generic class for float |
| float01_.hh [code] | FIXME |
| float01_16.hh [code] | Define the alias value::float01_16 |
| float01_8.hh [code] | Define the alias value::float01_8 |
| float01_f.hh [code] | FIXME |
| floating.hh [code] | Define a generic class for floating values |
| floatings.hh [code] | Some definitions about built-in floating types |
| flooding.hh [code] | Meyer's Watershed Transform (WST) algorithm |
| fold.hh [code] | FIXME: Doc! |
| force_exact.hh [code] | Definition of a violent cast for internal use only |
| foreground.hh [code] | Connected component labeling of the object part in a binary image |
| format.hh [code] | Routines that format a value to print it properly |
| from_accu.hh [code] | Wrap an accumulator into a function |
| from_double_to_value.hh [code] | General conversion procedure from a double to a value |
| from_float_to_value.hh [code] | General conversion procedure from a float to a value |
| from_image_to_site_set.hh [code] | General conversion procedure from an image to a site_set |
| from_int_to_value.hh [code] | General conversion procedure from a int to a value |
| from_site_set_to_image.hh [code] | General conversion procedure from a site_set to an image |
| from_to.hh [code] | General conversion procedure between two objects |
| from_to.hxx [code] | |
| from_unsigned_to_value.hh [code] | General conversion procedure from an unsigned to a value |
| from_value_to_value.hh [code] | General conversion procedure from a value to a value |
| full2image.hh [code] | Convert an inter-pixel image to a classical image |
| fun_image.hh [code] | Definition of an image morpher that returns image data through a function |
| function.hh [code] | Definition of several concepts of functions |
| functions.hh [code] | |
| fwd.hh [code] | Canvas for forward browsing |
| gaussian.hh [code] | Gaussian filter |
| gaussian_1d.hh [code] | Gaussian filter for fastest 1D images |
| gaussian_directional_2d.hh [code] | Directional Gaussian filter for 2D images |
| gaussian_subsampling.hh [code] | Produce a subsampled image |
| gdpoint.hh [code] | Definition of the concept of mln::Gdpoint |
| ge.hh [code] | Functor that computes "greater or equal than" between two values |
| general.hh [code] | Morphological general routine with dispatch |
| doc/generalized_pixel.hh [code] | This file documents the concept of mln::Generalized_Pixel |
| generalized_pixel.hh [code] | Definition of the concept of mln::Generalized_Pixel |
| generic.hh [code] | Generic Connected component labeling of the object part in a binary image |
| geom_bbox.hh [code] | |
| geq.hh [code] | Declaration of the "binary greater-or-equal" operator trait |
| border/get.hh [code] | Define function that returns the real border thickness of image |
| set/get.hh [code] | Algorithm that returns the i th element in a site set |
| get_rot.hh [code] | |
| get_rtransf.hh [code] | |
| gl16.hh [code] | Define the alias value::gl16 |
| gl8.hh [code] | Define the alias value::gl8 |
| glf.hh [code] | Define the alias value::glf |
| goes_to.hh [code] | Definition of a type that means "goes to" |
| gpoint.hh [code] | Definition of the concept of mln::Gpoint |
| elementary/gradient.hh [code] | |
| gradient.hh [code] | Morphological gradient |
| gradient_external.hh [code] | |
| gradient_internal.hh [code] | |
| doc/groups/graph.hh [code] | |
| mln/core/concept/graph.hh [code] | Definition of the concept of mln::Graph |
| mln/util/graph.hh [code] | Definition of a basic undirected graph |
| graph_base.hh [code] | Factored implementation of undirected graphs |
| graph_elt_mixed_neighborhood.hh [code] | Definition of the elementary ``neighborhood'' on a graph |
| graph_elt_mixed_window.hh [code] | Definition of the elementary ``window'' on a graph where elements are in a different site set from the center's |
| graph_elt_neighborhood.hh [code] | Definition of the elementary ``neighborhood'' on a graph |
| graph_elt_neighborhood_if.hh [code] | Definition of the elementary ``neighborhood_if'' on a graph |
| graph_elt_window.hh [code] | Definition of the elementary ``window'' on a graph |
| graph_elt_window_if.hh [code] | Definition of a custom ``window'' on a graph |
| graph_first_search.hh [code] | Depth-limited search algorithm for graph |
| graph_ids.hh [code] | Definition of graph element ids |
| graph_iter.hh [code] | Implementation for graph iterators |
| graph_iter_base.hh [code] | Base implementation for graph iterators |
| graph_nbh_iter.hh [code] | Implementation for graph vertex iterators centered to a vertex |
| graph_nbh_iter_base.hh [code] | Base implementation for graph edge and vertex neighborhood iterator |
| graph_psite_base.hh [code] | Base implementation for graph based psites |
| graph_window_base.hh [code] | FIXME: doc |
| graph_window_if_piter.hh [code] | Definition of a site iterator on a custom graph window |
| graph_window_piter.hh [code] | Definition of a graph element iterator on a graph window |
| gray_.hh [code] | FIXME |
| gray_f.hh [code] | Definition of the mln::value::gray_f class |
| graylevel.hh [code] | Definition of the mln::value::graylevel class |
| graylevel_f.hh [code] | Definition of the mln::value::graylevel_f class |
| grays.hh [code] | Definition of the colors literal |
| greater.hh [code] | Declaration of the "binary greater" operator trait |
| greater_point.hh [code] | |
| greater_psite.hh [code] | |
| extract/green.hh [code] | Extract the green component of an image |
| fun/component/green.hh [code] | Meta function to retrieve/modify the green component |
| fun/meta/green.hh [code] | Meta function to retrieve/modify the green component |
| grids.hh [code] | Definition of some grid classes |
| gt.hh [code] | Functor that computes "greater than" between two values |
| algebra/h_mat.hh [code] | Definition of a matrix with homogeneous coordinates |
| make/h_mat.hh [code] | Routine to construct an mln::algebra::h_mat |
| h_vec.hh [code] | Definition of a vector with homogeneous coordinates |
| fun/p2b/has.hh [code] | Function "psite-> bool" that maps the call "ima.has(p)" |
| set/has.hh [code] | Algorithm that tests if a site set has a given site |
| header.hh [code] | |
| accu/shape/height.hh [code] | Define an accumulator that computes the height of a component through one of its pixels |
| morpho/attribute/height.hh [code] | Define an accumulator that computes the height of a component through one of its pixels |
| morpho/closing/height.hh [code] | Morphological height closing |
| morpho/opening/height.hh [code] | Morphological height opening |
| hexa.hh [code] | Definition of a morpher that makes hexagonal the mesh of an image |
| hexa_piter.hh [code] | Definition of iterators on hexagonal points |
| accu/histo.hh [code] | Define a generic histogram accumulator class |
| debug/histo.hh [code] | Save a histogram to a plot data file |
| hit_or_miss.hh [code] | Morphological hit-or-miss |
| hline2d.hh [code] | Definition of the mln::win::hline2d window |
| hough.hh [code] | Compute the hough transform |
| hqueues.hh [code] | |
| hsi.hh [code] | |
| hsi_to_rgb.hh [code] | Convert a rgb value to hsi |
| hsl.hh [code] | |
| hsl_to_rgb.hh [code] | Convert HSL values to RGB |
