[API Proposal]: Arm64: FEAT_FP16

[a74nh]

namespace System.Runtime.Intrinsics.Arm;

/// VectorT Summary
public abstract partial class SveFp16 : AdvSimd /// Feature: FEAT_FP16
{

  public static unsafe Vector<half> Abs(Vector<half> value); // FABS // predicated, MOVPRFX

  public static unsafe Vector<half> AbsoluteCompareGreaterThan(Vector<half> left, Vector<half> right); // FACGT // predicated

  public static unsafe Vector<half> AbsoluteCompareGreaterThanOrEqual(Vector<half> left, Vector<half> right); // FACGE // predicated

  public static unsafe Vector<half> AbsoluteCompareLessThan(Vector<half> left, Vector<half> right); // FACGT // predicated

  public static unsafe Vector<half> AbsoluteCompareLessThanOrEqual(Vector<half> left, Vector<half> right); // FACGE // predicated

  public static unsafe Vector<half> AbsoluteDifference(Vector<half> left, Vector<half> right); // FABD // predicated, MOVPRFX

  public static unsafe Vector<half> Add(Vector<half> left, Vector<half> right); // FADD // predicated, MOVPRFX

  public static unsafe Vector<half> AddAcross(Vector<half> value); // FADDV // predicated

  public static unsafe Vector<half> AddPairwise(Vector<half> left, Vector<half> right); // FADDP // predicated, MOVPRFX

  public static unsafe Vector<half> AddRotateComplex(Vector<half> left, Vector<half> right, [ConstantExpected] byte rotation); // FCADD // predicated, MOVPRFX

  public static unsafe Vector<half> AddSequentialAcross(Vector<half> initial, Vector<half> value); // FADDA // predicated

  public static unsafe Vector<half> CompareEqual(Vector<half> left, Vector<half> right); // FCMEQ // predicated

  public static unsafe Vector<half> CompareGreaterThan(Vector<half> left, Vector<half> right); // FCMGT // predicated

  public static unsafe Vector<half> CompareGreaterThanOrEqual(Vector<half> left, Vector<half> right); // FCMGE // predicated

  public static unsafe Vector<half> CompareLessThan(Vector<half> left, Vector<half> right); // FCMGT // predicated

  public static unsafe Vector<half> CompareLessThanOrEqual(Vector<half> left, Vector<half> right); // FCMGE // predicated

  public static unsafe Vector<half> CompareNotEqualTo(Vector<half> left, Vector<half> right); // FCMNE // predicated

  public static unsafe Vector<half> CompareUnordered(Vector<half> left, Vector<half> right); // FCMUO // predicated

  public static unsafe Vector<half> ConcatenateEvenInt128FromTwoInputs(Vector<half> left, Vector<half> right); // UZP1

  public static unsafe Vector<half> ConcatenateOddInt128FromTwoInputs(Vector<half> left, Vector<half> right); // UZP2

  public static unsafe Vector<half> ConditionalExtractAfterLastActiveElement(Vector<half> mask, Vector<half> defaultValue, Vector<half> data); // CLASTA // MOVPRFX

  public static unsafe half ConditionalExtractAfterLastActiveElement(Vector<half> mask, half defaultValues, Vector<half> data); // CLASTA // MOVPRFX

  public static unsafe Vector<half> ConditionalExtractAfterLastActiveElementAndReplicate(Vector<half> mask, Vector<half> defaultScalar, Vector<half> data); // CLASTA // MOVPRFX

  public static unsafe Vector<half> ConditionalExtractLastActiveElement(Vector<half> mask, Vector<half> defaultValue, Vector<half> data); // CLASTB // MOVPRFX

  public static unsafe half ConditionalExtractLastActiveElement(Vector<half> mask, half defaultValues, Vector<half> data); // CLASTB // MOVPRFX

  public static unsafe Vector<half> ConditionalExtractLastActiveElementAndReplicate(Vector<half> mask, Vector<half> fallback, Vector<half> data); // CLASTB // MOVPRFX

  public static unsafe Vector<half> ConditionalSelect(Vector<half> mask, Vector<half> left, Vector<half> right); // SEL

  public static unsafe Vector<double> ConvertToDouble(Vector<half> value); // FCVT // predicated, MOVPRFX

  /// T: [half, float], [half, double], [half, short], [half, int], [half, long], [half, ushort], [half, uint], [half, ulong]
  public static unsafe Vector<T> ConvertToHalf(Vector<T2> value); // FCVT or SCVTF or UCVTF // predicated, MOVPRFX

  public static unsafe Vector<short> ConvertToInt16(Vector<half> value); // FCVTZS // predicated, MOVPRFX

  public static unsafe Vector<int> ConvertToInt32(Vector<half> value); // FCVTZS // predicated, MOVPRFX

  public static unsafe Vector<long> ConvertToInt64(Vector<half> value); // FCVTZS // predicated, MOVPRFX

  public static unsafe Vector<float> ConvertToSingle(Vector<half> value); // FCVT // predicated, MOVPRFX

  public static unsafe Vector<ushort> ConvertToUInt16(Vector<half> value); // FCVTZU // predicated, MOVPRFX

  public static unsafe Vector<uint> ConvertToUInt32(Vector<half> value); // FCVTZU // predicated, MOVPRFX

  public static unsafe Vector<ulong> ConvertToUInt64(Vector<half> value); // FCVTZU // predicated, MOVPRFX

  public static unsafe Vector<half> CreateFalseMaskHalf(); // PFALSE

  public static unsafe Vector<half> CreateTrueMaskHalf([ConstantExpected] SveMaskPattern pattern = SveMaskPattern.All); // PTRUE

  public static unsafe Vector<half> CreateWhileReadAfterWriteMask(half* left, half* right); // WHILERW

  public static unsafe Vector<half> CreateWhileWriteAfterReadMask(half* left, half* right); // WHILEWR

  public static unsafe Vector<half> Divide(Vector<half> left, Vector<half> right); // FDIV or FDIVR // predicated, MOVPRFX

  public static unsafe Vector<half> DownConvertNarrowingUpper(Vector<float> value); // FCVTNT // predicated

  public static unsafe Vector<half> DuplicateSelectedScalarToVector(Vector<half> data, [ConstantExpected] byte index); // DUP or TBL

  public static unsafe half ExtractAfterLastScalar(Vector<half> value); // LASTA // predicated

  public static unsafe Vector<half> ExtractAfterLastVector(Vector<half> value); // LASTA // predicated

  public static unsafe half ExtractLastScalar(Vector<half> value); // LASTB // predicated

  public static unsafe Vector<half> ExtractLastVector(Vector<half> value); // LASTB // predicated

  public static unsafe Vector<half> ExtractVector(Vector<half> upper, Vector<half> lower, [ConstantExpected] byte index); // EXT // MOVPRFX

  public static unsafe Vector<half> FloatingPointExponentialAccelerator(Vector<ushort> value); // FEXPA

  public static unsafe Vector<half> FusedMultiplyAdd(Vector<half> addend, Vector<half> left, Vector<half> right); // FMLA or FMAD // predicated, MOVPRFX

  public static unsafe Vector<half> FusedMultiplyAddBySelectedScalar(Vector<half> addend, Vector<half> left, Vector<half> right, [ConstantExpected] byte rightIndex); // FMLA // MOVPRFX

  public static unsafe Vector<half> FusedMultiplyAddNegated(Vector<half> addend, Vector<half> left, Vector<half> right); // FNMLA or FNMAD // predicated, MOVPRFX

  public static unsafe Vector<half> FusedMultiplySubtract(Vector<half> minuend, Vector<half> left, Vector<half> right); // FMLS or FMSB // predicated, MOVPRFX

