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Merged
Perksey merged 1 commit into from
Jan 2, 2026
Merged

Minor fixes to 2.X branch for 3.0 #2526

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5 changes: 5 additions & 0 deletions build/nuke/Build.Support.cs
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Original file line number Diff line number Diff line change
Expand Up @@ -109,6 +109,11 @@ Dictionary<string, object> ProcessedMsbuildProperties
return (object) x.Substring(idx + 1, x.Length - idx - 1);
}
);

if (!ProcessedMsbuildPropertiesValue.ContainsKey("SilkNukeBuild"))
{
ProcessedMsbuildPropertiesValue["SilkNukeBuild"] = "true";
}
}

return ProcessedMsbuildPropertiesValue;
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190 changes: 95 additions & 95 deletions documentation/proposals/Proposal - Generic Math.md
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Expand Up @@ -65,7 +65,7 @@ For each vector struct, the following requirements **must** fulfill the followin
- Define `VectorND<T> * MatrixNXM` operators where N is the same for both Vector and Matrix, but M is any number
- These operators should function like Transform, but without needed assumptions
- Define TransformNormal static methods which take a Matrix of higher dimensionality assuming 0 in for all missing components (Vector 2 can use `Matrix2Xn`, `Matrix3Xn`, and `Matrix4Xn`) and return a vector containing the output (type should match the outer type e.g. `Vector2D.Transform(Matrix4X4)` returns `Vector2D`)
- For types implementing IBinaryNumber<T>
- For types implementing `IBinaryNumber<T>`
- `BitwiseAnd`, `BitwiseOr`, and `BitwiseXor` static methods defined between two vectors which returns a vector which has had these operators applied on a component-wise basis.
- `BitwiseAnd`, `BitwiseOr`, and `BitwiseXor` static methods operators defined between a vectors and a scalar value that matches the generic type which returns a vector which has had these operators applied on a component-wise basis with the scalar.
- `BitwiseNot` static method defined which negates the bits of the vector components. (BitwiseComplement?)
Expand All @@ -81,107 +81,107 @@ For each vector struct, the following requirements **must** fulfill the followin
- Tau
- E
- Define the following static methods for these types which calls the specified function and returns a new vector with the specified multiplicity:
- INumber<>.Sign, (Memberwise)
- `INumber<>.Sign`, (Memberwise)
- Returns `VectorND<int>`, where N matches the dimensionality of the vector
- INumber<>.Max, (Memberwise, Memberwise)
- INumber<>.Max, (Memberwise, Scalar)
- INumber<>.MaxNumber, (Memberwise, Memberwise)
- INumber<>.MaxNumber, (Memberwise, Scalar)
- INumber<>.Min, (Memberwise, Memberwise)
- INumber<>.Min, (Memberwise, Scalar)
- INumber<>.MinNumber, (Memberwise, Memberwise)
- INumber<>.MinNumber, (Memberwise, Scalar)
- INumber<>.Clamp, (Memberwise, Memberwise, Memberwise)
- INumber<>.Clamp, (Memberwise, Scalar, Scalar)
- INumber<>.CopySign, (Memberwise, Memberwise)
- INumber<>.CopySign, (Memberwise, Scalar)
- INumberBase<>.Abs, (Memberwise)
- INumberBase<>.MaxMagnitude, (Memberwise, Memberwise)
- INumberBase<>.MaxMagnitudeNumber, (Memberwise, Memberwise)
- INumberBase<>.MinMagnitude, (Memberwise, Memberwise)
- INumberBase<>.MinMagnitudeNumber, (Memberwise, Memberwise)
- INumberBase<>.MultiplyAddEstimate, (Memberwise, Memberwise, Memberwise)
