public static Scalar128 <ulong> clmulr(Scalar128 <ulong> a, Scalar128 <ulong> b, Vec128 <ulong> poly)
{
var prod = dinx.clmul(a, b);
prod = Bits.xor(prod, dinx.clmul(srl(prod, 64), poly, ClMulMask.X00));
prod = Bits.xor(prod, dinx.clmul(srl(prod, 64), poly, ClMulMask.X00));
return(prod);
}
public static ref Scalar128 <float> rcp(ref Scalar128 <float> src)
{
src = ReciprocalScalar(src);
return(ref src);
}
public static Scalar128 <float> rcp(Scalar128 <float> src) => ReciprocalScalar(src);
public static unsafe ref Scalar128 <double> load(double src, out Scalar128 <double> dst)
{
dst = LoadScalarVector128(pfloat64(ref src));
return(ref dst);
}
public static unsafe ref Scalar128 <float> load(float src, out Scalar128 <float> dst)
{
dst = LoadScalarVector128(pfloat32(ref src));
return(ref dst);
}
public static ref Scalar128 <double> ceil(ref Scalar128 <double> src)
{
src = CeilingScalar(src);
return(ref src);
}
public static ref Scalar128 <float> ceil(ref Scalar128 <float> src)
{
src = CeilingScalar(src);
return(ref src);
}
public static Vec128 <ulong> clmul(Scalar128 <ulong> a, Scalar128 <ulong> b) => CarrylessMultiply(a, b, 0x00);