[Olena] olena 10.77 documentation

Index: olena/ChangeLog from Simon Odou &lt;simon(a)lrde.epita.fr&gt; * olena/oln/core/bkd_iter1d.hh: Correct comments. * olena/oln/core/bkd_iter2d.hh: Likewise. * olena/oln/core/bkd_iter3d.hh: Likewise. * olena/oln/core/fwd_iter1d.hh: Likewise. * olena/oln/core/fwd_iter2d.hh: Likewise. * olena/oln/core/fwd_iter3d.hh: Likewise. * olena/oln/core/abstract/iter1d.hh: Likewise. * olena/oln/core/abstract/iter2d.hh: Likewise. * olena/oln/core/abstract/iter3d.hh: Likewise. * olena/oln/core/abstract/iter.hh: Likewise. * olena/oln/core/neighborhood1d.hh: Likewise. * olena/oln/core/neighborhood2d.hh: Likewise. * olena/oln/core/neighborhood3d.hh: Likewise. * olena/oln/core/abstract/neighborhood.hh: Likewise. * olena/oln/core/abstract/struct_elt.hh: Likewise. * olena/oln/core/window1d.hh: Likewise. * olena/oln/core/window2d.hh: Likewise. * olena/oln/core/window3d.hh: Likewise. * olena/oln/core/abstract/window.hh: Likewise. * olena/oln/core/w_window1d.hh: Likewise. * olena/oln/core/w_window2d.hh: Likewise. * olena/oln/core/w_window3d.hh: Likewise. * olena/oln/core/abstract/w_window.hh: Likewise. * olena/oln/core/abstract/image.hh: Likewise. * olena/oln/core/abstract/window_base.hh: Likewise. * olena/oln/core/abstract/windownd.hh: Likewise. * olena/oln/core/abstract/w_windownd.hh: Likewise. * olena/oln/core/abstract/neighborhoodnd.hh: Likewise. Index: olena/oln/core/bkd_iter1d.hh --- olena/oln/core/bkd_iter1d.hh Thu, 07 Aug 2003 02:08:21 +0200 david (oln/d/38_bkd_iter1d 1.16 640) +++ olena/oln/core/bkd_iter1d.hh Fri, 12 Mar 2004 13:10:43 +0100 odou_s (oln/d/38_bkd_iter1d 1.16 640) @@ -1,4 +1,4 @@ -// Copyright (C) 2001, 2002, 2003 EPITA Research and Development Laboratory +// Copyright (C) 2001, 2002, 2003, 2004 EPITA Research and Development Laboratory // // This file is part of the Olena Library. This library is free // software; you can redistribute it and/or modify it under the terms @@ -33,8 +33,11 @@ namespace oln { template<class Exact = mlc::final> - class bkd_iter1d; // fwd_decl + class bkd_iter1d; // forward declaration + /*! + ** \brief Traits for bkd_iter1d. + */ template<class Exact> struct iter_traits<bkd_iter1d<Exact> >: public iter_traits<abstract::iter1d<typename @@ -44,29 +47,51 @@ typedef dpoint1d dpoint_type; }; - + /*! + ** \brief Backward Iterator of 1 dimension. + ** + ** Allow iterable object (like image, window, ...) of 1 dimension backward + ** traversing. + ** \see iter + */ template<class Exact> class bkd_iter1d : public abstract::iter1d<typename mlc::exact_vt<bkd_iter1d<Exact>, Exact>::ret> { public: typedef typename mlc::exact_vt<bkd_iter1d<Exact>, Exact>::ret exact_type; + ///< The exact type. - typedef abstract::iter1d<exact_type> super_type; + typedef abstract::iter1d<exact_type> super_type; ///< The super type. typedef abstract::iter<exact_type> super_iter_type; + ///< The super iterator type. - enum { dim = iter_traits<exact_type>::dim }; + enum { dim = iter_traits<exact_type>::dim }; ///< Dimension. + /*! + ** \brief The associate image's type of point. + ** \warning Prefer the macros oln_point_type(Pointable) and + ** oln_point_type_(Pointable) (the same without the 'typename' keyword) + */ typedef typename iter_traits<exact_type>::point_type point_type; friend class abstract::iter<exact_type>; friend class abstract::iter1d<exact_type>; + /*! + ** \brief Construct a backward iterator (1 dimension). + ** \arg ima The image to iterate. + */ template<class Image> bkd_iter1d(const Image& ima) : super_type(ima.size()) {} + /*! + ** \brief Set current iterator's point. + ** + ** Set current point of iterator to the first iterator's point. + */ template<class U> U operator=(U u) @@ -74,6 +99,12 @@ return super_iter_type::operator=(u); } + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { @@ -82,24 +113,41 @@ protected: + /*! + ** \brief Set current point to the first iterator's point. + ** + ** Set current point of iterator to the first iterator's point. + */ void goto_begin_() { this->p_.col() = this->ncols_ - 1; } + /*! + ** \brief Set current point to the last iterator's point. + ** + ** Set current point of iterator to the last iterator's point. + */ void goto_end_() { this->p_.col() = -1; } + /*! + ** \brief Test if iterator's current point is the last one. + ** \return True if current point is the last one. + */ bool is_at_end_() const { return this->p_.col() == -1; } + /*! + ** \brief Go to the next iterator's point. + */ void goto_next_() { Index: olena/oln/core/bkd_iter2d.hh --- olena/oln/core/bkd_iter2d.hh Thu, 07 Aug 2003 02:08:21 +0200 david (oln/d/37_bkd_iter2d 1.16 640) +++ olena/oln/core/bkd_iter2d.hh Thu, 11 Mar 2004 21:36:13 +0100 odou_s (oln/d/37_bkd_iter2d 1.16 640) @@ -1,4 +1,4 @@ -// Copyright (C) 2001, 2002, 2003 EPITA Research and Development Laboratory +// Copyright (C) 2001, 2002, 2003, 2004 EPITA Research and Development Laboratory // // This file is part of the Olena Library. This library is free // software; you can redistribute it and/or modify it under the terms @@ -30,12 +30,14 @@ # include <oln/core/abstract/iter2d.hh> - namespace oln { template<class Exact = mlc::final> - class bkd_iter2d; // fwd_decl + class bkd_iter2d; // forward declaration + /*! + ** Traits for bkd_iter2d + */ template<class Exact> struct iter_traits<bkd_iter2d<Exact> >: public iter_traits<abstract::iter2d<typename @@ -45,28 +47,50 @@ typedef dpoint2d dpoint_type; }; - + /*! + ** Backward Iterator on image 2 dimension + ** + ** Allow iterable object (like image, window, ...) of 2 dimensions backward + ** traversing. + ** \see iter + */ template<class Exact> class bkd_iter2d : public abstract::iter2d<typename mlc::exact_vt<bkd_iter2d<Exact>, Exact>::ret> { public: typedef typename mlc::exact_vt<bkd_iter2d<Exact>, Exact>::ret exact_type; + ///< The exact type. - typedef abstract::iter2d<exact_type> super_type; + typedef abstract::iter2d<exact_type> super_type; ///< The super type. typedef abstract::iter<exact_type> super_iter_type; + ///< The super iterator type. + + enum { dim = iter_traits<exact_type>::dim }; ///< Dimension. - enum { dim = iter_traits<exact_type>::dim }; + /*! + ** \brief The associate image's type of point. + ** \warning Prefer the macros oln_point_type(Pointable) and + ** oln_point_type_(Pointable) (the same without the 'typename' keyword) + */ typedef typename iter_traits<exact_type>::point_type point_type; friend class abstract::iter<exact_type>; friend class abstract::iter2d<exact_type>; + /*! + ** \brief Construct a backward iterator (2 dimension). + ** \arg ima The image to iterate. + */ template<class Image> bkd_iter2d(const Image& ima) : super_type(ima.size()) {} + /*! + ** \brief Set current iterator's point. + ** \arg u New current point. + */ template<class U> U operator=(U u) @@ -74,6 +98,12 @@ return super_iter_type::operator=(u); } + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { @@ -82,6 +112,11 @@ protected: + /*! + ** \brief Set current point to the first iterator's point. + ** + ** Set current point of iterator to the first iterator's point. + */ void goto_begin_() { @@ -89,18 +124,30 @@ this->p_.col() = this->ncols_ - 1; } + /*! + ** \brief Set current point to the last iterator's point. + ** + ** Set current point of iterator to the last iterator's point. + */ void goto_end_() { this->p_.row() = -1; } + /*! + ** \brief Test if iterator's current point is the last one + ** \return True if current point is the last one. + */ bool is_at_end_() const { return this->p_.row() == -1; } + /*! + ** \brief Go to the next iterator's point. + */ void goto_next_() { Index: olena/oln/core/bkd_iter3d.hh --- olena/oln/core/bkd_iter3d.hh Thu, 07 Aug 2003 02:08:21 +0200 david (oln/d/36_bkd_iter3d 1.16 640) +++ olena/oln/core/bkd_iter3d.hh Thu, 11 Mar 2004 21:36:15 +0100 odou_s (oln/d/36_bkd_iter3d 1.16 640) @@ -1,4 +1,4 @@ -// Copyright (C) 2001, 2002, 2003 EPITA Research and Development Laboratory +// Copyright (C) 2001, 2002, 2003, 2004 EPITA Research and Development Laboratory // // This file is part of the Olena Library. This library is free // software; you can redistribute it and/or modify it under the terms @@ -30,11 +30,10 @@ # include <oln/core/abstract/iter3d.hh> - namespace oln { template<class Exact = mlc::final> - class bkd_iter3d; // fwd_decl + class bkd_iter3d; // forward declaration template<class Exact> struct iter_traits<bkd_iter3d<Exact> >: public @@ -45,28 +44,50 @@ typedef dpoint3d dpoint_type; }; + /*! + ** Backward Iterator on image 3 dimension. + ** + ** Allow iterable object (like image, window, ...) 3 dimensions backward + ** traversing. + ** \see iter + */ template<class Exact> class bkd_iter3d : public abstract::iter3d<typename mlc::exact_vt<bkd_iter3d<Exact>, Exact>::ret> { public: typedef typename mlc::exact_vt<bkd_iter3d<Exact>, Exact>::ret exact_type; + ///< The exact type. - typedef abstract::iter3d<exact_type> super_type; + typedef abstract::iter3d<exact_type> super_type; ///< The super type. typedef abstract::iter<exact_type> super_iter_type; + ///< The super iterator type. + enum { dim = iter_traits<exact_type>::dim }; ///< Dimension. - enum { dim = iter_traits<exact_type>::dim }; + /*! + ** \brief The associate image's type of point. + ** \warning Prefer the macros oln_point_type(Pointable) and + ** oln_point_type_(Pointable) (the same without the 'typename' keyword) + */ typedef typename iter_traits<exact_type>::point_type point_type; friend class abstract::iter<exact_type>; friend class abstract::iter3d<exact_type>; + /*! + ** \brief Construct a backward iterator (3 dimension). + ** \arg ima The image to iterate. + */ template<class Image> bkd_iter3d(const Image& ima) : super_type(ima.size()) {} + /*! + ** \brief Set current iterator's point. + ** \arg u New current point. + */ template<class U> U operator=(U u) @@ -74,6 +95,12 @@ return super_iter_type::operator=(u); } + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { return std::string("bkd_iter3d<") + Exact::name() + ">"; @@ -81,6 +108,11 @@ protected: + /*! + ** \brief Set current point to the first iterator's point. + ** + ** Set current point of iterator to the first iterator's point. + */ void goto_begin_() { @@ -89,18 +121,30 @@ this->p_.col() = this->ncols_ - 1; } + /*! + ** \brief Set current point to the last iterator's point. + ** + ** Set current point of iterator to the last iterator's point. + */ void goto_end_() { this->p_.slice() = -1; } + /*! + ** \brief Test if iterator's current point is the last one + ** \return True if current point is the last one. + */ bool is_at_end_() const { return this->p_.slice() == -1; } + /*! + ** \brief Go to the next iterator's point. + */ void goto_next_() { Index: olena/oln/core/fwd_iter1d.hh --- olena/oln/core/fwd_iter1d.hh Thu, 07 Aug 2003 02:08:21 +0200 david (oln/d/21_fwd_iter1d 1.13 640) +++ olena/oln/core/fwd_iter1d.hh Thu, 11 Mar 2004 21:35:15 +0100 odou_s (oln/d/21_fwd_iter1d 1.13 640) @@ -1,4 +1,4 @@ -// Copyright (C) 2001, 2002, 2003 EPITA Research and Development Laboratory +// Copyright (C) 2001, 2002, 2003, 2004 EPITA Research and Development Laboratory // // This file is part of the Olena Library. This library is free // software; you can redistribute it and/or modify it under the terms @@ -33,7 +33,7 @@ namespace oln { template<class Exact = mlc::final> - class fwd_iter1d; // fwd_decl + class fwd_iter1d; // forward declaration template<class Exact> struct iter_traits<fwd_iter1d<Exact> >: public @@ -44,6 +44,13 @@ typedef dpoint1d dpoint_type; }; + /*! + ** \brief Forward Iterator on image 1 dimension + ** + ** Allow iterable object (like image, window, ...) of 1 dimension forward + ** traversing. + ** \see iter + */ template<class Exact> class fwd_iter1d : public abstract::iter1d<typename mlc::exact_vt<fwd_iter1d<Exact>, Exact>::ret> { @@ -51,21 +58,38 @@ public: typedef typename mlc::exact_vt<fwd_iter1d<Exact>, Exact>::ret exact_type; + ///< The exact type. - typedef abstract::iter1d<exact_type> super_type; + typedef abstract::iter1d<exact_type> super_type; ///< The super type. typedef abstract::iter<exact_type> super_iter_type; + ///< The super iterator type. - enum { dim = iter_traits<exact_type>::dim }; + enum { dim = iter_traits<exact_type>::dim }; ///< Dimension. + + /*! + ** \brief The associate image's type of point. + ** \warning Prefer the macros oln_point_type(Pointable) and + ** oln_point_type_(Pointable) (the same without the 'typename' keyword) + */ typedef typename iter_traits<exact_type>::point_type point_type; friend class abstract::iter<exact_type>; friend class abstract::iter1d<exact_type>; + /*! + ** \brief Construct a forward iterator (1 dimension). + ** \arg ima The image to iterate. + */ template<class Image> fwd_iter1d(const Image& ima) : super_type(ima.size()) {} + /*! + ** \brief Set current iterator's point. + ** + ** Set current point of iterator to the first iterator's point. + */ template<class U> U operator=(U u) @@ -73,6 +97,12 @@ return super_iter_type::operator=(u); } + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { @@ -81,24 +111,41 @@ protected: + /*! + ** \brief Set current point to the first iterator's point. + ** + ** Set current point of iterator to the first iterator's point. + */ void goto_begin_() { this->p_.col() = 0; } + /*! + ** \brief Set current point to the last iterator's point. + ** + ** Set current point of iterator to the last iterator's point. + */ void goto_end_() { this->p_.col() = this->ncols_; } + /*! + ** \brief Test if iterator's current point is the last one + ** \return True if current point is the last one. + */ bool is_at_end_() const { return this->p_.col() == this->ncols_; } + /*! + ** \brief Go to the next iterator's point. + */ void goto_next_() { Index: olena/oln/core/fwd_iter2d.hh --- olena/oln/core/fwd_iter2d.hh Thu, 07 Aug 2003 02:08:21 +0200 david (oln/d/20_fwd_iter2d 1.13 640) +++ olena/oln/core/fwd_iter2d.hh Thu, 11 Mar 2004 21:36:01 +0100 odou_s (oln/d/20_fwd_iter2d 1.13 640) @@ -1,4 +1,4 @@ -// Copyright (C) 2001, 2002, 2003 EPITA Research and Development Laboratory +// Copyright (C) 2001, 2002, 2003, 2004 EPITA Research and Development Laboratory // // This file is part of the Olena Library. This library is free // software; you can redistribute it and/or modify it under the terms @@ -30,12 +30,14 @@ # include <oln/core/abstract/iter2d.hh> - namespace oln { template<class Exact = mlc::final> class fwd_iter2d; // fwd_decl + /*! + ** Traits for fwd_iter2d + */ template<class Exact> struct iter_traits<fwd_iter2d<Exact> >: public iter_traits<abstract::iter2d<typename @@ -45,6 +47,13 @@ typedef dpoint2d dpoint_type; }; + /*! + ** \brief Backward Iterator on image 2 dimension + ** + ** Allow iterable object (like image, window, ...) of 2 dimensions forward + ** traversing. + ** \see iter + */ template<class Exact> class fwd_iter2d : public abstract::iter2d<typename mlc::exact_vt<fwd_iter2d<Exact>, Exact>::ret> { @@ -52,21 +61,37 @@ public: typedef typename mlc::exact_vt<fwd_iter2d<Exact>, Exact>::ret exact_type; + ///< The exact type. - typedef abstract::iter2d<exact_type> super_type; + typedef abstract::iter2d<exact_type> super_type; ///< The super type. typedef abstract::iter<exact_type> super_iter_type; + ///< The super iterator type. + + enum { dim = iter_traits<exact_type>::dim }; ///< Dimension. - enum { dim = iter_traits<exact_type>::dim }; + /*! + ** \brief The associate image's type of point. + ** \warning Prefer the macros oln_point_type(Pointable) and + ** oln_point_type_(Pointable) (the same without the 'typename' keyword) + */ typedef typename iter_traits<exact_type>::point_type point_type; friend class abstract::iter<exact_type>; friend class abstract::iter2d<exact_type>; + /*! + ** \brief Construct a forward iterator (2 dimension). + ** \arg ima The image to iterate. + */ template<class Image> fwd_iter2d(const Image& ima) : super_type(ima.size()) {} + /*! + ** \brief Set current iterator's point. + ** \arg u New current point. + */ template<class U> U operator=(U u) @@ -74,6 +99,12 @@ return super_iter_type::operator=(u); } + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { @@ -82,24 +113,41 @@ protected: + /*! + ** \brief Set current point to the first iterator's point. + ** + ** Set current point of iterator to the first iterator's point. + */ void goto_begin_() { this->p_.row() = this->p_.col() = 0; } + /*! + ** \brief Set current point to the last iterator's point. + ** + ** Set current point of iterator to the last iterator's point. + */ void goto_end_() { this->p_.row() = this->nrows_; } + /*! + ** \brief Test if iterator's current point is the last one + ** \return True if current point is the last one. + */ bool is_at_end_() const { return this->p_.row() == this->nrows_; } + /*! + ** \brief Go to the next iterator's point. + */ void goto_next_() { Index: olena/oln/core/fwd_iter3d.hh --- olena/oln/core/fwd_iter3d.hh Thu, 07 Aug 2003 02:08:21 +0200 david (oln/d/19_fwd_iter3d 1.13 640) +++ olena/oln/core/fwd_iter3d.hh Thu, 11 Mar 2004 21:35:55 +0100 odou_s (oln/d/19_fwd_iter3d 1.13 640) @@ -1,4 +1,4 @@ -// Copyright (C) 2001, 2002, 2003 EPITA Research and Development Laboratory +// Copyright (C) 2001, 2002, 2003, 2004 EPITA Research and Development Laboratory // // This file is part of the Olena Library. This library is free // software; you can redistribute it and/or modify it under the terms @@ -30,11 +30,10 @@ # include <oln/core/abstract/iter3d.hh> - namespace oln { template<class Exact = mlc::final> - class fwd_iter3d; // fwd_decl + class fwd_iter3d; // forward declaration template<class Exact> struct iter_traits<fwd_iter3d<Exact> >: public @@ -45,6 +44,13 @@ typedef dpoint3d dpoint_type; }; + /*! + ** \brief Backward Iterator on image 3 dimension + ** + ** Allow iterable object (like image, window, ...) of 3 dimensions forward + ** traversing. + ** \see iter + */ template<class Exact> class fwd_iter3d : public abstract::iter3d<typename mlc::exact_vt<fwd_iter3d<Exact>, Exact>::ret> { @@ -52,21 +58,37 @@ public: typedef typename mlc::exact_vt<fwd_iter3d<Exact>, Exact>::ret exact_type; + ///< The exact type. - typedef abstract::iter3d<exact_type> super_type; + typedef abstract::iter3d<exact_type> super_type; ///< The super type. typedef abstract::iter<exact_type> super_iter_type; + ///< The super iterator type. + + enum { dim = iter_traits<exact_type>::dim }; ///< Dimension. - enum { dim = iter_traits<exact_type>::dim }; + /*! + ** \brief The associate image's type of point. + ** \warning Prefer the macros oln_point_type(Pointable) and + ** oln_point_type_(Pointable) (the same without the 'typename' keyword) + */ typedef typename iter_traits<exact_type>::point_type point_type; friend class abstract::iter<exact_type>; friend class abstract::iter3d<exact_type>; + /*! + ** \brief Construct a forward iterator (3 dimension). + ** \arg ima The image to iterate. + */ template<class Image> fwd_iter3d(const Image& ima) : super_type(ima.size()) {} + /*! + ** \brief Set current iterator's point. + ** \arg u New current point. + */ template<class U> U operator=(U u) @@ -74,6 +96,12 @@ return super_iter_type::operator=(u); } + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { @@ -82,24 +110,41 @@ protected: + /*! + ** \brief Set current point to the first iterator's point. + ** + ** Set current point of iterator to the first iterator's point. + */ void goto_begin_() { this->p_.slice() = this->p_.row() = this->p_.col() = 0; } + /*! + ** \brief Set current point to the last iterator's point. + ** + ** Set current point of iterator to the last iterator's point. + */ void goto_end_() { this->p_.slice() = this->nslices_; } + /*! + ** \brief Test if iterator's current point is the last one + ** \return True if current point is the last one. + */ bool is_at_end_() const { return this->p_.slice() == this->nslices_; } + /*! + ** \brief Go to the next iterator's point. + */ void goto_next_() { Index: olena/oln/core/abstract/iter1d.hh --- olena/oln/core/abstract/iter1d.hh Tue, 14 Oct 2003 09:40:52 +0200 burrus_n (oln/d/10_iter1d.hh 1.16 640) +++ olena/oln/core/abstract/iter1d.hh Fri, 12 Mar 2004 13:36:06 +0100 odou_s (oln/d/10_iter1d.hh 1.16 640) @@ -1,4 +1,4 @@ -// Copyright (C) 2001, 2002, 2003 EPITA Research and Development Laboratory +// Copyright (C) 2001, 2002, 2003, 2004 EPITA Research and Development Laboratory // // This file is part of the Olena Library. This library is free // software; you can redistribute it and/or modify it under the terms @@ -42,34 +42,58 @@ namespace abstract { template<class Exact> - class iter1d; // fwd_decl + class iter1d; // forward declaration } // end of abstract + /*! + ** \brief Traits for iter::iter1d. + */ template<class Exact> struct iter_traits<abstract::iter1d<Exact> >: public iter_traits<abstract::iter<Exact> > { - enum { dim = 1 }; - typedef point1d point_type; - typedef dpoint1d dpoint_type; + enum { dim = 1 }; ///< The dimension of the image traversed. + typedef point1d point_type; ///< The type of point of the image. + typedef dpoint1d dpoint_type; ///< The type of dpoint of the image. }; namespace abstract { + /*! + ** \brief Iterator on image of 1 dimension. + ** + ** Allow iterable object (like image, window, ...) of 1 dimension + ** traversing. + ** \see iter + */ template<class Exact> class iter1d : public iter< Exact > { public: - typedef iter<Exact> super_type; + typedef iter<Exact> super_type; ///< The exact type of the object. + friend class iter<Exact>; + /*! + ** \brief Get the coordinates of iterator's current point. + ** + ** On this kind of image, all point are on the same line. So + ** you are able to get the column number by this way (and never the + ** line number). + */ coord col() const { return this->p_.col(); } + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { return std::string("_iter1d<") + Exact::name() + ">"; @@ -77,8 +101,13 @@ protected: - const coord ncols_; + const coord ncols_; ///< The number of column of the image you are iterating + /*! + ** \brief Get the current point viewed by the iterator. + ** \return The point (1 dimension) viewed by the iterator. + ** \pre Instance != end. + */ point1d to_point() const { @@ -88,9 +117,13 @@ return this->p_; } - iter1d() : super_type(), ncols_(0) - {} - + /*! + ** \brief Constructor + ** \arg size The size of the image to iterate. + ** \pre size.ncols() > 0. + ** + ** Construct an iterator (1d) on an image (1d). + */ iter1d(const image1d_size& size) : super_type(), ncols_(size.ncols()) { Index: olena/oln/core/abstract/iter2d.hh --- olena/oln/core/abstract/iter2d.hh Tue, 14 Oct 2003 09:40:52 +0200 burrus_n (oln/d/9_iter2d.hh 1.16 640) +++ olena/oln/core/abstract/iter2d.hh Fri, 12 Mar 2004 13:36:06 +0100 odou_s (oln/d/9_iter2d.hh 1.16 640) @@ -1,4 +1,4 @@ -// Copyright (C) 2001, 2002, 2003 EPITA Research and Development Laboratory +// Copyright (C) 2001, 2002, 2003, 2004 EPITA Research and Development Laboratory // // This file is part of the Olena Library. This library is free // software; you can redistribute it and/or modify it under the terms @@ -45,39 +45,68 @@ class iter2d; // fwd_decl } // end of abstract + /*! + ** \brief Traits for abstract::iter2d. + */ template<class Exact> struct iter_traits<abstract::iter2d<Exact> >: public iter_traits<abstract::iter<Exact> > { - enum { dim = 2 }; - typedef point2d point_type; - typedef dpoint2d dpoint_type; + enum { dim = 2 }; ///< The dimension of the image traversed. + typedef point2d point_type; ///< The type of point of the image. + typedef dpoint2d dpoint_type; ///< The type of dpoint of the image. }; - namespace abstract { - + /*! + ** \brief Iterator on image of 2 dimensions. + ** + ** Allow iterable object (like image, window, ...) of 2 dimensions + ** traversing. + ** \see iter + */ template<class Exact> class iter2d : public iter< Exact > { public: - typedef iter<Exact> super_type; + typedef iter<Exact> super_type; ///< The exact type of the object. + friend class iter<Exact>; + /*! + ** \brief Get the coordinates (rows) of iterator's current point. + ** \return The row number. + ** + ** On this kind of image (i.e. 2 dimensions), you are able to get + ** the column number and the row number. + */ coord row() const { return this->p_.row(); } + /*! + ** \brief Get the coordinates (columns) of iterator's current point. + ** \return The column number. + ** + ** On this kind of image (i.e. 2 dimensions), you are able to get + ** the column number and the row number. + */ coord col() const { return this->p_.col(); } + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { return std::string("_iter2d<") + Exact::name() + ">"; @@ -85,9 +114,14 @@ protected: - const coord nrows_; - const coord ncols_; + const coord nrows_; ///< The number of rows of the image you are iterating. + const coord ncols_; ///< The number of column of the image you are iterating. + /*! + ** \brief Get the current point viewed by the iterator. + ** \return The point (2 dimensions) viewed by the iterator. + ** \pre Instance != end. + */ point2d to_point() const { @@ -99,9 +133,12 @@ return this->p_; } - iter2d() : super_type(), nrows_(0), ncols_(0) - {} - + /*! + ** \brief Construct an iterator (2d) on an inamge (2d). + ** \arg size The size of the image to iterate. + ** \pre size.ncols() > 0. + ** \pre size.nrows() > 0. + */ iter2d(const image2d_size& size) : super_type(), nrows_(size.nrows()), Index: olena/oln/core/abstract/iter3d.hh --- olena/oln/core/abstract/iter3d.hh Tue, 14 Oct 2003 09:40:52 +0200 burrus_n (oln/d/8_iter3d.hh 1.16 640) +++ olena/oln/core/abstract/iter3d.hh Fri, 12 Mar 2004 13:36:05 +0100 odou_s (oln/d/8_iter3d.hh 1.16 640) @@ -1,4 +1,4 @@ -// Copyright (C) 2001, 2002, 2003 EPITA Research and Development Laboratory +// Copyright (C) 2001, 2002, 2003, 2004 EPITA Research and Development Laboratory // // This file is part of the Olena Library. This library is free // software; you can redistribute it and/or modify it under the terms @@ -38,52 +38,88 @@ # include <mlc/type.hh> # include <mlc/objs.hh> - namespace oln { namespace abstract { template<class Exact> - class iter3d; // fwd_decl + class iter3d; // forward declaration } // end of abstract + /*! + ** \brief Traits for abstract::iter3d + */ template<class Exact> struct iter_traits<abstract::iter3d<Exact> >: public iter_traits<abstract::iter<Exact> > { - enum { dim = 3 }; - typedef point3d point_type; - typedef dpoint3d dpoint_type; + enum { dim = 3 }; ///< The dimension of the image traversed. + typedef point3d point_type; ///< The type of point of the image. + typedef dpoint3d dpoint_type; ///< The type of dpoint of the image. }; namespace abstract { - + /*! + ** Iterator on image of 3 dimensions. + ** + ** Allow iterable object (like image, window, ...) of 3 dimensions + ** traversing. + ** \see iter + */ template<class Exact> class iter3d : public iter< Exact > { public: - typedef iter<Exact> super_type; + typedef iter<Exact> super_type; ///< The exact type of the object. + friend class iter<Exact>; + /*! + ** \brief Get the coordinates (slice) of iterator's current point. + ** \return The slice number. + ** + ** On this kind of image (i.e. 3 dimensions), you are able to get + ** the column number, the row number and the slice number. + */ coord slice() const { return this->p_.slice(); } + /*! + ** \brief Get the coordinates (row) of iterator's current point. + ** \return The row number. + ** + ** On this kind of image (i.e. 3 dimensions), you are able to get + ** the column number, the row number and the slice number. + */ coord row() const { return this->p_.row(); } + /*! + ** \brief Get the coordinates (col) of iterator's current point. + ** \return The col number. + ** + ** On this kind of image (i.e. 3 dimensions), you are able to get + ** the column number, the row number and the slice number. + */ coord col() const { return this->p_.col(); } + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { return std::string("_iter3d<") + Exact::name() + ">"; @@ -91,10 +127,15 @@ protected: - const coord nslices_; - const coord nrows_; - const coord ncols_; - + const coord nslices_; ///< The number of slice of the image you are iterating. + const coord nrows_; ///< The number of rows of the image you are iterating. + const coord ncols_; ///< The number of column of the image you are iterating. + + /*! + ** \brief Get the current point viewed by the iterator. + ** \return The point (3 dimensions) viewed by the iterator. + ** \pre Instance != end. + */ point3d to_point() const { @@ -108,9 +149,13 @@ return this->p_; } - iter3d() : super_type(), nslices_(0), nrows_(0), ncols_(0) - {} - + /*! + ** \brief Construct an iterator (3d) on an image (3d). + ** \arg size The size of the image to iterate. + ** \pre size.ncols() > 0. + ** \pre size.nrows() > 0. + ** \pre size.nslices() > 0. + */ iter3d(const image3d_size& size) : super_type(), nslices_(size.nslices()), @@ -124,7 +169,6 @@ } }; - } // end of abstract } // end of oln Index: olena/oln/core/abstract/iter.hh --- olena/oln/core/abstract/iter.hh Thu, 07 Aug 2003 02:37:23 +0200 burrus_n (oln/c/40_iter.hh 1.17 640) +++ olena/oln/core/abstract/iter.hh Fri, 12 Mar 2004 13:43:49 +0100 odou_s (oln/c/40_iter.hh 1.17 640) @@ -1,4 +1,4 @@ -// Copyright (C) 2001, 2002, 2003 EPITA Research and Development Laboratory +// Copyright (C) 2001, 2002, 2003, 2004 EPITA Research and Development Laboratory // // This file is part of the Olena Library. This library is free // software; you can redistribute it and/or modify it under the terms @@ -34,17 +34,23 @@ # include <mlc/objs.hh> # include <oln/core/macros.hh> -namespace oln -{ - namespace