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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_PLANAR_PIXEL_ITERATOR_HPP #define BOOST_GIL_PLANAR_PIXEL_ITERATOR_HPP #include #include #include #include #include #include namespace boost { namespace gil { //forward declaration (as this file is included in planar_pixel_reference.hpp) template struct planar_pixel_reference; /// \defgroup ColorBaseModelPlanarPtr planar_pixel_iterator /// \ingroup ColorBaseModel /// \brief A homogeneous color base whose element is a channel iterator. Models HomogeneousColorBaseValueConcept /// This class is used as an iterator to a planar pixel. /// \defgroup PixelIteratorModelPlanarPtr planar_pixel_iterator /// \ingroup PixelIteratorModel /// \brief An iterator over planar pixels. Models PixelIteratorConcept, HomogeneousPixelBasedConcept, MemoryBasedIteratorConcept, HasDynamicXStepTypeConcept //////////////////////////////////////////////////////////////////////////////////////// /// \brief An iterator over planar pixels. Models HomogeneousColorBaseConcept, PixelIteratorConcept, HomogeneousPixelBasedConcept, MemoryBasedIteratorConcept, HasDynamicXStepTypeConcept /// /// Planar pixels have channel data that is not consecutive in memory. /// To abstract this we use classes to represent references and pointers to planar pixels. /// /// \ingroup PixelIteratorModelPlanarPtr ColorBaseModelPlanarPtr PixelBasedModel template struct planar_pixel_iterator : iterator_facade < planar_pixel_iterator, pixel::value_type,layout>, std::random_access_iterator_tag, planar_pixel_reference::reference, ColorSpace> const >, detail::homogeneous_color_base < ChannelPtr, layout, mp11::mp_size::value > { private: using parent_t = iterator_facade < planar_pixel_iterator, pixel::value_type,layout>, std::random_access_iterator_tag, planar_pixel_reference::reference, ColorSpace> const >; using color_base_parent_t = detail::homogeneous_color_base < ChannelPtr, layout, mp11::mp_size::value >; using channel_t = typename std::iterator_traits::value_type; public: using value_type = typename parent_t::value_type; using reference = typename parent_t::reference; using difference_type = typename parent_t::difference_type; planar_pixel_iterator() : color_base_parent_t(0) {} planar_pixel_iterator(bool) {} // constructor that does not fill with zero (for performance) planar_pixel_iterator(const ChannelPtr& v0, const ChannelPtr& v1) : color_base_parent_t(v0,v1) {} planar_pixel_iterator(const ChannelPtr& v0, const ChannelPtr& v1, const ChannelPtr& v2) : color_base_parent_t(v0,v1,v2) {} planar_pixel_iterator(const ChannelPtr& v0, const ChannelPtr& v1, const ChannelPtr& v2, const ChannelPtr& v3) : color_base_parent_t(v0,v1,v2,v3) {} planar_pixel_iterator(const ChannelPtr& v0, const ChannelPtr& v1, const ChannelPtr& v2, const ChannelPtr& v3, const ChannelPtr& v4) : color_base_parent_t(v0,v1,v2,v3,v4) {} template planar_pixel_iterator(const planar_pixel_iterator& ptr) : color_base_parent_t(ptr) {} /// Copy constructor and operator= from pointers to compatible planar pixels or planar pixel references. /// That allow constructs like pointer = &value or pointer = &reference /// Since we should not override operator& that's the best we can do. template planar_pixel_iterator(P* pix) : color_base_parent_t(pix, true) { function_requires >(); } struct address_of { template T* operator()(T& t) { return &t; } }; template planar_pixel_iterator& operator=(P* pix) { function_requires >(); static_transform(*pix,*this, address_of()); // PERFORMANCE_CHECK: Compare to this: //this->template semantic_at_c<0>()=&pix->template semantic_at_c<0>(); //this->template semantic_at_c<1>()=&pix->template semantic_at_c<1>(); //this->template semantic_at_c<2>()=&pix->template semantic_at_c<2>(); return *this; } /// For some reason operator[] provided by iterator_facade returns a custom class that is convertible to reference /// We require our own reference because it is registered in iterator_traits reference operator[](difference_type d) const { return memunit_advanced_ref(*this,d*sizeof(channel_t));} reference operator->() const { return **this; } // PERFORMANCE_CHECK: Remove? bool operator< (const planar_pixel_iterator& ptr) const { return gil::at_c<0>(*this)< gil::at_c<0>(ptr); } bool operator!