| extract/hue.hh [code] | Extract the hue component of an image |
| fun/meta/hue.hh [code] | Meta function to retrieve/modify the color hue |
| hyper_directional.hh [code] | Hyper_Directional browsing of an image |
| icp.hh [code] | Register an image over an another using the ICP algorithm |
| id.hh [code] | Identity function |
| id2element.hh [code] | Function constructing a element from an id |
| identity.hh [code] | Definition of the literal of mln::identity |
| if.hh [code] | Definition of an "if-then-else" expression type |
| ignore.hh [code] | Definition of an "ignorer" object |
| core/concept/doc/image.hh [code] | |
| core/concept/image.hh [code] | Definition of the concept of mln::Image |
| make/image.hh [code] | Routine to create an image from values given as a C-array |
| pw/image.hh [code] | Point-wised restricted image |
| image1d.hh [code] | Definition of the basic mln::image1d class |
| core/image/image2d.hh [code] | Definition of the basic mln::image2d class |
| make/image2d.hh [code] | Routine to create a 2D image from a 1D array |
| image2d_h.hh [code] | Definition of an alias for a 2d image based on an hexagonal mesh |
| core/image/image3d.hh [code] | Definition of the basic mln::image3d class |
| make/image3d.hh [code] | Routine to create a 3D image from an array of 2D images or from one 2D image |
| image_all.hh [code] | File that includes all image-related internal checks |
| core/internal/image_base.hh [code] | Definition of the common base class for all images |
| pw/internal/image_base.hh [code] | Definition of the common base class for all point-wise images |
| image_domain_morpher.hh [code] | Definition of a base class for image morphers w.r.t |
| concept/doc/image_fastest.hh [code] | |
| internal/check/image_fastest.hh [code] | Class that statically checks the interface of fastest images |
| image_from_grid.hh [code] | Definition of the "image from mesh" trait |
| image_identity.hh [code] | Definition of a base class for image morphers w.r.t |
| image_if.hh [code] | Definition of a image which domain is restricted by a function 'site -> Boolean' |
| image_morpher.hh [code] | Definition of a base class for image morphers |
| image_primary.hh [code] | Definition of a base class for primary images |
| image_value_morpher.hh [code] | Definition of a base class for image morphers w.r.t. value |
| doc/groups/images.hh [code] | |
| mln/trait/images.hh [code] | Some base trait types for images |
| immerse.hh [code] | Convert a classical image to an inter-pixel image |
| fun/meta/impl.hh [code] | Definition of concept of meta function |
| linear/gaussian/impl.hh [code] | Gaussian filter implementation |
| implies.hh [code] | Functor that computes "logical implies" between two values |
| inc.hh [code] | Incrementation function |
| arith/includes.hh [code] | File that includes what is required by arith files |
| binarization/includes.hh [code] | Basic list of includes for all files in mln/binarization/ |
| logical/includes.hh [code] | |
| morpho/includes.hh [code] | Basic list of includes for all files in mln/morpho/ |
| index.hh [code] | Definition of an "index" type |
| index_of_value.hh [code] | File that define a function that gives an index per value |
| accu/math/inf.hh [code] | Define an accumulator that computes a inf |
| fun/math/inf.hh [code] | |
| influence_zone_adjacency_graph.hh [code] | Create a graph from an influence zone image |
| influence_zone_front.hh [code] | Influence zone transform |
| influence_zone_functor.hh [code] | Influence zone functor |
| influence_zone_geodesic.hh [code] | Geodesic influence zone transform |
| influence_zone_geodesic_saturated.hh [code] | Geodesic influence zone transform |
| accu/image/init.hh [code] | Initialize an image of accumulators |
| core/routine/init.hh [code] | Definition of function that initialize an image from another one |
| tag/init.hh [code] | Definition of tags used in the mln::init mechanism |
| init.hxx [code] | |
| initialize.hh [code] | Definition of function that initialize an image from another one |
| int.hh [code] | Definition of an integer value type |
| int_s.hh [code] | Define a generic class for signed integers |
| int_s16.hh [code] | Define the alias value::int_s16 |
| int_s32.hh [code] | Define the alias value::int_s32 |
| int_s8.hh [code] | Define the alias value::int_s8 |
| int_u.hh [code] | Define a generic class for unsigned integers |
| int_u12.hh [code] | Define the alias value::int_u12 |
| int_u16.hh [code] | Define the alias value::int_u16 |
| int_u32.hh [code] | Define the alias value::int_u32 |
| int_u8.hh [code] | Define the alias value::int_u8 |
| int_u_sat.hh [code] | Define a generic class for unsigned integers with saturation behavior |
| concept/integer.hh [code] | Define a generic class for integer values |
| internal/integer.hh [code] | Define a generic class for integer values |
| integers.hh [code] | Some definitions about built-in integer types |
| set/inter.hh [code] | Compute the intersection between a couple of site sets |
| win/inter.hh [code] | Define a function which inters a window with a delta-point |
| interpolated.hh [code] | Definition of a morpher that makes an image become readable with floating coordinates |
| interval.hh [code] | Define an interval between two values |
| inty.hh [code] | Meta function to retrieve/modify the color intensity |
| io.hh [code] | I/O routines adapted from TriMesh's ones |
| debug/iota.hh [code] | Fill an image with successive values |
| fun/p2v/iota.hh [code] | Iota function |
| is.hh [code] | Definition of a type that means "is" |
| is_a.hh [code] | Definition of a type that means "is_a" |
| is_const.hh [code] | FIXME |
| is_dot.hh [code] | FIXME: insert comment |
| is_edge.hh [code] | FIXME: insert comment |
| is_facet.hh [code] | Testing whether an mln::complex_psite is a facet |
| is_masked_impl_selector.hh [code] | Add a specific member to graph windows/neighborhoods |
| is_n_face.hh [code] | Testing whether an mln::complex_psite is an n-face |
| is_not.hh [code] | Definition of a type that means "is not" |
| is_not_a.hh [code] | Definition of a type that means "is not a" |
| is_not_const.hh [code] | FIXME |
| is_not_ref.hh [code] | FIXME |
| dim2/is_pixel.hh [code] | FIXME: insert comment |
| is_pixel.hh [code] | FIXME: doc |
| is_ref.hh [code] | FIXME |
| is_row_odd.hh [code] | FIXME: insert comment |
| is_separator.hh [code] | FIXME: doc |
| is_simple_2d.hh [code] | Define the function is_simple_2d which tests if a point is simple or not (Cf bertrand.07.chap) |
| is_simple_cell.hh [code] | Testing whether a facet is a simple cell |
| is_simple_point.hh [code] | Is_simple_point tells if a point is simple or not |
| is_unqualif.hh [code] | FIXME |
| iterable_set.hh [code] | Define the iterable value set derived from a type |
| doc/iterator.hh [code] | |
| iterator.hh [code] | Definition of the concept of mln::Iterator |
| ithcomp.hh [code] | Meta function to retrieve/modify the i'th component with a binary function f(i, vec) |
| jacobi.hh [code] | |
| kind.hh [code] | Kind of values (for use in images) |
| l1.hh [code] | Define some L1-norm related routines |
| l1_norm.hh [code] | Define the L1-norm of an algebraic vector |
| l2.hh [code] | Define some L2-norm related routines |