abstract - { +namespace oln { + + /*! + ** \namespace oln::abstract + ** \brief oln::abstract namespace. + */ + namespace abstract { template<class Exact> - struct iter; // fwd_decl + struct iter; // forward declaration } // end of abstract template<class Exact> struct iter_traits; + /*! + ** \brief Traits for abstract::iter. + */ template<class Exact> struct iter_traits<abstract::iter<Exact> > { @@ -57,34 +63,182 @@ namespace abstract { - // iter - + /*! + ** \brief Iterator. + ** + ** Allow iterable object (like image, window, ...) traversing. + ** \warning To know the type of iterator you need for an iterable object, + ** use the macro oln_iter_type(Iterable) or oln_iter_type_(Iterable) (same + ** without 'typename' keyword) rather than Iterable::iter_type. + ** + ** Simple use of iterators: + ** \code + ** #include <oln/basics2d.hh> + ** #include <ntg/all.hh> + ** #include <iostream> + ** #include <assert.h> + ** using namespace oln; + ** using namespace ntg; + ** int main(int argc, char **argv) + ** { + ** image2d<bin> image1 = load(IMG_IN "se.pbm"); + ** assert(image1.has_impl()); + ** oln_iter_type_(image2d<bin>) i(image1); + ** for_all(i) + ** { + ** std::cout << image1[i] << std::endl; + ** } + ** } + ** \endcode + ** + ** This code is equivalent to the previous one but DEPRECATED (prefer to + ** use the for_all macro): + ** \code + ** #include <oln/basics2d.hh> + ** #include <ntg/all.hh> + ** #include <iostream> + ** #include <assert.h> + ** using namespace oln; + ** using namespace ntg; + ** int main(int argc, char **argv) + ** { + ** image2d<bin> image1 = load(IMG_IN "se.pbm"); + ** assert(image1.has_impl()); + ** for (int row = 0; row < image1.nrows(); ++row) + ** for (int col = 0; col < image1.ncols(); ++col) + ** std::cout << image1(row, col) << std::endl; + ** } + ** \endcode + ** + ** + ** You can use the same iterator on several image if they have the same size. + ** \code + ** #include <oln/basics2d.hh> + ** #include <ntg/all.hh> + ** #include <iostream> + ** #include <assert.h> + ** using namespace oln; + ** using namespace ntg; + ** int main(int argc, char **argv) + ** { + ** image2d<bin> image1 = load(IMG_IN "se.pbm"); + ** image2d<bin> image2 = load(IMG_IN "se.pbm"); + ** assert(image1.has_impl()); + ** assert(image2.has_impl()); + ** oln_iter_type_(image2d<bin>) i(image1); + ** for_all(i) + ** { + ** std::cout << "image1:" << image1[i] << std::endl; + ** std::cout << "image2:" << image2[i] << std::endl; + ** } + ** return 0; + ** } + ** \endcode + ** + ** You can iterate not only image but windows. This example make a binary + ** dilatation to show you how use them: + ** \code + ** #include <oln/basics2d.hh> + ** #include <ntg/all.hh> + ** #include <iostream> + ** #include <assert.h> + ** using namespace oln; + ** using namespace ntg; + ** int main(int argc, char **argv) + ** { + ** image2d<bin> image1 = load(IMG_IN "object.pbm"); + ** assert(image1.has_impl()); + ** image2d<bin> image1_out(image1.size()); + ** oln_iter_type_(image2d<bin>) i(image1); + ** for_all(i) + ** { + ** image1_out[i] = image1[i]; + ** if (!image1[i]) + ** { + ** window2d win = win_c8_only(); + ** oln_iter_type_(window2d) j(win); + ** bool change_color = false; + ** for_all(j) + ** { + ** if (image1[i + j]) + ** change_color = true; + ** } + ** image1_out[i] = change_color; + ** } + ** } + ** save(image1_out, IMG_OUT "oln_abstract_iter.pbm"); + ** return 0; + ** } + ** \endcode + ** \image html object.png + ** \image latex object.png + ** => + ** \image html oln_abstract_iter.png + ** \image latex oln_abstract_iter.png + ** + */ template<class Exact> struct iter : public mlc_hierarchy::any<Exact> { - + /*! + ** \brief The associate image's type of point. + ** \warning Prefer the macros oln_point_type(Pointable) and + ** oln_point_type_(Pointable) (the same without the 'typename' keyword) + */ typedef typename iter_traits<Exact>::point_type point_type; + /*! + ** \brief The associate image's type of dpoint (move point). + ** \warning Prefer the macros oln_dpoint_type(Pointable) and + ** oln_dpoint_type_(Pointable) (the same without the 'typename' keyword) + */ typedef typename iter_traits<Exact>::dpoint_type dpoint_type; - + /*! + ** \brief Accessor to current iterator's point. + ** + ** Just return the current point of the iterator which + ** is traversing an image. + */ const point_type& point_ref() const { return p_; } + /*! + ** \brief Compare with the current iterator's point. + ** \arg p The iterator's point to be compared to the current point. + ** + ** Compare the current iterator's point with p (his argument). If + ** successful, return true. + */ bool operator==(const abstract::point<point_type>& p) const { return p_ == p.exact(); } + /*! + ** \brief Compare with the current iterator's point. + ** \arg p The iterator's point to be compared to the current point. + ** + ** Compare the current iterator's point with p (his argument). If + ** they are different, return true. + */ bool operator!=(const abstract::point<point_type>& p) const { return p_ != p.exact(); } + /*! + ** \brief Sum a move point to the current point. + ** \arg p The move point. + ** \return The sum. + ** \pre Instance != end. + ** + ** Sum the current iterator's point and the move coordinates. + */ point_type operator+(const abstract::dpoint<dpoint_type>& dp) const { @@ -92,6 +246,14 @@ return p_ + dp.exact(); } + /*! + ** \brief Minor a move to the current point. + ** \arg p The move. + ** \return The minoration. + ** \pre Instance != end. + ** + ** Minor the current point and the move coordinates. + */ point_type operator-(const abstract::dpoint<dpoint_type>& dp) const { @@ -99,13 +261,23 @@ return p_ - dp.exact(); } + /*! + ** \brief Cast to exact point type. + ** \return The exact point type. + ** + ** Return the exact point type by calling sub-classes methods. + */ operator point_type() const { return this->exact().to_point(); } - // it's convenient to type `it.cur()' instead of `(point)it' when - // necessary. + /*! + ** \brief Syntax improvement + ** + ** It's convenient to type `it.cur()' instead of `(point)it' when + ** necessary. + */ point_type cur() const { @@ -119,6 +291,11 @@ // bool _is_at_end() const; // void _goto_next(); + /*! + ** \brief Set current point to the first iterator's point. + ** + ** Set current point of iterator to the first iterator's point. + */ mlc::begin_type operator=(mlc::begin_type b) { @@ -126,6 +303,11 @@ return b; } + /*! + ** \brief Set current point to the last iterator's point. + ** + ** Set current point of iterator to the last iterator's point. + */ mlc::end_type operator=(mlc::end_type e) { @@ -133,12 +315,22 @@ return e; } + /*! + ** \brief Compare current point and last point. + ** \return True if they are the same. + ** + ** Compare current point with last iterator's point. + */ bool operator==(mlc::end_type) const { return this->exact().is_at_end_(); } + /*! + ** \brief Go to the next iterator's point. + ** \pre Instance != end. + */ void operator++() { @@ -156,13 +348,24 @@ // deduced methods: + /*! + ** \brief Compare current point and last point. + ** \return True if they are different. + ** + ** Compare current point with last iterator's point. + */ bool operator!=(mlc::end_type e) const { return ! this->operator==(e); } - + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { @@ -171,8 +374,13 @@ } protected: - point_type p_; + point_type p_; ///< The iterator's current point. + /*! + ** \brief Constructor + ** + ** Do nothing, used only by sub-classes + */ iter() {} }; Index: olena/oln/core/neighborhood1d.hh --- olena/oln/core/neighborhood1d.hh Thu, 07 Aug 2003 02:08:21 +0200 david (oln/c/37_neighborho 1.15 640) +++ olena/oln/core/neighborhood1d.hh Fri, 12 Mar 2004 16:28:25 +0100 odou_s (oln/c/37_neighborho 1.15 640) @@ -1,4 +1,4 @@ -// Copyright (C) 2001, 2002, 2003 EPITA Research and Development Laboratory +// Copyright (C) 2001, 2002, 2003, 2004 EPITA Research and Development Laboratory // // This file is part of the Olena Library. This library is free // software; you can redistribute it and/or modify it under the terms @@ -36,35 +36,64 @@ namespace oln { - class neighborhood1d; // fwd_decl + class neighborhood1d; // forward declaration + /*! + ** \brief Traits for neighborhood1d. + */ template<> struct struct_elt_traits<neighborhood1d>: public struct_elt_traits<abstract::neighborhoodnd<neighborhood1d> > { - enum { dim = 1 }; - typedef point1d point_type; - typedef dpoint1d dpoint_type; - typedef winiter< neighborhood1d > iter_type; - typedef winneighb< neighborhood1d > neighb_type; - typedef window1d win_type; + enum { dim = 1 }; ///< Dimension. + typedef point1d point_type; ///< Type of point. + typedef dpoint1d dpoint_type; ///< Type of dpoint (move). + typedef winiter< neighborhood1d > iter_type; ///< Type of iterator. + typedef winneighb< neighborhood1d > neighb_type; ///< Type of neighbor. + typedef window1d win_type; ///< Type of window. }; + /*! + ** \brief Neighborhood 1 dimension. + ** + ** It looks like structuring elements but here, when + ** you add an element, you add his opposite. + ** Points have 1 dimensions. + ** + */ class neighborhood1d : public abstract::neighborhoodnd< neighborhood1d > { public: typedef abstract::neighborhoodnd< neighborhood1d > super_type; - typedef neighborhood1d self_type; + ///< Super type. + typedef neighborhood1d self_type; ///< Self type. + /*! + ** \brief The associate image's type of iterator (move point). + ** \warning Prefer the macros oln_iter_type(Pointable) and + ** oln_iter_type_(Pointable) (the same without the 'typename' keyword) + */ typedef struct_elt_traits< self_type >::iter_type iter_type; - typedef struct_elt_traits< self_type >::neighb_type - neighb_type; + typedef struct_elt_traits< self_type >::neighb_type neighb_type; + + /*! + ** \brief The associate image's type of dpoint (move point). + ** \warning Prefer the macros oln_dpoint_type(Pointable) and + ** oln_dpoint_type_(Pointable) (the same without the 'typename' keyword) + */ typedef struct_elt_traits< self_type >::dpoint_type dpoint_type; friend class abstract::window_base<abstract::neighborhood<neighborhood1d>, neighborhood1d>; + /*! + ** \brief Add a dpoint (move point) to the neighborhood. + ** \arg dp The new point. + ** + ** Add a new member to the neighborhood. This point must be of 1 + ** dimension. + */ neighborhood1d& add(const dpoint_type& dp) { @@ -72,24 +101,50 @@ return this->exact().add_(-dp); } + /*! + ** \brief Add a point by coordinates to the neighborhood. + ** \arg col The coordinate of the new point (1 dimension). + ** + ** Add a new member by its coordinates to the neighborhood. + ** The coordinates are only the column number because the neighborhood has + ** 1 dimension. + */ neighborhood1d& add(coord col) { return this->add(dpoint_type(col)); } + /*! + ** \brief Construct a neighborhood of 1 dimension. + */ neighborhood1d() : super_type() {} + /*! + ** \brief Construct a neighborhood of 1 dimension. + ** \arg size Reserve 'size' elements for the neighborhood. + */ neighborhood1d(unsigned size) : super_type(size) {} + /*! + ** \brief Construct a neighborhood of 1 dimension. + ** \arg n Add 'n' elements to the neighborhood. + ** \arg crd Coordinates of the 'n' elements. + */ neighborhood1d(unsigned n, const coord crd[]) : super_type() { for (unsigned i = 0; i < n; ++i) add(dpoint_type(crd[i])); } + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { @@ -98,6 +153,14 @@ protected: + /*! + ** \brief Update delta. + ** \arg dp a move point. + ** \return Delta. + ** + ** If the point is the biggest element of the neighborhood, + ** then this point is assigned to delta. + */ coord delta_update_(const dpoint_type& dp) { @@ -108,8 +171,12 @@ }; - // std neighb + // standard neighborhood + /*! + ** \brief Create a neighborhood (1 dimension) with 1 element : 1. + ** \return The new neighborhood. + */ inline const neighborhood1d& neighb_c2() { @@ -118,6 +185,15 @@ return neighb; } + /*! + ** \brief Create a neighborhood (1 dimension). + ** \arg width The width. + ** \return The new neighborhood. + ** \pre width >= 3. + ** \pre width % 2 == 1. + ** + ** Add elements of coordinates 1, ..., width / 2. + */ inline neighborhood1d mk_neighb_segment(unsigned width) { @@ -129,6 +205,11 @@ return neighb; } + /*! + ** \brief Convert a window (1 dimension) to a neighborhood (1 dimension). + ** \arg n The neighborhood to convert. + ** \return The new window. + */ inline window1d mk_win_from_neighb(const neighborhood1d& n) { Index: olena/oln/core/neighborhood2d.hh --- olena/oln/core/neighborhood2d.hh Thu, 07 Aug 2003 02:08:21 +0200 david (oln/c/36_neighborho 1.16 640) +++ olena/oln/core/neighborhood2d.hh Fri, 12 Mar 2004 16:39:01 +0100 odou_s (oln/c/36_neighborho 1.16 640) @@ -1,4 +1,4 @@ -// Copyright (C) 2001, 2002, 2003 EPITA Research and Development Laboratory +// Copyright (C) 2001, 2002, 2003, 2004 EPITA Research and Development Laboratory // // This file is part of the Olena Library. This library is free // software; you can redistribute it and/or modify it under the terms @@ -37,36 +37,65 @@ namespace oln { - class neighborhood2d; // fwd_decl + class neighborhood2d; // forward declaration + /*! + ** \brief Traits for neighborhood2d. + */ template<> struct struct_elt_traits<neighborhood2d>: public struct_elt_traits<abstract::neighborhoodnd<neighborhood2d> > { - enum { dim = 2 }; - typedef point2d point_type; - typedef dpoint2d dpoint_type; - typedef winiter< neighborhood2d > iter_type; - typedef winneighb< neighborhood2d > neighb_type; - typedef window2d win_type; + enum { dim = 2 }; ///< Dimension. + typedef point2d point_type; ///< Type of point. + typedef dpoint2d dpoint_type; ///< Type of dpoint (move). + typedef winiter< neighborhood2d > iter_type; ///< Type of iterator. + typedef winneighb< neighborhood2d > neighb_type; ///< Type of neighbor. + typedef window2d win_type; ///< Type of window. }; - + /*! + ** \brief Neighborhood 2 dimensions. + ** + ** It looks like structuring elements but here, when + ** you add an element, you add his opposite. + ** Points have 2 dimensions. + ** + */ class neighborhood2d : public abstract::neighborhoodnd< neighborhood2d > { public: typedef abstract::neighborhoodnd< neighborhood2d > super_type; - typedef neighborhood2d self_type; + ///< Super type. + typedef neighborhood2d self_type; ///< Self type. + /*! + ** \brief The associate image's type of iterator. + ** \warning Prefer the macros oln_iter_type(Iterable) and + ** oln_iter_type_(Iterable) (the same without the 'typename' keyword) + */ typedef struct_elt_traits< self_type >::iter_type iter_type; - typedef struct_elt_traits< self_type >::neighb_type - neighb_type; + + typedef struct_elt_traits< self_type >::neighb_type neighb_type; + + /*! + ** \brief The