129return new UInt128(hash.High64, hash.Low64); 214return new UInt128(current.High64, current.Low64);

127return new UInt128(hash.High64, hash.Low64); 212return new UInt128(current.High64, current.Low64);

129return new UInt128(hash.High64, hash.Low64); 214return new UInt128(current.High64, current.Low64);

129return new UInt128(hash.High64, hash.Low64); 214return new UInt128(current.High64, current.Low64);

125return new UInt128(hash.High64, hash.Low64); 210return new UInt128(current.High64, current.Low64);

189return new UInt128(

35value /= new UInt128(0x5, 0x6BC7_5E2D_6310_0000); // value /= 1e20

1749UInt128 mantissa = new UInt128(high, low64); 1823return new UInt128((exponent == DEC_SCALE_MAX) ? 2u : 0u, pow5[exponent]);

422public static explicit operator UInt128(Int128 value) => new UInt128(value._upper, value._lower); 435return new UInt128(value._upper, value._lower);

285return new UInt128(high, low);

1356return new UInt128(((ulong)_blocks[3] << 32) + _blocks[2], ((ulong)(_blocks[1]) << 32) + _blocks[0]); 1361return new UInt128((ulong)_blocks[2], ((ulong)_blocks[1] << 32) + _blocks[0]);

551return new UInt128((ulong)value._sign << 32, 0); 596return new UInt128(currentDigit, lowWord);

158UInt128 fraction = new UInt128(value._hi, value._lo);

95UInt128 significand = new UInt128(value._hi, value._lo);

178UInt128 p = (UInt128)a * b + new UInt128(addHi, addLo); 186UInt128 addend = new UInt128(addHi, addLo); 196UInt128 prod = (UInt128)a * b + new UInt128(carryIn, 0); 197UInt128 addend = new UInt128(addHi, addLo);

2837UInt128 divisor = new UInt128(0, 10_000_000_000_000_000_000);

145: TryGetFloorAndMidpoint(new UInt128(high, low), shift, DoubleIntegerBoundaryLog2, out floor, out midpointComparison, out hasRemainder);

