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#ifndef TYPEASVALUE_SRC_OPERATION_MATH_H_
#define TYPEASVALUE_SRC_OPERATION_MATH_H_
#include "type.h"
#include "logic.h"
namespace tav {
template <
typename X,
typename Y
>
using Add = std::integral_constant<
decltype(X::value + Y::value),
X::value + Y::value
>;
template <
typename X,
typename Y
>
using Substract = std::integral_constant<
decltype(X::value - Y::value),
X::value - Y::value
>;
template <
typename X,
typename Y
>
using Multiply = std::integral_constant<
decltype(X::value * Y::value),
X::value * Y::value
>;
template <
typename X,
typename Y
>
using Divide = std::integral_constant<
decltype(X::value / Y::value),
X::value / Y::value
>;
template <typename Base>
using Square = Multiply<Base, Base>;
template <
typename X,
typename Y
>
using Modulo = std::integral_constant<
decltype(X::value % Y::value),
X::value % Y::value
>;
template <typename X>
using Even = EqualValue<
Modulo<X, Size<2>>,
Size<0>
>;
template <typename X>
using Odd = Not<Even<X>>;
template <
typename X,
typename Y
>
using GreaterThan = Boolean<(X::value > Y::value)>;
template <
typename X,
typename Y
>
using LowerThan = Boolean<(X::value < Y::value)>;
}
#endif // TYPEASVALUE_SRC_OPERATION_MATH_H_
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