associate image's type of dpoint (move point). + ** \warning Prefer the macros oln_dpoint_type(Pointable) and + ** oln_dpoint_type_(Pointable) (the same without the 'typename' keyword) + */ typedef struct_elt_traits< self_type >::dpoint_type dpoint_type; friend class abstract::window_base<abstract::neighborhood<neighborhood2d>, neighborhood2d>; + /*! + ** \brief Add a dpoint (move point) to the neighborhood. + ** \arg dp The new point. + ** + ** Add a new member to the neighborhood. This point must be of 2 + ** dimensions. + */ neighborhood2d& add(const dpoint_type& dp) { @@ -74,18 +103,38 @@ return this->exact().add_(-dp); } + /*! + ** \brief Add a point by coordinates to the neighborhood. + ** \arg row The coordinates of the new point. + ** \arg col The coordinates of the new point. + ** + ** Add a new member by its coordinates to the neighborhood. + ** The coordinates have 2 dimensions. + */ neighborhood2d& add(coord row, coord col) { return this->add(dpoint_type(row, col)); } + /*! + ** \brief Construct a neighborhood of 2 dimensions. + */ neighborhood2d() : super_type() {} + /*! + ** \brief Construct a neighborhood of 2 dimensions. + ** \arg size Reserve 'size' elements for the neighborhood. + */ neighborhood2d(unsigned size) : super_type(size) {} + /*! + ** \brief Construct a neighborhood of 2 dimensions. + ** \arg n Add 'n' elements to the neighborhood. + ** \arg crd Coordinates of the 'n' elements. + */ neighborhood2d(unsigned n, const coord crd[]) : super_type(n) { for (unsigned i = 0; i < 2 * n; i += 2) @@ -93,17 +142,29 @@ } // io + /*! + ** \todo FIXME: it doesn't seem useful. We may remove it + */ neighborhood2d(const io::internal::anything& r) : super_type() { r.assign(*this); } + /*! + ** \todo FIXME: it doesn't seem useful. We may remove it + */ neighborhood2d& operator=(const io::internal::anything& r) { return r.assign(*this); } + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { @@ -112,6 +173,14 @@ protected: + /*! + ** \brief Update delta. + ** \arg dp a deplacement point. + ** \return Delta. + ** + ** If the point is the biggest element of the neighborhood, + ** then this point is assigned to delta. + */ coord delta_update_(const dpoint_type& dp) { @@ -124,6 +193,10 @@ // std neighbs + /*! + ** \brief Create a neighborhood (2 dimension) with 0,1, 1,0. + ** \return The new neighborhood. + */ inline const neighborhood2d& neighb_c4() { @@ -132,6 +205,12 @@ return neighb; } + + /*! + ** \brief Create a neighborhood (2 dimension) with 4 coordinates: + ** 0,1, 1,1, 1,0, 1,-1. + ** \return The new neighborhood. + */ inline const neighborhood2d& neighb_c8() { @@ -142,6 +221,16 @@ // mk_neighb's + /*! + ** \brief Create a rectangular neighborhood (2 dimensions). + ** \arg nrows Number of row. + ** \arg ncols Number of column. + ** \return The new neighborhood (2d). + ** \pre nrows >= 3. + ** \pre nrows % 2 == 1. + ** \pre ncols >= 3. + ** \pre ncols % 2 == 1. + */ inline neighborhood2d mk_neighb_rectangle(unsigned nrows, unsigned ncols) { @@ -155,12 +244,22 @@ return neighb; } + /*! + ** \brief Create a square neighborhood (2 dimensions). + ** \arg width Number of colunm and row. + ** \return The new neighborhood (2d). + */ inline neighborhood2d mk_neighb_square(unsigned width) { return mk_neighb_rectangle(width, width); } + /*! + ** \brief Convert a window (2 dimensions) to a neighborhood (2 dimensions). + ** \arg n The neighborhood to convert. + ** \return The new window. + */ inline window2d mk_win_from_neighb(const neighborhood2d& n) { Index: olena/oln/core/neighborhood3d.hh --- olena/oln/core/neighborhood3d.hh Thu, 07 Aug 2003 02:08:21 +0200 david (oln/c/35_neighborho 1.15 640) +++ olena/oln/core/neighborhood3d.hh Fri, 12 Mar 2004 13:10:20 +0100 odou_s (oln/c/35_neighborho 1.15 640) @@ -1,4 +1,4 @@ -// Copyright (C) 2001, 2002, 2003 EPITA Research and Development Laboratory +// Copyright (C) 2001, 2002, 2003, 2004 EPITA Research and Development Laboratory // // This file is part of the Olena Library. This library is free // software; you can redistribute it and/or modify it under the terms @@ -36,36 +36,64 @@ namespace oln { - class neighborhood3d; // fwd_decl + class neighborhood3d; // forward declaration + /*! + ** \brief Traits for neighborhood3d. + */ template<> struct struct_elt_traits<neighborhood3d>: public struct_elt_traits<abstract::neighborhoodnd<neighborhood3d> > { - enum { dim = 3 }; - typedef point3d point_type; - typedef dpoint3d dpoint_type; - typedef winiter< neighborhood3d > iter_type; - typedef winneighb< neighborhood3d > neighb_type; - typedef window3d win_type; + enum { dim = 3 }; ///< Dimension. + typedef point3d point_type; ///< Type of point. + typedef dpoint3d dpoint_type; ///< Type of dpoint (move). + typedef winiter< neighborhood3d > iter_type; ///< Type of iterator. + typedef winneighb< neighborhood3d > neighb_type; ///< Type of neighbor. + typedef window3d win_type; ///< Type of window. }; - + /*! + ** \brief Neighborhood 3 dimensions. + ** + ** It looks like structuring elements but here, when + ** you add an element, you add his opposite. + ** Points have 3 dimensions. + ** + */ class neighborhood3d : public abstract::neighborhoodnd< neighborhood3d > { public: typedef abstract::neighborhoodnd< neighborhood3d > super_type; - typedef neighborhood3d self_type; + ///< Super type. + typedef neighborhood3d self_type; ///< Self type. + /*! + ** \brief The associate image's type of iterator. + ** \warning Prefer the macros oln_iter_type(Iterable) and + ** oln_iter_type_(Iterable) (the same without the 'typename' keyword) + */ typedef struct_elt_traits< self_type >::iter_type iter_type; - typedef struct_elt_traits< self_type >::neighb_type - neighb_type; + typedef struct_elt_traits< self_type >::neighb_type neighb_type; + + /*! + ** \brief The associate image's type of dpoint (move point). + ** \warning Prefer the macros oln_dpoint_type(Pointable) and + ** oln_dpoint_type_(Pointable) (the same without the 'typename' keyword) + */ typedef struct_elt_traits< self_type >::dpoint_type dpoint_type; friend class abstract::window_base<abstract::neighborhood<neighborhood3d>, neighborhood3d>; + /*! + ** \brief Add a dpoint (move point) to the neighborhood. + ** \arg dp The new point. + ** + ** Add a new member to the neighborhood. This point must be of 3 + ** dimensions. + */ neighborhood3d& add(const dpoint_type& dp) { @@ -73,24 +101,51 @@ return this->exact().add_(-dp); } + /*! + ** \brief Add a point by coordinates to the neighborhood. + ** \arg slice The coordinates of the new point. + ** \arg row The coordinates of the new point. + ** \arg col The coordinates of the new point. + ** + ** Add a new member by its coordinates to the neighborhood. + ** The coordinates have 3 dimensions. + */ neighborhood3d& add(coord slice, coord row, coord col) { return this->add(dpoint3d(slice, row, col)); } + /*! + ** \brief Construct a neighborhood of 3 dimensions. + */ neighborhood3d() : super_type() {} + /*! + ** \brief Construct a neighborhood of 3 dimensions. + ** \arg size Reserve 'size' elements for the neighborhood. + */ neighborhood3d(unsigned size) : super_type(size) {} + /*! + ** \brief Construct a neighborhood of 3 dimension. + ** \arg n Add 'n' elements to the neighborhood. + ** \arg crd Coordinates of the 'n' elements. + */ neighborhood3d(unsigned n, const coord crd[]) : super_type() { for (unsigned i = 0; i < 3 * n; i += 3) add(dpoint_type(crd[i], crd[i+1], crd[i+2])); } + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { @@ -99,6 +154,14 @@ protected: + /*! + ** \brief Update delta. + ** \arg dp a deplacement point. + ** \return Delta. + ** + ** If the point is the biggest element of the neighborhood, + ** then this point is assigned to delta. + */ coord delta_update_(const dpoint_type& dp) { @@ -112,6 +175,10 @@ // std neighb + /*! + ** \brief Create a neighborhood (3 dimension) with 3 coordinates. + ** \return The new neighborhood. + */ inline const neighborhood3d& neighb_c6() { @@ -122,6 +189,10 @@ return neighb; } + /*! + ** \brief Create a neighborhood (3 dimension) with 9 coordinates. + ** \return The new neighborhood. + */ inline const neighborhood3d& neighb_c18() { @@ -138,6 +209,10 @@ return neighb; } + /*! + ** \brief Create a neighborhood (3 dimension) with 13 coordinates. + ** \return The new neighborhood. + */ inline const neighborhood3d& neighb_c26() { @@ -160,6 +235,19 @@ // mk_neighb's + /*! + ** \brief Create a block neighborhood (3 dimension). + ** \arg nslices Number of slice. + ** \arg nrows Number of row. + ** \arg ncols Number of column. + ** \return The new neighborhood (3d). + ** \pre nslices >= 3. + ** \pre nslices % 2 == 1. + ** \pre nrows >= 3. + ** \pre nrows % 2 == 1. + ** \pre ncols >= 3. + ** \pre ncols % 2 == 1. + */ inline neighborhood3d mk_neighb_block(unsigned nslices, unsigned nrows, unsigned ncols) { @@ -177,12 +265,22 @@ return neighb; } + /*! + ** \brief Create a cube neighborhood (3 dimension). + ** \arg width Number of slice, colunm and row. + ** \return The new neighborhood (3d). + */ inline neighborhood3d mk_neighb_cube(unsigned width) { return mk_neighb_block(width, width, width); } + /*! + ** \brief Convert a window (3 dimensions) to a neighborhood (3 dimensions). + ** \arg n The neighborhood to convert. + ** \return The new window. + */ inline window3d mk_win_from_neighb(const neighborhood3d& n) { Index: olena/oln/core/abstract/neighborhood.hh --- olena/oln/core/abstract/neighborhood.hh Wed, 11 Feb 2004 11:51:35 +0100 van-vl_n (oln/c/38_neighborho 1.19 640) +++ olena/oln/core/abstract/neighborhood.hh Fri, 12 Mar 2004 13:36:04 +0100 odou_s (oln/c/38_neighborho 1.19 640) @@ -32,15 +32,16 @@ # include <oln/core/abstract/dpoint.hh> # include <oln/core/abstract/struct_elt.hh> -namespace oln -{ +namespace oln { - namespace abstract - { + namespace abstract { template<class Exact> - struct neighborhood; // fwd_decl + struct neighborhood; // forward declaration } // end of abstract + /*! + ** \brief Traits for abstract::neighborhood. + */ template<class Exact> struct struct_elt_traits<abstract::neighborhood<Exact> > { @@ -50,94 +51,186 @@ namespace abstract { + /*! + ** + ** \brief Neighborhood. + ** + ** It looks like structuring elements but here, when + ** you add an element, you add his opposite (cf mathematical + ** definition to know more about). + ** This abstract class defines several virtual methods for his + ** subclasses. His aim is to deal with a set of deplacement points. + ** + */ template<class Exact> struct neighborhood : public mlc_hierarchy::any<Exact> { - typedef Exact exact_type; - typedef neighborhood<Exact> self_type; + typedef Exact exact_type; ///< Set the exact type. + typedef neighborhood<Exact> self_type; ///< Set his type. + + /*! + ** \brief The associate image's type of iterator. + ** \warning Prefer the macros oln_iter_type(Iterable) and + ** oln_iter_type_(Iterable) (the same without the 'typename' keyword) + */ typedef typename struct_elt_traits<Exact>::iter_type iter_type; + typedef typename struct_elt_traits<Exact>::neighb_type neighb_type; + ///< Set the neighborhood type. typedef typename struct_elt_traits<Exact>::win_type win_type; + ///< Set the window type. + /*! + ** \brief The associate image's type of dpoint (move point). + ** \warning Prefer the macros oln_dpoint_type(Pointable) and + ** oln_dpoint_type_(Pointable) (the same without the 'typename' keyword) + */ typedef typename struct_elt_traits<Exact>::dpoint_type dpoint_type; + typedef typename struct_elt_traits<Exact>::abstract_type abstract_type; + ///< Set the abstract type. + enum { dim = struct_elt_traits<Exact>::dim }; + ///< Set the dim of the points of the neighborhood. + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { return std::string("neighborhood<") + Exact::name() + ">"; } + /*! + ** \brief Test if the set of points contains this one. + ** \arg dp a dpoint (deplacement point). + ** \return True if the set of points contains this dpoint. + */ bool has(const abstract::dpoint<dpoint_type>& dp) const { return this->exact().has_(dp.exact()); } + /*! + ** \brief Get the number of point we get. + ** \return The number of point. + */ unsigned card() const { return this->exact().card_(); } + /*! + ** \brief Test if the neighborhood is centered. + ** \return True if it's centered. + ** + ** Neighborhood are centered when they contains at least one + ** element. + */ bool is_centered() const { return this->exact().is_centered_(); } + /*! + ** \brief Get the nth element of the neighborhood. + ** \arg i The nth. + ** \return The nth dpoint. + */ const dpoint_type dp(unsigned i) const { return this->exact()[i]; } + /*! + ** \brief Compare two sets of structuring elements. + ** \arg win The structuring elements to compare. + ** \return True if they are the same. + */ bool operator==(const self_type& win) const { return this->exact().is_equal(win.exact()); } + /*! + ** \brief Get the delta of the neighborhood. + ** \return Delta. + ** + ** Delta is the biggest element of the neighborhood. + */ coord delta() const { return this->exact().get_delta(); } + /*! + ** \brief Get the nth element of the neighborhood. + ** \arg i The nth. + ** \return The nth dpoint. + */ const dpoint_type operator[](unsigned i) const { return this->exact().at(i); } + /*! + ** \brief Add a point to the neighborhood. + ** \arg dp The new point. + ** + ** Add a new member to the neighborhood. + */ exact_type& add(const abstract::dpoint<dpoint_type>& dp) { this->exact().add_(dp.exact()); return this->exact().add_(-dp.exact()); } + + // obsolete - exact_type - operator-() const - { - return this->exact(); - } +// exact_type +// operator-() const +// { +// return this->exact(); +// } protected: + /*! + ** \brief Set neighborhood to opposite. + ** + ** Each point of neighborhood is assigned to his opposite. + ** + */ void sym() { this->exact().sym_(); } + /*! + ** \brief Do nothing, used only by sub-classes + */ neighborhood() {} }; } // end of abstract + /*! + ** \brief Compute intersection between two neighborhood + */ template<class E> inline E inter(const abstract::neighborhood<E> &lhs, @@ -150,6 +243,9 @@ return neighb; } + /*! + ** \brief Compute union between two neighborhood + */ template<class E> inline E uni(const abstract::neighborhood<E> &lhs, @@ -165,6 +261,9 @@ return neighb; } + /*! + ** \brief Construct a window from a neighborhood. + */ template<class E> inline typename struct_elt_traits<E>::win_type mk_win_from_neighb(const abstract::neighborhood<E>& n) Index: olena/oln/core/abstract/struct_elt.hh --- olena/oln/core/abstract/struct_elt.hh Thu, 07 Aug 2003 02:08:21 +0200 david (oln/c/25_structelt. 1.20 640) +++ olena/oln/core/abstract/struct_elt.hh Fri, 12 Mar 2004 13:36:02 +0100 odou_s (oln/c/25_structelt. 