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// // Copyright 2005-2007 Adobe Systems Incorporated // // Distributed under the Boost Software License, Version 1.0 // See accompanying file LICENSE_1_0.txt or copy at // http://www.boost.org/LICENSE_1_0.txt // #ifndef BOOST_GIL_IMAGE_VIEW_HPP #define BOOST_GIL_IMAGE_VIEW_HPP #include #include #include #include #include namespace boost { namespace gil { //////////////////////////////////////////////////////////////////////////////////////// /// \class image_view /// \ingroup ImageViewModel PixelBasedModel /// \brief A lightweight object that interprets memory as a 2D array of pixels. Models ImageViewConcept,PixelBasedConcept,HasDynamicXStepTypeConcept,HasDynamicYStepTypeConcept,HasTransposedTypeConcept /// /// Image view consists of a pixel 2D locator (defining the mechanism for navigating in 2D) /// and the image dimensions. /// /// Image views to images are what ranges are to STL containers. They are lightweight objects, /// that don't own the pixels. It is the user's responsibility that the underlying data remains /// valid for the lifetime of the image view. /// /// Similar to iterators and ranges, constness of views does not extend to constness of pixels. /// A const \p image_view does not allow changing its location in memory (resizing, moving) but does /// not prevent one from changing the pixels. The latter requires an image view whose value_type /// is const. /// /// Images have interfaces consistent with STL 1D random access containers, so they can be used /// directly in STL algorithms like: /// \code /// std::fill(img.begin(), img.end(), red_pixel); /// \endcode /// /// In addition, horizontal, vertical and 2D random access iterators are provided. /// /// Note also that \p image_view does not require that its element type be a pixel. It could be /// instantiated with a locator whose \p value_type models only \p Regular. In this case the image /// view models the weaker RandomAccess2DImageViewConcept, and does not model PixelBasedConcept. /// Many generic algorithms don't require the elements to be pixels. /// //////////////////////////////////////////////////////////////////////////////////////// template // Models 2D Pixel Locator class image_view { public: // aliases required by ConstRandomAccessNDImageViewConcept static const std::size_t num_dimensions=2; using value_type = typename Loc::value_type; using reference = typename Loc::reference; // result of dereferencing using coord_t = typename Loc::coord_t; // 1D difference type (same for all dimensions) using difference_type = coord_t; // result of operator-(1d_iterator,1d_iterator) using point_t = typename Loc::point_t; using locator = Loc; using const_t = image_view; // same as this type, but over const values template struct axis { using coord_t = typename Loc::template axis::coord_t; // difference_type along each dimension using iterator = typename Loc::template axis::iterator; // 1D iterator type along each dimension }; using iterator = iterator_from_2d; // 1D iterator type for each pixel left-to-right inside top-to-bottom using const_iterator = typename const_t::iterator; // may be used to examine, but not to modify values using const_reference = typename const_t::reference; // behaves as a const reference using pointer = typename std::iterator_traits::pointer; // behaves as a pointer to the value type using reverse_iterator = std::reverse_iterator; using size_type = std::size_t; // aliases required by ConstRandomAccess2DImageViewConcept using xy_locator = locator; using x_iterator = typename xy_locator::x_iterator; // pixel iterator along a row using y_iterator = typename xy_locator::y_iterator; // pixel iterator along a column using x_coord_t = typename xy_locator::x_coord_t; using y_coord_t = typename xy_locator::y_coord_t; template struct add_deref { using type = image_view::type>; static type