- INumberBase<>.MultiplyAddEstimate, (Memberwise, Memberwise, Scalar)
- INumberBase<>.MultiplyAddEstimate, (Memberwise, Scalar, Memberwise)
- INumberBase<>.MultiplyAddEstimate, (Memberwise, Scalar, Scalar)
- IBinaryNumber<>.Log2, (Memberwise)
- IBinaryInteger<>.DivRem, (Memberwise)
- `INumber<>.Max`, (Memberwise, Memberwise)
- `INumber<>.Max`, (Memberwise, Scalar)
- `INumber<>.MaxNumber`, (Memberwise, Memberwise)
- `INumber<>.MaxNumber`, (Memberwise, Scalar)
- `INumber<>.Min`, (Memberwise, Memberwise)
- `INumber<>.Min`, (Memberwise, Scalar)
- `INumber<>.MinNumber`, (Memberwise, Memberwise)
- `INumber<>.MinNumber`, (Memberwise, Scalar)
- `INumber<>.Clamp`, (Memberwise, Memberwise, Memberwise)
- `INumber<>.Clamp`, (Memberwise, Scalar, Scalar)
- `INumber<>.CopySign`, (Memberwise, Memberwise)
- `INumber<>.CopySign`, (Memberwise, Scalar)
- `INumberBase<>.Abs`, (Memberwise)
- `INumberBase<>.MaxMagnitude`, (Memberwise, Memberwise)
- `INumberBase<>.MaxMagnitudeNumber`, (Memberwise, Memberwise)
- `INumberBase<>.MinMagnitude`, (Memberwise, Memberwise)
- `INumberBase<>.MinMagnitudeNumber`, (Memberwise, Memberwise)
- `INumberBase<>.MultiplyAddEstimate`, (Memberwise, Memberwise, Memberwise)
- `INumberBase<>.MultiplyAddEstimate`, (Memberwise, Memberwise, Scalar)
- `INumberBase<>.MultiplyAddEstimate`, (Memberwise, Scalar, Memberwise)
- `INumberBase<>.MultiplyAddEstimate`, (Memberwise, Scalar, Scalar)
- `IBinaryNumber<>.Log2`, (Memberwise)
- `IBinaryInteger<>.DivRem`, (Memberwise)
- Returns tuple of 2 Vectors (Vector Quotient, Vector Remainder)
- IBinaryInteger<>.PopCount, (Memberwise)
- IBinaryInteger<>.TrailingZeroCount, (Memberwise)
- IFloatingPoint<>.Ceiling, (Memberwise)
- IFloatingPoint<>.Floor, (Memberwise)
- IFloatingPoint<>.Round, (Memberwise)
- IFloatingPoint<>.Round, (Memberwise, Scalar) *`int digits`
- IFloatingPoint<>.Round, (Memberwise, Scalar) *`MidpointRounding mode`
- IFloatingPoint<>.Round, (Memberwise, Scalar, Scalar) *`int digits, MidpointRounding mode`
- IFloatingPoint<>.Truncate, (Memberwise)
- IFloatingPointIeee754<>.Atan2, (Memberwise, Memberwise)
- IFloatingPointIeee754<>.Atan2Pi, (Memberwise, Memberwise)
- IFloatingPointIeee754<>.Lerp, (Memberwise, Memberwise, Memberwise)
- IFloatingPointIeee754<>.Lerp, (Memberwise, Memberwise, Scalar)
- IFloatingPointIeee754<>.BitDecrement, (Memberwise)
- IFloatingPointIeee754<>.BitIncrement, (Memberwise)
- IFloatingPointIeee754<>.FusedMultiplyAdd, (Memberwise, Memberwise, Memberwise)
- IFloatingPointIeee754<>.FusedMultiplyAdd, (Memberwise, Memberwise, Scalar)
- IFloatingPointIeee754<>.FusedMultiplyAdd, (Memberwise, Scalar, Memberwise)
- IFloatingPointIeee754<>.FusedMultiplyAdd, (Memberwise, Scalar, Scalar)
- IFloatingPointIeee754<>.Ieee754Remainder, (Memberwise, Memberwise)
- IFloatingPointIeee754<>.Ieee754Remainder, (Memberwise, Scalar)
- IFloatingPointIeee754<>.ILogB, (Memberwise)
- `IBinaryInteger<>.PopCount`, (Memberwise)
- `IBinaryInteger<>.TrailingZeroCount`, (Memberwise)
- `IFloatingPoint<>.Ceiling`, (Memberwise)
- `IFloatingPoint<>.Floor`, (Memberwise)
- `IFloatingPoint<>.Round`, (Memberwise)
- `IFloatingPoint<>.Round`, (Memberwise, Scalar) *`int digits`
- `IFloatingPoint<>.Round`, (Memberwise, Scalar) *`MidpointRounding mode`
- `IFloatingPoint<>.Round`, (Memberwise, Scalar, Scalar) *`int digits, MidpointRounding mode`
- `IFloatingPoint<>.Truncate`, (Memberwise)
