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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_CONCEPTS_IMAGE_VIEW_HPP #define BOOST_GIL_CONCEPTS_IMAGE_VIEW_HPP #include #include #include #include #include #include #include #include #include #include #include #include #if defined(BOOST_CLANG) #pragma clang diagnostic push #pragma clang diagnostic ignored "-Wunknown-pragmas" #pragma clang diagnostic ignored "-Wunused-local-typedefs" #endif #if defined(BOOST_GCC) && (BOOST_GCC >= 40900) #pragma GCC diagnostic push #pragma GCC diagnostic ignored "-Wunused-local-typedefs" #pragma GCC diagnostic ignored "-Wunused-but-set-variable" #endif namespace boost { namespace gil { /// \defgroup ImageViewNDConcept ImageViewNDLocatorConcept /// \ingroup ImageViewConcept /// \brief N-dimensional range /// \defgroup ImageView2DConcept ImageView2DLocatorConcept /// \ingroup ImageViewConcept /// \brief 2-dimensional range /// \defgroup PixelImageViewConcept ImageViewConcept /// \ingroup ImageViewConcept /// \brief 2-dimensional range over pixel data /// \ingroup ImageViewNDConcept /// \brief N-dimensional view over immutable values /// /// \code /// concept RandomAccessNDImageViewConcept /// { /// typename value_type; /// typename reference; // result of dereferencing /// typename difference_type; // result of operator-(iterator,iterator) (1-dimensional!) /// typename const_t; where RandomAccessNDImageViewConcept; // same as View, but over immutable values /// typename point_t; where PointNDConcept; // N-dimensional point /// typename locator; where RandomAccessNDLocatorConcept; // N-dimensional locator. /// typename iterator; where RandomAccessTraversalConcept; // 1-dimensional iterator over all values /// typename reverse_iterator; where RandomAccessTraversalConcept; /// typename size_type; // the return value of size() /// /// // Equivalent to RandomAccessNDLocatorConcept::axis /// template struct axis { /// typename coord_t = point_t::axis::coord_t; /// typename iterator; where RandomAccessTraversalConcept; // iterator along D-th axis. /// where SameType; /// where SameType; /// }; /// /// // Defines the type of a view similar to this type, except it invokes Deref upon dereferencing /// template struct add_deref { /// typename type; where RandomAccessNDImageViewConcept; /// static type make(const View& v, const Deref& deref); /// }; /// /// static const size_t num_dimensions = point_t::num_dimensions; /// /// // Create from a locator at the top-left corner and dimensions /// View::View(const locator&, const point_type&); /// /// size_type View::size() const; // total number of elements /// reference operator[](View, const difference_type&) const; // 1-dimensional reference /// iterator View::begin() const; /// iterator View::end() const; /// reverse_iterator View::rbegin() const; /// reverse_iterator View::rend() const; /// iterator View::at(point_t const&); /// point_t View::dimensions() const; // number of elements along each dimension /// bool View::is_1d_traversable() const; // can an iterator over the first dimension visit each value? I.e. are there gaps between values? /// /// // iterator along a given dimension starting at a given point /// template View::axis::iterator View::axis_iterator(point_t const&) const; /// /// reference operator()(View,point_t const&) const; /// }; /// \endcode template struct RandomAccessNDImageViewConcept { void constraints() { gil_function_requires>(); using value_type = typename View::value_type; using reference = typename View::reference; // result of dereferencing using pointer = typename View::pointer; using difference_type = typename View::difference_type; // result of operator-(1d_iterator,1d_iterator) using const_t = typename View::const_t; // same as this type, but over const values using point_t = typename View::point_t; // N-dimensional point using locator = typename View::locator; // N-dimensional locator using iterator = typename View::iterator; using const_iterator = typename View::const_iterator; using reverse_iterator = typename View::reverse_iterator; using size_type = typename View::size_type; static const std::size_t N=View::num_dimensions; gil_function_requires>(); gil_function_requires>(); gil_function_requires>(); using first_it_type = typename View::template axis<0>::iterator; using last_it_type = typename View::template axis::iterator; gil_function_requires>(); gil_function_requires>(); // static_assert(typename std::iterator_traits::difference_type, typename point_t::template axis<0>::coord_t>::value, ""); // static_assert(typename std::iterator_traits::difference_type, typename point_t::template axis::coord_t>::value, ""); // point_t must be an N-dimensional point, each dimension of which must have the same type as difference_type of the corresponding