make(image_view const& view, Deref const& d) { return type(view.dimensions(), Loc::template add_deref::make(view.pixels(), d)); } }; image_view() : _dimensions(0,0) {} image_view(image_view const& img_view) : _dimensions(img_view.dimensions()), _pixels(img_view.pixels()) {} template image_view(View const& view) : _dimensions(view.dimensions()), _pixels(view.pixels()) {} template image_view(point_t const& dims, L2 const& loc) : _dimensions(dims), _pixels(loc) {} template image_view(coord_t width, coord_t height, L2 const& loc) : _dimensions(x_coord_t(width), y_coord_t(height)), _pixels(loc) {} template image_view& operator=(View const& view) { _pixels = view.pixels(); _dimensions = view.dimensions(); return *this; } image_view& operator=(image_view const& view) { // TODO: Self-assignment protection? _pixels = view.pixels(); _dimensions = view.dimensions(); return *this; } template bool operator==(View const &view) const { return pixels() == view.pixels() && dimensions() == view.dimensions(); } template bool operator!=(View const& view) const { return !(*this == view); } template friend void swap(image_view &lhs, image_view &rhs); /// \brief Exchanges the elements of the current view with those of \a other /// in constant time. /// /// \note Required by the Collection concept /// \see https://www.boost.org/libs/utility/Collection.html void swap(image_view& other) { using boost::gil::swap; swap(*this, other); } auto dimensions() const -> point_t const& { return _dimensions; } auto pixels() const -> locator const& { return _pixels; } auto width() const -> x_coord_t { return dimensions().x; } auto height() const -> y_coord_t { return dimensions().y; } auto num_channels() const -> std::size_t { return gil::num_channels::value; } bool is_1d_traversable() const { return _pixels.is_1d_traversable(width()); } /// \brief Returns true if the view has no elements, false otherwise. /// /// \note Required by the Collection concept /// \see https://www.boost.org/libs/utility/Collection.html bool empty() const { return !(width() > 0 && height() > 0); } /// \brief Returns a reference to the first element in raster order. /// /// \note Required by the ForwardCollection, since view model the concept. /// \see https://www.boost.org/libs/utility/Collection.html auto front() const -> reference { BOOST_ASSERT(!empty()); return *begin(); } /// \brief Returns a reference to the last element in raster order. /// /// \note Required by the ForwardCollection, since view model the concept. /// \see https://www.boost.org/libs/utility/Collection.html auto back() const -> reference { BOOST_ASSERT(!empty()); return *rbegin(); } //\{@ /// \name 1D navigation auto size() const -> size_type { return width() * height(); } auto begin() const -> iterator { return iterator(_pixels, _dimensions.x); } auto end() const -> iterator { // potential performance problem! return begin() + static_cast(size()); } auto rbegin() const -> reverse_iterator { return reverse_iterator(end()); } auto rend() const -> reverse_iterator { return reverse_iterator(begin()); } auto operator[](difference_type i) const -> reference { BOOST_ASSERT(i < static_cast(size())); return begin()[i]; // potential performance problem! } auto at(difference_type i) const -> iterator { // UB if the specified increment advances non-incrementable iterator (i.e. past-the-end) BOOST_ASSERT(i < static_cast(size())); return begin() + i; } auto at(point_t const& p) const -> iterator { // UB if the specified coordinates advance non-incrementable iterator (i.e. past-the-end) BOOST_ASSERT(0 <= p.x && p.x < width()); BOOST_ASSERT(0 <= p.y && p.y < height()); return begin() + p.y * width() + p.x; } auto at(x_coord_t x, y_coord_t y) const -> iterator { // UB if the specified coordinates advance non-incrementable iterator (i.e. past-the-end) BOOST_ASSERT(0 <= x && x < width()); BOOST_ASSERT(0 <= y && y < height()); return begin() + y * width() + x; } //\}@ //\{@ /// \name 2-D navigation auto operator()(point_t const& p) const -> reference { BOOST_ASSERT(0 <= p.x && p.x < width()); BOOST_ASSERT(0 <= p.y && p.y < height()); return _pixels(p.x, p.y); } auto operator()(x_coord_t x, y_coord_t y) const -> reference { BOOST_ASSERT(0 <= x && x < width()); BOOST_ASSERT(0 <= y && y < height()); return _pixels(x, y); } template auto axis_iterator(point_t const& p) const -> typename axis::iterator { // Allow request for iterators from inclusive range of [begin, end] BOOST_ASSERT(0 <= p.x && p.x <= width()); BOOST_ASSERT(0 <= p.y && p.y <= height()); return _pixels.template axis_iterator(p); } auto xy_at(x_coord_t x, y_coord_t y) const -> xy_locator { // TODO: Are relative locations of neighbors with negative offsets valid? Sampling? BOOST_ASSERT(x < width()); BOOST_ASSERT(y <= height()); return _pixels + point_t(x, y); } auto xy_at(point_t const& p) const -> xy_locator { // TODO: Are relative locations of neighbors with negative offsets valid? Sampling? BOOST_ASSERT(p.x < width()); BOOST_ASSERT(p.y < height()); return _pixels + p; } //\}@ //\{@ /// \name X navigation auto x_at(x_coord_t x, y_coord_t y) const -> x_iterator { BOOST_ASSERT(0 <= x && x <= width()); // allow request for [begin, end] inclusive BOOST_ASSERT(0 <= y && y < height()); // TODO: For empty image/view, shouldn't we accept: row_begin(0) == view.row_end(0) ? return _pixels.x_at(x, y); } auto x_at(point_t const& p) const -> x_iterator { BOOST_ASSERT(0 <= p.x && p.x <= width()); // allow request for [begin, end] inclusive BOOST_ASSERT(0 <= p.y && p.y < height()); // TODO: For empty image/view, shouldn't we accept: row_begin(0) == view.row_end(0) ? return _pixels.x_at(p); } auto row_begin(y_coord_t y) const -> x_iterator { BOOST_ASSERT(0 <= y && y < height()); return x_at(0, y); } auto row_end(y_coord_t y) const -> x_iterator { BOOST_ASSERT(0 <= y && y < height()); return x_at(width(), y); } //\}@ //\{@ /// \name Y navigation auto y_at(x_coord_t x, y_coord_t y) const -> y_iterator { BOOST_ASSERT(0 <= x && x < width()); // TODO: For empty image/view, shouldn't we accept: view.col_begin(0) == view.col_end(0) ? BOOST_ASSERT(0 <= y && y <= height()); // allow request for [begin, end] inclusive return xy_at(x, y).y(); } auto y_at(point_t const& p) const -> y_iterator { BOOST_ASSERT(0 <= p.x && p.x < width()); // TODO: For empty image/view, shouldn't we accept: view.col_begin(0) == view.col_end(0) ? BOOST_ASSERT(0 <= p.y && p.y <= height()); // allow request for [begin, end] inclusive return xy_at(p).y(); } auto col_begin(x_coord_t x) const -> y_iterator { BOOST_ASSERT(0 <= x && x < width()); return y_at(x, 0); } auto col_end(x_coord_t x) const -> y_iterator { BOOST_ASSERT(0 <= x && x < width()); return y_at(x, height()); } //\}@ private: template friend class image_view; point_t _dimensions; xy_locator _pixels; }; template inline void swap(image_view& x, image_view& y) { using std::swap; swap(x._dimensions,y._dimensions); swap(x._pixels, y._pixels); // TODO: Extend further } ///////////////////////////// // PixelBasedConcept ///////////////////////////// template struct channel_type > : public channel_type {}; template struct color_space_type > : public color_space_type {}; template struct channel_mapping_type > : public channel_mapping_type {}; template struct is_planar > : public is_planar {}; ///////////////////////////// // HasDynamicXStepTypeConcept ///////////////////////////// template struct dynamic_x_step_type> { using type = image_view::type>; }; ///////////////////////////// // HasDynamicYStepTypeConcept ///////////////////////////// template struct dynamic_y_step_type> { using type = image_view::type>; }; ///////////////////////////// // HasTransposedTypeConcept ///////////////////////////// template struct transposed_type> { using type = image_view::type>; }; }} // namespace boost::gil #endif