- `IFloatingPointIeee754<>.Atan2`, (Memberwise, Memberwise)
- `IFloatingPointIeee754<>.Atan2Pi`, (Memberwise, Memberwise)
- `IFloatingPointIeee754<>.Lerp`, (Memberwise, Memberwise, Memberwise)
- `IFloatingPointIeee754<>.Lerp`, (Memberwise, Memberwise, Scalar)
- `IFloatingPointIeee754<>.BitDecrement`, (Memberwise)
- `IFloatingPointIeee754<>.BitIncrement`, (Memberwise)
- `IFloatingPointIeee754<>.FusedMultiplyAdd`, (Memberwise, Memberwise, Memberwise)
- `IFloatingPointIeee754<>.FusedMultiplyAdd`, (Memberwise, Memberwise, Scalar)
- `IFloatingPointIeee754<>.FusedMultiplyAdd`, (Memberwise, Scalar, Memberwise)
- `IFloatingPointIeee754<>.FusedMultiplyAdd`, (Memberwise, Scalar, Scalar)
- `IFloatingPointIeee754<>.Ieee754Remainder`, (Memberwise, Memberwise)
- `IFloatingPointIeee754<>.Ieee754Remainder`, (Memberwise, Scalar)
- `IFloatingPointIeee754<>.ILogB`, (Memberwise)
- Returns `VectorND<int>`, where N matches the dimensionality of the vector
- **INFORMATIVE** This may require multiple methods depending on implementation
- IFloatingPointIeee754<>.ReciprocalEstimate, (Memberwise)
- IFloatingPointIeee754<>.ReciprocalSqrtEstimate, (Memberwise)
- IFloatingPointIeee754<>.ScaleB, (Memberwise, Memberwise)
- IFloatingPointIeee754<>.ScaleB, (Memberwise, Scalar)
- IPowerFunctions<>.Pow, (Memberwise, Memberwise)
- IPowerFunctions<>.Pow, (Memberwise, Scalar)
- IRootFunctions<>.Cbrt, (Memberwise)
- IRootFunctions<>.Sqrt, (Memberwise)
- IRootFunctions<>.RootN, (Memberwise, Memberwise)
- IRootFunctions<>.RootN, (Memberwise, Scalar)
- IRootFunctions<>.Hypot, (Memberwise, Memberwise)
- IRootFunctions<>.Hypot, (Memberwise, Scalar)
- ILogarithmicFunctions<>.Log, (Memberwise)
- ILogarithmicFunctions<>.Log, (Memberwise, Memberwise)
- ILogarithmicFunctions<>.Log, (Memberwise, Scalar)
- ILogarithmicFunctions<>.LogP1, (Memberwise)
- ~~ILogarithmicFunctions<>.Log2, (Memberwise)~~
- `IFloatingPointIeee754<>.ReciprocalEstimate`, (Memberwise)
- `IFloatingPointIeee754<>.ReciprocalSqrtEstimate`, (Memberwise)
- `IFloatingPointIeee754<>.ScaleB`, (Memberwise, Memberwise)
- `IFloatingPointIeee754<>.ScaleB`, (Memberwise, Scalar)
- `IPowerFunctions<>.Pow`, (Memberwise, Memberwise)
- `IPowerFunctions<>.Pow`, (Memberwise, Scalar)
- `IRootFunctions<>.Cbrt`, (Memberwise)
- `IRootFunctions<>.Sqrt`, (Memberwise)
- `IRootFunctions<>.RootN`, (Memberwise, Memberwise)
- `IRootFunctions<>.RootN`, (Memberwise, Scalar)
- `IRootFunctions<>.Hypot`, (Memberwise, Memberwise)
- `IRootFunctions<>.Hypot`, (Memberwise, Scalar)
- `ILogarithmicFunctions<>.Log`, (Memberwise)
- `ILogarithmicFunctions<>.Log`, (Memberwise, Memberwise)
- `ILogarithmicFunctions<>.Log`, (Memberwise, Scalar)
- `ILogarithmicFunctions<>.LogP1`, (Memberwise)
- ~~`ILogarithmicFunctions<>.Log2`, (Memberwise)~~
- Provided via `IBinaryNumber<>`, which is present on all builtin types that implement `ILogarithmicFunctions<>`
- ILogarithmicFunctions<>.Log2P1, (Memberwise)
- ILogarithmicFunctions<>.Log10, (Memberwise)
- ILogarithmicFunctions<>.Log10P1, (Memberwise)
- IExponentialFunctions<>.Exp, (Memberwise)
- IExponentialFunctions<>.ExpM1, (Memberwise)
- IExponentialFunctions<>.Exp2, (Memberwise)
- IExponentialFunctions<>.Exp2M1, (Memberwise)
- IExponentialFunctions<>.Exp10, (Memberwise)
- IExponentialFunctions<>.Exp10M1, (Memberwise)
- ITrigonometricFunctions<>.Acos, (Memberwise)
- ITrigonometricFunctions<>.AcosPi, (Memberwise)