1.20 640) @@ -1,4 +1,4 @@ -// Copyright (C) 2001, 2002, 2003 EPITA Research and Development Laboratory +// Copyright (C) 2001, 2002, 2003, 2004 EPITA Research and Development Laboratory // // This file is part of the Olena Library. This library is free // software; you can redistribute it and/or modify it under the terms @@ -35,31 +35,49 @@ namespace oln { namespace abstract { - template<class Exact> - struct struct_elt; // fwd_decl + struct struct_elt; // forwarding declaration } // end of abstract template<class Exact> struct struct_elt_traits; + /*! + ** \brief Traits for abstract::struct_elt. + */ template<class Exact> struct struct_elt_traits<abstract::struct_elt<Exact> > { typedef abstract::struct_elt<Exact> abstract_type; + ///< Defines the abstract type of the structuring element. }; namespace abstract { + /*! + ** Structuring elements (set of points). + ** + ** This abstract class defines several virtual methods for his + ** subclasses. His aim is to deal with a set of deplacement points. + */ template<class Exact> struct struct_elt : public mlc_hierarchy::any< Exact > { enum { dim = struct_elt_traits<Exact>::dim }; + ///< Set the dim of the image from which points com. typedef struct_elt<Exact> self_type; + ///< Set the exact self type of the class. typedef typename struct_elt_traits<Exact>::abstract_type abstract_type; + ///< Set the abstract type of hisself. + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { @@ -67,59 +85,108 @@ } typedef typename struct_elt_traits<Exact>::point_type point_type; + ///< Set the point type of the image from which points come. typedef typename struct_elt_traits<Exact>::dpoint_type dpoint_type; + ///< Set the dpoint type. typedef Exact exact_type; + /*! + ** \brief Test if the set of points contains this one. + ** \arg dp a dpoint (deplacement point). + ** \return True if the set of points contains this dpoint. + */ bool has(const abstract::dpoint<dpoint_type>& dp) const { return this->exact().has_(dp.exact()); } + /*! + ** \brief Get the number of point we get. + ** \return The number of point. + */ unsigned card() const { return this->exact().card_(); } + /*! + ** \brief Test if the structuring elements is centered. + ** \return True if it's centered. + ** + ** Structuring elements are centered when they contains 0. + */ bool is_centered() const { return this->exact().is_centered_(); } - // FIXME: here for convenience (see morpho algorithms), - // work with w_windows (associate a default weight set to 1) + /*! + ** \brief Add a point to the structuring elements. + ** + ** Add a new member to the structuring elements. + ** + ** \warning Here for convenience (see morpho algorithms). + ** Work with w_windows (associate a default weight set to 1). + */ exact_type& add(const abstract::dpoint<dpoint_type>& dp) { return this->exact().add_dp(dp); } + /*! + ** \brief Get the nth structuring element. + ** \arg i The nth. + ** \return The nth dpoint. + */ dpoint_type dp(unsigned i) const { return this->exact().at(i); } + /*! + ** \brief Compare two sets of structuring elements. + ** \arg win The structuring elements to compare. + ** \return True if they are the same. + */ bool operator==(const self_type& win) const { return this->exact().is_equal(win.exact()); } + /*! + ** \brief Get the delta of the structuring elements. + ** \return Delta. + ** + ** Delta is the biggest element of the structuring elements. + */ coord delta() const { return this->exact().get_delta(); } + /*! + ** \brief Get the nth structuring element. + ** \arg i The nth. + ** \return The nth dpoint. + */ const dpoint_type operator[](unsigned i) const { return this->exact().at(i); } + /*! + ** \brief Set structuring elements to opposite. + ** + ** Each point of structuring elements is assigned to his opposite. + */ exact_type operator-() const { @@ -130,12 +197,20 @@ protected: + /*! + ** \brief Set structuring elements to opposite. + ** + ** Each point of structuring elements is assigned to his opposite. + */ void sym() { return this->exact().sym_(); } + /*! + ** \brief Do nothing, used only by sub-classes + */ struct_elt() {} Index: olena/oln/core/window1d.hh --- olena/oln/core/window1d.hh Thu, 07 Aug 2003 02:08:21 +0200 david (oln/c/15_window1d.h 1.15 640) +++ olena/oln/core/window1d.hh Fri, 12 Mar 2004 16:24:30 +0100 odou_s (oln/c/15_window1d.h 1.15 640) @@ -1,4 +1,4 @@ -// Copyright (C) 2001, 2002, 2003 EPITA Research and Development Laboratory +// Copyright (C) 2001, 2002, 2003, 2004 EPITA Research and Development Laboratory // // This file is part of the Olena Library. This library is free // software; you can redistribute it and/or modify it under the terms @@ -37,57 +37,114 @@ namespace oln { - class window1d; // fwd_decl + class window1d; // forward declaration + /*! + ** \brief Traits for window1d. + */ template<> struct struct_elt_traits<window1d>: public struct_elt_traits<abstract::windownd<window1d> > { - enum { dim = 1 }; - typedef point1d point_type; - typedef dpoint1d dpoint_type; - typedef winiter< window1d > iter_type; - typedef winneighb< window1d > neighb_type; + enum { dim = 1 }; ///< Dimension. + typedef point1d point_type; ///< Type of point. + typedef dpoint1d dpoint_type; ///< Type of dpoint. + typedef winiter< window1d > iter_type; ///< Type of iterator. + typedef winneighb< window1d > neighb_type; ///< Type of neighbor. }; + + /*! + ** \brief Window 1 dimension. + ** + ** A window is a set of points. This class + ** defines how to deal with. These points have 1 dimension. + */ class window1d : public abstract::windownd< window1d > { public: typedef abstract::windownd< window1d > super_type; - typedef window1d self_type; + ///< The super type. + typedef window1d self_type; ///< The self type. + /*! + ** \brief The associate image's type of iterator. + ** \warning Prefer the macros oln_iter_type(Iterable) and + ** oln_iter_type_(Iterable) (the same without the 'typename' keyword) + */ typedef struct_elt_traits< self_type >::iter_type iter_type; + typedef struct_elt_traits< self_type >::neighb_type neighb_type; + ///< Type of neighbor. + + /*! + ** \brief The associate image's type of dpoint (move point). + ** \warning Prefer the macros oln_dpoint_type(Pointable) and + ** oln_dpoint_type_(Pointable) (the same without the 'typename' keyword) + */ typedef struct_elt_traits< self_type >::dpoint_type dpoint_type; friend class abstract::window_base<abstract::window<window1d>, window1d>; + /*! + ** \brief Add a dpoint (move point) to the window. + ** \arg dp The new point. + ** + ** Add a new member to the neighborhood. This point must be of 1 + ** dimension. + */ window1d& add(const dpoint_type& dp) { return this->exact().add_(dp); } + /*! + ** \brief Add a point by coordinates to the window. + ** \arg col The coordinate of the new point (1 dimension). + ** + ** Add a new member by its coordinates to the window. + ** The coordinates are only the column number because the window is + ** of 1 dimension. + */ window1d& add(coord col) { return this->add(dpoint_type(col)); } + /*! + ** \brief Construct a window of 1 dimension. + */ window1d() : super_type() {} + /*! + ** \brief Construct a window of 1 dimension. + ** \arg size The number of element. + */ window1d(unsigned size) : super_type(size) {} + /*! + ** \brief Construct a window of 1 dimension from several points. + ** \arg n The number of element. + ** \arg crd The coordinates of the elements + */ window1d(unsigned n, const coord crd[]) : super_type(n) { for (unsigned i = 0; i < n; ++i) add(dpoint_type(crd[i])); } + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { @@ -96,6 +153,14 @@ protected: + /*! + ** \brief Update delta. + ** \arg dp a move point. + ** \return Delta. + ** + ** If the point is the biggest element of the window. + ** then this point is assigned to delta. + */ coord delta_update_(const dpoint_type& dp) { @@ -107,6 +172,10 @@ // std win + /*! + ** \brief Create a window (1 dimension) of 2 elements (-1, 1). + ** \return The new neighborhood. + */ inline const window1d& win_c2_only() { @@ -115,6 +184,10 @@ return win; } + /*! + ** \brief Create a window (1 dimension) of 3 elements (-1, 0, 1). + ** \return The new neighborhood. + */ inline const window1d& win_c2p() { @@ -123,6 +196,14 @@ return win; } + /*! + ** \brief Create a window (1 dimension) with width elements : + ** -width / 2, ..., 1, 2, ..., width / 2 + ** \arg width The width. + ** \return The new neighborhood. + ** \pre width >= 3. + ** \pre width % 2 == 1. + */ inline window1d mk_win_segment(unsigned width) { Index: olena/oln/core/window2d.hh --- olena/oln/core/window2d.hh Thu, 07 Aug 2003 02:08:21 +0200 david (oln/c/14_window2d.h 1.17 640) +++ olena/oln/core/window2d.hh Fri, 12 Mar 2004 17:10:20 +0100 odou_s (oln/c/14_window2d.h 1.17 640) @@ -1,4 +1,4 @@ -// Copyright (C) 2001, 2002, 2003 EPITA Research and Development Laboratory +// Copyright (C) 2001, 2002, 2003, 2004 EPITA Research and Development Laboratory // // This file is part of the Olena Library. This library is free // software; you can redistribute it and/or modify it under the terms @@ -38,41 +38,79 @@ namespace oln { - class window2d; // fwd_decl + class window2d; // forward declaration + /*! + ** \brief Traits for window2d. + */ template<> struct struct_elt_traits<window2d>: public struct_elt_traits<abstract::windownd<window2d> > { - enum { dim = 2 }; - typedef point2d point_type; - typedef dpoint2d dpoint_type; - typedef winiter< window2d > iter_type; - typedef winneighb< window2d > neighb_type; + enum { dim = 2 }; ///< Dimension. + typedef point2d point_type; ///< Type of point. + typedef dpoint2d dpoint_type; ///< Type of dpoint. + typedef winiter< window2d > iter_type; ///< Type of iterator. + typedef winneighb< window2d > neighb_type; ///< Type of neighbor. }; + /*! + ** \brief Window 2 dimensions. + ** + ** A window is a set of points. This class + ** defines how to deal with. These points have 2 dimension. + */ class window2d : public abstract::windownd< window2d > { public: typedef abstract::windownd<window2d > super_type; - typedef window2d self_type; + ///< The super type. + typedef window2d self_type; ///< The self type. + /*! + ** \brief The associate image's type of iterator. + ** \warning Prefer the macros oln_iter_type(Iterable) and + ** oln_iter_type_(Iterable) (the same without the 'typename' keyword) + */ typedef struct_elt_traits< self_type >::iter_type iter_type; - typedef struct_elt_traits< self_type >::neighb_type - neighb_type; - typedef struct_elt_traits< self_type >::dpoint_type - dpoint_type; + + typedef struct_elt_traits< self_type >::neighb_type neighb_type; + typedef struct_elt_traits< self_type >::neighb_type neighb_type; + ///< Type of neighbor. + + /*! + ** \brief The associate image's type of dpoint (move point). + ** \warning Prefer the macros oln_dpoint_type(Pointable) and + ** oln_dpoint_type_(Pointable) (the same without the 'typename' keyword) + */ + typedef struct_elt_traits< self_type >::dpoint_type dpoint_type; friend class abstract::window_base<abstract::window<window2d>, window2d>; + /*! + ** \brief Add a dpoint (move point) to the window. + ** \arg dp The new point. + ** + ** Add a new member to the window. This point must be of 2 + ** dimensions. + */ window2d& add(const dpoint_type& dp) { return this->exact().add_(dp); } + /*! + ** \brief Add a point by coordinates to the window. + ** \arg row The coordinate (row) of the new point. + ** \arg col The coordinate (col) of the new point. + ** + ** Add a new member by its coordinates to the window. + ** The coordinates are the row number and the column number because the + ** window has 2 dimensions. + */ window2d& add(coord row, coord col) { @@ -80,12 +118,24 @@ return add(dp); } + /*! + ** \brief Construct a window of 2 dimensions. + */ window2d() : super_type() {} + /*! + ** \brief Construct a window of 2 dimensions. + ** \arg size The number of element. + */ window2d(unsigned size) : super_type(size) {} + /*! + ** \brief Construct a window of 2 dimensions from several points. + ** \arg n The number of element. + ** \arg crd The coordinates of the elements + */ window2d(unsigned n, const coord crd[]) : super_type(n) { for (unsigned i = 0; i < 2 * n; i += 2) @@ -93,17 +143,29 @@ } // io + /*! + ** \todo FIXME: it doesn't seem useful. We may remove it + */ window2d(const io::internal::anything& r) : super_type() { r.assign(*this); } + /*! + ** \todo FIXME: it doesn't seem useful. We may remove it + */ window2d& operator=(const io::internal::anything& r) { return r.assign(*this); } + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { @@ -112,6 +174,14 @@ protected: + /*! + ** \brief Update delta. + ** \arg dp a move point. + ** \return Delta. + ** + ** If the point is the biggest element of the window. + ** then this point is assigned to delta. + */ coord delta_update_(const dpoint_type& dp) { @@ -125,6 +195,10 @@ // std win + /*! + ** \brief Create a window (2 dimensions) of 4 elements. + ** \return The new window. + */ inline const window2d& win_c4_only() { @@ -133,6 +207,12 @@ return win; } + /*! + ** \brief Create a window (2 dimensions) of 5 elements. + ** \return The new window. + ** + ** It's the same than win_c4_only() plus the 0,0 point. + */ inline const window2d& win_c4p() { @@ -141,6 +221,10 @@ return win; } + /*! + ** \brief Create a window (2 dimensions) of 8 elements. + ** \return The new window. + */ inline const window2d& win_c8_only() { @@ -149,6 +233,12 @@ return win; } + /*! + ** \brief Create a window (2 dimensions) of 9 elements. + ** \return The new window. + ** + ** It's the same than win_c8_only more the 0,0 point. + */ inline const window2d& win_c8p() { @@ -159,6 +249,16 @@ // mk_win's + /*! + ** \brief Create a rectangular window (2 dimensions). + ** \arg nrows Number of row. + ** \arg ncols Number of column. + ** \return The new window (2d). + ** \pre nrows >= 3. + ** \pre nrows % 2 == 1. + ** \pre ncols >= 3. + ** \pre ncols % 2 == 1. + */ inline window2d mk_win_rectangle(unsigned nrows, unsigned ncols) { @@ -172,6 +272,13 @@ return win; } + /*! + ** \brief Create an ellipse window (2 dimensions). + ** \return The new window. + ** + ** The ellipse formula is : + ** \f$$\frac{x^2}{xradius^2} + \frac{y^2}{yradius^2} = 1$\f$ + */ inline window2d mk_win_ellipse(float yradius, float xradius) { @@ -198,12 +305,22 @@ return win; } + /*! + ** \brief Create a square window (2 dimensions). + ** \arg width Number of column and row. + ** \return The new window (2d). + */ inline window2d mk_win_square(unsigned width) { return mk_win_rectangle(width, width); } + /*! + ** \brief Create a disc window (2 dimensions). + ** \arg radius Radius of the disc. + ** \return The new window (2d). + */ inline window2d mk_win_disc(float radius) { Index: olena/oln/core/window3d.hh --- olena/oln/core/window3d.hh Thu, 07 Aug 2003 02:08:21 +0200 