40private static UInt128 PositiveInfinityValue => new UInt128(upper: 0x7800_0000_0000_0000, lower: 0); 41private static UInt128 NegativeInfinityValue => new UInt128(upper: 0xF800_0000_0000_0000, lower: 0); 44private static UInt128 ZeroValue => new UInt128(0x3040_0000_0000_0000, 0); 45private static UInt128 NegativeZeroValue => new UInt128(0xB040_0000_0000_0000, 0); 47private static UInt128 OneValue => new UInt128(0x3040_0000_0000_0000, 1); 48private static UInt128 NegativeOneValue => new UInt128(0xB040_0000_0000_0000, 1); 50private static UInt128 EValue => new UInt128(0x2FFE_8605_8A4B_F4DE, 0x4E90_6ACC_B26A_BB56); // +2.718281828459045235360287471352662 51private static UInt128 PiValue => new UInt128(0x2FFE_9AE4_7957_96A7, 0xBABE_5564_E6F3_9F8F); // +3.141592653589793238462643383279503 52private static UInt128 TauValue => new UInt128(0x2FFF_35C8_F2AF_2D4F, 0x757C_AAC9_CDE7_3F1E); // +6.283185307179586476925286766559006 53private static UInt128 QuietNaNValue => new UInt128(0xFC00_0000_0000_0000, 0); 54private static UInt128 NaNPayloadMask => new UInt128(0x0000_3FFF_FFFF_FFFF, 0xFFFF_FFFF_FFFF_FFFF); 221var current = new UInt128(_upper, _lower); 222var another = new UInt128(other._upper, other._lower); 229var current = new UInt128(_upper, _lower); 230var another = new UInt128(other._upper, other._lower); 247return Number.GetDecimalIeee754HashCode<Decimal128, UInt128>(new UInt128(_upper, _lower)); 254public static UInt128 EncodeBinary(Decimal128 x) => new UInt128(x._upper, x._lower); 266public static UInt128 EncodeDecimal(Decimal128 x) => Number.EncodeDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower)); 279return Number.FormatDecimalIeee754<Decimal128, UInt128>(new UInt128(_upper, _lower), null, NumberFormatInfo.CurrentInfo); 287return Number.FormatDecimalIeee754<Decimal128, UInt128>(new UInt128(_upper, _lower), format, NumberFormatInfo.CurrentInfo); 295return Number.FormatDecimalIeee754<Decimal128, UInt128>(new UInt128(_upper, _lower), null, NumberFormatInfo.GetInstance(provider)); 303return Number.FormatDecimalIeee754<Decimal128, UInt128>(new UInt128(_upper, _lower), format, NumberFormatInfo.GetInstance(provider)); 309return Number.TryFormatDecimalIeee754<Decimal128, UInt128, char>(new UInt128(_upper, _lower), format, NumberFormatInfo.GetInstance(provider), destination, out charsWritten); 315return Number.TryFormatDecimalIeee754<Decimal128, UInt128, byte>(new UInt128(_upper, _lower), format, NumberFormatInfo.GetInstance(provider), utf8Destination, out bytesWritten); 333UInt128 result = Number.AddDecimalIeee754<Decimal128, UInt128>(new UInt128(value._upper, value._lower), OneValue); 342UInt128 result = Number.SubtractDecimalIeee754<Decimal128, UInt128>(new UInt128(value._upper, value._lower), OneValue); 352UInt128 result = Number.AddDecimalIeee754<Decimal128, UInt128>(new UInt128(left._upper, left._lower), new UInt128(right._upper, right._lower)); 362UInt128 result = Number.SubtractDecimalIeee754<Decimal128, UInt128>(new UInt128(left._upper, left._lower), new UInt128(right._upper, right._lower)); 372UInt128 result = Number.MultiplyDecimalIeee754<Decimal128, UInt128>(new UInt128(left._upper, left._lower), new UInt128(right._upper, right._lower)); 382UInt128 result = Number.DivideDecimalIeee754<Decimal128, UInt128>(new UInt128(left._upper, left._lower), new UInt128(right._upper, right._lower)); 392UInt128 result = Number.RemainderDecimalIeee754<Decimal128, UInt128>(new UInt128(left._upper, left._lower), new UInt128(right._upper, right._lower)); 433public static explicit operator byte(Decimal128 value) => Number.ConvertDecimalIeee754ToInteger<Decimal128, UInt128, byte>(new UInt128(value._upper, value._lower), isChecked: false); 439public static explicit operator checked byte(Decimal128 value) => Number.ConvertDecimalIeee754ToInteger<Decimal128, UInt128, byte>(new UInt128(value._upper, value._lower), isChecked: true); 445public static explicit operator sbyte(Decimal128 value) => Number.ConvertDecimalIeee754ToInteger<Decimal128, UInt128, sbyte>(new UInt128(value._upper, value._lower), isChecked: false); 452public static explicit operator checked sbyte(Decimal128 value) => Number.ConvertDecimalIeee754ToInteger<Decimal128, UInt128, sbyte>(new UInt128(value._upper, value._lower), isChecked: true); 457public