SimpleRandomAccessRangeFromPoint.h

 
#pragma once

 
#if defined(SimpleRandomAccessRangeFromPoint_RECURSES)
#error Recursive header files inclusion detected in SimpleRandomAccessRangeFromPoint.h
#else // defined(SimpleRandomAccessRangeFromPoint_RECURSES)
#define SimpleRandomAccessRangeFromPoint_RECURSES
 
#if !defined SimpleRandomAccessRangeFromPoint_h
#define SimpleRandomAccessRangeFromPoint_h

// Inclusions
#include "DGtal/base/BasicFunctors.h"
#include "DGtal/base/Circulator.h"
#include "DGtal/base/IteratorAdapter.h"
#include "DGtal/base/CBidirectionalRangeFromPoint.h"
#include "boost/concept_check.hpp"
#include "boost/iterator/reverse_iterator.hpp"
 
namespace DGtal
{
 

  // class SimpleRandomAccessRangeFromPoint

  template <typename TConstIterator, typename TIterator, typename DistanceFunctor>
 
  class SimpleRandomAccessRangeFromPoint
  {
 
      BOOST_CONCEPT_ASSERT ( ( boost::RandomAccessIterator<TIterator> ) );
      BOOST_CONCEPT_ASSERT ( ( boost::RandomAccessIterator<TConstIterator> ) );
      BOOST_CONCEPT_ASSERT ( ( boost::UnaryFunction<DistanceFunctor,typename DistanceFunctor::Difference,typename DistanceFunctor::Point > ) );
 
      // ------------------------- inner types --------------------------------
 
    public:
 
      typedef typename DistanceFunctor::Point Point;
 
      typedef TIterator Iterator;
      typedef TConstIterator ConstIterator;
 
      typedef boost::reverse_iterator<Iterator> ReverseIterator;
      typedef boost::reverse_iterator<ConstIterator> ConstReverseIterator;
 
      typedef TIterator OutputIterator;
      typedef boost::reverse_iterator<Iterator> ReverseOutputIterator;
 
      typedef DGtal::Circulator<Iterator> Circulator;
      typedef boost::reverse_iterator<Circulator> ReverseCirculator;
 
      typedef DGtal::Circulator<ConstIterator> ConstCirculator;
      typedef boost::reverse_iterator<ConstCirculator> ConstReverseCirculator;
 
      // ------------------------- standard services --------------------------------

      SimpleRandomAccessRangeFromPoint ( const TIterator& itb,
                                         const TIterator& ite,
                                         const DistanceFunctor & aDistance )
          : myBegin ( itb ), myEnd ( ite ), myDistance ( aDistance ) {}
      SimpleRandomAccessRangeFromPoint ( const TIterator& itb, {…}

      SimpleRandomAccessRangeFromPoint ( const SimpleRandomAccessRangeFromPoint & other )
          : myBegin ( other.myBegin ), myEnd ( other.myEnd ),
          myDistance ( other.myDistance ) {}
      SimpleRandomAccessRangeFromPoint ( const SimpleRandomAccessRangeFromPoint & other ) {…}

      SimpleRandomAccessRangeFromPoint& operator= ( const SimpleRandomAccessRangeFromPoint & other )
      {
        if ( this != &other )
        {
          myBegin = other.myBegin;
          myEnd = other.myEnd;
          myDistance = other.myDistance;
        }
 
        return *this;
      }
      SimpleRandomAccessRangeFromPoint& operator= ( const SimpleRandomAccessRangeFromPoint & other ) {…}

      ~SimpleRandomAccessRangeFromPoint() {}

      bool isValid() const
      {
        return true;
      }
      bool isValid() const {…}
 
      // ------------------------- display --------------------------------
      void selfDisplay ( std::ostream & out ) const
      {
        typedef typename IteratorCirculatorTraits<Iterator>::Value Value;
        out << "[SimpleRandomAccessRangeFromPoint]" << std::endl;
        out << "\t";
        std::copy ( myBegin, myEnd, std::ostream_iterator<Value> ( out, ", " ) );
        out << std::endl;
      }
      void selfDisplay ( std::ostream & out ) const {…}

      std::string className() const
      {
        return "SimpleRandomAccessRangeFromPoint";
      }
      std::string className() const {…}
 