| label.hh [code] | Define a generic class for labels |
| label_16.hh [code] | Define the alias value::label_16 |
| label_32.hh [code] | Define the alias value::label_32 |
| label_8.hh [code] | Define the alias value::label_8 |
| label_used.hh [code] | Define an accumulator that references all the labels used |
| labeled_image.hh [code] | Definition of a morpher on a labeled image |
| labeled_image_base.hh [code] | Definition of a base class for labeled image morphers |
| labeling.hh [code] | Label a graph image |
| accu/logic/land.hh [code] | Define a 'logical-and' accumulator |
| fun/vv2v/land.hh [code] | Functor that computes "logical and" between two values |
| land_basic.hh [code] | Define a basic 'logical-and' accumulator |
| land_not.hh [code] | Functor that computes "logical and-not" between two values |
| lap.hh [code] | Laplacian |
| elementary/laplacian.hh [code] | Morphological elementary laplacian |
| laplacian.hh [code] | Morphological laplacian |
| lazy_image.hh [code] | Definition of a lazy image |
| lazy_set.hh [code] | Definition of mln::lazy_set_ for internal use only |
| le.hh [code] | Functor that computes "lower or equal than" between two values |
| lemmings.hh [code] | Definition of an "lemmings" object |
| leq.hh [code] | Declaration of the "binary less-or-equal" operator trait |
| less.hh [code] | Declaration of the "binary less" operator trait |
| closing/leveling.hh [code] | Morphological leveling closing |
| opening/leveling.hh [code] | Morphological leveling opening |
| leveling_filter.hh [code] | Leveling filter calls attribute canvas |
| like_ero_fun.hh [code] | |
| like_ero_set.hh [code] | |
| limits.hh [code] | Define built-in type limits |
| accu/line.hh [code] | Run an accumulator on a line of images |
| draw/line.hh [code] | Draw a line in an image |
| win/line.hh [code] | Definition of the mln::win::line window |
| line_gradient.hh [code] | Conversions to mln::line_graph_image |
| line_graph.hh [code] | Definition of an (undirected) line graph (adaptor) |
| v2v/linear.hh [code] | FIXME |
| x2v/linear.hh [code] | Define a linear interpolation of values from an underlying image |
| linfty.hh [code] | Define some L-infinity-norm related routines |
| literal.hh [code] | Definition of the concept of mln::literal |
| lnot.hh [code] | Functor that computes "logical not" on a value |
| cloud/load.hh [code] | Load a cloud of points |
| dicom/load.hh [code] | Define a function which loads a GDCM image |
| dump/load.hh [code] | Load a Milena image dumped into a file |
| fits/load.hh [code] | Define a function which loads an image of kind fits with given path |
| fld/load.hh [code] | Load an image from an AVS field file |
| magick/load.hh [code] | Image intput routines based on Magick++ |
| off/load.hh [code] | Input loading function for OFF files |
| pbm/load.hh [code] | Define a function which loads an image of kind pbm with given path |
| pbms/load.hh [code] | Define a function which loads multiple pbm images into a 3D image |
| pfm/load.hh [code] | Define a function which loads an image of kind pfm with given path |
| pgm/load.hh [code] | Define a function which loads an image of kind pgm with |
| pgms/load.hh [code] | Define a function which loads multiple pgm images into a 3D image |
| plot/load.hh [code] | Define a routine which loads in a plot format |
| pnm/load.hh [code] | Define a function which loads an image of kind PNM 8/16bits with given path |
| pnms/load.hh [code] | Define a function which loads multiple pnm images into a 3D image |
| ppm/load.hh [code] | Define a function which loads an image of kind ppm with given path |
| ppms/load.hh [code] | Define a function which loads multiple ppm images into a 3D image |
| tiff/load.hh [code] | Load TIFF images to Milena images |
| fld/load_header.hh [code] | |
| pnm/load_header.hh [code] | Define a function which loads header for PNM image |
| log.hh [code] | Laplacian of Gaussian |
| accu/logic/lor.hh [code] | Define a 'logical-or' accumulator |
| fun/vv2v/lor.hh [code] | Functor that computes "logical or" between two values |
| trait/op/lor.hh [code] | Declaration of the "binary logical or" operator trait |
| lor_basic.hh [code] | Define a basic 'logical-or' accumulator |
| low_quant_nbits.hh [code] | Definition of the low v |
| lt.hh [code] | Functor that computes "lower than" between two values |
| extract/lum.hh [code] | Extract the lum component of an image |
| fun/meta/lum.hh [code] | Meta function to retrieve/modify the color luminosity |
| lut_vec.hh [code] | Define some basic lut_vecs of values from value types |
| lxor.hh [code] | Functor that computes "logical xor" between two values |
| mln/core/macros.hh [code] | Definition of the set of Milena macros |
| mln/fun/vv2v/macros.hh [code] | Define a bunch of macros related to a binary function and a couple of images |
| mln/io/pnm/macros.hh [code] | Definition of pnm formats macros |
| tests/value/macros.hh [code] | Utilities to tests value types |
| mahalanobis.hh [code] | Define the FIXME |
| main.hh [code] | |
| maj_h.hh [code] | Define an accumulator that computes a maj_h |
| make.hh [code] | Creation routines for complex-based images |
| make_complex2d.hh [code] | Cubical 2-complex creation from a 2D image of pixels |
| make_edge_image.hh [code] | Construct a valued image of edges |
| algebra/mat.hh [code] | Definition of a generic matrix class |
| make/mat.hh [code] | Routine to construct an mln::algebra::mat |
| metal/mat.hh [code] | Definition of a generic matrix class |
| accu/stat/max.hh [code] | Define an accumulator that computes a max |
| fun/vv2v/max.hh [code] | Computing the maximum of two values using a functor |
| literal/max.hh [code] | Definition of the literal of mln::max |
| math/max.hh [code] | Define max routine |
| metal/math/max.hh [code] | Definition of the 'max' static function |
| morpho/tree/filter/max.hh [code] | Filtering with max strategy |
| morpho/tree/max.hh [code] | Compute a canonized (parenthood) max-tree from an image |
| util/max.hh [code] | Definition of a binary max based on the ordering relationship |
| max_col.hh [code] | Give the maximum column of an image |
| max_component.hh [code] | Define a function which give the max of the component of a value type |
| max_components.hh [code] | |
| max_h.hh [code] | Define a generic max accumulator class based on histogram |
| max_ind.hh [code] | Give the maximum ind of an image |
| max_row.hh [code] | Give the maximum row of an image |
| max_site.hh [code] | Define an accumulator that computes the first site with the maximum value in an image |
| max_sli.hh [code] | Give the maximum sli of an image |
| accu/stat/mean.hh [code] | Define an accumulator that computes a mean |
| estim/mean.hh [code] | Compute the mean pixel value |
| fun/access/mean.hh [code] | |
| mean_values.hh [code] | Construct from a labeled image a new image, the labels values are replaced by the components mean values |
| approx/median.hh [code] | Approximates of some median filters of an image |
| median.hh [code] | Median filtering of an image |
| naive/median.hh [code] | Naive version of median filtering |
| median_alt.hh [code] | Define alternative generic median accumulator class |