david (oln/c/13_window3d.h 1.16 640) +++ olena/oln/core/window3d.hh Fri, 12 Mar 2004 17:01:51 +0100 odou_s (oln/c/13_window3d.h 1.16 640) @@ -1,4 +1,4 @@ -// Copyright (C) 2001, 2002, 2003 EPITA Research and Development Laboratory +// Copyright (C) 2001, 2002, 2003, 2004 EPITA Research and Development Laboratory // // This file is part of the Olena Library. This library is free // software; you can redistribute it and/or modify it under the terms @@ -38,56 +38,113 @@ namespace oln { - class window3d; // fwd_decl + class window3d; // forward declaration + /*! + ** \brief Traits for window3d. + */ template<> struct struct_elt_traits<window3d>: public struct_elt_traits<abstract::windownd<window3d> > { - enum { dim = 3 }; - typedef point3d point_type; - typedef dpoint3d dpoint_type; - typedef winiter< window3d > iter_type; - typedef winneighb< window3d > neighb_type; + enum { dim = 3 }; ///< Dimension. + typedef point3d point_type; ///< Type of point. + typedef dpoint3d dpoint_type; ///< Type of dpoint. + typedef winiter< window3d > iter_type; ///< Type of iterator. + typedef winneighb< window3d > neighb_type; ///< Type of neighbor. }; + /*! + ** \brief Window 3 dimensions. + ** + ** A window is a set of points. This class + ** defines how to deal with. These points have 3 dimensions. + */ class window3d : public abstract::windownd< window3d > { public: typedef abstract::windownd< window3d > super_type; - typedef window3d self_type; + ///< The super type. + typedef window3d self_type; ///< The self type. + /*! + ** \brief The associate image's type of iterator. + ** \warning Prefer the macros oln_iter_type(Iterable) and + ** oln_iter_type_(Iterable) (the same without the 'typename' keyword) + */ typedef struct_elt_traits< self_type >::iter_type iter_type; - typedef struct_elt_traits< self_type >::neighb_type - neighb_type; + + typedef struct_elt_traits< self_type >::neighb_type neighb_type; + ///< Type of neighbor. + + /*! + ** \brief The associate image's type of dpoint (move point). + ** \warning Prefer the macros oln_dpoint_type(Pointable) and + ** oln_dpoint_type_(Pointable) (the same without the 'typename' keyword) + */ typedef struct_elt_traits< self_type >::dpoint_type dpoint_type; friend class abstract::window_base<abstract::window<window3d>, window3d>; + /*! + ** \brief Add a dpoint (move point) to the window. + ** \arg dp The new point. + ** + ** Add a new member to the window. This point must be of 3 + ** dimensions. + */ window3d& add(const dpoint_type& dp) { return this->exact().add_(dp); } + /*! + ** \brief Add a point by coordinates to the window. + ** \arg slice The coordinate (slice) of the new point. + ** \arg row The coordinate (row) of the new point. + ** \arg col The coordinate (col) of the new point. + ** + ** Add a new member by its coordinates to the window. + ** The coordinates are only the column number, row number and column + ** number because the window has 3 dimensions. + */ window3d& add(coord slice, coord row, coord col) { return this->add(dpoint_type(slice, row, col)); } + /*! + ** \brief Construct a window of 3 dimensions. + */ window3d() : super_type() {} + /*! + ** \brief Construct a window of 3 dimensions. + ** \arg size The number of element. + */ window3d(unsigned size) : super_type(size) {} + /*! + ** \brief Construct a window of 3 dimensions from several points. + ** \arg n The number of element. + ** \arg crd The coordinates of the elements + */ window3d(unsigned n, const coord crd[]) : super_type(n) { for (unsigned i = 0; i < 3 * n; i += 3) add(dpoint_type(crd[i], crd[i+1], crd[i+2])); } + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { @@ -96,6 +153,14 @@ protected: + /*! + ** \brief Update delta. + ** \arg dp a move point. + ** \return Delta. + ** + ** If the point is the biggest element of the window. + ** then this point is assigned to delta. + */ coord delta_update_(const dpoint_type& dp) { @@ -109,6 +174,10 @@ // std win + /*! + ** \brief Create a window (3 dimensions) of 6 elements. + ** \return The new window. + */ inline const window3d& win_c6_only() { @@ -122,6 +191,12 @@ return win; } + /*! + ** \brief Create a window (3 dimensions) of 7 elements. + ** \return The new window. + ** + ** It's the same than win_c6_only() plus the 0,0,0 point. + */ inline const window3d& win_c6p() { @@ -136,6 +211,10 @@ return win; } + /*! + ** \brief Create a window (3 dimensions) of 18 elements. + ** \return The new window. + */ inline const window3d& win_c18_only() { @@ -161,6 +240,12 @@ return win; } + /*! + ** \brief Create a window (3 dimensions) of 19 elements. + ** \return The new window. + ** + ** It's the same than win_c18_only() plus the 0,0,0 point. + */ inline const window3d& win_c18p() { @@ -187,6 +272,10 @@ return win; } + /*! + ** \brief Create a window (3 dimensions) of 26 elements. + ** \return The new window. + */ inline const window3d& win_c26_only() { @@ -220,6 +309,12 @@ return win; } + /*! + ** \brief Create a window (3 dimensions) of 27 elements. + ** \return The new window. + ** + ** It's the same than win_c26_only() plus the 0,0,0 point. + */ inline const window3d& win_c26p() { @@ -256,6 +351,19 @@ // mk_win's + /*! + ** \brief Create a block window (3 dimension). + ** \arg nslices Number of slice. + ** \arg nrows Number of row. + ** \arg ncols Number of column. + ** \return The new window (3d). + ** \pre nslices >= 3. + ** \pre nslices % 2 == 1. + ** \pre nrows >= 3. + ** \pre nrows % 2 == 1. + ** \pre ncols >= 3. + ** \pre ncols % 2 == 1. + */ inline window3d mk_win_block(unsigned nslices, unsigned nrows, unsigned ncols) { @@ -273,6 +381,18 @@ return win; } + /*! + ** \brief Create an ellipsoid window (3 dimension). + ** \arg zradius radius Z. + ** \arg yradius radius Y. + ** \arg xradius radius X. + ** \pre zradius > 0 + ** \pre yradius > 0 + ** \pre xradius > 0 + ** + ** The ellipsoid formula is : + ** \f$$\frac{x^2}{xradius^2} + \frac{y^2}{yradius^2} + \frac{z^2}{zradius^2} = 1$\f$ + */ inline window3d mk_win_ellipsoid(float zradius, float yradius, float xradius) { @@ -308,12 +428,22 @@ return win; } + /*! + ** \brief Create a cube neighborhood (3 dimension). + ** \arg width Number of slice, colunm and row. + ** \return The new neighborhood (3d). + */ inline window3d mk_win_cube(unsigned width) { return mk_win_block(width, width, width); } + /*! + ** \brief Create a ball neighborhood (3 dimension). + ** \arg radius The radius. + ** \return The new neighborhood (3d). + */ inline window3d mk_win_ball(float radius) { Index: olena/oln/core/abstract/window.hh --- olena/oln/core/abstract/window.hh Thu, 07 Aug 2003 02:08:21 +0200 david (oln/c/16_window.hh 1.17 640) +++ olena/oln/core/abstract/window.hh Fri, 12 Mar 2004 13:44:26 +0100 odou_s (oln/c/16_window.hh 1.17 640) @@ -1,4 +1,4 @@ -// Copyright (C) 2001, 2002, 2003 EPITA Research and Development Laboratory +// Copyright (C) 2001, 2002, 2003, 2004 EPITA Research and Development Laboratory // // This file is part of the Olena Library. This library is free // software; you can redistribute it and/or modify it under the terms @@ -32,15 +32,16 @@ # include <oln/core/winneighb.hh> # include <oln/core/abstract/dpoint.hh> -namespace oln -{ +namespace oln { - namespace abstract - { + namespace abstract { template<class Exact> - struct window; // fwd_decl + struct window; // forward declaration } // end of abstract + /*! + ** Traits for abstract::neighborhood + */ template<class Exact> struct struct_elt_traits<abstract::window<Exact> > : public struct_elt_traits<abstract::struct_elt<Exact> > @@ -51,14 +52,33 @@ namespace abstract { + /*! + ** \brief Window. + ** + ** A window is a set of points and this class defines how to deal + ** with. + */ template<class Exact> struct window : public struct_elt<Exact> { - typedef struct_elt<Exact> super_type; - typedef Exact exact_type; + typedef struct_elt<Exact> super_type; ///< Set super type. + typedef Exact exact_type; ///< Set exact type. + + /*! + ** \brief The associate image's type of dpoint (move point). + ** \warning Prefer the macros oln_dpoint_type(Pointable) and + ** oln_dpoint_type_(Pointable) (the same without the 'typename' keyword) + */ typedef typename struct_elt_traits<Exact>::dpoint_type dpoint_type; + friend class struct_elt<exact_type>; + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { @@ -67,12 +87,20 @@ protected: + /*! + ** \brief Add a point to the window. + ** + ** Add a new member to the window. + */ exact_type& add_dp(const abstract::dpoint<dpoint_type>& dp) { return this->exact().add_(dp.exact()); } + /*! + ** \brief Do nothing, used only by sub-classes + */ window() : super_type() {} @@ -80,6 +108,9 @@ } // end of abstract + /*! + ** \brief Compute intersection between two windows + */ template<class E> inline E inter(const abstract::window<E>& lhs, const abstract::window<E>& rhs) @@ -94,6 +125,9 @@ return win; } + /*! + ** \brief Compute union between two windows + */ template<class E> inline E uni(const abstract::window<E>& lhs, const abstract::window<E>& rhs) Index: olena/oln/core/w_window1d.hh --- olena/oln/core/w_window1d.hh Thu, 07 Aug 2003 02:08:21 +0200 david (oln/c/19_w_window1d 1.16 640) +++ olena/oln/core/w_window1d.hh Fri, 12 Mar 2004 15:23:18 +0100 odou_s (oln/c/19_w_window1d 1.16 640) @@ -1,4 +1,4 @@ -// Copyright (C) 2001, 2002, 2003 EPITA Research and Development Laboratory +// Copyright (C) 2001, 2002, 2003, 2004 EPITA Research and Development Laboratory // // This file is part of the Olena Library. This library is free // software; you can redistribute it and/or modify it under the terms @@ -40,68 +40,135 @@ namespace oln { template<class T> - class w_window1d; // fwd_decl - + class w_window1d; // forward declaration + /*! + ** \brief Traits for w_windownd1d. + */ template<class T> struct struct_elt_traits<w_window1d<T> >: public struct_elt_traits<abstract::w_windownd<w_window1d<T> > > { - enum { dim = 1 }; - typedef T weight_type; - typedef point1d point_type; - typedef dpoint1d dpoint_type; - typedef winiter< w_window1d<T> > iter_type; - typedef winneighb< w_window1d<T> > neighb_type; + enum { dim = 1 }; ///< Dimension. + typedef T weight_type; ///< Type of weight. + typedef point1d point_type; ///< Type of point. + typedef dpoint1d dpoint_type; ///< Type of dpoint. + typedef winiter< w_window1d<T> > iter_type; ///< Type of iterator. + typedef winneighb< w_window1d<T> > neighb_type; ///< Type of neighbor. }; + /*! + ** \brief Window 1 dimension with weight. + ** + ** A window is a set of points. This class + ** defines how to deal with. These points have 1 dimension. + */ template<class T> class w_window1d : public abstract::w_windownd<w_window1d<T> > { typedef abstract::w_windownd< w_window1d<T> > super_type; + ///< The super type. public: - typedef w_window1d<T> self_type; + typedef w_window1d<T> self_type; ///< The self type. + + /*! + ** \brief The associate image's type of iterator. + ** \warning Prefer the macros oln_iter_type(Iterable) and + ** oln_iter_type_(Iterable) (the same without the 'typename' keyword) + */ typedef typename struct_elt_traits< self_type >::iter_type iter_type; - typedef typename struct_elt_traits< self_type >::neighb_type - neighb_type; + + typedef typename struct_elt_traits< self_type >::neighb_type neighb_type; + ///< Type of neighbor. + + /*! + ** \brief The associate image's type of dpoint (move point). + ** \warning Prefer the macros oln_dpoint_type(Pointable) and + ** oln_dpoint_type_(Pointable) (the same without the 'typename' keyword) + */ typedef typename struct_elt_traits< self_type >::dpoint_type dpoint_type; + typedef typename struct_elt_traits< self_type >::weight_type weight_type; + ///< Type of weight. friend class abstract::window_base<abstract::w_window<w_window1d>, w_window1d>; + /*! + ** \brief Construct a w_window of 1 dimension. + */ w_window1d(): super_type() {} + /*! + ** \brief Construct a w_window of 1 dimension. + ** \arg size The number of element. + */ w_window1d(unsigned size) : super_type(size) {} + /*! + ** \brief Add a dpoint (move point) to the w_window. + ** \arg dp The new point. + ** \arg w The weight of the new point. + ** + ** Add a new member to the w_window. This point must be of 1 + ** dimension. + */ w_window1d<T>& add(const dpoint_type& dp, const weight_type& w) { return this->exact().add_(dp, w); } + /*! + ** \brief Add a point by coordinates to the w_window. + ** \arg col The coordinate of the new point (1 dimension). + ** \arg weight The weight of the new point. + ** + ** Add a new member by its coordinates to the w_window. + ** The coordinates are only the column number because the w_window is + ** of 1 dimension. + */ w_window1d<T>& add(coord col, const weight_type& weight) { return add(dpoint_type(col), weight); } + /*! + ** \brief Set the weight of a point. + ** \arg dp The point to set the weight. + ** \arg weight The weight of the point. + */ const weight_type& set(const dpoint_type& dp, const weight_type& weight) { return this->exact().set_(dp, weight); } + /*! + ** \brief Set the weight of a point by coordinates. + ** \arg col The coordinates of the point. + ** \arg weight The weight of the point. + ** + ** The coordinates are only the column number because the w_window is + ** of 1 dimension. + */ const weight_type& set(coord col, const weight_type& weight) { return set(dpoint_type(col), weight); } + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { @@ -110,6 +177,14 @@ protected: + /*! + ** \brief Update delta. + ** \arg dp a move point. + ** \return Delta. + ** + ** If the point is the biggest element of the w_window, + ** then this point is assigned to delta. + */ coord delta_update_(const dpoint_type& dp) { @@ -119,7 +194,12 @@ }; - + /*! + ** \brief Convert a window (1 dimension) to a w_window (1 dimension). + ** \arg weight The weight to set for each element of the window. + ** \arg win The window to convert. + ** \return The new w_window. + */ template<class T> w_window1d<T> mk_w_win_from_win(T weight, const window1d& win) Index: olena/oln/core/w_window2d.hh --- olena/oln/core/w_window2d.hh Thu, 07 Aug 2003 02:08:21 +0200 david (oln/c/18_w_window2d 1.6.1.11 640) +++ olena/oln/core/w_window2d.hh Fri, 12 Mar 2004 15:23:29 +0100 odou_s (oln/c/18_w_window2d 1.6.1.11 640) @@ -1,4 +1,4 @@ -// Copyright (C) 2001, 2002, 2003 EPITA Research and Development Laboratory +// Copyright (C) 2001, 2002, 2003, 2004 EPITA Research and Development Laboratory // // This file is part of the Olena Library. This library is free // software; you can redistribute it and/or modify it under the terms @@ -41,44 +41,81 @@ namespace oln { template<class T> - class w_window2d; // fwd_decl - + class w_window2d; // forward declaration + /*! + ** \brief Traits for w_windownd2d. + */ template<class T> struct struct_elt_traits<w_window2d<T> >: public