  public static unsafe Vector<half> FusedMultiplySubtractBySelectedScalar(Vector<half> minuend, Vector<half> left, Vector<half> right, [ConstantExpected] byte rightIndex); // FMLS // MOVPRFX

  public static unsafe Vector<half> FusedMultiplySubtractNegated(Vector<half> minuend, Vector<half> left, Vector<half> right); // FNMLS or FNMSB // predicated, MOVPRFX

  public static unsafe ulong GetActiveElementCount(Vector<half> mask, Vector<half> from); // CNTP

  public static unsafe Vector<half> InsertIntoShiftedVector(Vector<half> left, half right); // INSR

  public static unsafe Vector<half> InterleaveEvenInt128FromTwoInputs(Vector<half> left, Vector<half> right); // TRN1

  public static unsafe Vector<half> InterleaveInt128FromHighHalvesOfTwoInputs(Vector<half> left, Vector<half> right); // ZIP2

  public static unsafe Vector<half> InterleaveInt128FromLowHalvesOfTwoInputs(Vector<half> left, Vector<half> right); // ZIP1

  public static unsafe Vector<half> InterleaveOddInt128FromTwoInputs(Vector<half> left, Vector<half> right); // TRN2

  public static unsafe Vector<half> LoadVector(Vector<half> mask, half* address); // LD1H

  public static unsafe Vector<half> LoadVector128AndReplicateToVector(Vector<half> mask, half* address); // LD1RQH

  public static unsafe Vector<half> LoadVector256AndReplicateToVector(Vector<half> mask, half* address); // LD1ROH

  public static unsafe Vector<half> LoadVectorFirstFaulting(Vector<half> mask, half* address); // LDFF1H

  public static unsafe Vector<half> LoadVectorNonFaulting(half* address); // LDNF1H // predicated

  public static unsafe Vector<half> LoadVectorNonTemporal(Vector<half> mask, half* address); // LDNT1H

  public static unsafe (Vector<half>, Vector<half>) LoadVectorx2(Vector<half> mask, half* address); // LD2H

  public static unsafe (Vector<half>, Vector<half>, Vector<half>) LoadVectorx3(Vector<half> mask, half* address); // LD3H

  public static unsafe (Vector<half>, Vector<half>, Vector<half>, Vector<half>) LoadVectorx4(Vector<half> mask, half* address); // LD4H

  public static unsafe Vector<short> Log2(Vector<half> value); // FLOGB // predicated, MOVPRFX

  public static unsafe Vector<half> Max(Vector<half> left, Vector<half> right); // FMAX // predicated, MOVPRFX

  public static unsafe Vector<half> MaxAcross(Vector<half> value); // FMAXV // predicated

  public static unsafe Vector<half> MaxNumber(Vector<half> left, Vector<half> right); // FMAXNM // predicated, MOVPRFX

  public static unsafe Vector<half> MaxNumberAcross(Vector<half> value); // FMAXNMV // predicated

  public static unsafe Vector<half> MaxNumberPairwise(Vector<half> left, Vector<half> right); // FMAXNMP // predicated, MOVPRFX

  public static unsafe Vector<half> MaxPairwise(Vector<half> left, Vector<half> right); // FMAXP // predicated, MOVPRFX

  public static unsafe Vector<half> Min(Vector<half> left, Vector<half> right); // FMIN // predicated, MOVPRFX

  public static unsafe Vector<half> MinAcross(Vector<half> value); // FMINV // predicated

  public static unsafe Vector<half> MinNumber(Vector<half> left, Vector<half> right); // FMINNM // predicated, MOVPRFX

  public static unsafe Vector<half> MinNumberAcross(Vector<half> value); // FMINNMV // predicated

  public static unsafe Vector<half> MinNumberPairwise(Vector<half> left, Vector<half> right); // FMINNMP // predicated, MOVPRFX

  public static unsafe Vector<half> MinPairwise(Vector<half> left, Vector<half> right); // FMINP // predicated, MOVPRFX

  public static unsafe Vector<half> Multiply(Vector<half> left, Vector<half> right); // FMUL // predicated, MOVPRFX

  public static unsafe Vector<half> MultiplyAddRotateComplex(Vector<half> addend, Vector<half> left, Vector<half> right, [ConstantExpected] byte rotation); // FCMLA // predicated, MOVPRFX

  public static unsafe Vector<half> MultiplyAddRotateComplexBySelectedScalar(Vector<half> addend, Vector<half> left, Vector<half> right, [ConstantExpected] byte rightIndex, [ConstantExpected] byte rotation); // FCMLA // MOVPRFX

  public static unsafe Vector<float> MultiplyAddWideningLower(Vector<float> op1, Vector<half> op2, Vector<half> op3); // FMLALB // MOVPRFX

  public static unsafe Vector<float> MultiplyAddWideningLower(Vector<float> op1, Vector<half> op2, Vector<half> op3, ulong imm_index); // FMLALB // MOVPRFX

  public static unsafe Vector<float> MultiplyAddWideningUpper(Vector<float> op1, Vector<half> op2, Vector<half> op3); // FMLALT // MOVPRFX

  public static unsafe Vector<float> MultiplyAddWideningUpper(Vector<float> op1, Vector<half> op2, Vector<half> op3, ulong imm_index); // FMLALT // MOVPRFX

  public static unsafe Vector<half> MultiplyBySelectedScalar(Vector<half> left, Vector<half> right, [ConstantExpected] byte rightIndex); // FMUL

  public static unsafe Vector<half> MultiplyExtended(Vector<half> left, Vector<half> right); // FMULX // predicated, MOVPRFX

  public static unsafe Vector<float> MultiplySubtractWideningLower(Vector<float> op1, Vector<half> op2, Vector<half> op3); // FMLSLB // MOVPRFX

  public static unsafe Vector<float> MultiplySubtractWideningLower(Vector<float> op1, Vector<half> op2, Vector<half> op3, ulong imm_index); // FMLSLB // MOVPRFX

  public static unsafe Vector<float> MultiplySubtractWideningUpper(Vector<float> op1, Vector<half> op2, Vector<half> op3); // FMLSLT // MOVPRFX

  public static unsafe Vector<float> MultiplySubtractWideningUpper(Vector<float> op1, Vector<half> op2, Vector<half> op3, ulong imm_index); // FMLSLT // MOVPRFX

  public static unsafe Vector<half> Negate(Vector<half> value); // FNEG // predicated, MOVPRFX

  public static unsafe Vector<ushort> PopCount(Vector<half> value); // CNT // predicated, MOVPRFX

  public static unsafe Vector<half> ReciprocalEstimate(Vector<half> value); // FRECPE

  public static unsafe Vector<half> ReciprocalExponent(Vector<half> value); // FRECPX // predicated, MOVPRFX

  public static unsafe Vector<half> ReciprocalSqrtEstimate(Vector<half> value); // FRSQRTE

  public static unsafe Vector<half> ReciprocalSqrtStep(Vector<half> left, Vector<half> right); // FRSQRTS

  public static unsafe Vector<half> ReciprocalStep(Vector<half> left, Vector<half> right); // FRECPS

  public static unsafe Vector<half> ReverseElement(Vector<half> value); // REV

  public static unsafe Vector<half> RoundAwayFromZero(Vector<half> value); // FRINTA // predicated, MOVPRFX

  public static unsafe Vector<half> RoundToNearest(Vector<half> value); // FRINTN // predicated, MOVPRFX

  public static unsafe Vector<half> RoundToNegativeInfinity(Vector<half> value); // FRINTM // predicated, MOVPRFX

  public static unsafe Vector<half> RoundToPositiveInfinity(Vector<half> value); // FRINTP // predicated, MOVPRFX

  public static unsafe Vector<half> RoundToZero(Vector<half> value); // FRINTZ // predicated, MOVPRFX