| median_h.hh [code] | Define a generic median accumulator class |
| memcpy_.hh [code] | Same as std::memcpy but for fastest images |
| memset_.hh [code] | Same as std::memset but for fastest images |
| mesh.hh [code] | Definition of the concept of mln::Mesh |
| meta_accumulator.hh [code] | Definition of the concept of mln::Meta_Accumulator |
| meta_function.hh [code] | Definition of the concept of mln::Meta_Function |
| meyer_wst.hh [code] | Meyer's Watershed Transform (WST) algorithm |
| accu/stat/min.hh [code] | Define an accumulator that computes a min |
| arith/min.hh [code] | Point-wise min between images |
| fun/vv2v/min.hh [code] | Functor that computes the minimum of two values |
| literal/min.hh [code] | Definition of the literal of mln::min |
| math/min.hh [code] | Define min routine |
| morpho/min.hh [code] | Definition of a function that make a min (logical and or arithmetical min) of an image |
| morpho/tree/filter/min.hh [code] | Filtering with min strategy |
| min_col.hh [code] | Give the minimum column of an image |
| min_h.hh [code] | Define a generic min accumulator class based on histogram |
| min_ind.hh [code] | Give the minimum ind of an image |
| accu/stat/min_max.hh [code] | Define an accumulator that computes a min and a max |
| estim/min_max.hh [code] | Compute the min and max pixel values of an image |
| min_row.hh [code] | Give the minimum row of an image |
| min_sli.hh [code] | Give the minimum sli of an image |
| arith/minus.hh [code] | Point-wise substraction between images |
| morpho/minus.hh [code] | Definition of a function that make a minus (logical "and not" or arithmetical min) of an image |
| trait/op/minus.hh [code] | Declaration of the "binary minus" operator trait |
| border/mirror.hh [code] | Define function that fills border using nearer pixels with a mirroring effect |
| fun/p2p/mirror.hh [code] | FIXME: doc |
| misc.hh [code] | |
| mixed_neighb.hh [code] | Definition of a window-to-neighborhood adapter |
| mixin.hh [code] | |
| mod.hh [code] | Declaration of the "binary modulus" operator trait |
| morpher_lvalue.hh [code] | Definition of a base class for some images |
| morpho.hh [code] | Morphological operators on graphs |
| multi_site.hh [code] | Definition of a multiple-site type |
| multiple.hh [code] | Definition of a multiple window |
| multiple_size.hh [code] | Definition of a multiple-size window |
| n_face.hh [code] | N-face of a complex |
| n_face_iter.hh [code] | Definition of forward and backward iterators on all the n-faces of a complex, n being a dynamic value |
| n_faces_set.hh [code] | Set of n-face of a complex |
| n_max.hh [code] | Construct from a count accumulator of a labeled image an array with the ordered n biggest labels |
| nature.hh [code] | Nature of values (for use in images) |
| ncols.hh [code] | Give the number of columns of an image |
| doc/groups/neighb.hh [code] | |
| mln/core/neighb.hh [code] | Definition of a window-to-neighborhood adapter |
| neighb1d.hh [code] | Definition of the mln::neighb1d alias and of some classical 1D neighborhoods |
| core/alias/neighb2d.hh [code] | Definition of the mln::neighb2d alias and of some classical 2D neighborhoods |
| make/neighb2d.hh [code] | Routine to create a double neighborhood |
| world/inter_pixel/neighb2d.hh [code] | Common neighborhoods on inter-pixel images |
| neighb3d.hh [code] | Definition of the mln::neighb3d alias and of some classical 3D neighborhoods |
| neighb_base.hh [code] | Base implementation for neighborhood classes |
| neighb_niter_base.hh [code] | Base implementation for neighborhood iterators |
| neighb_niter_impl.hh [code] | Optional implementation for neigbh_niter |
| core/concept/doc/neighborhood.hh [code] | |
| core/concept/neighborhood.hh [code] | Definition of the concept of mln::Neighborhood |
| trait/neighborhood.hh [code] | Some base trait types for neighborhood types |
| neighborhood_base.hh [code] | Definition of a base class for neighborhood classes |
| neq.hh [code] | Declaration of the "binary un-equality" operator trait |
| accu/nil.hh [code] | Define an accumulator that does nothing |
| util/nil.hh [code] | Definition of an "niler" object |
| ninds.hh [code] | Give the number of inds of an image |
| nneighbor.hh [code] | Define a nneighbor interpolation of values from an underlying image |
| none.hh [code] | Definition of a type that means "none" |
| math/norm.hh [code] | |
| v2v/norm.hh [code] | Norm functors |
| v2w_w2v/norm.hh [code] | Norm functors |
| logical/not.hh [code] | Point-wise "logical not" of a binary image |
| trait/op/not.hh [code] | Declaration of the "unary negation" operator trait |
| not_equal.hh [code] | FIXME |
| nrows.hh [code] | Give the number of rows of an image |
| nsites.hh [code] | Compute the number of sites of an image or a site set |
| nslis.hh [code] | Give the number of slices of an image |
| doc/object.hh [code] | |
| object.hh [code] | Definition of the top Milena class mln::Object |
| object_id.hh [code] | Base class of an object id |
| octagon2d.hh [code] | Definition of the mln::win::octagon2d window |
| one.hh [code] | Definition of the literal of mln::one |
| op_mult.hh [code] | FIXME |
| opening.hh [code] | Morphological elementary opening |
| operators.hh [code] | Definition of operators on mln::Site_Set |
| core/routine/ops.hh [code] | Definitions of some default implementations for operators |
| fun/ops.hh [code] | FIXME |
| literal/ops.hh [code] | Definitions of some operators where at least one literal is involved |
| value/builtin/ops.hh [code] | Definitions of binary operators when lhs is a built-in and rhs is an mln object |
| value/ops.hh [code] | Definitions of operators for value types |
| logical/or.hh [code] | Point-wise "logical or" between binary images |
| trait/op/or.hh [code] | Declaration of the "binary or" operator trait |
| trait/op/ord.hh [code] | Declaration of an ordering operator trait |
| util/ord.hh [code] | Definition of an ordering type and routine |
| ord_pair.hh [code] | Definition of an ordered pair |
| origin.hh [code] | Definition of the literal of mln::origin |
| other.hh [code] | Definition of the mln::value::other routine |
| p.hh [code] | Define an accumulator that computes a min and a max |
| p2p_image.hh [code] | Definition of a image FIXME: Doc! |
| p_array.hh [code] | Definition of a point set class based on std::vector |
| p_centered.hh [code] | This file defines the site set corresponding to a window centered on a site |
| p_complex.hh [code] | Definition of a point set based on a complex |
| p_complex_faces_piter.hh [code] | Definition of point iterator on the n-faces of a complex-based pset |
| p_complex_piter.hh [code] | Definition of point iterator on complex-based pset |
| p_complex_piter_base.hh [code] | Definition of an implementation (factoring) class for iterators on mln::p_complex |
| p_double.hh [code] | |
| p_edges.hh [code] | Definition of a site set based on graph edges |
| p_edges_psite.hh [code] | Implementation of p_edges psite |
| p_edges_with_mass_centers.hh [code] | Construct a p_edges from a watershed image and a region adjacency graph (RAG) |
| p_faces.hh [code] | Definition of a point set based on the set of n-faces of a complex |
