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refactor(*): make type alias identifiers conform to the style for general type identifiers

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Redstone1024
2024-12-16 19:34:47 +08:00
parent d2b6e0c669
commit 312cfe4097
54 changed files with 1738 additions and 1698 deletions
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50
Redcraft.Utility/Source/Public/Numeric/Math.h
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@ -444,83 +444,83 @@ RESOLVE_ARITHMETIC_AMBIGUITY_2_ARGS(CArithmetic, IsNearlyZero)
template <CFloatingPoint T>
NODISCARD FORCEINLINE constexpr bool IsInfinity(T A)
{
using Traits = NAMESPACE_PRIVATE::TFloatingTypeTraits<T>;
using FTraits = NAMESPACE_PRIVATE::TFloatingTypeTraits<T>;
auto IntegralValue = Math::BitCast<typename Traits::FIntegralT>(A);
auto IntegralValue = Math::BitCast<typename FTraits::FIntegralT>(A);
return (IntegralValue & Traits::ExponentMask) == Traits::ExponentMask && (IntegralValue & Traits::MantissaMask) == 0;
return (IntegralValue & FTraits::ExponentMask) == FTraits::ExponentMask && (IntegralValue & FTraits::MantissaMask) == 0;
}
/** @return true if the given value is NaN, false otherwise. */
template <CFloatingPoint T>
NODISCARD FORCEINLINE constexpr bool IsNaN(T A)
{
using Traits = NAMESPACE_PRIVATE::TFloatingTypeTraits<T>;
using FTraits = NAMESPACE_PRIVATE::TFloatingTypeTraits<T>;
auto IntegralValue = Math::BitCast<typename Traits::FIntegralT>(A);
auto IntegralValue = Math::BitCast<typename FTraits::FIntegralT>(A);
return (IntegralValue & Traits::ExponentMask) == Traits::ExponentMask && (IntegralValue & Traits::MantissaMask) != 0;
return (IntegralValue & FTraits::ExponentMask) == FTraits::ExponentMask && (IntegralValue & FTraits::MantissaMask) != 0;
}
/** @return true if the given value is normal, false otherwise. */
template <CFloatingPoint T>
NODISCARD FORCEINLINE constexpr bool IsNormal(T A)
{
using Traits = NAMESPACE_PRIVATE::TFloatingTypeTraits<T>;
using FTraits = NAMESPACE_PRIVATE::TFloatingTypeTraits<T>;
auto IntegralValue = Math::BitCast<typename Traits::FIntegralT>(A);
auto IntegralValue = Math::BitCast<typename FTraits::FIntegralT>(A);
return (IntegralValue & Traits::ExponentMask) != 0 && (IntegralValue & Traits::ExponentMask) != Traits::ExponentMask;
return (IntegralValue & FTraits::ExponentMask) != 0 && (IntegralValue & FTraits::ExponentMask) != FTraits::ExponentMask;
}
/** @return true if the given value is subnormal, false otherwise. */
template <CFloatingPoint T>
NODISCARD FORCEINLINE constexpr bool IsDenorm(T A)
{
using Traits = NAMESPACE_PRIVATE::TFloatingTypeTraits<T>;
using FTraits = NAMESPACE_PRIVATE::TFloatingTypeTraits<T>;
auto IntegralValue = Math::BitCast<typename Traits::FIntegralT>(A);
auto IntegralValue = Math::BitCast<typename FTraits::FIntegralT>(A);
return (IntegralValue & Traits::ExponentMask) == 0 && (IntegralValue & Traits::MantissaMask) != 0;
return (IntegralValue & FTraits::ExponentMask) == 0 && (IntegralValue & FTraits::MantissaMask) != 0;
}
/** @return true if the given value is negative, even -0.0, false otherwise. */
template <CFloatingPoint T>
NODISCARD FORCEINLINE constexpr bool IsNegative(T A)
{
using Traits = NAMESPACE_PRIVATE::TFloatingTypeTraits<T>;
using FTraits = NAMESPACE_PRIVATE::TFloatingTypeTraits<T>;
auto IntegralValue = Math::BitCast<typename Traits::FIntegralT>(A);
auto IntegralValue = Math::BitCast<typename FTraits::FIntegralT>(A);
return (IntegralValue & Traits::SignMask) >> Traits::SignShift;
return (IntegralValue & FTraits::SignMask) >> FTraits::SignShift;
}
/** @return The exponent of the given value. */
template <CFloatingPoint T>
NODISCARD FORCEINLINE constexpr uint Exponent(T A)
{
using Traits = NAMESPACE_PRIVATE::TFloatingTypeTraits<T>;
using FTraits = NAMESPACE_PRIVATE::TFloatingTypeTraits<T>;
auto IntegralValue = Math::BitCast<typename Traits::FIntegralT>(A);
auto IntegralValue = Math::BitCast<typename FTraits::FIntegralT>(A);
return ((IntegralValue & Traits::ExponentMask) >> Traits::ExponentShift) - Traits::ExponentBias;
return ((IntegralValue & FTraits::ExponentMask) >> FTraits::ExponentShift) - FTraits::ExponentBias;
}
/** @return The NaN value with the given payload. */
template <CFloatingPoint T, CUnsignedIntegral U>
NODISCARD FORCEINLINE constexpr T NaN(U Payload)
{
using Traits = NAMESPACE_PRIVATE::TFloatingTypeTraits<T>;
using FTraits = NAMESPACE_PRIVATE::TFloatingTypeTraits<T>;
checkf(Payload != 0, TEXT("Illegal payload. It must not be zero."));
checkf(Payload < (static_cast<typename Traits::FIntegralT>(1) << Traits::MantissaBits), TEXT("Illegal payload. It must be less than 2^MantissaBits."));
checkf(Payload < (static_cast<typename FTraits::FIntegralT>(1) << FTraits::MantissaBits), TEXT("Illegal payload. It must be less than 2^MantissaBits."));
if (Payload == 0) return TNumericLimits<T>::QuietNaN();
typename Traits::FIntegralT ValidPayload = Payload & Traits::MantissaMask;
typename FTraits::FIntegralT ValidPayload = Payload & FTraits::MantissaMask;
return Math::BitCast<T>(ValidPayload | Traits::ExponentMask);
return Math::BitCast<T>(ValidPayload | FTraits::ExponentMask);
}
/** @return The NaN value with the given payload. */
@ -536,11 +536,11 @@ NODISCARD FORCEINLINE constexpr T NaN(U Payload)
template <CFloatingPoint T>
NODISCARD FORCEINLINE constexpr auto NaNPayload(T A)
{
using Traits = NAMESPACE_PRIVATE::TFloatingTypeTraits<T>;
using FTraits = NAMESPACE_PRIVATE::TFloatingTypeTraits<T>;
auto IntegralValue = Math::BitCast<typename Traits::FIntegralT>(A);
auto IntegralValue = Math::BitCast<typename FTraits::FIntegralT>(A);
return IntegralValue & Traits::MantissaMask;
return IntegralValue & FTraits::MantissaMask;
}
/** @return The NaN payload of the given value. */