iterator gil_function_requires>(); static_assert(point_t::num_dimensions == N, ""); static_assert(std::is_same < typename std::iterator_traits::difference_type, typename point_t::template axis<0>::coord_t >::value, ""); static_assert(std::is_same < typename std::iterator_traits::difference_type, typename point_t::template axis::coord_t >::value, ""); point_t p; locator lc; iterator it; reverse_iterator rit; difference_type d; detail::initialize_it(d); ignore_unused_variable_warning(d); View(p,lc); // view must be constructible from a locator and a point p = view.dimensions(); lc = view.pixels(); size_type sz = view.size(); ignore_unused_variable_warning(sz); bool is_contiguous = view.is_1d_traversable(); ignore_unused_variable_warning(is_contiguous); it = view.begin(); it = view.end(); rit = view.rbegin(); rit = view.rend(); reference r1 = view[d]; ignore_unused_variable_warning(r1); // 1D access reference r2 = view(p); ignore_unused_variable_warning(r2); // 2D access // get 1-D iterator of any dimension at a given pixel location first_it_type fi = view.template axis_iterator<0>(p); ignore_unused_variable_warning(fi); last_it_type li = view.template axis_iterator(p); ignore_unused_variable_warning(li); using deref_t = PixelDereferenceAdaptorArchetype; using dtype = typename View::template add_deref::type; } View view; }; /// \ingroup ImageView2DConcept /// \brief 2-dimensional view over immutable values /// /// \code /// concept RandomAccess2DImageViewConcept { /// where num_dimensions==2; /// /// typename x_iterator = axis<0>::iterator; /// typename y_iterator = axis<1>::iterator; /// typename x_coord_t = axis<0>::coord_t; /// typename y_coord_t = axis<1>::coord_t; /// typename xy_locator = locator; /// /// x_coord_t View::width() const; /// y_coord_t View::height() const; /// /// // X-navigation /// x_iterator View::x_at(point_t const&) const; /// x_iterator View::row_begin(y_coord_t) const; /// x_iterator View::row_end (y_coord_t) const; /// /// // Y-navigation /// y_iterator View::y_at(point_t const&) const; /// y_iterator View::col_begin(x_coord_t) const; /// y_iterator View::col_end (x_coord_t) const; /// /// // navigating in 2D /// xy_locator View::xy_at(point_t const&) const; /// /// // (x,y) versions of all methods taking point_t /// View::View(x_coord_t,y_coord_t,const locator&); /// iterator View::at(x_coord_t,y_coord_t) const; /// reference operator()(View,x_coord_t,y_coord_t) const; /// xy_locator View::xy_at(x_coord_t,y_coord_t) const; /// x_iterator View::x_at(x_coord_t,y_coord_t) const; /// y_iterator View::y_at(x_coord_t,y_coord_t) const; /// }; /// \endcode template struct RandomAccess2DImageViewConcept { void constraints() { gil_function_requires>(); static_assert(View::num_dimensions == 2, ""); // TODO: This executes the requirements for RandomAccessNDLocatorConcept again. Fix it to improve compile time gil_function_requires>(); using dynamic_x_step_t = typename dynamic_x_step_type::type; using dynamic_y_step_t = typename dynamic_y_step_type::type; using transposed_t = typename transposed_type::type; using x_iterator = typename View::x_iterator; using y_iterator = typename View::y_iterator; using x_coord_t = typename View::x_coord_t; using y_coord_t = typename View::y_coord_t; using xy_locator = typename View::xy_locator; x_coord_t xd = 0; ignore_unused_variable_warning(xd); y_coord_t yd = 0; ignore_unused_variable_warning(yd); x_iterator xit; y_iterator yit; typename View::point_t d; View(xd, yd, xy_locator()); // constructible with width, height, 2d_locator xy_locator lc = view.xy_at(xd, yd); lc = view.xy_at(d); typename View::reference r = view(xd, yd); ignore_unused_variable_warning(r); xd = view.width(); yd = view.height(); xit = view.x_at(d); xit = view.x_at(xd,yd); xit = view.row_begin(xd); xit = view.row_end(xd); yit = view.y_at(d); yit = view.y_at(xd,yd); yit = view.col_begin(xd); yit = view.col_end(xd); } View view; }; /// \brief GIL view as Collection. /// /// \see https://www.boost.org/libs/utility/Collection.html /// template struct CollectionImageViewConcept { void constraints() { using value_type = typename View::value_type; using iterator = typename View::iterator; using const_iterator = typename View::const_iterator; using reference = typename View::reference; using const_reference = typename View::const_reference; using pointer = typename View::pointer; using difference_type = typename View::difference_type; using size_type= typename View::size_type; iterator i; i = view1.begin(); i = view2.end(); const_iterator ci; ci = view1.begin(); ci = view2.end(); size_type s; s = view1.size(); s = view2.size(); ignore_unused_variable_warning(s); view1.empty(); view1.swap(view2); } View view1; View view2; }; /// \brief GIL view as ForwardCollection. /// /// \see