static explicit operator char(Decimal128 value) => (char)Number.ConvertDecimalIeee754ToInteger<Decimal128, UInt128, ushort>(new UInt128(value._upper, value._lower), isChecked: false); 463public static explicit operator checked char(Decimal128 value) => (char)Number.ConvertDecimalIeee754ToInteger<Decimal128, UInt128, ushort>(new UInt128(value._upper, value._lower), isChecked: true); 468public static explicit operator short(Decimal128 value) => Number.ConvertDecimalIeee754ToInteger<Decimal128, UInt128, short>(new UInt128(value._upper, value._lower), isChecked: false); 474public static explicit operator checked short(Decimal128 value) => Number.ConvertDecimalIeee754ToInteger<Decimal128, UInt128, short>(new UInt128(value._upper, value._lower), isChecked: true); 480public static explicit operator ushort(Decimal128 value) => Number.ConvertDecimalIeee754ToInteger<Decimal128, UInt128, ushort>(new UInt128(value._upper, value._lower), isChecked: false); 487public static explicit operator checked ushort(Decimal128 value) => Number.ConvertDecimalIeee754ToInteger<Decimal128, UInt128, ushort>(new UInt128(value._upper, value._lower), isChecked: true); 492public static explicit operator int(Decimal128 value) => Number.ConvertDecimalIeee754ToInteger<Decimal128, UInt128, int>(new UInt128(value._upper, value._lower), isChecked: false); 498public static explicit operator checked int(Decimal128 value) => Number.ConvertDecimalIeee754ToInteger<Decimal128, UInt128, int>(new UInt128(value._upper, value._lower), isChecked: true); 504public static explicit operator uint(Decimal128 value) => Number.ConvertDecimalIeee754ToInteger<Decimal128, UInt128, uint>(new UInt128(value._upper, value._lower), isChecked: false); 511public static explicit operator checked uint(Decimal128 value) => Number.ConvertDecimalIeee754ToInteger<Decimal128, UInt128, uint>(new UInt128(value._upper, value._lower), isChecked: true); 516public static explicit operator nint(Decimal128 value) => Number.ConvertDecimalIeee754ToInteger<Decimal128, UInt128, nint>(new UInt128(value._upper, value._lower), isChecked: false); 522public static explicit operator checked nint(Decimal128 value) => Number.ConvertDecimalIeee754ToInteger<Decimal128, UInt128, nint>(new UInt128(value._upper, value._lower), isChecked: true); 528public static explicit operator nuint(Decimal128 value) => Number.ConvertDecimalIeee754ToInteger<Decimal128, UInt128, nuint>(new UInt128(value._upper, value._lower), isChecked: false); 535public static explicit operator checked nuint(Decimal128 value) => Number.ConvertDecimalIeee754ToInteger<Decimal128, UInt128, nuint>(new UInt128(value._upper, value._lower), isChecked: true); 540public static explicit operator long(Decimal128 value) => Number.ConvertDecimalIeee754ToInteger<Decimal128, UInt128, long>(new UInt128(value._upper, value._lower), isChecked: false); 546public static explicit operator checked long(Decimal128 value) => Number.ConvertDecimalIeee754ToInteger<Decimal128, UInt128, long>(new UInt128(value._upper, value._lower), isChecked: true); 552public static explicit operator ulong(Decimal128 value) => Number.ConvertDecimalIeee754ToInteger<Decimal128, UInt128, ulong>(new UInt128(value._upper, value._lower), isChecked: false); 559public static explicit operator checked ulong(Decimal128 value) => Number.ConvertDecimalIeee754ToInteger<Decimal128, UInt128, ulong>(new UInt128(value._upper, value._lower), isChecked: true); 564public static explicit operator Int128(Decimal128 value) => Number.ConvertDecimalIeee754ToInteger<Decimal128, UInt128, Int128>(new UInt128(value._upper, value._lower), isChecked: false); 570public static explicit operator checked Int128(Decimal128 value) => Number.ConvertDecimalIeee754ToInteger<Decimal128, UInt128, Int128>(new UInt128(value._upper, value._lower), isChecked: true); 576public static explicit operator UInt128(Decimal128 value) => Number.ConvertDecimalIeee754ToInteger<Decimal128, UInt128, UInt128>(new UInt128(value._upper, value._lower), isChecked: false); 583public static explicit operator checked UInt128(Decimal128 value) => Number.ConvertDecimalIeee754ToInteger<Decimal128, UInt128, UInt128>(new UInt128(value._upper, value._lower), isChecked: true); 588public static explicit operator Half(Decimal128 