| p_faces_piter.hh [code] | Definition of point iterator on complex-based pset |
| p_graph_piter.hh [code] | Definition of point iterator on graph-based point set |
| p_if.hh [code] | Definition of the restriction of a site set w.r.t |
| p_if_piter.hh [code] | Definition of iterators on p_if<S,F> |
| p_image.hh [code] | Definition of a site set class based on an image of Booleans |
| p_key.hh [code] | Definition of a priority queue class |
| p_line2d.hh [code] | Definition of a 2D discrete line of points (based on p_array) |
| p_mutable_array_of.hh [code] | Definition of a mutable array of site sets |
| p_n_faces_piter.hh [code] | Definition of point iterator on the n-faces of a complex-based pset |
| p_priority.hh [code] | Definition of a priority queue of sites |
| p_queue.hh [code] | Definition of a site set based on std::deque |
| p_queue_fast.hh [code] | Definition of a queue of sites that is fast but uses extra memory w.r.t |
| p_run.hh [code] | Definition of a run of points |
| p_run2d.hh [code] | Definition of the mln::p_run2d alias |
| p_run_piter.hh [code] | Definition of point iterators on mln::p_run |
| p_runs2d.hh [code] | Definition of the mln::p_runs2d alias |
| p_set.hh [code] | Definition of a mathematical set of sites (based on util::set) |
| p_set_of.hh [code] | Definition of a set of site sets |
| p_transformed.hh [code] | Definition of a site set defined by the transformation of another site set |
| p_transformed_piter.hh [code] | Definition of iterators on p_transformed<S,F> |
| p_vaccess.hh [code] | |
| p_vertices.hh [code] | Definition of a point set based on graph vertices |
| p_vertices_psite.hh [code] | Implementation of p_vertices psite |
| p_vertices_with_mass_centers.hh [code] | Create a p_vertices using region mass centers as vertex site |
| pack.hh [code] | Remove components and relabel a labeled image in order to have a contiguous labeling |
| pair.hh [code] | Define a pair of accumulators |
| param.hh [code] | |
| paste.hh [code] | Paste the contents of an image into another one |
| paste_without_localization.hh [code] | Paste the contents of an image into another one without taking into account the localization of sites |
| pi.hh [code] | |
| piter_adaptor.hh [code] | Definition of iterators on points of boxes |
| piter_identity.hh [code] | Definition of site iterator identity adaptors |
| make/pix.hh [code] | Routine to construct an mln::util::pix |
| util/pix.hh [code] | Definition of an instant pix |
| core/pixel.hh [code] | Definition of the generic pixel class mln::pixel |
| make/pixel.hh [code] | Routine to construct an mln::pixel |
| pixel_impl.hh [code] | Define a couple of implementation classes to provide methods to classes of generalized pixels |
| doc/pixel_iterator.hh [code] | |
| pixel_iterator.hh [code] | Definition of the concept of mln::Pixel_Iterator |
| pixel_iterator_base.hh [code] | Base classes factoring code for pixel iterator classes |
| pixter.hh [code] | Definition of some traits over image types |
| pixter1d.hh [code] | Pixel iterators on a 1-D image with border |
| pixter2d.hh [code] | Pixel iterators on a 2D image with border |
| pixter3d.hh [code] | Pixel iterators on a 3D image with border |
| plain.hh [code] | Definition of a morpher that prevents an image from sharing his data |
| plot.hh [code] | Plot a point (small cross) in an image |
| arith/plus.hh [code] | Point-wise addition between images |
| morpho/plus.hh [code] | Definition of a function that make a plus (logical or or arithmetical plus) of an image |
| trait/op/plus.hh [code] | Declaration of the "binary plus" operator trait |
| pmin_pmax.hh [code] | Several routines to compute the minimum point and/or maximum point |
| concept/point.hh [code] | Definition of the concept of mln::Point |
| point.hh [code] | Definition of the generic point class mln::point |
| point1d.hh [code] | Definition of the mln::point1d and mln::point1df aliases and of their construction routines |
| point2d.hh [code] | Definition of the mln::point2d and mln::point2df aliases and of their construction routines |
| core/alias/point2d_h.hh [code] | Definition of the mln::point2d_h alias and of its construction routine |
| make/point2d_h.hh [code] | Routine to construct an mln::point2d_h |
| point3d.hh [code] | Definition of the mln::point3d and mln::point3df aliases and of their construction routines |
| point_from_value.hh [code] | Function 'point from value' |
| point_iterator.hh [code] | |
| doc/point_site.hh [code] | |
| point_site.hh [code] | Definition of the concept of mln::Point_Site |
| positive.hh [code] | Test if an image only contains positive values |
| postdec.hh [code] | Declaration of the "unary post-decrementation" operator trait |
| postinc.hh [code] | Declaration of the "unary post-incrementation" operator trait |
| pow.hh [code] | Definition of the 'power' static function |
| predec.hh [code] | Declaration of the "unary pre-decrementation" operator trait |
| predicate.hh [code] | Test a predicate on the pixel values of an image |
| preinc.hh [code] | Declaration of the "unary pre-decrementation" operator trait |
| primary.hh [code] | Get the primary image behind any image |
| accumulator/print.hh [code] | Print the collection of traits for an accumulator type |
| image/print.hh [code] | Print the collection of traits for an image type |
| site_set/print.hh [code] | Print the collection of traits for a site set type |
| value/print.hh [code] | Print the collection of traits for an value type |
| window/print.hh [code] | Print the collection of traits for a window type |
| println.hh [code] | Print an image on the standard output |
| println_with_border.hh [code] | Print an image on the standard output with its border |
| projected_histo.hh [code] | FIXME: insert comment |
| projection.hh [code] | FIXME |
| promote.hh [code] | FIXME |
| promotions.hh [code] | Definitions of promotions between built-in types |
| propagate_if.hh [code] | Routines to handle propagation with predicate |
| propagate_node.hh [code] | Functions to propagate node in the tree |
| propagate_representative.hh [code] | Component tree routines |
| accumulator/props.hh [code] | Properties of accumulator classes |
| image/props.hh [code] | Properties of image classes |
| site_set/props.hh [code] | Properties of site set classes |
| window/props.hh [code] | Properties of window classes |
| core/concept/proxy.hh [code] | Definition of the concept of mln::Proxy |
| value/proxy.hh [code] | Define a generic proxy class for an image pixel value |
| pseudo_site.hh [code] | Definition of the concept of mln::Pseudo_Site |
| pseudo_site_base.hh [code] | Base class to factor code for pseudo site classes |
| put_word.hh [code] | Write a word in a 2D image of characters |
| qlf_value.hh [code] | Definition of the qlf_value image trait |
| quant.hh [code] | Quantification of values (for use in images) |
| quat.hh [code] | Define a class for quaternion algebra values |
| debug/quiet.hh [code] | Global variable telling whether the debug should be printed or not |
| trace/quiet.hh [code] | Definition of the trace quiet Boolean value |
| rag_and_labeled_wsl.hh [code] | Create a region adjacency graph and a label image of the watershed line from a watershed image |