  public static unsafe Vector<half> Scale(Vector<half> left, Vector<short> right); // FSCALE // predicated, MOVPRFX

  public static unsafe Vector<half> Splice(Vector<half> mask, Vector<half> left, Vector<half> right); // SPLICE // MOVPRFX

  public static unsafe Vector<half> Sqrt(Vector<half> value); // FSQRT // predicated, MOVPRFX

  public static unsafe void Store(Vector<half> mask, half* address, Vector<half> data); // ST1H

  public static unsafe void Store(Vector<half> mask, half* address, (Vector<half> Value1, Vector<half> Value2) data); // ST2H

  public static unsafe void Store(Vector<half> mask, half* address, (Vector<half> Value1, Vector<half> Value2, Vector<half> Value3) data); // ST3H

  public static unsafe void Store(Vector<half> mask, half* address, (Vector<half> Value1, Vector<half> Value2, Vector<half> Value3, Vector<half> Value4) data); // ST4H

  public static unsafe void StoreNonTemporal(Vector<half> mask, half* address, Vector<half> data); // STNT1H

  public static unsafe Vector<half> Subtract(Vector<half> left, Vector<half> right); // FSUB or FSUBR // predicated, MOVPRFX

  public static unsafe Vector<half> TransposeEven(Vector<half> left, Vector<half> right); // TRN1

  public static unsafe Vector<half> TransposeOdd(Vector<half> left, Vector<half> right); // TRN2

  public static unsafe Vector<half> TrigonometricMultiplyAddCoefficient(Vector<half> left, Vector<half> right, [ConstantExpected] byte control); // FTMAD // MOVPRFX

  public static unsafe Vector<half> TrigonometricSelectCoefficient(Vector<half> value, Vector<ushort> selector); // FTSSEL

  public static unsafe Vector<half> TrigonometricStartingValue(Vector<half> value, Vector<ushort> sign); // FTSMUL

  public static unsafe Vector<half> UnzipEven(Vector<half> left, Vector<half> right); // UZP1

  public static unsafe Vector<half> UnzipOdd(Vector<half> left, Vector<half> right); // UZP2

  public static unsafe Vector<float> UpConvertWideningUpper(Vector<half> value); // FCVTLT // predicated

  public static unsafe Vector<half> VectorTableLookup(Vector<half> data, Vector<ushort> indices); // TBL

  public static unsafe Vector<half> VectorTableLookup((Vector<half> data1, Vector<half> data2), Vector<ushort> indices); // TBL

  public static unsafe Vector<half> VectorTableLookupExtension(Vector<half> fallback, Vector<half> data, Vector<ushort> indices); // TBX

  public static unsafe Vector<half> ZipHigh(Vector<half> left, Vector<half> right); // ZIP2

  public static unsafe Vector<half> ZipLow(Vector<half> left, Vector<half> right); // ZIP1


  // All patterns used by PTRUE.
  public enum SveMaskPattern : byte
  {
    LargestPowerOf2 = 0,   // The largest power of 2.
    VectorCount1 = 1,    // 1 element.
    VectorCount2 = 2,    // 2 elements.
    VectorCount3 = 3,    // 3 elements.
    VectorCount4 = 4,    // 4 elements.
    VectorCount5 = 5,    // 5 elements.
    VectorCount6 = 6,    // 6 elements.
    VectorCount7 = 7,    // 7 elements.
    VectorCount8 = 8,    // 8 elements.
    VectorCount16 = 9,   // 16 elements.
    VectorCount32 = 10,  // 32 elements.
    VectorCount64 = 11,  // 64 elements.
    VectorCount128 = 12, // 128 elements.
    VectorCount256 = 13, // 256 elements.
    LargestMultipleOf4 = 29,  // The largest multiple of 4.
    LargestMultipleOf3 = 30,  // The largest multiple of 3.
    All  = 31    // All available (implicitly a multiple of two).
  };

  /// total method signatures: 131


  /// Optional Entries:

  public static unsafe Vector<half> AbsoluteCompareGreaterThan(Vector<half> left, half right); // FACGT // predicated

  public static unsafe Vector<half> AbsoluteCompareGreaterThanOrEqual(Vector<half> left, half right); // FACGE // predicated

  public static unsafe Vector<half> AbsoluteCompareLessThan(Vector<half> left, half right); // FACGT // predicated

  public static unsafe Vector<half> AbsoluteCompareLessThanOrEqual(Vector<half> left, half right); // FACGE // predicated

  public static unsafe Vector<half> AbsoluteDifference(Vector<half> left, half right); // FABD // predicated, MOVPRFX

  public static unsafe Vector<half> Add(Vector<half> left, half right); // FADD or FSUB // predicated, MOVPRFX

  public static unsafe Vector<half> CompareEqual(Vector<half> left, half right); // FCMEQ // predicated

  public static unsafe Vector<half> CompareGreaterThan(Vector<half> left, half right); // FCMGT // predicated

  public static unsafe Vector<half> CompareGreaterThanOrEqual(Vector<half> left, half right); // FCMGE // predicated

  public static unsafe Vector<half> CompareLessThan(Vector<half> left, half right); // FCMLT or FCMGT // predicated

  public static unsafe Vector<half> CompareLessThanOrEqual(Vector<half> left, half right); // FCMLE or FCMGE // predicated

  public static unsafe Vector<half> CompareNotEqualTo(Vector<half> left, half right); // FCMNE // predicated

  public static unsafe Vector<half> CompareUnordered(Vector<half> left, half right); // FCMUO // predicated

  public static unsafe half ConditionalExtractAfterLastActiveElement(Vector<half> mask, half defaultValue, Vector<half> data); // CLASTA

  public static unsafe half ConditionalExtractAfterLastActiveElementAndReplicate(Vector<half> mask, half defaultScalar, Vector<half> data); // CLASTA

  public static unsafe half ConditionalExtractLastActiveElement(Vector<half> mask, half defaultValue, Vector<half> data); // CLASTB

  public static unsafe half ConditionalExtractLastActiveElementAndReplicate(Vector<half> mask, half fallback, Vector<half> data); // CLASTB

  public static unsafe Vector<half> Divide(Vector<half> left, half right); // FDIV or FDIVR // predicated, MOVPRFX

  public static unsafe Vector<half> Max(Vector<half> left, half right); // FMAX // predicated, MOVPRFX

  public static unsafe Vector<half> MaxNumber(Vector<half> left, half right); // FMAXNM // predicated, MOVPRFX

  public static unsafe Vector<half> Min(Vector<half> left, half right); // FMIN // predicated, MOVPRFX

  public static unsafe Vector<half> MinNumber(Vector<half> left, half right); // FMINNM // predicated, MOVPRFX

  public static unsafe Vector<half> Multiply(Vector<half> left, half right); // FMUL // predicated, MOVPRFX

  public static unsafe Vector<half> MultiplyAdd(Vector<half> addend, Vector<half> left, half right); // FMLA or FMAD // predicated, MOVPRFX

  public static unsafe Vector<half> MultiplyAddNegated(Vector<half> addend, Vector<half> left, half right); // FNMLA or FNMAD // predicated, MOVPRFX

  public static unsafe Vector<float> MultiplyAddWideningLower(Vector<float> op1, Vector<half> op2, half op3); // FMLALB // MOVPRFX

  public static unsafe Vector<float> MultiplyAddWideningUpper(Vector<float> op1, Vector<half> op2, half op3); // FMLALT // MOVPRFX

  public static unsafe Vector<half> MultiplyExtended(Vector<half> left, half right); // FMULX // predicated, MOVPRFX

  public static unsafe Vector<half> MultiplySubtract(Vector<half> minuend, Vector<half> left, half right); // FMLS or FMSB // predicated, MOVPRFX

  public static unsafe Vector<half> MultiplySubtractNegated(Vector<half> minuend, Vector<half> left, half right); // FNMLS or FNMSB // predicated, MOVPRFX

  public static unsafe Vector<float> MultiplySubtractWideningLower(Vector<float> op1, Vector<half> op2, half op3); // FMLSLB // MOVPRFX

  public static unsafe Vector<float> MultiplySubtractWideningUpper(Vector<float> op1, Vector<half> op2, half op3); // FMLSLT // MOVPRFX

  public static unsafe Vector<half> Subtract(Vector<half> left, half right); // FSUB or FADD or FSUBR // predicated, MOVPRFX

  /// total optional method signatures: 33

}

Tagging subscribers to this area: @dotnet/area-system-numerics
See info in area-owners.md if you want to be subscribed.