value) => Number.ConvertDecimalIeee754ToFloat<Decimal128, UInt128, Half>(new UInt128(value._upper, value._lower)); 593public static explicit operator float(Decimal128 value) => Number.ConvertDecimalIeee754ToFloat<Decimal128, UInt128, float>(new UInt128(value._upper, value._lower)); 598public static explicit operator double(Decimal128 value) => Number.ConvertDecimalIeee754ToFloat<Decimal128, UInt128, double>(new UInt128(value._upper, value._lower)); 604public static explicit operator decimal(Decimal128 value) => Number.ConvertDecimalIeee754ToDecimal<Decimal128, UInt128>(new UInt128(value._upper, value._lower)); 681return Number.EqualsDecimalIeee754<Decimal128, UInt128>(new UInt128(left._upper, left._lower), new UInt128(right._upper, right._lower)); 699return Number.LessThanDecimalIeee754<Decimal128, UInt128>(new UInt128(left._upper, left._lower), new UInt128(right._upper, right._lower)); 708return Number.GreaterThanDecimalIeee754<Decimal128, UInt128>(new UInt128(left._upper, left._lower), new UInt128(right._upper, right._lower)); 717return Number.LessThanOrEqualDecimalIeee754<Decimal128, UInt128>(new UInt128(left._upper, left._lower), new UInt128(right._upper, right._lower)); 726return Number.GreaterThanOrEqualDecimalIeee754<Decimal128, UInt128>(new UInt128(left._upper, left._lower), new UInt128(right._upper, right._lower)); 795public static Decimal128 Ceiling(Decimal128 x) => new Decimal128(Number.RoundDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower), 0, MidpointRounding.ToPositiveInfinity)); 806public static Decimal128 Floor(Decimal128 x) => new Decimal128(Number.RoundDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower), 0, MidpointRounding.ToNegativeInfinity)); 809public static Decimal128 Round(Decimal128 x) => new Decimal128(Number.RoundDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower), 0, MidpointRounding.ToEven)); 812public static Decimal128 Round(Decimal128 x, int digits) => new Decimal128(Number.RoundDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower), digits, MidpointRounding.ToEven)); 815public static Decimal128 Round(Decimal128 x, MidpointRounding mode) => new Decimal128(Number.RoundDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower), 0, mode)); 818public static Decimal128 Round(Decimal128 x, int digits, MidpointRounding mode) => new Decimal128(Number.RoundDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower), digits, mode)); 821public static Decimal128 Truncate(Decimal128 x) => new Decimal128(Number.RoundDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower), 0, MidpointRounding.ToZero)); 829int exponent = Number.UnpackDecimalIeee754<Decimal128, UInt128>(new UInt128(_upper, _lower)).UnbiasedExponent; 850if (BinaryPrimitives.TryWriteInt32BigEndian(destination, Number.UnpackDecimalIeee754<Decimal128, UInt128>(new UInt128(_upper, _lower)).UnbiasedExponent)) 863if (BinaryPrimitives.TryWriteInt32LittleEndian(destination, Number.UnpackDecimalIeee754<Decimal128, UInt128>(new UInt128(_upper, _lower)).UnbiasedExponent)) 876if (BinaryPrimitives.TryWriteUInt128BigEndian(destination, Number.UnpackDecimalIeee754<Decimal128, UInt128>(new UInt128(_upper, _lower)).Significand)) 889if (BinaryPrimitives.TryWriteUInt128LittleEndian(destination, Number.UnpackDecimalIeee754<Decimal128, UInt128>(new UInt128(_upper, _lower)).Significand)) 904public static Decimal128 Acos(Decimal128 x) => new Decimal128(Number.AcosDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 907public static Decimal128 AcosPi(Decimal128 x) => new Decimal128(Number.AcosPiDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 910public static Decimal128 Acosh(Decimal128 x) => new Decimal128(Number.AcoshDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 913public static Decimal128 Asin(Decimal128 x) => new Decimal128(Number.AsinDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 916public static Decimal128 AsinPi(Decimal128 x) => new Decimal128(Number.AsinPiDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 919public static Decimal128 Asinh(Decimal128 x) => new Decimal128(Number.AsinhDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 922public static Decimal128 Atan(Decimal128 x) => new Decimal128(Number.AtanDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 925public static Decimal128 Atan2(Decimal128 