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ScriptCore: Use engine implementation of half to no longer rely on Half-Package

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This commit is contained in:
Simon Lübeß
2023-12-17 18:47:07 +01:00
parent 64f7896c15
commit 6a87d1ac09
5 changed files with 321 additions and 6 deletions
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GlitchyEngine/src/Math/half.bf
+11 -1
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@@ -24,7 +24,7 @@ struct half : IFloating, ISigned, IFormattable, IHashable, IEquatable<half>, ICa
public bool IsNegative => (_data & Half_Sign_Mask) > 0;
public bool IsFinity => (_data & ~Half_Sign_Mask) < Half_Exponent_Mask;
public bool IsFinite => (_data & ~Half_Sign_Mask) < Half_Exponent_Mask;
public bool IsInfinity => (_data & ~Half_Sign_Mask) == Half_Exponent_Mask;
public bool IsPositiveInfinity => _data == PositiveInfinity._data;
@@ -299,6 +299,16 @@ struct half : IFloating, ISigned, IFormattable, IHashable, IEquatable<half>, ICa
return (half)((float)lhs % (float)rhs);
}
public static half operator ++(half value)
{
return (half)((float)value + 1.0f);
}
public static half operator --(half value)
{
return (half)((float)value - 1.0f);
}
public static bool operator==(half value1, half value2) => value1._data == value2._data;
public static bool operator!=(half value1, half value2) => value1._data != value2._data;
GlitchyEngine/src/Scripting/ScriptGlue.bf
+28
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@@ -465,6 +465,34 @@ static class ScriptGlue
RegisterCall<function float2(float2, out float2)>("ScriptGlue::modf_float2", => GlitchyEngine.Math.modf);
RegisterCall<function float3(float3, out float3)>("ScriptGlue::modf_float3", => GlitchyEngine.Math.modf);
RegisterCall<function float4(float4, out float4)>("ScriptGlue::modf_float4", => GlitchyEngine.Math.modf);
RegisterHalfFunctions();
}
private static void RegisterHalfFunctions()
{
RegisterCall<function void(float, out half)>("Math.MyHalf::FromFloat32", (value, halfValue) => halfValue = GlitchyEngine.Math.half.FromFloat32(value));
RegisterCall<function void(half, out float)>("Math.MyHalf::ToFloat32", (value, floatValue) => floatValue = GlitchyEngine.Math.half.ToFloat32(value));
RegisterCall<function void(half, half, out bool)>("Math.MyHalf::LessThan_Impl", (left, right, result) => result = left < right);
RegisterCall<function void(half, half, out bool)>("Math.MyHalf::LessThanOrEqual_Impl", (left, right, result) => result = left <= right);
RegisterCall<function void(half, half, out bool)>("Math.MyHalf::GreaterThan_Impl", (left, right, result) => result = left > right);
RegisterCall<function void(half, half, out bool)>("Math.MyHalf::GreaterThanOrEqual_Impl", (left, right, result) => result = left >= right);
RegisterCall<function void(half, half, out half)>("Math.MyHalf::Add_Impl", (left, right, result) => result = left + right);
RegisterCall<function void(half, half, out half)>("Math.MyHalf::Subtract_Impl", (left, right, result) => result = left - right);
RegisterCall<function void(half, half, out half)>("Math.MyHalf::Multiply_Impl", (left, right, result) => result = left * right);
RegisterCall<function void(half, half, out half)>("Math.MyHalf::Divide_Impl", (left, right, result) => result = left / right);
RegisterCall<function void(half, half, out half)>("Math.MyHalf::Modulo_Impl", (left, right, result) => result = left % right);
RegisterCall<function void(half, out half)>("Math.MyHalf::Negate_Impl", (value, result) => result = -value);
RegisterCall<function void(half, out half)>("Math.MyHalf::Increment_Impl", (value, result) => result = ++value);
RegisterCall<function void(half, out half)>("Math.MyHalf::Decrement_Impl", (value, result) => result = --value);
RegisterCall<function bool(half)>("Math.MyHalf::IsNegative_Impl", (value) => value.IsNegative);
RegisterCall<function bool(half)>("Math.MyHalf::IsFinite_Impl", (value) => value.IsFinite);
RegisterCall<function bool(half)>("Math.MyHalf::IsInfinity_Impl", (value) => value.IsInfinity);
RegisterCall<function bool(half)>("Math.MyHalf::IsNan_Impl", (value) => value.IsNaN);
RegisterCall<function bool(half)>("Math.MyHalf::IsSubnormal_Impl", (value) => value.IsSubnormal);
}
#endregion