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// Copyright 2015-2019 Hans Dembinski // // 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_HISTOGRAM_AXIS_OPTION_HPP #define BOOST_HISTOGRAM_AXIS_OPTION_HPP #include <boost/mp11.hpp> #include <type_traits> /** \file option.hpp Options for builtin axis types. Options `circular` and `growth` are mutually exclusive. Options `circular` and `underflow` are mutually exclusive. */ namespace boost { namespace histogram { namespace axis { namespace option { /// Holder of axis options. template <unsigned Bits> struct bitset : std::integral_constant<unsigned, Bits> { /// Returns true if all option flags in the argument are set and false otherwise. template <unsigned B> static constexpr auto test(bitset<B>) { return std::integral_constant<bool, static_cast<bool>(Bits & B)>{}; } }; /// Set union of the axis option arguments. template <unsigned B1, unsigned B2> constexpr auto operator|(bitset<B1>, bitset<B2>) { return bitset<(B1 | B2)>{}; } /// Set intersection of the option arguments. template <unsigned B1, unsigned B2> constexpr auto operator&(bitset<B1>, bitset<B2>) { return bitset<(B1 & B2)>{}; } /// Set difference of the option arguments. template <unsigned B1, unsigned B2> constexpr auto operator-(bitset<B1>, bitset<B2>) { return bitset<(B1 & ~B2)>{}; } /** Single option flag. @tparam Pos position of the bit in the set. */ template <unsigned Pos> struct bit : bitset<(1 << Pos)> {}; /// All options off. using none_t = bitset<0>; constexpr none_t none{}; ///< Instance of `none_t`. /// Axis has an underflow bin. Mutually exclusive with `circular`. using underflow_t = bit<0>; constexpr underflow_t underflow{}; ///< Instance of `underflow_t`. /// Axis has overflow bin. using overflow_t = bit<1>; constexpr overflow_t overflow{}; ///< Instance of `overflow_t`. /// Axis is circular. Mutually exclusive with `growth` and `underflow`. using circular_t = bit<2>; constexpr circular_t circular{}; ///< Instance of `circular_t`. /// Axis can grow. Mutually exclusive with `circular`. using growth_t = bit<3>; constexpr growth_t growth{}; ///< Instance of `growth_t`. } // namespace option } // namespace axis } // namespace histogram } // namespace boost #endif