y, Decimal128 x) => new Decimal128(Number.Atan2DecimalIeee754<Decimal128, UInt128>(new UInt128(y._upper, y._lower), new UInt128(x._upper, x._lower))); 928public static Decimal128 Atan2Pi(Decimal128 y, Decimal128 x) => new Decimal128(Number.Atan2PiDecimalIeee754<Decimal128, UInt128>(new UInt128(y._upper, y._lower), new UInt128(x._upper, x._lower))); 931public static Decimal128 AtanPi(Decimal128 x) => new Decimal128(Number.AtanPiDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 934public static Decimal128 Atanh(Decimal128 x) => new Decimal128(Number.AtanhDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 937public static Decimal128 BitDecrement(Decimal128 x) => new Decimal128(Number.BitDecrementDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 940public static Decimal128 BitIncrement(Decimal128 x) => new Decimal128(Number.BitIncrementDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 943public static Decimal128 Cbrt(Decimal128 x) => new Decimal128(Number.CbrtDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 946public static Decimal128 Cos(Decimal128 x) => new Decimal128(Number.CosDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 949public static Decimal128 CosPi(Decimal128 x) => new Decimal128(Number.CosPiDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 952public static Decimal128 Cosh(Decimal128 x) => new Decimal128(Number.CoshDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 955public static Decimal128 Exp(Decimal128 x) => new Decimal128(Number.ExpDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 958public static Decimal128 Exp10(Decimal128 x) => new Decimal128(Number.Exp10DecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 961public static Decimal128 Exp10M1(Decimal128 x) => new Decimal128(Number.Exp10M1DecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 964public static Decimal128 Exp2(Decimal128 x) => new Decimal128(Number.Exp2DecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 967public static Decimal128 Exp2M1(Decimal128 x) => new Decimal128(Number.Exp2M1DecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 970public static Decimal128 ExpM1(Decimal128 x) => new Decimal128(Number.ExpM1DecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 973public static Decimal128 FusedMultiplyAdd(Decimal128 left, Decimal128 right, Decimal128 addend) => new Decimal128(Number.FusedMultiplyAddDecimalIeee754<Decimal128, UInt128>(new UInt128(left._upper, left._lower), new UInt128(right._upper, right._lower), new UInt128(addend._upper, addend._lower))); 976public static Decimal128 Hypot(Decimal128 x, Decimal128 y) => new Decimal128(Number.HypotDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower), new UInt128(y._upper, y._lower))); 979public static Decimal128 Ieee754Remainder(Decimal128 left, Decimal128 right) => new Decimal128(Number.Ieee754RemainderDecimalIeee754<Decimal128, UInt128>(new UInt128(left._upper, left._lower), new UInt128(right._upper, right._lower))); 982public static int ILogB(Decimal128 x) => Number.ILogBDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower)); 988public static Decimal128 Log(Decimal128 x) => new Decimal128(Number.LogDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 991public static Decimal128 Log(Decimal128 x, Decimal128 newBase) => new Decimal128(Number.LogDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower), new UInt128(newBase._upper, newBase._lower))); 994public static Decimal128 Log10(Decimal128 x) => new Decimal128(Number.Log10DecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 997public static Decimal128 Log10P1(Decimal128 x) => new Decimal128(Number.Log10P1DecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 1000public static Decimal128 Log2(Decimal128 x) => new Decimal128(Number.Log2DecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 1003public static Decimal128 Log2P1(Decimal128 x) => new Decimal128(Number.Log2P1DecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 1006public static Decimal128 LogP1(Decimal128 x) => new Decimal128(Number.LogP1DecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 1009public static Decimal128 Pow(Decimal128 x, Decimal128 y) => new Decimal128(Number.PowDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower), new UInt128(y._upper, y._lower))); 