Issue Details

---

namespace System.Runtime.Intrinsics.Arm

/// VectorT Summary
public abstract class Sve : AdvSimd /// Feature: FEAT_FP16
{
  public static unsafe Vector<half> Abs(Vector<half> value);

  public static unsafe Vector<half> AbsoluteCompareGreaterThan(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> AbsoluteCompareGreaterThanOrEqual(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> AbsoluteCompareLessThan(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> AbsoluteCompareLessThanOrEqual(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> AbsoluteDifference(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> Add(Vector<half> left, Vector<half> right);

  public static unsafe half AddOrderedReduce(half initial, Vector<half> op);

  public static unsafe Vector<half> AddPairwise(Vector<half> left, Vector<half> right);

  public static unsafe half AddReduce(Vector<half> value);

  public static unsafe Vector<half> AdjustExponent(Vector<half> left, Vector<short> right);

  public static unsafe Vector<half> CompareEqualTo(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> CompareGreaterThan(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> CompareGreaterThanOrEqual(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> CompareLessThan(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> CompareLessThanOrEqual(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> CompareNotEqualTo(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> CompareUnordered(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> ComplexAddRotate(Vector<half> op1, Vector<half> op2, ulong imm_rotation);

  public static unsafe Vector<half> ComplexMultiplyAddRotate(Vector<half> op1, Vector<half> op2, Vector<half> op3, ulong imm_rotation);

  public static unsafe Vector<half> ComplexMultiplyAddRotate(Vector<half> op1, Vector<half> op2, Vector<half> op3, ulong imm_index, ulong imm_rotation);

  public static unsafe Vector<half> ConditionalExtractAfterLast(Vector<half> mask, Vector<half> fallback, Vector<half> data);

  public static unsafe Vector<half> ConditionalExtractLast(Vector<half> mask, Vector<half> fallback, Vector<half> data);

  public static unsafe Vector<half> ConditionalSelect(Vector<half> mask, Vector<half> op1, Vector<half> op2);

  public static unsafe Vector<ushort> CountNonzeroBits(Vector<half> value);

  public static unsafe ulong CountTheNumberOfElementsInAFullVector(Vector<half> value);

  public static unsafe Vector<half> Divide(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> DivideReversed(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> DownConvertNarrowingUpper(Vector<half> even, Vector<float> op);

  public static unsafe Vector<half> DuplicateToVector(half value);

  public static unsafe Vector<half> DuplicateToVector(Vector<half> data, ushort index);

  public static unsafe Vector<half> DuplicateToVector(Vector<half> data, ulong index);

  public static unsafe half ExtractAfterLast(Vector<half> value);

  public static unsafe half ExtractLast(Vector<half> value);

  public static unsafe Vector<half> ExtractVector(Vector<half> upper, Vector<half> lower, ulong index);

  /// T: [half, float], [half, double], [float, half], [double, half], [short, half], [int, half], [long, half], [ushort, half], [uint, half], [ulong, half], [half, short], [half, int], [half, long], [half, ushort], [half, uint], [half, ulong]
  public static unsafe Vector<T> FloatingPointConvert(Vector<T2> value); // FCVT or FCVTZS or FCVTZU or SCVTF or UCVTF (MOVPRFX)

  public static unsafe Vector<half> FloatingPointExponentialAccelerator(Vector<ushort> value);

  public static unsafe Vector<half> FusedMultiplyAdd(Vector<half> addend, Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> FusedMultiplyAdd(Vector<half> addend, Vector<half> left, Vector<half> right, ulong imm_index);

  public static unsafe Vector<half> FusedMultiplySubtract(Vector<half> minuend, Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> FusedMultiplySubtract(Vector<half> minuend, Vector<half> left, Vector<half> right, ulong imm_index);

  public static unsafe Vector<half> InsertIntoShiftedVector(Vector<half> left, half right);

  public static unsafe Vector<half> Load128ReplicateToVector(const half *base);

  public static unsafe Vector<half> LoadVector(const half *base);

  public static unsafe Vector<half> LoadVector(const half *base, long vnum);

  public static unsafe Vector<half> LoadVectorFirstFaulting(const half *base);

  public static unsafe Vector<half> LoadVectorFirstFaulting(const half *base, long vnum);

  public static unsafe Vector<half> LoadVectorNonFaulting(const half *base);

  public static unsafe Vector<half> LoadVectorNonFaulting(const half *base, long vnum);

  public static unsafe Vector<half> LoadVectorNonTemporal(const half *base);

  public static unsafe Vector<half> LoadVectorNonTemporal(const half *base, long vnum);

  public static unsafe (Vector<half>, Vector<half>) LoadVectorx2(const half *base);

  public static unsafe (Vector<half>, Vector<half>) LoadVectorx2(const half *base, long vnum);

  public static unsafe (Vector<half>, Vector<half>, Vector<half>) LoadVectorx3(const half *base);

  public static unsafe (Vector<half>, Vector<half>, Vector<half>) LoadVectorx3(const half *base, long vnum);

  public static unsafe (Vector<half>, Vector<half>, Vector<half>, Vector<half>) LoadVectorx4(const half *base);

  public static unsafe (Vector<half>, Vector<half>, Vector<half>, Vector<half>) LoadVectorx4(const half *base, long vnum);

  public static unsafe Vector<short> Log2(Vector<half> value);

  public static unsafe Vector<half> Max(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> MaxNumber(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> MaxNumberPairwise(Vector<half> left, Vector<half> right);

  public static unsafe half MaxNumberReduce(Vector<half> value);

  public static unsafe Vector<half> MaxPairwise(Vector<half> left, Vector<half> right);

  public static unsafe half MaxReduce(Vector<half> value);

  public static unsafe Vector<half> Min(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> MinNumber(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> MinNumberPairwise(Vector<half> left, Vector<half> right);

  public static unsafe half MinNumberReduce(Vector<half> value);

  public static unsafe Vector<half> MinPairwise(Vector<half> left, Vector<half> right);

  public static unsafe half MinReduce(Vector<half> value);

  public static unsafe Vector<half> Multiply(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> Multiply(Vector<half> left, Vector<half> right, ulong index);

  public static unsafe Vector<half> MultiplyAddMultiplicandFirst(Vector<half> op1, Vector<half> op2, Vector<half> op3);

  public static unsafe Vector<float> MultiplyAddWideningLower(Vector<float> op1, Vector<half> op2, Vector<half> op3);

  public static unsafe Vector<float> MultiplyAddWideningLower(Vector<float> op1, Vector<half> op2, Vector<half> op3, ulong imm_index);

  public static unsafe Vector<float> MultiplyAddWideningUpper(Vector<float> op1, Vector<half> op2, Vector<half> op3);

  public static unsafe Vector<float> MultiplyAddWideningUpper(Vector<float> op1, Vector<half> op2, Vector<half> op3, ulong imm_index);

  public static unsafe Vector<half> MultiplyExtended(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> MultiplySubtractMultiplicandFirst(Vector<half> op1, Vector<half> op2, Vector<half> op3);