- ITrigonometricFunctions<>.Asin, (Memberwise)
- ITrigonometricFunctions<>.AsinPi, (Memberwise)
- ITrigonometricFunctions<>.Atan, (Memberwise)
- ITrigonometricFunctions<>.AtanPi, (Memberwise)
- ITrigonometricFunctions<>.Cos, (Memberwise)
- ITrigonometricFunctions<>.CosPi, (Memberwise)
- ITrigonometricFunctions<>.Sin, (Memberwise)
- ITrigonometricFunctions<>.SinPi, (Memberwise)
- ITrigonometricFunctions<>.SinCos, (Memberwise)
- `ILogarithmicFunctions<>.Log2P1`, (Memberwise)
- `ILogarithmicFunctions<>.Log10`, (Memberwise)
- `ILogarithmicFunctions<>.Log10P1`, (Memberwise)
- `IExponentialFunctions<>.Exp`, (Memberwise)
- `IExponentialFunctions<>.ExpM1`, (Memberwise)
- `IExponentialFunctions<>.Exp2`, (Memberwise)
- `IExponentialFunctions<>.Exp2M1`, (Memberwise)
- `IExponentialFunctions<>.Exp10`, (Memberwise)
- `IExponentialFunctions<>.Exp10M1`, (Memberwise)
- `ITrigonometricFunctions<>.Acos`, (Memberwise)
- `ITrigonometricFunctions<>.AcosPi`, (Memberwise)
- `ITrigonometricFunctions<>.Asin`, (Memberwise)
- `ITrigonometricFunctions<>.AsinPi`, (Memberwise)
- `ITrigonometricFunctions<>.Atan`, (Memberwise)
- `ITrigonometricFunctions<>.AtanPi`, (Memberwise)
- `ITrigonometricFunctions<>.Cos`, (Memberwise)
- `ITrigonometricFunctions<>.CosPi`, (Memberwise)
- `ITrigonometricFunctions<>.Sin`, (Memberwise)
- `ITrigonometricFunctions<>.SinPi`, (Memberwise)
- `ITrigonometricFunctions<>.SinCos`, (Memberwise)
- Returns a tuple of 2 Vectors (Sin, Cos)
- ITrigonometricFunctions<>.SinCosPi, (Memberwise)
- `ITrigonometricFunctions<>.SinCosPi`, (Memberwise)
- Returns a tuple of 2 Vectors (Sin, Cos)
- ITrigonometricFunctions<>.Tan, (Memberwise)
- ITrigonometricFunctions<>.TanPi, (Memberwise)
- ITrigonometricFunctions<>.DegreesToRadians, (Memberwise)
- ITrigonometricFunctions<>.RadiansToDegrees, (Memberwise)
- IHyperbolicFunctions<>.Acosh, (Memberwise)
- IHyperbolicFunctions<>.Asinh, (Memberwise)
- IHyperbolicFunctions<>.Atanh, (Memberwise)
- IHyperbolicFunctions<>.Cosh, (Memberwise)
- IHyperbolicFunctions<>.Sinh, (Memberwise)
- IHyperbolicFunctions<>.Tanh, (Memberwise)
- `ITrigonometricFunctions<>.Tan`, (Memberwise)
- `ITrigonometricFunctions<>.TanPi`, (Memberwise)
- `ITrigonometricFunctions<>.DegreesToRadians`, (Memberwise)
- `ITrigonometricFunctions<>.RadiansToDegrees`, (Memberwise)
- `IHyperbolicFunctions<>.Acosh`, (Memberwise)
- `IHyperbolicFunctions<>.Asinh`, (Memberwise)
- `IHyperbolicFunctions<>.Atanh`, (Memberwise)
- `IHyperbolicFunctions<>.Cosh`, (Memberwise)
- `IHyperbolicFunctions<>.Sinh`, (Memberwise)
- `IHyperbolicFunctions<>.Tanh`, (Memberwise)
- ScaleB(Vector x, VectorND\<int\> n)
- ScaleB(Vector x, int n)
- RoundToInt(Vector x)
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2 changes: 1 addition & 1 deletion src/Core/Silk.NET.BuildTools/Silk.NET.BuildTools.csproj
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Expand Up @@ -9,7 +9,7 @@
<SilkPublicApiExempt>true</SilkPublicApiExempt>

<!-- Workaround for issue https://github.com/microsoft/ClangSharp/issues/129 -->
<RuntimeIdentifier Condition="'$(RuntimeIdentifier)' == '' AND '$(PackAsTool)' != 'true'">$(NETCoreSdkRuntimeIdentifier)</RuntimeIdentifier>
<RuntimeIdentifier Condition="'$(RuntimeIdentifier)' == '' AND '$(PackAsTool)' != 'true' AND '$(SilkNukeBuild)' != 'true'">$(NETCoreSdkRuntimeIdentifier)</RuntimeIdentifier>
</PropertyGroup>

<ItemGroup>
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