1018public static Decimal128 RootN(Decimal128 x, int n) => new Decimal128(Number.RootNDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower), n)); 1021public static Decimal128 ScaleB(Decimal128 x, int n) => new Decimal128(Number.ScaleBDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower), n)); 1024public static Decimal128 Sin(Decimal128 x) => new Decimal128(Number.SinDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 1029(UInt128 sin, UInt128 cos) = Number.SinCosDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower)); 1036(UInt128 sin, UInt128 cos) = Number.SinCosPiDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower)); 1041public static Decimal128 SinPi(Decimal128 x) => new Decimal128(Number.SinPiDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 1044public static Decimal128 Sinh(Decimal128 x) => new Decimal128(Number.SinhDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 1047public static Decimal128 Sqrt(Decimal128 x) => new Decimal128(Number.SqrtDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 1050public static Decimal128 Tan(Decimal128 x) => new Decimal128(Number.TanDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 1053public static Decimal128 TanPi(Decimal128 x) => new Decimal128(Number.TanPiDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 1056public static Decimal128 Tanh(Decimal128 x) => new Decimal128(Number.TanhDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 1062public static Decimal128 Quantize(Decimal128 x, Decimal128 y) => new Decimal128(Number.QuantizeDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower), new UInt128(y._upper, y._lower))); 1067public static Decimal128 GetQuantum(Decimal128 x) => new Decimal128(Number.QuantumDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower))); 1073public static bool HaveSameQuantum(Decimal128 x, Decimal128 y) => Number.SameQuantumDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower), new UInt128(y._upper, y._lower)); 1078public static Decimal128 Abs(Decimal128 value) => new Decimal128(Number.AbsDecimalIeee754<Decimal128, UInt128>(new UInt128(value._upper, value._lower))); 1123public static bool IsInteger(Decimal128 value) => Number.IsIntegerDecimalIeee754<Decimal128, UInt128>(new UInt128(value._upper, value._lower)); 1128public static bool IsEvenInteger(Decimal128 value) => Number.IsEvenIntegerDecimalIeee754<Decimal128, UInt128>(new UInt128(value._upper, value._lower)); 1133public static bool IsOddInteger(Decimal128 value) => Number.IsOddIntegerDecimalIeee754<Decimal128, UInt128>(new UInt128(value._upper, value._lower)); 1138public static bool IsNormal(Decimal128 value) => Number.IsNormalDecimalIeee754<Decimal128, UInt128>(new UInt128(value._upper, value._lower)); 1143public static bool IsSubnormal(Decimal128 value) => Number.IsSubnormalDecimalIeee754<Decimal128, UInt128>(new UInt128(value._upper, value._lower)); 1149public static Decimal128 MaxMagnitude(Decimal128 x, Decimal128 y) => new Decimal128(Number.MaxMagnitudeDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower), new UInt128(y._upper, y._lower))); 1155public static Decimal128 MaxMagnitudeNumber(Decimal128 x, Decimal128 y) => new Decimal128(Number.MaxMagnitudeNumberDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower), new UInt128(y._upper, y._lower))); 1161public static Decimal128 MinMagnitude(Decimal128 x, Decimal128 y) => new Decimal128(Number.MinMagnitudeDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower), new UInt128(y._upper, y._lower))); 1167public static Decimal128 MinMagnitudeNumber(Decimal128 x, Decimal128 y) => new Decimal128(Number.MinMagnitudeNumberDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower), new UInt128(y._upper, y._lower))); 1210public static Decimal128 CopySign(Decimal128 value, Decimal128 sign) => new Decimal128(Number.CopySignDecimalIeee754<Decimal128, UInt128>(new UInt128(value._upper, value._lower), new UInt128(sign._upper, sign._lower))); 1216public static Decimal128 Max(Decimal128 x, Decimal128 y) => new Decimal128(Number.MaxDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower), new UInt128(y._upper, y._lower))); 1222public static Decimal128 MaxNative(Decimal128 x, Decimal128 y) => new Decimal128(Number.MaxNativeDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower), new