struct_elt_traits<abstract::w_windownd<w_window2d<T> > > { - enum { dim = 2 }; - typedef T weight_type; - typedef point2d point_type; - typedef dpoint2d dpoint_type; - typedef winiter< w_window2d<T> > iter_type; - typedef winneighb< w_window2d<T> > neighb_type; + enum { dim = 2 }; ///< Dimension. + typedef T weight_type; ///< Type of weight. + typedef point2d point_type; ///< Type of point. + typedef dpoint2d dpoint_type; ///< Type of dpoint. + typedef winiter< w_window2d<T> > iter_type; ///< Type of iterator. + typedef winneighb< w_window2d<T> > neighb_type; ///< Type of neighbor. }; + /*! + ** \brief Window 2 dimensions with weight. + ** + ** A window is a set of points. This class + ** defines how to deal with. These points have 2 dimensions. + */ template<class T> class w_window2d : public abstract::w_windownd<w_window2d<T> > { typedef abstract::w_windownd< w_window2d<T> > super_type; + ///< The super type. public: - typedef w_window2d<T> self_type; + typedef w_window2d<T> self_type; ///< The self type. + + /*! + ** \brief The associate image's type of iterator. + ** \warning Prefer the macros oln_iter_type(Iterable) and + ** oln_iter_type_(Iterable) (the same without the 'typename' keyword) + */ typedef typename struct_elt_traits< self_type >::iter_type iter_type; - typedef typename struct_elt_traits< self_type >::neighb_type - neighb_type; + + typedef typename struct_elt_traits< self_type >::neighb_type neighb_type; + ///< Type of neighbor. + + /*! + ** \brief The associate image's type of dpoint (move point). + ** \warning Prefer the macros oln_dpoint_type(Pointable) and + ** oln_dpoint_type_(Pointable) (the same without the 'typename' keyword) + */ typedef typename struct_elt_traits< self_type >::dpoint_type dpoint_type; + typedef typename struct_elt_traits< self_type >::weight_type weight_type; + ///< Type of weight. friend class abstract::window_base<abstract::w_window<w_window2d>, w_window2d>; + /*! + ** \brief Construct a w_window of 2 dimensions. + */ w_window2d(): super_type() {} + /*! + ** \brief Construct a w_window of 2 dimensions. + ** \arg size The number of element. + */ w_window2d(unsigned size) : super_type(size) {} + /*! + ** \brief Construct a w_window of 2 dimensions from an array of elements. + ** \arg arr The array of elements. + ** \todo FIXME: this constructor is not in w_window1d.hh nor w_window3d.hh. + ** Is it really useful ? + */ template<class I, class T2> w_window2d(const mlc::array2d<I, T2 >& arr) : super_type(I::card) @@ -89,30 +126,68 @@ add(row, col, arr[i++]); } + /*! + ** \brief Add a point by coordinates to the w_window. + ** \arg row The coordinate (row) of the new point (2 dimensions). + ** \arg col The coordinate (col) of the new point (2 dimensions). + ** \arg weight The weight of the new point. + ** + ** Add a new member by its coordinates to the w_window. + ** The coordinates are only the column number because the w_window is + ** of 2 dimensions. + */ w_window2d<T>& add(coord row, coord col, const weight_type& weight) { return add(dpoint_type(row, col), weight); } + /*! + ** \brief Add a dpoint (move point) to the w_window. + ** \arg dp The new point. + ** \arg w The weight of the new point. + ** + ** Add a new member to the w_window. This point must be of 2 + ** dimensions. + */ w_window2d<T>& add(const dpoint_type& dp, const weight_type& w) { return this->exact().add_(dp, w); } + /*! + ** \brief Set the weight of a point. + ** \arg dp The point to set the weight. + ** \arg weight The weight of the point. + */ const weight_type& set(const dpoint_type& dp, const weight_type& weight) { return this->exact().set_(dp, weight); } + /*! + ** \brief Set the weight of a point by coordinates. + ** \arg row The coordinates (row) of the point. + ** \arg col The coordinates (col) of the point. + ** \arg weight The weight of the point. + ** + ** The coordinates are only the column number because the w_window is + ** of 2 dimensions. + */ const weight_type& set(coord row, coord col, const weight_type& weight) { return set(dpoint_type(row, col), weight); } + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { @@ -121,6 +196,14 @@ protected: + /*! + ** \brief Update delta. + ** \arg dp a move point. + ** \return Delta. + ** + ** If the point is the biggest element of the w_window, + ** then this point is assigned to delta. + */ coord delta_update_(const dpoint_type& dp) { @@ -131,7 +214,12 @@ }; - + /*! + ** \brief Convert a window (2 dimension) to a w_window (2 dimension). + ** \arg weight The weight to set for each element of the window. + ** \arg win The window to convert. + ** \return The new w_window. + */ template<class T> w_window2d<T> mk_w_win_from_win(T weight, const window2d& win) Index: olena/oln/core/w_window3d.hh --- olena/oln/core/w_window3d.hh Thu, 07 Aug 2003 02:08:21 +0200 david (oln/c/17_w_window3d 1.16 640) +++ olena/oln/core/w_window3d.hh Fri, 12 Mar 2004 15:23:40 +0100 odou_s (oln/c/17_w_window3d 1.16 640) @@ -1,4 +1,4 @@ -// Copyright (C) 2001, 2002, 2003 EPITA Research and Development Laboratory +// Copyright (C) 2001, 2002, 2003, 2004 EPITA Research and Development Laboratory // // This file is part of the Olena Library. This library is free // software; you can redistribute it and/or modify it under the terms @@ -40,67 +40,141 @@ namespace oln { template<class T> - class w_window3d; // fwd_decl + class w_window3d; // forward declaration + /*! + ** \brief Traits for w_windownd3d. + */ template<class T> struct struct_elt_traits<w_window3d<T> >: public struct_elt_traits<abstract::w_windownd<w_window3d<T> > > { - enum { dim = 3 }; - typedef T weight_type; - typedef point3d point_type; - typedef dpoint3d dpoint_type; - typedef winiter< w_window3d<T> > iter_type; - typedef winneighb< w_window3d<T> > neighb_type; + enum { dim = 3 }; ///< Dimension. + typedef T weight_type; ///< Type of weight. + typedef point3d point_type; ///< Type of point. + typedef dpoint3d dpoint_type; ///< Type of dpoint. + typedef winiter< w_window3d<T> > iter_type; ///< Type of iterator. + typedef winneighb< w_window3d<T> > neighb_type; ///< Type of neighbor. }; + /*! + ** \brief Window 3 dimensions with weight. + ** + ** A window is a set of points. This class + ** defines how to deal with. These points have 3 dimensions. + */ template<class T> class w_window3d : public abstract::w_windownd<w_window3d<T> > { typedef abstract::w_windownd< w_window3d<T> > super_type; + ///< The super type. public: - typedef w_window3d<T> self_type; + typedef w_window3d<T> self_type; ///< The self type. + + /*! + ** \brief The associate image's type of iterator. + ** \warning Prefer the macros oln_iter_type(Iterable) and + ** oln_iter_type_(Iterable) (the same without the 'typename' keyword) + */ typedef typename struct_elt_traits< self_type >::iter_type iter_type; + + typedef typename struct_elt_traits< self_type >::neighb_type neighb_type; + ///< Type of neighbor. + + /*! + ** \brief The associate image's type of dpoint (move point). + ** \warning Prefer the macros oln_dpoint_type(Pointable) and + ** oln_dpoint_type_(Pointable) (the same without the 'typename' keyword) + */ typedef typename struct_elt_traits< self_type >::dpoint_type dpoint_type; + typedef typename struct_elt_traits< self_type >::weight_type weight_type; + ///< Type of weight. friend class abstract::window_base<abstract::w_window<w_window3d>, w_window3d>; + /*! + ** \brief Construct a w_window of 3 dimensions. + */ w_window3d(): super_type() {} + /*! + ** \brief Construct a w_window of 3 dimensions. + ** \arg size The number of element. + */ w_window3d(unsigned size) : super_type(size) {} + /*! + ** \brief Add a dpoint (move point) to the w_window. + ** \arg dp The new point. + ** \arg w The weight of the new point. + ** + ** Add a new member to the w_window. This point must be of 3 + ** dimensions. + */ w_window3d<T>& add(const dpoint_type& dp, const weight_type& w) { return this->exact().add_(dp, w); } + /*! + ** \brief Add a point by coordinates to the w_window. + ** \arg slice The coordinate (slice) of the new point (3 dimensions). + ** \arg row The coordinate (row) of the new point (3 dimensions). + ** \arg col The coordinate (col) of the new point (3 dimensions). + ** \arg weight The weight of the new point. + ** + ** Add a new member by its coordinates to the w_window. + ** The coordinates are only the column number because the w_window is + ** of 3 dimensions. + */ w_window3d<T>& add(coord slice, coord row, coord col, const weight_type& weight) { return add(dpoint_type(slice, row, col), weight); } + /*! + ** \brief Set the weight of a point. + ** \arg dp The point to set the weight. + ** \arg weight The weight of the point. + */ const weight_type& set(const dpoint_type& dp, const weight_type& weight) { return this->exact().set_(dp, weight); } + /*! + ** \brief Set the weight of a point by coordinates. + ** \arg slice The coordinates (slice) of the point. + ** \arg row The coordinates (row) of the point. + ** \arg col The coordinates (col) of the point. + ** \arg weight The weight of the point. + ** + ** The coordinates are only the column number because the w_window is + ** of 3 dimensions. + */ const weight_type& set(coord slice, coord row, coord col, const weight_type& weight) { return set(dpoint_type(slice, row, col), weight); } + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { @@ -109,6 +183,14 @@ protected: + /*! + ** \brief Update delta. + ** \arg dp a move point. + ** \return Delta. + ** + ** If the point is the biggest element of the w_window, + ** then this point is assigned to delta. + */ coord delta_update_(const dpoint_type& dp) { @@ -120,7 +202,12 @@ }; - + /*! + ** \brief Convert a window (3 dimension) to a w_window (3 dimension). + ** \arg weight The weight to set for each element of the window. + ** \arg win The window to convert. + ** \return The new w_window. + */ template<class T> w_window3d<T> mk_w_win_from_win(T weight, const window3d& win) Index: olena/oln/core/abstract/w_window.hh --- olena/oln/core/abstract/w_window.hh Thu, 07 Aug 2003 02:08:21 +0200 david (oln/c/20_w_window.h 1.14 640) +++ olena/oln/core/abstract/w_window.hh Fri, 12 Mar 2004 13:44:58 +0100 odou_s (oln/c/20_w_window.h 1.14 640) @@ -1,4 +1,4 @@ -// Copyright (C) 2001, 2002, 2003 EPITA Research and Development Laboratory +// Copyright (C) 2001, 2002, 2003, 2004 EPITA Research and Development Laboratory // // This file is part of the Olena Library. This library is free // software; you can redistribute it and/or modify it under the terms @@ -31,17 +31,17 @@ # include <oln/core/abstract/struct_elt.hh> # include <oln/core/abstract/dpoint.hh> -namespace oln -{ - - namespace abstract - { +namespace oln { + namespace abstract { template<class Exact> - struct w_window; // fwd_decl + struct w_window; // forwarding declaration } // end of abstract + /*! + ** \brief Traits for abstract::w_window. + */ template<class Exact> struct struct_elt_traits<abstract::w_window<Exact> > : public struct_elt_traits<abstract::struct_elt<Exact> > @@ -52,36 +52,73 @@ namespace abstract { + /*! + ** \brief Weight Window. + ** + ** A w_window is a set of points associated with a weight. This class + ** defines how to deal with. + */ template<class Exact> struct w_window : public struct_elt< Exact > { - typedef Exact exact_type; - typedef struct_elt<Exact> super_type; + typedef Exact exact_type; ///< Set the exact type. + typedef struct_elt<Exact> super_type; ///< Set the super type. + + /*! + ** \brief The associate image's type of dpoint (move point). + ** \warning Prefer the macros oln_dpoint_type(Pointable) and + ** oln_dpoint_type_(Pointable) (the same without the 'typename' keyword) + */ typedef typename struct_elt_traits<Exact>::dpoint_type dpoint_type; + typedef typename struct_elt_traits<Exact>::weight_type weight_type; + ///< Set the type of weight. friend class struct_elt<exact_type>; + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { return std::string("w_window<") + Exact::name() + ">"; } - // FIXME: - // add dpoint with default weight - // (multiplication neutral element) + /*! + ** \brief Add a point (with weight) to the w_window. + ** + ** Add a new member to the w_window. + ** + ** \todo FIXME: Add dpoint with default weight + ** (multiplication neutral element). + */ exact_type& add(const abstract::dpoint<dpoint_type>& dp, const weight_type& w = 1) { return this->exact().add_(dp.exact(), w); } + /*! + ** \brief Get the weight of a point. + ** \arg i The nth point. + ** \return The weight of the point. + */ weight_type w(unsigned i) const { return this->exact().get_weight(i); } + /*! + ** \brief Set the weight of a point if it exists. Otherwise + ** create a new entry. + ** \arg dp The point. + ** \arg weight The weight of the point. + ** \return The weight of the point. + */ const weight_type& set(const abstract::dpoint<dpoint_type>& dp, const weight_type& weight) @@ -91,9 +128,13 @@ protected: - // FIXME: - // add dpoint with default weight - // (multiplication neutral element) + /*! + ** \brief Add a new point with a weight of 1. + ** \arg dp The point. + ** + ** \todo FIXME: Add dpoint with default weight + ** (multiplication neutral element). + */ exact_type& add_dp(const abstract::dpoint<dpoint_type>& dp) { @@ -102,6 +143,9 @@ protected: + /*! + ** \brief Do nothing, used only by sub-classes + */ w_window() : super_type() {} @@ -109,6 +153,10 @@ } // end of abstract + + /*! + ** \brief Compute intersection between two w_windows + */ template<class E> inline E inter(const abstract::w_window<E>& lhs, const abstract::w_window<E>& rhs) @@ -123,6 +171,9 @@ return win; } + /*! + ** \brief Compute union between two w_windows + */ template<class E> inline E uni(const abstract::w_window<E>& lhs, const abstract::w_window<E>& rhs) Index: olena/oln/core/abstract/image.hh --- olena/oln/core/abstract/image.hh Thu, 11 Mar 2004 20:19:51 +0100 thivol_d (oln/t/25_image.hh 1.23 640) +++ olena/oln/core/abstract/image.hh Fri, 12 Mar 2004 13:27:12 +0100 odou_s (oln/t/25_image.hh 1.23 640) @@ -351,8 +351,8 @@ # define oln_dpoint_type(DPointable) \ mlc_exact_type(DPointable)::dpoint_type -# define oln_dpoint_type_(Pointable) \ -mlc_exact_type_(Pointable)::dpoint_type +# define oln_dpoint_type_(DPointable) \ +mlc_exact_type_(DPointable)::dpoint_type } // end of namespace oln Index: olena/oln/core/abstract/window_base.hh --- olena/oln/core/abstract/window_base.hh Thu, 07 Aug 2003 02:08:21 +0200 david (oln/u/3_window_bas 1.9 640) +++ olena/oln/core/abstract/window_base.hh Fri, 12 Mar 2004 13:41:06 +0100 odou_s (oln/u/3_window_bas 1.9 640) @@ -1,4 +1,4 @@ -// Copyright (C) 2001, 2002, 2003 EPITA Research and Development Laboratory +// Copyright (C) 2001, 2002, 2003, 2004 EPITA Research and Development Laboratory // // This file is part of the Olena Library. This library