  public static unsafe Vector<float> MultiplySubtractWideningLower(Vector<float> op1, Vector<half> op2, Vector<half> op3);

  public static unsafe Vector<float> MultiplySubtractWideningLower(Vector<float> op1, Vector<half> op2, Vector<half> op3, ulong imm_index);

  public static unsafe Vector<float> MultiplySubtractWideningUpper(Vector<float> op1, Vector<half> op2, Vector<half> op3);

  public static unsafe Vector<float> MultiplySubtractWideningUpper(Vector<float> op1, Vector<half> op2, Vector<half> op3, ulong imm_index);

  public static unsafe Vector<half> Negate(Vector<half> value);

  public static unsafe Vector<half> NegateFusedMultiplyAdd(Vector<half> op1, Vector<half> op2, Vector<half> op3);

  public static unsafe Vector<half> NegateFusedMultiplySubtract(Vector<half> op1, Vector<half> op2, Vector<half> op3);

  public static unsafe Vector<half> NegateMultiplyAddMultiplicandFirst(Vector<half> op1, Vector<half> op2, Vector<half> op3);

  public static unsafe Vector<half> NegateMultiplySubtractMultiplicandFirst(Vector<half> op1, Vector<half> op2, Vector<half> op3);

  public static unsafe Vector<half> ReciprocalEstimate(Vector<half> value);

  public static unsafe Vector<half> ReciprocalExponent(Vector<half> value);

  public static unsafe Vector<half> ReciprocalSquareRootEstimate(Vector<half> value);

  public static unsafe Vector<half> ReciprocalSquareRootStep(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> ReciprocalStep(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> ReverseElement(Vector<half> value);

  public static unsafe Vector<half> RoundToNearestTiesAwayFromZero(Vector<half> value);

  public static unsafe Vector<half> RoundToNearestTiesToEven(Vector<half> value);

  public static unsafe Vector<half> RoundTowardsWithMergeTowardMinusInfinity(Vector<half> value);

  public static unsafe Vector<half> RoundTowardsWithMergeTowardPlusInfinity(Vector<half> value);

  public static unsafe Vector<half> RoundTowardsZero(Vector<half> value);

  public static unsafe Vector<half> RoundUsingCurrentRoundingModeExact(Vector<half> value);

  public static unsafe Vector<half> RoundUsingCurrentRoundingModeInexact(Vector<half> value);

  public static unsafe Vector<half> Splice(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> SquareRoot(Vector<half> value);

  public static unsafe void StoreVector(half *base, Vector<half> data);

  public static unsafe void StoreVector(half *base, long vnum, Vector<half> data);

  public static unsafe void StoreVectorNonTemporal(half *base, Vector<half> data);

  public static unsafe void StoreVectorNonTemporal(half *base, long vnum, Vector<half> data);

  public static unsafe void StoreVectorx2(half *base, (Vector<half> data1, Vector<half> data2));

  public static unsafe void StoreVectorx2(half *base, long vnum, (Vector<half> data1, Vector<half> data2));

  public static unsafe void StoreVectorx3(half *base, (Vector<half> data1, Vector<half> data2, Vector<half> data3));

  public static unsafe void StoreVectorx3(half *base, long vnum, (Vector<half> data1, Vector<half> data2, Vector<half> data3));

  public static unsafe void StoreVectorx4(half *base, (Vector<half> data1, Vector<half> data2, Vector<half> data3, Vector<half> data4));

  public static unsafe void StoreVectorx4(half *base, long vnum, (Vector<half> data1, Vector<half> data2, Vector<half> data3, Vector<half> data4));

  public static unsafe Vector<half> Subtract(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> SubtractReversed(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> TransposeEven(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> TransposeOdd(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> TrigonometricMultiplyAddCoefficient(Vector<half> op1, Vector<half> op2, ulong imm3);

  public static unsafe Vector<half> TrigonometricSelectCoefficient(Vector<half> left, Vector<ushort> right);

  public static unsafe Vector<half> TrigonometricStartingValue(Vector<half> left, Vector<ushort> right);

  public static unsafe Vector<half> UnzipEven(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> UnzipOdd(Vector<half> left, Vector<half> right);

  public static unsafe Vector<float> UpConvertWideningUpper(Vector<half> value);

  public static unsafe Vector<half> VectorTableLookup(Vector<half> data, Vector<ushort> indices);

  public static unsafe Vector<half> VectorTableLookup((Vector<half> data1, Vector<half> data2), Vector<ushort> indices);

  public static unsafe Vector<half> VectorTableLookupExtension(Vector<half> fallback, Vector<half> data, Vector<ushort> indices);

  public static unsafe Vector<half> WhileReadAfterWrite(const half *op1, const half *op2);

  public static unsafe Vector<half> WhileWriteAfterRead(const half *op1, const half *op2);

  public static unsafe Vector<half> ZipHigh(Vector<half> left, Vector<half> right);

  public static unsafe Vector<half> ZipLow(Vector<half> left, Vector<half> right);

  /// total method signatures: 130
}

Author:	a74nh
Assignees:	-
Labels:	area-System.Numerics
Milestone:	-

[a74nh]

/// Full API
public abstract partial class SveFp16 : AdvSimd /// Feature: FEAT_FP16
{
    /// Abs : Absolute value

    /// svfloat16_t svabs[_f16]_m(svfloat16_t inactive, svbool_t pg, svfloat16_t op) : "FABS Ztied.H, Pg/M, Zop.H" or "MOVPRFX Zresult, Zinactive; FABS Zresult.H, Pg/M, Zop.H"
    /// svfloat16_t svabs[_f16]_x(svbool_t pg, svfloat16_t op) : "FABS Ztied.H, Pg/M, Ztied.H" or "MOVPRFX Zresult, Zop; FABS Zresult.H, Pg/M, Zop.H"
    /// svfloat16_t svabs[_f16]_z(svbool_t pg, svfloat16_t op) : "MOVPRFX Zresult.H, Pg/Z, Zop.H; FABS Zresult.H, Pg/M, Zop.H"
  public static unsafe Vector<half> Abs(Vector<half> value);


    /// AbsoluteCompareGreaterThan : Absolute compare greater than

    /// svbool_t svacgt[_f16](svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FACGT Presult.H, Pg/Z, Zop1.H, Zop2.H"
  public static unsafe Vector<half> AbsoluteCompareGreaterThan(Vector<half> left, Vector<half> right);


    /// AbsoluteCompareGreaterThanOrEqual : Absolute compare greater than or equal to

    /// svbool_t svacge[_f16](svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FACGE Presult.H, Pg/Z, Zop1.H, Zop2.H"
  public static unsafe Vector<half> AbsoluteCompareGreaterThanOrEqual(Vector<half> left, Vector<half> right);


    /// AbsoluteCompareLessThan : Absolute compare less than

    /// svbool_t svaclt[_f16](svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FACGT Presult.H, Pg/Z, Zop2.H, Zop1.H"
  public static unsafe Vector<half> AbsoluteCompareLessThan(Vector<half> left, Vector<half> right);


    /// AbsoluteCompareLessThanOrEqual : Absolute compare less than or equal to

    /// svbool_t svacle[_f16](svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FACGE Presult.H, Pg/Z, Zop2.H, Zop1.H"
  public static unsafe Vector<half> AbsoluteCompareLessThanOrEqual(Vector<half> left, Vector<half> right);


    /// AbsoluteDifference : Absolute difference

    /// svfloat16_t svabd[_f16]_m(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FABD Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "MOVPRFX Zresult, Zop1; FABD Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svabd[_f16]_x(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FABD Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "FABD Ztied2.H, Pg/M, Ztied2.H, Zop1.H" or "MOVPRFX Zresult, Zop1; FABD Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svabd[_f16]_z(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "MOVPRFX Zresult.H, Pg/Z, Zop1.H; FABD Zresult.H, Pg/M, Zresult.H, Zop2.H" or "MOVPRFX Zresult.H, Pg/Z, Zop2.H; FABD Zresult.H, Pg/M, Zresult.H, Zop1.H"
  public static unsafe Vector<half> AbsoluteDifference(Vector<half> left, Vector<half> right);