| rank.hh [code] | Define an rank accumulator |
| rank_bool.hh [code] | Define an rank accumulator |
| rank_filter.hh [code] | Morphological rank filter |
| rank_high_quant.hh [code] | Define an rank accumulator |
| Rd.hh [code] | |
| rectangle2d.hh [code] | Definition of the mln::win::rectangle2d window |
| rectangularity.hh [code] | Compute the rectangularity of a site set |
| extract/red.hh [code] | Extract the red component of an image |
| fun/component/red.hh [code] | Meta function to retrieve/modify the red component |
| fun/meta/red.hh [code] | Meta function to retrieve/modify the red component |
| ref-guide.hh [code] | |
| ref.hh [code] | FIXME |
| region_adjacency_graph.hh [code] | Create a region_adjacency_graph from a watershed image |
| regional_maxima.hh [code] | Connected component labeling of the regional maxima of an image |
| regional_minima.hh [code] | Connected component labeling of the regional minima of an image |
| registration.hh [code] | Image registration |
| regular_grid.hh [code] | Definition of the concept of mln::Regular_Grid |
| relabel.hh [code] | Remove components and relabel a labeled image |
| relabelfun.hh [code] | Routines to construct a function in order to relabel a labeled image |
| replace.hh [code] | Replace the contents of an image into another one |
| representative.hh [code] | Functor that computes the representative vertex of every component in a graph |
| resize.hh [code] | Define a function that resizes the virtual border of an image |
| resize_equal.hh [code] | Define a function that resizes the virtual border of a couple of images so that they eventually have the same border thickness |
| resolve.hh [code] | FIXME |
| resume.hh [code] | Resume traces |
| ret.hh [code] | Definition of a macro to access 'ret' |
| revert.hh [code] | Point-wise revert (min -> max and max -> min) of images |
| fun/component/rgb.hh [code] | Meta functions to retrieve/modify rgb components |
| value/rgb.hh [code] | |
| rgb16.hh [code] | Color class for red-green-blue where every component is 16-bit encoded |
| rgb8.hh [code] | Color class for red-green-blue where every component is 8-bit encoded |
| rgb_to_hsi.hh [code] | |
| rgb_to_hsl.hh [code] | |
| accu/rms.hh [code] | Define an accumulator that computes the Root Mean Square |
| registration/internal/rms.hh [code] | |
| root.hh [code] | Definition of the 'nth-root' static function |
| rotate.hh [code] | Rotate an image |
| rotation.hh [code] | Define a rotation function |
| round.hh [code] | Define round routine |
| round_sat.hh [code] | Define round_sat routine |
| routine.hh [code] | |
| row.hh [code] | Meta function to retrieve/modify the row coord of a point |
| run_image.hh [code] | Definition of mln::internal::run_image_ class for internal use only |
| safe.hh [code] | Definition of a morpher that makes image become accessible at undefined location |
| same_coord.hh [code] | FIXME |
| same_point.hh [code] | FIXME |
| sample_utils.hh [code] | |
| extract/sat.hh [code] | Extract the sat component of an image |
| fun/meta/sat.hh [code] | Meta function to retrieve/modify the color saturation |
| data/saturate.hh [code] | Apply a saturation function to image pixel values |
| fun/v2v/saturate.hh [code] | FIXME |
| cloud/save.hh [code] | Save an image as a cloud of points |
| dump/save.hh [code] | Save a Milena image by dumping its data to a file |
| fld/save.hh [code] | Save an image to AVS field file format |
| magick/save.hh [code] | Image output routines based on Magick++ |
| off/save.hh [code] | Input saving function for OFF files |
| pbm/save.hh [code] | Define a function which saves an image of kind pbm into given path |
| pfm/save.hh [code] | Define a function which saves an image of kind pfm into given path |
| pgm/save.hh [code] | Define a function which saves an image of kind pgm into given path |
| plot/save.hh [code] | Define a routine which saves in a plot format |
| pnm/save.hh [code] | Define a function which saves an image of kind PNM into given path |
| ppm/save.hh [code] | Define a function which saves an image of kind ppm into given path |
| txt/save.hh [code] | Save an image as txt file |
| save_bin_alt.hh [code] | |
| save_header.hh [code] | Define a function which saves header for PNM image |
| concept/scalar.hh [code] | Define a generic class for scalar values |
| scalar.hh [code] | Definition of the basic mln::value::scalar_ class |
| scale2x.hh [code] | 2X upscaling algorithm for pixel art images |
| scale3x.hh [code] | 3X upscaling algorithm for pixel art images |
| scomp.hh [code] | Meta function to retrieve/modify the i'th component, where i is statically defined |
| second.hh [code] | Meta function to retrieve/modify the second component |
| seeds2tiling.hh [code] | Convert a binary image with seeds into a labeled image |
| seeds2tiling_roundness.hh [code] | Seeds2tiling with a method which makes tiles more roundness |
| segment1d.hh [code] | Definition of the mln::win::segment1d window |
| selector.hh [code] | Select a concept (either Function_v2v or Function_v2b) depending on the result type |
| separator_to_pixels.hh [code] | FIXME: doc |
| util/set.hh [code] | Definition of mln::util::set |
| value/set.hh [code] | Define some basic sets of values from value types |
| set_of.hh [code] | Definition of mln::set_of_ for internal use only |
| set_value.hh [code] | Set the values of an image of accumulators |
| sharpness.hh [code] | Define an accumulator that computes the sharpness of a component |
| shell.hh [code] | Define a shell type that encloses a value |
| shift.hh [code] | Define a function which shifts a window with a delta-point |
| math/sign.hh [code] | Define sign routine |
| value/sign.hh [code] | Definition of the mln::value::sign class |
| sin.hh [code] | Define the sininus (sin) routine |
| site.hh [code] | Definition of the concept of mln::Site |
| site_iterator.hh [code] | Definition of the concept of mln::Site_Iterator |
| site_iterator_base.hh [code] | Base class to factor code for site iterator classes |
| site_pair.hh [code] | Definition of a site pair type |
| site_proxy.hh [code] | Definition of the concept of mln::Site_Proxy |
| site_relative_iterator_base.hh [code] | Definition of forward and backward mln::dpoint_ based iterators |
| doc/groups/site_set.hh [code] | |
| mln/core/concept/doc/site_set.hh [code] | |
| mln/core/concept/site_set.hh [code] | Definition of the concept of mln::Site_Set |
| site_set_base.hh [code] | Definition of the common base class for all site set classes |
| site_set_impl.hh [code] | Provide implementation for optional site set methods |
| site_set_iterator_base.hh [code] | Base class to factor code for iterator classes directly working on site sets |
| site_sets.hh [code] | Some base trait types for site sets |
| size1d.hh [code] | Facade to include 1D size access routines |
| size2d.hh [code] | Facade to include 2D size access routines |
| size3d.hh [code] | Facade to include 3D size access routines |
| skeleton.hh [code] | Definition of tags used in the skeleton types associated to image types |
| skeleton_constrained.hh [code] | Compute a skeleton under constraints |
| sli.hh [code] | Meta function to retrieve/modify the sli coord of a point |