is free // software; you can redistribute it and/or modify it under the terms @@ -39,38 +39,49 @@ # include <vector> # include <utility> -namespace oln -{ - namespace abstract - { - template<class Sup, class Exact> - struct window_base; // fwd_decl +namespace oln { + namespace abstract { + template<class Sup, class Exact> + struct window_base; // forwarding declaration } // end of abstract - + /*! + ** \brief Traits for abstract::window_base. + */ template<class Sup, class Exact> struct struct_elt_traits<abstract::window_base<Sup, Exact> >: public struct_elt_traits<Sup> { }; - + /*! + ** Used for conditionnal friend in window_base class. + */ template<class Sup> struct window_base_friend_traits; + /*! + ** If window_base inherits from neighborhood, then mother is neighborhood. + */ template< class Exact> struct window_base_friend_traits<abstract::neighborhood<Exact> > { typedef abstract::neighborhood<Exact> ret; }; + /*! + ** If window_base inherits from window, then mother is struct_elt. + */ template< class Exact> struct window_base_friend_traits<abstract::window<Exact> > { typedef abstract::struct_elt<Exact> ret; }; + /*! + ** If window_base inherits from w_window, then mother is struct_elt. + */ template< class Exact> struct window_base_friend_traits<abstract::w_window<Exact> > { @@ -79,22 +90,56 @@ namespace abstract { + + /*! + ** \brief Window Base. + ** + ** A window is a set of points and this class defines how to deal + ** with. This class regroups common things for window, w_window (weight + ** window) and neighborhood. + ** Here, a set of point is a window or a weigh window or a neighborhood. + */ template<class Sup, class Exact> struct window_base: public Sup { enum { dim = struct_elt_traits<Exact >::dim }; + ///< Set the dimension of the window (depends of point dimension). typedef window_base<Sup, Exact> self_type; + ///< Set self type. + + /*! + ** \brief The associate image's type of point. + ** \warning Prefer the macros oln_point_type(Pointable) and + ** oln_point_type_(Pointable) (the same without the 'typename' keyword) + */ typedef typename struct_elt_traits<Exact>::point_type point_type; + + /*! + ** \brief The associate image's type of dpoint (move point). + ** \warning Prefer the macros oln_dpoint_type(Pointable) and + ** oln_dpoint_type_(Pointable) (the same without the 'typename' keyword) + */ typedef typename struct_elt_traits<Exact>::dpoint_type dpoint_type; + typedef Exact exact_type; + ///< Set exact type. typedef Sup super_type; + ///< Set type of class inherited. - // FIXME: this has been commented out to satisfy icc and - // comeau. I don't know who is right between them and gcc. + /*! + ** \todo FIXME: this has been commented out to satisfy icc and + ** comeau. I don't know who is right between them and gcc. + */ friend class struct_elt<Exact>; friend class neighborhood<Exact>; // friend class window_base_friend_traits<Sup>::ret; + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { @@ -103,24 +148,46 @@ protected: + /*! + ** \brief Test if the set of points contains this one. + ** \arg dp a dpoint (deplacement point). + ** \return True if the set of points contains this dpoint. + */ bool has_(const dpoint_type& dp) const { return std::find(dp_.begin(), dp_.end(), dp) != dp_.end(); } + /*! + ** \brief Get the number of point we get. + ** \return The number of point. + */ unsigned card_() const { return dp_.size(); } + /*! + ** \brief Test if the set of points is centered. + ** \return True if it's centered. + ** + ** Centered means : + ** - at least one element for neighborhood; + ** - list of point contains 0 for window. + */ bool is_centered_() const { return centered_; } + /*! + ** \brief Compare two sets of points. + ** \arg win The set of point to compare. + ** \return True if they are the same. + */ bool is_equal(const exact_type& win) const { @@ -130,18 +197,37 @@ return true; } + /*! + ** \brief Get the delta of the set of points. + ** \return Delta. + ** + ** Delta is the bigger element of the set of points. + */ coord get_delta() const { return delta_; } + /*! + ** \brief Update delta. + ** \arg dp a deplacement point. + ** \return Delta. + ** + ** If the point is the biggest element of the set of points, + ** then this point is assigned to delta. + */ coord delta_update(const dpoint_type& dp) { return this->exact().delta_update_(dp); } + /*! + ** \brief Set a set of point to opposite. + ** + ** Each point of the set of point is assigned to his opposite. + */ void sym_() { @@ -149,6 +235,12 @@ dp_[i] = - dp_[i]; } + /*! + ** \brief Get the nth structuring element. + ** \arg i The nth. + ** \return The nth dpoint. + ** \pre i < card(). + */ const dpoint_type at(unsigned i) const { @@ -156,30 +248,47 @@ return dp_[i]; } + /*! + ** \brief CTor + ** + ** Used only by sub-classes + */ window_base() : super_type(), dp_(), delta_(0) { centered_ = false; } + /*! + ** \brief Used only by sub-classes + ** \arg size The number of point. + ** + ** Set the number of point this object will get. + ** Used only by sub-classes + */ window_base(unsigned size) : super_type(), dp_(), delta_(0) { dp_.reserve(size); centered_ = false; } - std::vector<dpoint_type> dp_; - max_accumulator<coord> delta_; - bool centered_; + std::vector<dpoint_type> dp_; ///< The list of point. + max_accumulator<coord> delta_; ///< Delta : the maximale point of the list. + bool centered_; ///< Is the set of point centered ? }; - - } // end of abstract } // end of oln - +/*! +** \brief Write the coordinates of point on an ostream. +** \arg o The stream. +** \arg w The window_base to write +** \return The ostream +** +** Useful for debugging +*/ template<class Sup, class Exact> std::ostream& operator<<(std::ostream& o, const oln::abstract::window_base<Sup, Exact>& w) Index: olena/oln/core/abstract/windownd.hh --- olena/oln/core/abstract/windownd.hh Thu, 07 Aug 2003 02:08:21 +0200 david (oln/u/4_windownd.h 1.7 640) +++ olena/oln/core/abstract/windownd.hh Fri, 12 Mar 2004 16:39:02 +0100 odou_s (oln/u/4_windownd.h 1.7 640) @@ -1,4 +1,4 @@ -// Copyright (C) 2001, 2002, 2003 EPITA Research and Development Laboratory +// Copyright (C) 2001, 2002, 2003, 2004 EPITA Research and Development Laboratory // // This file is part of the Olena Library. This library is free // software; you can redistribute it and/or modify it under the terms @@ -30,14 +30,16 @@ # include <oln/core/abstract/window_base.hh> -namespace oln -{ - namespace abstract - { +namespace oln { + + namespace abstract { template<class Exact> - struct windownd; //fwd_decl + struct windownd; // forward declaration } // end of abstract + /*! + ** \brief Traits for abstract::windownd. + */ template<class Exact> struct struct_elt_traits<abstract::windownd<Exact> >: public struct_elt_traits<abstract::window_base<abstract::window<Exact>, Exact> > @@ -45,18 +47,37 @@ }; - namespace abstract - { + namespace abstract { + + /*! + ** \brief Window N dimensions. + ** + ** A window is a set of points. This class + ** defines how to deal with. These points have N dimensions. + */ template<class Exact> struct windownd: public window_base<window<Exact>, Exact> { typedef window_base<window<Exact>, Exact> super_type; - typedef windownd<Exact> self_type; + ///< Set the super type. + typedef windownd<Exact> self_type; ///< Set the self type. + typedef Exact exact_type; ///< Set the exact type. + + /*! + ** \brief The associate image's type of dpoint (move point). + ** \warning Prefer the macros oln_dpoint_type(Pointable) and + ** oln_dpoint_type_(Pointable) (the same without the 'typename' keyword) + */ typedef typename struct_elt_traits<Exact>::dpoint_type dpoint_type; - typedef Exact exact_type; friend class window<exact_type>; + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { @@ -65,6 +86,12 @@ protected: + /*! + ** \brief Add a point to the window. + ** \arg dp The new point. + ** + ** Add a new member to the window. + */ exact_type& add_(const dpoint_type& dp) { @@ -76,9 +103,16 @@ return this->exact(); } + /*! + ** \brief Construct a window. + */ windownd() : super_type() { } + /*! + ** \brief Construct a w_window of 'size' elements. + ** \arg size The number of element to reserve for the window. + */ windownd(unsigned size) : super_type(size) {} Index: olena/oln/core/abstract/w_windownd.hh --- olena/oln/core/abstract/w_windownd.hh Thu, 07 Aug 2003 02:08:21 +0200 david (oln/u/5_w_windownd 1.6 640) +++ olena/oln/core/abstract/w_windownd.hh Fri, 12 Mar 2004 14:44:34 +0100 odou_s (oln/u/5_w_windownd 1.6 640) @@ -1,4 +1,4 @@ -// Copyright (C) 2001, 2002, 2003 EPITA Research and Development Laboratory +// Copyright (C) 2001, 2002, 2003, 2004 EPITA Research and Development Laboratory // // This file is part of the Olena Library. This library is free // software; you can redistribute it and/or modify it under the terms @@ -30,14 +30,16 @@ # include <oln/core/abstract/window_base.hh> -namespace oln -{ - namespace abstract - { +namespace oln { + + namespace abstract { template<class Exact> - struct w_windownd; //fwd_decl + struct w_windownd; // forward declaration } // end of abstract + /*! + ** \brief Traits for abstract::w_windownd. + */ template<class Exact> struct struct_elt_traits<abstract::w_windownd<Exact> >: public struct_elt_traits<abstract::window_base<abstract::w_window<Exact>, Exact> > @@ -45,19 +47,39 @@ }; - namespace abstract - { + namespace abstract { + + /*! + ** \brief Weight Window N dimensions + ** + ** A w_window is a set of points associated with a weight. This class + ** defines how to deal with. These points have N dimensions. + */ template<class Exact> struct w_windownd: public window_base<w_window<Exact>, Exact> { typedef window_base<abstract::w_window<Exact>, Exact> super_type; - typedef w_windownd<Exact> self_type; - typedef Exact exact_type; + ///< Set the super type. + typedef w_windownd<Exact> self_type; ///< Set the self type. + typedef Exact exact_type; ///< Set the exact type. typedef typename struct_elt_traits<Exact>::weight_type weight_type; + ///< Set the type of weight. + + /*! + ** \brief The associate image's type of dpoint (move point). + ** \warning Prefer the macros oln_dpoint_type(Pointable) and + ** oln_dpoint_type_(Pointable) (the same without the 'typename' keyword) + */ typedef typename struct_elt_traits<Exact>::dpoint_type dpoint_type; friend class w_window<exact_type>; + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { @@ -66,6 +88,12 @@ protected: + /*! + ** \brief Get the weight of the nth point of the window. + ** \arg i The nth point. + ** \return The weight of this point. + ** \pre i < card(). + */ weight_type get_weight(unsigned i) const { @@ -73,6 +101,14 @@ return w_[i]; } + /*! + ** \brief Add a point (with weight) to the window. + ** \arg dp The new point. + ** \arg w The weight of this new point. + ** \pre !has(dp). + ** + ** Add a new member to the window (ignored if ist weight is 0). + */ exact_type& add_(const dpoint_type& dp, const weight_type& w) { @@ -87,6 +123,13 @@ return this->exact(); } + /*! + ** \brief Set the weight of a point if it exists. Otherwise + ** create a new entry. + ** \arg dp The point. + ** \arg weight The weight of the point. + ** \return The weight of the point. + */ const weight_type& set_(const dpoint_type& dp, const weight_type& w) { @@ -103,20 +146,36 @@ return w_.back(); } + /*! + ** \brief Construct a w_window. + */ w_windownd() : super_type() {} + /*! + ** \brief Construct a w_window of 'size' elements. + ** \arg size The number of element to reserve for the window. + */ w_windownd(unsigned size) : super_type(size) { w_.reserve(size); } - std::vector< weight_type > w_; + std::vector< weight_type > w_; ///< List of point's weight. }; } // end of abstract } // end of oln +/*! +** \brief Write coordinates and weight of each window's point +** on an ostream. +** \arg o The stream. +** \arg w The window_base to write +** \return The ostream +** +** Useful for debugging +*/ template<class Exact> std::ostream& operator<<(std::ostream& o, const oln::abstract::w_windownd<Exact>& w) Index: olena/oln/core/abstract/neighborhoodnd.hh --- olena/oln/core/abstract/neighborhoodnd.hh Thu, 07 Aug 2003 02:08:21 +0200 david (oln/u/6_neighborho 1.6 640) +++ olena/oln/core/abstract/neighborhoodnd.hh Fri, 12 Mar 2004 13:36:03 +0100 odou_s (oln/u/6_neighborho 1.6 640) @@ -1,4 +1,4 @@ -// Copyright (C) 2001, 2002, 2003 EPITA Research and Development Laboratory +// Copyright (C) 2001, 2002, 2003, 2004 EPITA Research and Development Laboratory // // This file is part of the Olena Library. This library is free // software; you can redistribute it and/or modify it under the terms @@ -30,14 +30,16 @@ # include <oln/core/abstract/window_base.hh> -namespace oln -{ - namespace abstract - { +namespace oln { + + namespace abstract { template<class Exact> - struct neighborhoodnd; //fwd_decl + struct neighborhoodnd; // forward declaration } // end of abstract + /*! + ** \brief Traits for abstract::neighborhoodnd. + */ template<class Exact> struct struct_elt_traits<abstract::neighborhoodnd<Exact> >: public struct_elt_traits<abstract::window_base<abstract::neighborhood<Exact>, Exact> > @@ -45,18 +47,39 @@ }; - namespace abstract - { + namespace abstract { + + /*! + ** \brief Neighborhoodnd. + ** + ** It looks like structuring elements but here, when + ** you add an element, you add his opposite. + ** Points have N dimensions. + ** + */ template<class Exact> struct neighborhoodnd: public window_base<neighborhood<Exact>, Exact> { typedef window_base<neighborhood<Exact>, Exact> super_type; - typedef neighborhoodnd<Exact> self_type; - typedef Exact exact_type; + ///< Super type. + typedef neighborhoodnd<Exact> self_type; ///< Self type. + typedef Exact exact_type; ///< Exact type. + + /*! + ** \brief The associate image's type of dpoint (move point). + ** \warning Prefer the macros oln_dpoint_type(Pointable) and + ** oln_dpoint_type_(Pointable) (the same without the 'typename' keyword) + */ typedef typename struct_elt_traits<Exact>::dpoint_type dpoint_type; friend class neighborhood<exact_type>; + /*! + ** \brief Return his type in a string. + ** \return The type in a string. + ** + ** Very useful to debug. + */ static std::string name() { @@ -65,6 +88,13 @@ protected: + /*! + ** \brief Add a point to the neighborhood. + ** \arg dp The new point. + ** \pre !dp.is_centered(). + ** + ** Add a new member to the neighborhood. + */ exact_type& add_(const dpoint_type& dp) { @@ -76,9 +106,16 @@ return this->exact(); } + /*! + ** \brief Construct a neighborhoodnd. + */ neighborhoodnd() : super_type() {} + /*! + ** \brief Construct a neighborhood of 'size' elements. + ** \arg size The number of element to reserve for the neighborhood. + */ neighborhoodnd(unsigned size) : super_type(size) {} -- Simon Odou simon(a)lrde.epita.fr