    /// Add : Add

    /// svfloat16_t svadd[_f16]_m(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FADD Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "MOVPRFX Zresult, Zop1; FADD Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svadd[_f16]_x(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FADD Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "FADD Ztied2.H, Pg/M, Ztied2.H, Zop1.H" or "FADD Zresult.H, Zop1.H, Zop2.H" or "MOVPRFX Zresult, Zop1; FADD Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svadd[_f16]_z(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "MOVPRFX Zresult.H, Pg/Z, Zop1.H; FADD Zresult.H, Pg/M, Zresult.H, Zop2.H" or "MOVPRFX Zresult.H, Pg/Z, Zop2.H; FADD Zresult.H, Pg/M, Zresult.H, Zop1.H"
  public static unsafe Vector<half> Add(Vector<half> left, Vector<half> right);


    /// AddAcross : Add reduction

    /// float16_t svaddv[_f16](svbool_t pg, svfloat16_t op) : "FADDV Hresult, Pg, Zop.H"
  public static unsafe Vector<half> AddAcross(Vector<half> value);


    /// AddPairwise : Add pairwise

    /// svfloat16_t svaddp[_f16]_m(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FADDP Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "MOVPRFX Zresult, Zop1; FADDP Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svaddp[_f16]_x(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FADDP Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "MOVPRFX Zresult, Zop1; FADDP Zresult.H, Pg/M, Zresult.H, Zop2.H"
  public static unsafe Vector<half> AddPairwise(Vector<half> left, Vector<half> right);


    /// AddRotateComplex : Complex add with rotate

    /// svfloat16_t svcadd[_f16]_m(svbool_t pg, svfloat16_t op1, svfloat16_t op2, uint64_t imm_rotation) : "FCADD Ztied1.H, Pg/M, Ztied1.H, Zop2.H, #imm_rotation" or "MOVPRFX Zresult, Zop1; FCADD Zresult.H, Pg/M, Zresult.H, Zop2.H, #imm_rotation"
    /// svfloat16_t svcadd[_f16]_x(svbool_t pg, svfloat16_t op1, svfloat16_t op2, uint64_t imm_rotation) : "FCADD Ztied1.H, Pg/M, Ztied1.H, Zop2.H, #imm_rotation" or "MOVPRFX Zresult, Zop1; FCADD Zresult.H, Pg/M, Zresult.H, Zop2.H, #imm_rotation"
    /// svfloat16_t svcadd[_f16]_z(svbool_t pg, svfloat16_t op1, svfloat16_t op2, uint64_t imm_rotation) : "MOVPRFX Zresult.H, Pg/Z, Zop1.H; FCADD Zresult.H, Pg/M, Zresult.H, Zop2.H, #imm_rotation"
  public static unsafe Vector<half> AddRotateComplex(Vector<half> left, Vector<half> right, [ConstantExpected] byte rotation);


    /// AddSequentialAcross : Add reduction (strictly-ordered)

    /// float16_t svadda[_f16](svbool_t pg, float16_t initial, svfloat16_t op) : "FADDA Htied, Pg, Htied, Zop.H"
  public static unsafe Vector<half> AddSequentialAcross(Vector<half> initial, Vector<half> value);


    /// CompareEqual : Compare equal to

    /// svbool_t svcmpeq[_f16](svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FCMEQ Presult.H, Pg/Z, Zop1.H, Zop2.H"
  public static unsafe Vector<half> CompareEqual(Vector<half> left, Vector<half> right);


    /// CompareGreaterThan : Compare greater than

    /// svbool_t svcmpgt[_f16](svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FCMGT Presult.H, Pg/Z, Zop1.H, Zop2.H"
  public static unsafe Vector<half> CompareGreaterThan(Vector<half> left, Vector<half> right);


    /// CompareGreaterThanOrEqual : Compare greater than or equal to

    /// svbool_t svcmpge[_f16](svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FCMGE Presult.H, Pg/Z, Zop1.H, Zop2.H"
  public static unsafe Vector<half> CompareGreaterThanOrEqual(Vector<half> left, Vector<half> right);


    /// CompareLessThan : Compare less than

    /// svbool_t svcmplt[_f16](svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FCMGT Presult.H, Pg/Z, Zop2.H, Zop1.H"
  public static unsafe Vector<half> CompareLessThan(Vector<half> left, Vector<half> right);


    /// CompareLessThanOrEqual : Compare less than or equal to

    /// svbool_t svcmple[_f16](svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FCMGE Presult.H, Pg/Z, Zop2.H, Zop1.H"
  public static unsafe Vector<half> CompareLessThanOrEqual(Vector<half> left, Vector<half> right);


    /// CompareNotEqualTo : Compare not equal to

    /// svbool_t svcmpne[_f16](svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FCMNE Presult.H, Pg/Z, Zop1.H, Zop2.H"
  public static unsafe Vector<half> CompareNotEqualTo(Vector<half> left, Vector<half> right);


    /// CompareUnordered : Compare unordered with

    /// svbool_t svcmpuo[_f16](svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FCMUO Presult.H, Pg/Z, Zop1.H, Zop2.H"
  public static unsafe Vector<half> CompareUnordered(Vector<half> left, Vector<half> right);


    /// ConcatenateEvenInt128FromTwoInputs : Concatenate even quadwords from two inputs

    /// svfloat16_t svuzp1q[_f16](svfloat16_t op1, svfloat16_t op2) : "UZP1 Zresult.Q, Zop1.Q, Zop2.Q"
  public static unsafe Vector<half> ConcatenateEvenInt128FromTwoInputs(Vector<half> left, Vector<half> right);


    /// ConcatenateOddInt128FromTwoInputs : Concatenate odd quadwords from two inputs

    /// svfloat16_t svuzp2q[_f16](svfloat16_t op1, svfloat16_t op2) : "UZP2 Zresult.Q, Zop1.Q, Zop2.Q"
  public static unsafe Vector<half> ConcatenateOddInt128FromTwoInputs(Vector<half> left, Vector<half> right);


    /// ConditionalExtractAfterLastActiveElement : Conditionally extract element after last

    /// svfloat16_t svclasta[_f16](svbool_t pg, svfloat16_t fallback, svfloat16_t data) : "CLASTA Ztied.H, Pg, Ztied.H, Zdata.H" or "MOVPRFX Zresult, Zfallback; CLASTA Zresult.H, Pg, Zresult.H, Zdata.H"
  public static unsafe Vector<half> ConditionalExtractAfterLastActiveElement(Vector<half> mask, Vector<half> defaultValue, Vector<half> data);

    /// svfloat16_t svclasta[_f16](svbool_t pg, svfloat16_t fallback, svfloat16_t data) : "CLASTA Ztied.H, Pg, Ztied.H, Zdata.H" or "MOVPRFX Zresult, Zfallback; CLASTA Zresult.H, Pg, Zresult.H, Zdata.H"
    /// float16_t svclasta[_n_f16](svbool_t pg, float16_t fallback, svfloat16_t data) : "CLASTA Wtied, Pg, Wtied, Zdata.H" or "CLASTA Htied, Pg, Htied, Zdata.H"
  public static unsafe half ConditionalExtractAfterLastActiveElement(Vector<half> mask, half defaultValues, Vector<half> data);


    /// ConditionalExtractAfterLastActiveElementAndReplicate : Conditionally extract element after last