https://www.boost.org/libs/utility/Collection.html /// template struct ForwardCollectionImageViewConcept { void constraints() { gil_function_requires>(); using reference = typename View::reference; using const_reference = typename View::const_reference; reference r = view.front(); ignore_unused_variable_warning(r); const_reference cr = view.front(); ignore_unused_variable_warning(cr); } View view; }; /// \brief GIL view as ReversibleCollection. /// /// \see https://www.boost.org/libs/utility/Collection.html /// template struct ReversibleCollectionImageViewConcept { void constraints() { gil_function_requires>(); using reverse_iterator = typename View::reverse_iterator; using reference = typename View::reference; using const_reference = typename View::const_reference; reverse_iterator i; i = view.rbegin(); i = view.rend(); reference r = view.back(); ignore_unused_variable_warning(r); const_reference cr = view.back(); ignore_unused_variable_warning(cr); } View view; }; /// \ingroup PixelImageViewConcept /// \brief GIL's 2-dimensional view over immutable GIL pixels /// \code /// concept ImageViewConcept /// { /// where PixelValueConcept; /// where PixelIteratorConcept; /// where PixelIteratorConcept; /// where x_coord_t == y_coord_t; /// /// typename coord_t = x_coord_t; /// /// std::size_t View::num_channels() const; /// }; /// \endcode template struct ImageViewConcept { void constraints() { gil_function_requires>(); // TODO: This executes the requirements for RandomAccess2DLocatorConcept again. Fix it to improve compile time gil_function_requires>(); static_assert(std::is_same::value, ""); using coord_t = typename View::coord_t; // 1D difference type (same for all dimensions) std::size_t num_chan = view.num_channels(); ignore_unused_variable_warning(num_chan); } View view; }; namespace detail { /// \tparam View Models RandomAccessNDImageViewConcept template struct RandomAccessNDImageViewIsMutableConcept { void constraints() { gil_function_requires>(); gil_function_requires>(); gil_function_requires>(); gil_function_requires::iterator >>(); gil_function_requires::iterator >>(); typename View::difference_type diff; initialize_it(diff); ignore_unused_variable_warning(diff); typename View::point_t pt; typename View::value_type v; initialize_it(v); view[diff] = v; view(pt) = v; } View view; }; /// \tparam View Models RandomAccessNDImageViewConcept template struct RandomAccess2DImageViewIsMutableConcept { void constraints() { gil_function_requires>(); typename View::x_coord_t xd = 0; ignore_unused_variable_warning(xd); typename View::y_coord_t yd = 0; ignore_unused_variable_warning(yd); typename View::value_type v; initialize_it(v); view(xd, yd) = v; } View view; }; /// \tparam View Models ImageViewConcept template struct PixelImageViewIsMutableConcept { void constraints() { gil_function_requires>(); } }; } // namespace detail /// \ingroup ImageViewNDConcept /// \brief N-dimensional view over mutable values /// /// \code /// concept MutableRandomAccessNDImageViewConcept /// { /// where Mutable; /// }; /// \endcode template struct MutableRandomAccessNDImageViewConcept { void constraints() { gil_function_requires>(); gil_function_requires>(); } }; /// \ingroup ImageView2DConcept /// \brief 2-dimensional view over mutable values /// /// \code /// concept MutableRandomAccess2DImageViewConcept /// : MutableRandomAccessNDImageViewConcept {}; /// \endcode template struct MutableRandomAccess2DImageViewConcept { void constraints() { gil_function_requires>(); gil_function_requires>(); } }; /// \ingroup PixelImageViewConcept /// \brief GIL's 2-dimensional view over mutable GIL pixels /// /// \code /// concept MutableImageViewConcept /// : MutableRandomAccess2DImageViewConcept {}; /// \endcode template struct MutableImageViewConcept { void constraints() { gil_function_requires>(); gil_function_requires>(); } }; /// \brief Returns whether two views are compatible /// /// Views are compatible if their pixels are compatible. /// Compatible views can be assigned and copy constructed from one another. /// /// \tparam V1 Models ImageViewConcept /// \tparam V2 Models ImageViewConcept /// template struct views_are_compatible : pixels_are_compatible { }; /// \ingroup ImageViewConcept /// \brief Views are compatible if they have the same color spaces and compatible channel values. /// /// Constness and layout are not important for compatibility. /// /// \code /// concept ViewsCompatibleConcept /// { /// where PixelsCompatibleConcept; /// }; /// \endcode template struct ViewsCompatibleConcept { void constraints() { static_assert(views_are_compatible::value, ""); } }; }} // namespace boost::gil #if defined(BOOST_CLANG) #pragma clang diagnostic pop #endif #if defined(BOOST_GCC) && (BOOST_GCC >= 40900) #pragma GCC diagnostic pop #endif #endif