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/*-----------------------------------------------------------------------------+ Copyright (c) 2010-2010: Joachim Faulhaber +------------------------------------------------------------------------------+ Distributed under the Boost Software License, Version 1.0. (See accompanying file LICENCE.txt or copy at http://www.boost.org/LICENSE_1_0.txt) +-----------------------------------------------------------------------------*/ #ifndef BOOST_ICL_CONCEPT_INTERVAL_BOUNDS_HPP_JOFA_100927 #define BOOST_ICL_CONCEPT_INTERVAL_BOUNDS_HPP_JOFA_100927 #include #include #include namespace boost{namespace icl { inline interval_bounds left(interval_bounds x1) { return interval_bounds(x1._bits & interval_bounds::_left); } inline interval_bounds right(interval_bounds x1) { return interval_bounds(x1._bits & interval_bounds::_right); } inline interval_bounds all(interval_bounds x1) { return interval_bounds(x1._bits & interval_bounds::_all); } inline bool operator == (const interval_bounds x1, const interval_bounds x2) { return x1._bits == x2._bits; } inline bool operator != (const interval_bounds x1, const interval_bounds x2) { return x1._bits != x2._bits; } inline interval_bounds operator & (interval_bounds x1, interval_bounds x2) { return interval_bounds(x1._bits & x2._bits); } inline interval_bounds operator | (interval_bounds x1, interval_bounds x2) { return interval_bounds(x1._bits | x2._bits); } // left shift (multiplies by 2^shift) inline interval_bounds operator << (interval_bounds bounds, unsigned int shift) { return interval_bounds(bounds._bits << shift); } // right shift (divides by 2^shift) inline interval_bounds operator >> (interval_bounds bounds, unsigned int shift) { return interval_bounds(bounds._bits >> shift); } inline interval_bounds operator ~ (interval_bounds x1) { return all(interval_bounds(~(x1._bits))); } inline interval_bounds outer_bounds(interval_bounds x1, interval_bounds x2) { return left(x1) | right(x2); } inline interval_bounds inner_bounds(interval_bounds x1, interval_bounds x2) { return interval_bounds(x1.reverse_right() | x2.reverse_left()); } inline interval_bounds left_bounds(interval_bounds x1, interval_bounds x2) { return left(x1) | (left(x2) >> 1); } inline interval_bounds right_bounds(interval_bounds x1, interval_bounds x2) { return (right(x1) <<1 ) | right(x2); } inline interval_bounds left_subtract_bounds(interval_bounds x1, interval_bounds x2) { return right(x1) | ~(right(x2) << 1); } inline interval_bounds right_subtract_bounds(interval_bounds x1, interval_bounds x2) { return left(x1) | ~(left(x2) >> 1); } inline bool is_complementary(interval_bounds x1) { return x1 == interval_bounds::right_open() || x1 == interval_bounds::left_open(); } inline bool is_left_closed(interval_bounds bounds) { return bounds.left().bits()==2; } inline bool is_right_closed(interval_bounds bounds) { return bounds.right().bits()==1; } inline std::string left_bracket(interval_bounds bounds) { return is_left_closed(bounds) ? "[" : "("; } inline std::string right_bracket(interval_bounds bounds) { return is_right_closed(bounds) ? "]" : ")"; } template inline typename enable_if, Type>::type shift_lower(interval_bounds decl, interval_bounds repr, const Type& low) { if(is_left_closed(decl) && !is_left_closed(repr)) return icl::pred(low); else if(!is_left_closed(decl) && is_left_closed(repr)) return icl::succ(low); else return low; } template inline typename enable_if, Type>::type shift_upper(interval_bounds decl, interval_bounds repr, const Type& up) { if(!is_right_closed(decl) && is_right_closed(repr)) return icl::pred(up); else if(is_right_closed(decl) && !is_right_closed(repr)) return icl::succ(up); else return up; } template std::basic_ostream& operator << (std::basic_ostream &stream, interval_bounds const& object) { return stream << left_bracket(object) << right_bracket(object); } template inline typename boost::enable_if, interval_bounds>::type outer_bounds(const IntervalT& x1, const IntervalT& x2) { return outer_bounds(x1.bounds(), x2.bounds()); } template inline typename boost::enable_if, interval_bounds>::type inner_bounds(const IntervalT& x1, const IntervalT& x2) { return inner_bounds(x1.bounds(), x2.bounds()); } template inline typename boost::enable_if, interval_bounds>::type left_bounds(const IntervalT& x1, const IntervalT& x2) { return left_bounds(x1.bounds(), x2.bounds()); } template inline typename boost::enable_if, interval_bounds>::type right_bounds(const IntervalT& x1, const IntervalT& x2) { return right_bounds(x1.bounds(), x2.bounds()); } template inline typename boost::enable_if, interval_bounds>::type left_subtract_bounds(const IntervalT& x1, const IntervalT& x2) { return left_subtract_bounds(x1.bounds(), x2.bounds()); } template inline typename boost::enable_if, interval_bounds>::type right_subtract_bounds(const IntervalT& x1, const IntervalT& x2) { return right_subtract_bounds(x1.bounds(), x2.bounds()); } }} // namespace icl boost #endif