=(const planar_pixel_iterator& ptr) const { return gil::at_c<0>(*this)!=gil::at_c<0>(ptr); } private: friend class boost::iterator_core_access; void increment() { static_transform(*this,*this,detail::inc()); } void decrement() { static_transform(*this,*this,detail::dec()); } void advance(std::ptrdiff_t d){ static_transform(*this,*this,std::bind(detail::plus_asymmetric(),std::placeholders::_1,d)); } reference dereference() const { return this->template deref(); } std::ptrdiff_t distance_to(const planar_pixel_iterator& it) const { return gil::at_c<0>(it)-gil::at_c<0>(*this); } bool equal(const planar_pixel_iterator& it) const { return gil::at_c<0>(*this)==gil::at_c<0>(it); } }; namespace detail { template struct channel_iterator_is_mutable : std::true_type {}; template struct channel_iterator_is_mutable : std::false_type {}; } // namespace detail template struct const_iterator_type > { private: using channel_t = typename std::iterator_traits::value_type; public: using type = planar_pixel_iterator::const_pointer,C>; }; // The default implementation when the iterator is a C pointer is to use the standard constness semantics template struct iterator_is_mutable > : public detail::channel_iterator_is_mutable {}; ///////////////////////////// // ColorBasedConcept ///////////////////////////// template struct kth_element_type, K> { using type = IC; }; template struct kth_element_reference_type, K> : std::add_lvalue_reference {}; template struct kth_element_const_reference_type, K> : std::add_lvalue_reference::type> {}; ///////////////////////////// // HomogeneousPixelBasedConcept ///////////////////////////// template struct color_space_type> { using type = C; }; template struct channel_mapping_type> : channel_mapping_type::value_type> {}; template struct is_planar> : std::true_type {}; template struct channel_type> { using type = typename std::iterator_traits::value_type; }; ///////////////////////////// // MemoryBasedIteratorConcept ///////////////////////////// template inline auto memunit_step(planar_pixel_iterator const&) -> std::ptrdiff_t { return sizeof(typename std::iterator_traits::value_type); } template inline auto memunit_distance(planar_pixel_iterator const& p1, planar_pixel_iterator const& p2) -> std::ptrdiff_t { return memunit_distance(gil::at_c<0>(p1),gil::at_c<0>(p2)); } template struct memunit_advance_fn { memunit_advance_fn(std::ptrdiff_t diff) : _diff(diff) {} IC operator()(const IC& p) const { return memunit_advanced(p,_diff); } std::ptrdiff_t _diff; }; template inline void memunit_advance(planar_pixel_iterator& p, std::ptrdiff_t diff) { static_transform(p, p, memunit_advance_fn(diff)); } template inline auto memunit_advanced(planar_pixel_iterator const& p, std::ptrdiff_t diff) -> planar_pixel_iterator { planar_pixel_iterator ret=p; memunit_advance(ret, diff); return ret; } template inline auto memunit_advanced_ref(planar_pixel_iterator const& ptr, std::ptrdiff_t diff) -> planar_pixel_reference::reference,ColorSpace> { return planar_pixel_reference::reference,ColorSpace>(ptr, diff); } ///////////////////////////// // HasDynamicXStepTypeConcept ///////////////////////////// template struct dynamic_x_step_type > { using type = memory_based_step_iterator>; }; } } // namespace boost::gil #endif