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refactor: Unused code commented for now

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Mateusz Pusz
2022-09-16 17:38:40 -06:00
parent 2f365b5135
commit 2d5386504d
1 changed files with 19 additions and 19 deletions
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38
src/core/include/units/bits/expression_template.h
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@@ -83,30 +83,30 @@ template<typename T, int Num, int Den>
using power_or_T = decltype(power_or_T_impl<T, Num, Den>());
// type_power
template<typename T, int Num, int Den>
struct type_power {
using type = conditional<Den == 1, power<T, Num>, power<T, Num, Den>>;
};
// template<typename T, int Num, int Den>
// struct type_power {
// using type = conditional<Den == 1, power<T, Num>, power<T, Num, Den>>;
// };
template<typename T, int Num2, int Num>
struct type_power<power<T, Num2>, Num, 1> {
using type = power<T, Num * Num2>;
};
// template<typename T, int Num2, int Num>
// struct type_power<power<T, Num2>, Num, 1> {
// using type = power<T, Num * Num2>;
// };
template<typename T, int Num, int Den, int... Ints>
struct type_power<power<T, Ints...>, Num, Den> {
static constexpr ratio r = ratio(power<T, Ints...>::num, power<T, Ints...>::den) * ratio(Num, Den);
using type = power_or_T<T, r.num, r.den>;
};
// template<typename T, int Num, int Den, int... Ints>
// struct type_power<power<T, Ints...>, Num, Den> {
// static constexpr ratio r = ratio(power<T, Ints...>::num, power<T, Ints...>::den) * ratio(Num, Den);
// using type = power_or_T<T, r.num, r.den>;
// };
// expr_power
template<typename List, int Num, int Den>
struct expr_power;
// template<typename List, int Num, int Den>
// struct expr_power;
template<typename... Ts, int Num, int Den>
struct expr_power<type_list<Ts...>, Num, Den> {
using type = type_list<typename type_power<Ts, Num, Den>::type...>;
};
// template<typename... Ts, int Num, int Den>
// struct expr_power<type_list<Ts...>, Num, Den> {
// using type = type_list<typename type_power<Ts, Num, Den>::type...>;
// };
/**
* @brief Consolidates contiguous ranges of exponents of the same dimension