| slice_image.hh [code] | Definition of a 2D image extracted from a slice of a 3D image |
| slices_2d.hh [code] | Create a 2D image of the slices of the 3D image input |
| snake_fwd.hh [code] | Browsing in a snake-way, forward |
| snake_generic.hh [code] | Browsing in a snake-way, forward |
| snake_vert.hh [code] | Browsing in a snake-way, forward |
| sobel_2d.hh [code] | Sobel_2d filter |
| soft_heap.hh [code] | Define a generic soft heap |
| next/solve.hh [code] | FIXME |
| solve.hh [code] | FIXME |
| next/solve_binary.hh [code] | FIXME |
| solve_binary.hh [code] | FIXME |
| solve_proxy.hh [code] | Proxy support for "next" trait solver |
| next/solve_unary.hh [code] | FIXME |
| solve_unary.hh [code] | FIXME |
| sort_offsets.hh [code] | Sort_Offsets the contents of an image into another one |
| sort_psites.hh [code] | Sort_Psites the contents of an image into another one |
| sorted.hh [code] | Fast connected component labeling of the object part in a binary image |
| sphere3d.hh [code] | Definition of the mln::win::sphere3d window |
| sqr.hh [code] | Define the square (sqr) routine |
| math/sqrt.hh [code] | Define the (non-negative) square root (sqrt) routine |
| metal/math/sqrt.hh [code] | Definition of the 'sqrt' static function |
| stack.hh [code] | Definition of the stack image type |
| static_n_face_iter.hh [code] | Definition of forward and backward iterators on all the N-faces of a complex, N being a static value |
| stop.hh [code] | Stop printing traces except if trace::full_trace is enabled |
| stretch.hh [code] | Transform linearly the contents of an image into another one in a stretching way |
| closing/approx/structural.hh [code] | Approximate of morphological structural closing |
| closing/structural.hh [code] | Morphological structural closing |
| opening/approx/structural.hh [code] | Approximate of morphological structural opening |
| opening/structural.hh [code] | Morphological structural opening |
| structured.hh [code] | Define a generic class for structured values |
| sub_image.hh [code] | Definition of morpher that makes an image become restricted given by a point set |
| sub_image_if.hh [code] | Image having its domain restricted by a site set and a function |
| subsample.hh [code] | Subsample a Boolean image |
| subsampling.hh [code] | Produce a subsampled image |
| subtractive.hh [code] | Filtering with subtractive strategy |
| accu/math/sum.hh [code] | Define an accumulator that computes a sum |
| estim/sum.hh [code] | Compute the sum pixel value |
| morpho/attribute/sum.hh [code] | Define an accumulator that computes the sum of component values |
| morpho/closing/sum.hh [code] | Morphological sum closing |
| accu/math/sup.hh [code] | Define an accumulator that computes a sup |
| fun/math/sup.hh [code] | |
| super_value.hh [code] | Definition of the mln::super_value trait |
| debug/superpose.hh [code] | Superpose two images |
| labeling/superpose.hh [code] | Superpose two labeled images |
| morpho/watershed/superpose.hh [code] | Convert an image to a rgb8 image and draw the watershed lines |
| sym.hh [code] | Give the symmetrical object |
| sym_diff.hh [code] | Set theoretic symmetrical difference of a couple of sets |
| symbolic.hh [code] | Define a generic class for symbolic values |
| symbolics.hh [code] | Some definitions about built-in symbolic types |
| tags.hh [code] | Define a set of tags for images types |
| image/take.hh [code] | Update an image of accumulators by taking a value or the contents of another image |
| take.hh [code] | Define an accumulator that takes image pixels |
| take_as_init.hh [code] | Initialize an image of accumulators by taking a first value |
| take_n_times.hh [code] | Update an image of accumulators by taking the contents of another image with a multiplicity |
| tautology.hh [code] | Definition of a p2b function always returning true |
| templated_by.hh [code] | Check if a type is templated by a given template |
| ternary.hh [code] | FIXME |
| tests.hh [code] | Shared tests for labeling canvas arguments |
| thick_miss.hh [code] | Morphological thick-miss |
| thickening.hh [code] | Morphological thickening |
| thickness.hh [code] | Define the variable which specifies border thickness for image creation |
| thin_fit.hh [code] | Morphological thin-fit |
| thinning.hh [code] | Morphological thinning |
| binarization/threshold.hh [code] | Threshold an image |
| fun/v2b/threshold.hh [code] | FIXME |
| thru_image.hh [code] | Definition of a morpher that morph image values through a function |
| thrubin_image.hh [code] | Definition of a morpher that morph values from two images through a binary function |
| mln/util/timer.hh [code] | Definition of a timer |
| tests/timer.hh [code] | Timer to bench tests |
| arith/times.hh [code] | Point-wise multiplication between images |
| trait/op/times.hh [code] | Declaration of the "binary multiplication" operator trait |
| to.hh [code] | General conversion procedure given the destination type |
| to_dpoint.hh [code] | Conversions to mln::Dpoint |
| data/to_enc.hh [code] | Transform with fun::v2v::enc the contents of an image into another one |
| fun/meta/to_enc.hh [code] | FIXME: doc |
| to_fun.hh [code] | Conversions towards some mln::Function |
| to_image.hh [code] | |
| to_neighb.hh [code] | Make a custom graph neighborhood from a mask image |
| to_p_array.hh [code] | Conversions to mln::p_array |
| to_p_set.hh [code] | Conversions to mln::p_set |
| to_result.hh [code] | Convert an image of accumulators into a result image |
| to_upper_window.hh [code] | Conversions to upper mln::window |
| to_win.hh [code] | Make a custom graph window from a mask image |
| to_window.hh [code] | Conversions to mln::window |
| elementary/top_hat.hh [code] | Morphological elementary top-hats |
| top_hat.hh [code] | Morphological top-hats |
| topological.hh [code] | Topological Watershed Transform (WST) algorithm |
| tr_image.hh [code] | Definition of the morpher mln::tr_image presenting an image through a (bijective) transformation |
| tracked_ptr.hh [code] | Definition of a smart pointer for shared data with tracking |
| accu/transform.hh [code] | Transform an image by applying locally an accumulator on its values |
| data/transform.hh [code] | Transform the contents of an image into another one |
| transform_diagonal.hh [code] | Run an accumulator over a diagonal |
| transform_directional.hh [code] | Run an accumulator over a particular direction |
| transform_inplace.hh [code] | Transform inplace the contents of an image through a function |
| transform_line.hh [code] | Run an accumulator over a line (in a particular direction) |
| transform_snake.hh [code] | Run an accumulator in a snake-like browsing |
| transform_stop.hh [code] | Transform_Stop an image by applying locally an accumulator on its values |
| transformed_image.hh [code] | Definition of an image morpher that has a site set transformed through a function |
| translate.hh [code] | Translate an image |
| p2p/translation.hh [code] | FIXME: doc |
| x2x/translation.hh [code] | Define a translation function |
| tree.hh [code] | Definition of a generic general tree |
| tree_fast.hh [code] | Definition of a fast generic general fast tree |