UInt128(y._upper, y._lower))); 1228public static Decimal128 MaxNumber(Decimal128 x, Decimal128 y) => new Decimal128(Number.MaxNumberDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower), new UInt128(y._upper, y._lower))); 1234public static Decimal128 Min(Decimal128 x, Decimal128 y) => new Decimal128(Number.MinDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower), new UInt128(y._upper, y._lower))); 1240public static Decimal128 MinNative(Decimal128 x, Decimal128 y) => new Decimal128(Number.MinNativeDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower), new UInt128(y._upper, y._lower))); 1246public static Decimal128 MinNumber(Decimal128 x, Decimal128 y) => new Decimal128(Number.MinNumberDecimalIeee754<Decimal128, UInt128>(new UInt128(x._upper, x._lower), new UInt128(y._upper, y._lower))); 1252public static int Sign(Decimal128 value) => Number.SignDecimalIeee754<Decimal128, UInt128>(new UInt128(value._upper, value._lower)); 1258static bool INumberBase<Decimal128>.IsCanonical(Decimal128 value) => Number.IsCanonicalDecimalIeee754<Decimal128, UInt128>(new UInt128(value._upper, value._lower), nanReservedMask: new UInt128(0x01FF_C000_0000_0000, 0x0000_0000_0000_0000), nanPayloadMask: NaNPayloadMask, maxNaNPayload: new UInt128(0x0000_314D_C644_8D93, 0x38C1_5B09_FFFF_FFFF)); 1267static bool INumberBase<Decimal128>.IsZero(Decimal128 value) => Number.IsZeroDecimalIeee754<Decimal128, UInt128>(new UInt128(value._upper, value._lower)); 1702new UInt128(0, 1), 1703new UInt128(0, 10), 1704new UInt128(0, 100), 1705new UInt128(0, 1000), 1706new UInt128(0, 10000), 1707new UInt128(0, 100000), 1708new UInt128(0, 1000000), 1709new UInt128(0, 10000000), 1710new UInt128(0, 100000000), 1711new UInt128(0, 1000000000), 1712new UInt128(0, 10000000000), 1713new UInt128(0, 100000000000), 1714new UInt128(0, 1000000000000), 1715new UInt128(0, 10000000000000), 1716new UInt128(0, 100000000000000), 1717new UInt128(0, 1000000000000000), 1718new UInt128(0, 10000000000000000), 1719new UInt128(0, 100000000000000000), 1720new UInt128(0, 1000000000000000000), 1721new UInt128(0, 10000000000000000000), 1722new UInt128(5, 7766279631452241920), 1723new UInt128(54, 3875820019684212736), 1724new UInt128(542, 1864712049423024128), 1725new UInt128(5421, 200376420520689664), 1726new UInt128(54210, 2003764205206896640), 1727new UInt128(542101, 1590897978359414784), 1728new UInt128(5421010, 15908979783594147840), 1729new UInt128(54210108, 11515845246265065472), 1730new UInt128(542101086, 4477988020393345024), 1731new UInt128(5421010862, 7886392056514347008), 1732new UInt128(54210108624, 5076944270305263616), 1733new UInt128(542101086242, 13875954555633532928), 1734new UInt128(5421010862427, 9632337040368467968), 1735new UInt128(54210108624275, 4089650035136921600), 1736new UInt128(542101086242752, 4003012203950112768), 1791static UInt128 IDecimalIeee754ParseAndFormatInfo<Decimal128, UInt128>.MostSignificantBitOfSignificandMask => new UInt128(0x0002_0000_0000_0000, 0); 1793static UInt128 IDecimalIeee754ParseAndFormatInfo<Decimal128, UInt128>.NaNMask => new UInt128(NaNMaskUpper, 0); 1795static UInt128 IDecimalIeee754ParseAndFormatInfo<Decimal128, UInt128>.SNaNMask => new UInt128(SNaNMaskUpper, 0); 1799static UInt128 IDecimalIeee754ParseAndFormatInfo<Decimal128, UInt128>.SignMask => new UInt128(SignMaskUpper, 0); 1801static UInt128 IDecimalIeee754ParseAndFormatInfo<Decimal128, UInt128>.G0G1Mask => new UInt128(0x6000_0000_0000_0000, 0); 1807static UInt128 IDecimalIeee754ParseAndFormatInfo<Decimal128, UInt128>.G0ToGwPlus1ExponentMask => new UInt128(0x7FFE_0000_0000_0000, 0); 1809static UInt128 IDecimalIeee754ParseAndFormatInfo<Decimal128, UInt128>.G2ToGwPlus3ExponentMask => new UInt128(0x1FFF_8000_0000_0000, 0); 1811static UInt128 IDecimalIeee754ParseAndFormatInfo<Decimal128, UInt128>.GwPlus2ToGwPlus4SignificandMask => new UInt128(0x0001_FFFF_FFFF_FFFF, 0xFFFF_FFFF_FFFF_FFFF); 1813static UInt128 IDecimalIeee754ParseAndFormatInfo<Decimal128, UInt128>.GwPlus4SignificandMask => new UInt128(0x0000_7FFF_FFFF_FFFF, 0xFFFF_FFFF_FFFF_FFFF); 1815static UInt128 IDecimalIeee754ParseAndFormatInfo<Decimal128, UInt128>.MaxSignificand => new UInt128(upper: 0x0001_ED09_BEAD_87C0, lower: 0x378D_8E63_FFFF_FFFF); // 9_999_999_999_999_999_999_999_999_999_999_999;