    /// svfloat16_t svclasta[_f16](svbool_t pg, svfloat16_t fallback, svfloat16_t data) : "CLASTA Ztied.H, Pg, Ztied.H, Zdata.H" or "MOVPRFX Zresult, Zfallback; CLASTA Zresult.H, Pg, Zresult.H, Zdata.H"
  public static unsafe Vector<half> ConditionalExtractAfterLastActiveElementAndReplicate(Vector<half> mask, Vector<half> defaultScalar, Vector<half> data);


    /// ConditionalExtractLastActiveElement : Conditionally extract last element

    /// svfloat16_t svclastb[_f16](svbool_t pg, svfloat16_t fallback, svfloat16_t data) : "CLASTB Ztied.H, Pg, Ztied.H, Zdata.H" or "MOVPRFX Zresult, Zfallback; CLASTB Zresult.H, Pg, Zresult.H, Zdata.H"
  public static unsafe Vector<half> ConditionalExtractLastActiveElement(Vector<half> mask, Vector<half> defaultValue, Vector<half> data);

    /// svfloat16_t svclastb[_f16](svbool_t pg, svfloat16_t fallback, svfloat16_t data) : "CLASTB Ztied.H, Pg, Ztied.H, Zdata.H" or "MOVPRFX Zresult, Zfallback; CLASTB Zresult.H, Pg, Zresult.H, Zdata.H"
    /// float16_t svclastb[_n_f16](svbool_t pg, float16_t fallback, svfloat16_t data) : "CLASTB Wtied, Pg, Wtied, Zdata.H" or "CLASTB Htied, Pg, Htied, Zdata.H"
  public static unsafe half ConditionalExtractLastActiveElement(Vector<half> mask, half defaultValues, Vector<half> data);


    /// ConditionalExtractLastActiveElementAndReplicate : Conditionally extract last element

    /// svfloat16_t svclastb[_f16](svbool_t pg, svfloat16_t fallback, svfloat16_t data) : "CLASTB Ztied.H, Pg, Ztied.H, Zdata.H" or "MOVPRFX Zresult, Zfallback; CLASTB Zresult.H, Pg, Zresult.H, Zdata.H"
  public static unsafe Vector<half> ConditionalExtractLastActiveElementAndReplicate(Vector<half> mask, Vector<half> fallback, Vector<half> data);


    /// ConditionalSelect : Conditionally select elements

    /// svfloat16_t svsel[_f16](svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "SEL Zresult.H, Pg, Zop1.H, Zop2.H"
  public static unsafe Vector<half> ConditionalSelect(Vector<half> mask, Vector<half> left, Vector<half> right);


    /// ConvertToDouble : Floating-point convert

    /// svfloat64_t svcvt_f64[_f16]_m(svfloat64_t inactive, svbool_t pg, svfloat16_t op) : "FCVT Ztied.D, Pg/M, Zop.H" or "MOVPRFX Zresult, Zinactive; FCVT Zresult.D, Pg/M, Zop.H"
    /// svfloat64_t svcvt_f64[_f16]_x(svbool_t pg, svfloat16_t op) : "FCVT Ztied.D, Pg/M, Ztied.H" or "MOVPRFX Zresult, Zop; FCVT Zresult.D, Pg/M, Zop.H"
    /// svfloat64_t svcvt_f64[_f16]_z(svbool_t pg, svfloat16_t op) : "MOVPRFX Zresult.D, Pg/Z, Zop.D; FCVT Zresult.D, Pg/M, Zop.H"
  public static unsafe Vector<double> ConvertToDouble(Vector<half> value);


    /// ConvertToHalf : Floating-point convert

    /// svfloat16_t svcvt_f16[_f32]_m(svfloat16_t inactive, svbool_t pg, svfloat32_t op) : "FCVT Ztied.H, Pg/M, Zop.S" or "MOVPRFX Zresult, Zinactive; FCVT Zresult.H, Pg/M, Zop.S"
    /// svfloat16_t svcvt_f16[_f32]_x(svbool_t pg, svfloat32_t op) : "FCVT Ztied.H, Pg/M, Ztied.S" or "MOVPRFX Zresult, Zop; FCVT Zresult.H, Pg/M, Zop.S"
    /// svfloat16_t svcvt_f16[_f32]_z(svbool_t pg, svfloat32_t op) : "MOVPRFX Zresult.S, Pg/Z, Zop.S; FCVT Zresult.H, Pg/M, Zop.S"
  public static unsafe Vector<half> ConvertToHalf(Vector<float> value);

    /// svfloat16_t svcvt_f16[_f64]_m(svfloat16_t inactive, svbool_t pg, svfloat64_t op) : "FCVT Ztied.H, Pg/M, Zop.D" or "MOVPRFX Zresult, Zinactive; FCVT Zresult.H, Pg/M, Zop.D"
    /// svfloat16_t svcvt_f16[_f64]_x(svbool_t pg, svfloat64_t op) : "FCVT Ztied.H, Pg/M, Ztied.D" or "MOVPRFX Zresult, Zop; FCVT Zresult.H, Pg/M, Zop.D"
    /// svfloat16_t svcvt_f16[_f64]_z(svbool_t pg, svfloat64_t op) : "MOVPRFX Zresult.D, Pg/Z, Zop.D; FCVT Zresult.H, Pg/M, Zop.D"
  public static unsafe Vector<half> ConvertToHalf(Vector<double> value);

    /// svfloat16_t svcvt_f16[_s16]_m(svfloat16_t inactive, svbool_t pg, svint16_t op) : "SCVTF Ztied.H, Pg/M, Zop.H" or "MOVPRFX Zresult, Zinactive; SCVTF Zresult.H, Pg/M, Zop.H"
    /// svfloat16_t svcvt_f16[_s16]_x(svbool_t pg, svint16_t op) : "SCVTF Ztied.H, Pg/M, Ztied.H" or "MOVPRFX Zresult, Zop; SCVTF Zresult.H, Pg/M, Zop.H"
    /// svfloat16_t svcvt_f16[_s16]_z(svbool_t pg, svint16_t op) : "MOVPRFX Zresult.H, Pg/Z, Zop.H; SCVTF Zresult.H, Pg/M, Zop.H"
  public static unsafe Vector<half> ConvertToHalf(Vector<short> value);

    /// svfloat16_t svcvt_f16[_s32]_m(svfloat16_t inactive, svbool_t pg, svint32_t op) : "SCVTF Ztied.H, Pg/M, Zop.S" or "MOVPRFX Zresult, Zinactive; SCVTF Zresult.H, Pg/M, Zop.S"
    /// svfloat16_t svcvt_f16[_s32]_x(svbool_t pg, svint32_t op) : "SCVTF Ztied.H, Pg/M, Ztied.S" or "MOVPRFX Zresult, Zop; SCVTF Zresult.H, Pg/M, Zop.S"
    /// svfloat16_t svcvt_f16[_s32]_z(svbool_t pg, svint32_t op) : "MOVPRFX Zresult.S, Pg/Z, Zop.S; SCVTF Zresult.H, Pg/M, Zop.S"
  public static unsafe Vector<half> ConvertToHalf(Vector<int> value);

    /// svfloat16_t svcvt_f16[_s64]_m(svfloat16_t inactive, svbool_t pg, svint64_t op) : "SCVTF Ztied.H, Pg/M, Zop.D" or "MOVPRFX Zresult, Zinactive; SCVTF Zresult.H, Pg/M, Zop.D"
    /// svfloat16_t svcvt_f16[_s64]_x(svbool_t pg, svint64_t op) : "SCVTF Ztied.H, Pg/M, Ztied.D" or "MOVPRFX Zresult, Zop; SCVTF Zresult.H, Pg/M, Zop.D"
    /// svfloat16_t svcvt_f16[_s64]_z(svbool_t pg, svint64_t op) : "MOVPRFX Zresult.D, Pg/Z, Zop.D; SCVTF Zresult.H, Pg/M, Zop.D"
  public static unsafe Vector<half> ConvertToHalf(Vector<long> value);