| tree_fast_to_image.hh [code] | Definition of function which transform a tree_fast into an image |
| tree_to_fast.hh [code] | Definition of function which converts a tree into tree_fast |
| tree_to_image.hh [code] | Definition of function which transform a tree into an image |
| trilinear.hh [code] | Define a trilinear interpolation of values from an underlying image |
| tuple.hh [code] | Define a tuple of accumulators |
| tutorial.hh [code] | |
| uminus.hh [code] | Declaration of the "unary minus" operator trait |
| spe/unary.hh [code] | |
| unary.hh [code] | |
| unary_param.hh [code] | |
| unconst.hh [code] | FIXME |
| undef.hh [code] | Undefined flag type for a trait |
| uni.hh [code] | Compute the union of a couple of sets |
| by_dilation/union_find.hh [code] | |
| by_erosion/union_find.hh [code] | |
| unique.hh [code] | Give the unique set |
| unproject_image.hh [code] | Definition of a morpher that un-projects an image |
| unptr.hh [code] | FIXME |
| unqualif.hh [code] | Suppress possible 'const' and/or '&' (reference) from a qualified type |
| unref.hh [code] | FIXME |
| untake.hh [code] | Update an image of accumulators by untaking a value or the contents of another image |
| update.hh [code] | Update an accumulator with image pixel values |
| uplus.hh [code] | Declaration of the "unary plus" operator trait |
| util.hh [code] | |
| utils.hh [code] | Utilities |
| v.hh [code] | Define an accumulator that computes a min and a max |
| core/concept/value.hh [code] | Definition of the concept of mln::Value |
| labeling/value.hh [code] | Connected component labeling of image sites at a given value |
| opt/value.hh [code] | Define the opt::value routine |
| pw/value.hh [code] | FIXME |
| value_.hh [code] | Some base trait types for value types |
| value_array.hh [code] | Define a generic array indexed by an iterable type |
| value_at_index.hh [code] | File that define a function that gives an index per value |
| doc/value_iterator.hh [code] | |
| value_iterator.hh [code] | Definition of the concept of mln::Value_Iterator |
| value_like.hh [code] | Factor code for value classes defined over another type |
| doc/value_set.hh [code] | |
| value_set.hh [code] | Definition of the concept of mln::Value_Set |
| accu/stat/var.hh [code] | Define an accumulator that computes the variance matrix of a set of vectors |
| core/var.hh [code] | Various macros (syntactic sugar) to shorten declarations of variables |
| pw/var.hh [code] | FIXME |
| variance.hh [code] | Define an accumulator that computes the variance of a set of values |
| algebra/vec.hh [code] | Definition of a generic vector class |
| fun/vv2v/vec.hh [code] | Computing the vecimum of two values using a functor |
| make/vec.hh [code] | Routine to construct an mln::algebra::vec |
| metal/vec.hh [code] | Definition of a generic vector class |
| vec2d.hh [code] | Definition of the mln::vec2d* alias |
| vec3d.hh [code] | Definition of the mln::vec3d* alias |
| vectorial.hh [code] | Define a generic class for vectorial values |
| version.hh [code] | |
| vertex.hh [code] | Implementation of a graph vertex |
| core/image/vertex_image.hh [code] | Image based on graph vertices |
| make/vertex_image.hh [code] | Routine to create a vertex image |
| vertex_impl.hh [code] | Define a couple of implementation classes to provide methods to classes of generalized vertexs |
| video.hh [code] | Fast connected component labeling of the object part in a binary image |
| violent_cast_image.hh [code] | Definition of an image morpher that make the user see the same image but with another data type |
| viter.hh [code] | Definition of iterators on value sets |
| vline2d.hh [code] | Definition of the mln::win::vline2d window |
| accu/shape/volume.hh [code] | Define an accumulator that computes the volume of a component through one of its pixels |
| morpho/attribute/volume.hh [code] | Define an accumulator that computes the volume of a component |
| morpho/closing/volume.hh [code] | Morphological volume closing |
| morpho/opening/volume.hh [code] | Morphological volume opening |
| voronoi.hh [code] | Routine to construct a Voronoi mln::p_graph |
| core/w_window.hh [code] | Definition of the generic weighted window class mln::w_window |
| make/w_window.hh [code] | Routine to create a mln::w_window |
| w_window1d.hh [code] | Routine to create an mln::w_window in the 1D case |
| w_window1d_float.hh [code] | Definition of the mln::w_window1d_float alias |
| core/alias/w_window1d_int.hh [code] | Definition of the mln::w_window1d_int alias |
| make/w_window1d_int.hh [code] | Routine to create a mln::w_window1d_int |
| w_window2d.hh [code] | Routine to create an mln::w_window in the 2D case |
| w_window2d_float.hh [code] | Definition of the mln::w_window2d_float alias |
| core/alias/w_window2d_int.hh [code] | Definition of the mln::w_window2d_int alias |
| make/w_window2d_int.hh [code] | Routine to create a mln::w_window2d_int |
| w_window3d.hh [code] | Routine to create an mln::w_window in the 3D case |
| w_window3d_float.hh [code] | Definition of the mln::w_window3d_float alias |
| core/alias/w_window3d_int.hh [code] | Definition of the mln::w_window3d_int alias |
| make/w_window3d_int.hh [code] | Routine to create a mln::w_window3d_int |
| w_window_directional.hh [code] | Routine to create a directional mln::w_window |
| warning.hh [code] | Display warning message in trace output |
| was.median.hh [code] | Obsolete routines for median filtering |
| doc/weighted_window.hh [code] | |
| weighted_window.hh [code] | Definition of the concept of mln::Weighted_Window |
| weighted_window_base.hh [code] | Definition of a base class for weighted window classes |
| white.hh [code] | Definition of the 'white' literal |
| win.hh [code] | |
| win_chamfer.hh [code] | Routine to create chamfer mln::w_window2d_int |
| concept/doc/window.hh [code] | |
| concept/window.hh [code] | Definition of the concept of mln::Window |
| window.hh [code] | Definition of the generic window class mln::window |
| window1d.hh [code] | Definition of the mln::window1d alias and of a construction routine |
| window2d.hh [code] | Definition of the mln::window2d alias and of a construction routine |
| window3d.hh [code] | Definition of the mln::window3d alias and of a construction routine |
| window_base.hh [code] | Definition of a base class for window classes |
| windows.hh [code] | Some base trait types for windows |
| data/wrap.hh [code] | Routine to wrap values such as 0 -> 0 and [1, lmax] maps to [1, Lmax] (using modulus) |
| fun/v2v/wrap.hh [code] | Function to wrap labels such as 0 -> 0 and [1, lmax] maps to [1, Lmax] (using modulus) |
| labeling/wrap.hh [code] | Wrap labels such as 0 -> 0 and [1, lmax] maps to [1, Lmax] (using modulus) |
| write_header.hh [code] | Write AVS headers in a file |
| x2x_linear_impl.hh [code] | Implementation class for every linear function from vector to vector in an homogeneous coordinates system |
| logical/xor.hh [code] | Point-wise "logical xor" between binary images |
| trait/op/xor.hh [code] | Declaration of the "binary xor" operator trait |
| yes.hh [code] | Definition of an object that always says "yes" |
| zero.hh [code] | Definition of the literal of mln::zero |