466public static explicit operator Decimal32(Decimal128 value) => new Decimal32(Number.ConvertDecimalIeee754<Decimal128, UInt128, Decimal32, uint>(new UInt128(value._upper, value._lower)));

451public static explicit operator Decimal64(Decimal128 value) => new Decimal64(Number.ConvertDecimalIeee754<Decimal128, UInt128, Decimal64, ulong>(new UInt128(value._upper, value._lower)));

86return CompareDecimal<Decimal128, UInt128>(new UInt128(xValue._upper, xValue._lower), new UInt128(yValue._upper, yValue._lower));

496return new UInt128(value.High, value.Low64); 559UInt128 result = new UInt128((bits << 12) >> 1 | 0x8000_0000_0000_0000, 0x0000_0000_0000_0000); 576return new UInt128((ulong)(lower >> 63), (ulong)lower); 589return new UInt128(0, (ushort)value); 598return new UInt128((ulong)(lower >> 63), (ulong)lower); 611return new UInt128(0, (uint)value); 620return new UInt128((ulong)(lower >> 63), (ulong)lower); 633return new UInt128(0, (ulong)value); 642return new UInt128((ulong)(lower >> 63), (ulong)lower); 655return new UInt128(0, (nuint)value); 665return new UInt128((ulong)(lower >> 63), (ulong)lower); 679return new UInt128(0, (byte)value); 700public static implicit operator UInt128(byte value) => new UInt128(0, value); 705public static implicit operator UInt128(char value) => new UInt128(0, value); 711public static implicit operator UInt128(ushort value) => new UInt128(0, value); 717public static implicit operator UInt128(uint value) => new UInt128(0, value); 723public static implicit operator UInt128(ulong value) => new UInt128(0, value); 729public static implicit operator UInt128(nuint value) => new UInt128(0, value); 745return new UInt128(upper, lower); 758return new UInt128(upper, lower); 836UInt128 valMiLo = new UInt128(valMi, valLo); 846UInt128 divisor = new UInt128(divHi, divLo); 847UInt128 chkMiLo = new UInt128(chkMi, chkLo); 894return (new UInt128(highRes, lowRes), remainder); 909return (new UInt128(highRes, lowRes), remainder >> shift); 942Debug.Assert(Math.BigMul(quo, divisor) + rem == (new UInt128(hi, lo))); 985Debug.Assert(new UInt128(valHi, valMiLo) < new UInt128(chkHi, chkLo)); 998Debug.Assert(new UInt128(valHi, valMiLo) == new UInt128(chkHi, chkLo) + remainder); 1040new UInt128(0, 1UL), 1041new UInt128(0, 10UL), 1042new UInt128(0, 100UL), 1043new UInt128(0, 1_000UL), 1044new UInt128(0, 10_000UL), 1045new UInt128(0, 100_000UL), 1046new UInt128(0, 1_000_000UL), 1047new UInt128(0, 10_000_000UL), 1048new UInt128(0, 100_000_000UL), 1049new UInt128(0, 1_000_000_000UL), 1050new UInt128(0, 10_000_000_000UL), 1051new UInt128(0, 100_000_000_000UL), 1052new UInt128(0, 1_000_000_000_000UL), 1053new UInt128(0, 10_000_000_000_000UL), 1054new UInt128(0, 100_000_000_000_000UL), 1055new UInt128(0, 1_000_000_000_000_000UL), 1056new UInt128(0, 10_000_000_000_000_000UL), 1057new UInt128(0, 100_000_000_000_000_000UL), 1058new UInt128(0, 1_000_000_000_000_000_000UL), 1059new UInt128(0, 10_000_000_000_000_000_000UL), 1060new UInt128(5, 7766279631452241920UL), 1061new UInt128(54, 3875820019684212736UL), 1062new UInt128(542, 1864712049423024128UL), 1063new UInt128(5421, 200376420520689664UL), 1064new UInt128(54210, 2003764205206896640UL), 1065new UInt128(542101, 1590897978359414784UL), 1066new UInt128(5421010, 15908979783594147840UL), 1067new UInt128(54210108, 11515845246265065472UL), 1068new UInt128(542101086, 4477988020393345024UL), 1069new UInt128(5421010862, 7886392056514347008UL), 1070new UInt128(54210108624, 5076944270305263616UL), 1071new UInt128(542101086242, 13875954555633532928UL), 1072new UInt128(5421010862427, 9632337040368467968UL), 1073new UInt128(54210108624275, 4089650035136921600UL), 1074new UInt128(542101086242752, 4003012203950112768UL), 1075new UInt128(5421010862427522, 3136633892082024448UL), 1076new UInt128(54210108624275221, 12919594847110692864UL), 1077new UInt128(542101086242752217, 68739955140067328UL), 1078new UInt128(5421010862427522170, 687399551400673280UL), 1242static UInt128 IBinaryNumber<UInt128>.AllBitsSet => new UInt128(0xFFFF_FFFF_FFFF_FFFF, 0xFFFF_FFFF_FFFF_FFFF); 1262public static UInt128 operator &(UInt128 left, UInt128 right) => new UInt128(left._upper & right._upper, left._lower & right._lower); 1265public static UInt128 operator |(UInt128 left, UInt128 right) => new UInt128(left._upper | right._upper, left._lower | right._lower); 1268public static UInt128 operator ^(UInt128 left, UInt128 right) => new UInt128(left._upper ^ right._upper, left._lower ^ right._lower); 1271public static UInt128 operator ~(UInt128 value) => new UInt128(~value._upper, ~value._lower); 1351public static UInt128 MinValue => new UInt128(0, 0); 1354public static UInt128 MaxValue => new UInt128(0xFFFF_FFFF_FFFF_FFFF, 0xFFFF_FFFF_FFFF_FFFF); 1380return new UInt128(upper, lower); 1419lower = new UInt128(tl._lower, mull._lower); 1470public static UInt128 One => new UInt128(0, 1); 1903short actualResult = (value >= new UInt128(0x0000_0000_0000_0000, 0x0000_0000_0000_7FFF)) ? short.MaxValue : (short)value; 1909int actualResult = (value >= new UInt128(0x0000_0000_0000_0000, 0x0000_0000_7FFF_FFFF)) ? int.MaxValue : (int)value; 1915long actualResult = (value >= new UInt128(0x0000_0000_0000_0000, 0x7FFF_FFFF_FFFF_FFFF)) ? long.MaxValue : (long)value; 1921Int128 actualResult = (value >= new UInt128(0x7FFF_FFFF_FFFF_FFFF, 0xFFFF_FFFF_FFFF_FFFF)) ? Int128.MaxValue : (Int128)value; 1932nint actualResult = (value >= new UInt128(0x0000_0000_0000_0000, 0x7FFF_FFFF_FFFF_FFFF)) ? nint.MaxValue : (nint)value; 1939sbyte actualResult = (value >= new UInt128(0x0000_0000_0000_0000, 0x0000_0000_0000_007F)) ? sbyte.MaxValue : (sbyte)value; 2077return new UInt128(upper, 0); 2087return new UInt128(upper, lower); 2113return new UInt128(0, lower); 2123return new UInt128(upper, lower); 2155return new UInt128(upper, lower); 2168return new UInt128(upper, lower); 2222static UInt128 IBinaryIntegerParseAndFormatInfo<UInt128>.MaxValueDiv10 => new UInt128(0x1999_9999_9999_9999, 0x9999_9999_9999_9999);

2330uu = len > 1 ? new UInt128(value._bits[1], value._bits[0]) : (UInt128)(ulong)value._bits[0]; 2334uu = new UInt128( 2457? new UInt128(value._bits[1], value._bits[0]) 2462return new UInt128( 2580else if (x <= new UInt128(0x0000_0000_FFFF_FFFF, 0xFFFF_FFFF_FFFF_FFFF)) 2651else if (value <= new UInt128(0x0000_0000_FFFF_FFFF, 0xFFFF_FFFF_FFFF_FFFF)) 5147UInt128 bits = new(upperBits, lowerBits); 5341UInt128 bits = new(upperBits, lowerBits);