 
      // ------------------------- private data --------------------------------
 
    private:
      TIterator myBegin;
      TIterator myEnd;

      DistanceFunctor myDistance;
 
      // ------------------------- iterator services --------------------------------
 
    public:

      Iterator begin()
      {
        return Iterator ( myBegin );
      }
      Iterator begin() {…}
 

      Iterator begin ( const Point &aPoint )
      {
        return Iterator ( myBegin ) + myDistance ( aPoint );
      }
      Iterator begin ( const Point &aPoint ) {…}

      ConstIterator begin() const
      {
        return ConstIterator ( myBegin );
      }
      ConstIterator begin() const {…}
 

      ConstIterator begin ( const Point &aPoint ) const
      {
        return ConstIterator ( myBegin ) + myDistance ( aPoint );
      }
      ConstIterator begin ( const Point &aPoint ) const {…}

      Iterator end()
      {
        return Iterator ( myEnd );
      }
      Iterator end() {…}

      ConstIterator end()  const
      {
        return ConstIterator ( myEnd );
      }
      ConstIterator end()  const {…}

      OutputIterator outputIterator()
      {
        return OutputIterator ( myBegin );
      }
      OutputIterator outputIterator() {…}

      OutputIterator outputIterator ( const Point &aPoint )
      {
        return OutputIterator ( myBegin ) + myDistance ( aPoint ) ;
      }
      OutputIterator outputIterator ( const Point &aPoint ) {…}

      ReverseOutputIterator routputIterator()
      {
        return ReverseOutputIterator ( this->end() );
      }
      ReverseOutputIterator routputIterator() {…}

      ReverseOutputIterator routputIterator ( const Point &aPoint )
      {
        return ReverseOutputIterator ( myBegin + myDistance ( aPoint ) + 1 ) ;
      }
      ReverseOutputIterator routputIterator ( const Point &aPoint ) {…}

      ReverseIterator rbegin()
      {
        return ReverseIterator ( this->end() );
      }
      ReverseIterator rbegin() {…}

      ReverseIterator rbegin ( const Point &aPoint )
      {
        return ReverseIterator ( myBegin + myDistance ( aPoint ) + 1 );
      }
      ReverseIterator rbegin ( const Point &aPoint ) {…}
 

      ReverseIterator rend()
      {
        return ReverseIterator ( myBegin );
      }
      ReverseIterator rend() {…}
 

      ConstReverseIterator rbegin() const
      {
        return ConstReverseIterator ( this->end() );
      }
      ConstReverseIterator rbegin() const {…}

      ConstReverseIterator rbegin ( const Point &aPoint ) const
      {
        return ConstReverseIterator ( myBegin + myDistance ( aPoint ) + 1 );
      }
      ConstReverseIterator rbegin ( const Point &aPoint ) const {…}
 

      ConstReverseIterator rend() const
      {
        return ConstReverseIterator ( myBegin );
      }
      ConstReverseIterator rend() const {…}

      Circulator c()
      {
        return Circulator ( this->begin(), this->begin(), this->end() );
      }
      Circulator c() {…}

      ReverseCirculator rc()
      {
        return ReverseCirculator ( this->c() );
      }
      ReverseCirculator rc() {…}

      ConstCirculator c() const
      {
        return ConstCirculator ( this->begin(), this->begin(), this->end() );
      }
      ConstCirculator c() const {…}

      ConstReverseCirculator rc() const
      {
        return ConstReverseCirculator ( this->c() );
      }
      ConstReverseCirculator rc() const {…}
 
  }; //end class SimpleRandomAccessRangeFromPoint
  class SimpleRandomAccessRangeFromPoint {…};
 
} // namespace DGtal

 
 
#endif // !defined SimpleRandomAccessRangeFromPoint_h
 
#undef SimpleRandomAccessRangeFromPoint_RECURSES
#endif // else defined(SimpleRandomAccessRangeFromPoint_RECURSES)