    /// svfloat16_t svcvt_f16[_u16]_m(svfloat16_t inactive, svbool_t pg, svuint16_t op) : "UCVTF Ztied.H, Pg/M, Zop.H" or "MOVPRFX Zresult, Zinactive; UCVTF Zresult.H, Pg/M, Zop.H"
    /// svfloat16_t svcvt_f16[_u16]_x(svbool_t pg, svuint16_t op) : "UCVTF Ztied.H, Pg/M, Ztied.H" or "MOVPRFX Zresult, Zop; UCVTF Zresult.H, Pg/M, Zop.H"
    /// svfloat16_t svcvt_f16[_u16]_z(svbool_t pg, svuint16_t op) : "MOVPRFX Zresult.H, Pg/Z, Zop.H; UCVTF Zresult.H, Pg/M, Zop.H"
  public static unsafe Vector<half> ConvertToHalf(Vector<ushort> value);

    /// svfloat16_t svcvt_f16[_u32]_m(svfloat16_t inactive, svbool_t pg, svuint32_t op) : "UCVTF Ztied.H, Pg/M, Zop.S" or "MOVPRFX Zresult, Zinactive; UCVTF Zresult.H, Pg/M, Zop.S"
    /// svfloat16_t svcvt_f16[_u32]_x(svbool_t pg, svuint32_t op) : "UCVTF Ztied.H, Pg/M, Ztied.S" or "MOVPRFX Zresult, Zop; UCVTF Zresult.H, Pg/M, Zop.S"
    /// svfloat16_t svcvt_f16[_u32]_z(svbool_t pg, svuint32_t op) : "MOVPRFX Zresult.S, Pg/Z, Zop.S; UCVTF Zresult.H, Pg/M, Zop.S"
  public static unsafe Vector<half> ConvertToHalf(Vector<uint> value);

    /// svfloat16_t svcvt_f16[_u64]_m(svfloat16_t inactive, svbool_t pg, svuint64_t op) : "UCVTF Ztied.H, Pg/M, Zop.D" or "MOVPRFX Zresult, Zinactive; UCVTF Zresult.H, Pg/M, Zop.D"
    /// svfloat16_t svcvt_f16[_u64]_x(svbool_t pg, svuint64_t op) : "UCVTF Ztied.H, Pg/M, Ztied.D" or "MOVPRFX Zresult, Zop; UCVTF Zresult.H, Pg/M, Zop.D"
    /// svfloat16_t svcvt_f16[_u64]_z(svbool_t pg, svuint64_t op) : "MOVPRFX Zresult.D, Pg/Z, Zop.D; UCVTF Zresult.H, Pg/M, Zop.D"
  public static unsafe Vector<half> ConvertToHalf(Vector<ulong> value);


    /// ConvertToInt16 : Floating-point convert

    /// svint16_t svcvt_s16[_f16]_m(svint16_t inactive, svbool_t pg, svfloat16_t op) : "FCVTZS Ztied.H, Pg/M, Zop.H" or "MOVPRFX Zresult, Zinactive; FCVTZS Zresult.H, Pg/M, Zop.H"
    /// svint16_t svcvt_s16[_f16]_x(svbool_t pg, svfloat16_t op) : "FCVTZS Ztied.H, Pg/M, Ztied.H" or "MOVPRFX Zresult, Zop; FCVTZS Zresult.H, Pg/M, Zop.H"
    /// svint16_t svcvt_s16[_f16]_z(svbool_t pg, svfloat16_t op) : "MOVPRFX Zresult.H, Pg/Z, Zop.H; FCVTZS Zresult.H, Pg/M, Zop.H"
  public static unsafe Vector<short> ConvertToInt16(Vector<half> value);


    /// ConvertToInt32 : Floating-point convert

    /// svint32_t svcvt_s32[_f16]_m(svint32_t inactive, svbool_t pg, svfloat16_t op) : "FCVTZS Ztied.S, Pg/M, Zop.H" or "MOVPRFX Zresult, Zinactive; FCVTZS Zresult.S, Pg/M, Zop.H"
    /// svint32_t svcvt_s32[_f16]_x(svbool_t pg, svfloat16_t op) : "FCVTZS Ztied.S, Pg/M, Ztied.H" or "MOVPRFX Zresult, Zop; FCVTZS Zresult.S, Pg/M, Zop.H"
    /// svint32_t svcvt_s32[_f16]_z(svbool_t pg, svfloat16_t op) : "MOVPRFX Zresult.S, Pg/Z, Zop.S; FCVTZS Zresult.S, Pg/M, Zop.H"
  public static unsafe Vector<int> ConvertToInt32(Vector<half> value);


    /// ConvertToInt64 : Floating-point convert

    /// svint64_t svcvt_s64[_f16]_m(svint64_t inactive, svbool_t pg, svfloat16_t op) : "FCVTZS Ztied.D, Pg/M, Zop.H" or "MOVPRFX Zresult, Zinactive; FCVTZS Zresult.D, Pg/M, Zop.H"
    /// svint64_t svcvt_s64[_f16]_x(svbool_t pg, svfloat16_t op) : "FCVTZS Ztied.D, Pg/M, Ztied.H" or "MOVPRFX Zresult, Zop; FCVTZS Zresult.D, Pg/M, Zop.H"
    /// svint64_t svcvt_s64[_f16]_z(svbool_t pg, svfloat16_t op) : "MOVPRFX Zresult.D, Pg/Z, Zop.D; FCVTZS Zresult.D, Pg/M, Zop.H"
  public static unsafe Vector<long> ConvertToInt64(Vector<half> value);


    /// ConvertToSingle : Floating-point convert

    /// svfloat32_t svcvt_f32[_f16]_m(svfloat32_t inactive, svbool_t pg, svfloat16_t op) : "FCVT Ztied.S, Pg/M, Zop.H" or "MOVPRFX Zresult, Zinactive; FCVT Zresult.S, Pg/M, Zop.H"
    /// svfloat32_t svcvt_f32[_f16]_x(svbool_t pg, svfloat16_t op) : "FCVT Ztied.S, Pg/M, Ztied.H" or "MOVPRFX Zresult, Zop; FCVT Zresult.S, Pg/M, Zop.H"
    /// svfloat32_t svcvt_f32[_f16]_z(svbool_t pg, svfloat16_t op) : "MOVPRFX Zresult.S, Pg/Z, Zop.S; FCVT Zresult.S, Pg/M, Zop.H"
  public static unsafe Vector<float> ConvertToSingle(Vector<half> value);


    /// ConvertToUInt16 : Floating-point convert

    /// svuint16_t svcvt_u16[_f16]_m(svuint16_t inactive, svbool_t pg, svfloat16_t op) : "FCVTZU Ztied.H, Pg/M, Zop.H" or "MOVPRFX Zresult, Zinactive; FCVTZU Zresult.H, Pg/M, Zop.H"
    /// svuint16_t svcvt_u16[_f16]_x(svbool_t pg, svfloat16_t op) : "FCVTZU Ztied.H, Pg/M, Ztied.H" or "MOVPRFX Zresult, Zop; FCVTZU Zresult.H, Pg/M, Zop.H"
    /// svuint16_t svcvt_u16[_f16]_z(svbool_t pg, svfloat16_t op) : "MOVPRFX Zresult.H, Pg/Z, Zop.H; FCVTZU Zresult.H, Pg/M, Zop.H"
  public static unsafe Vector<ushort> ConvertToUInt16(Vector<half> value);


    /// ConvertToUInt32 : Floating-point convert

    /// svuint32_t svcvt_u32[_f16]_m(svuint32_t inactive, svbool_t pg, svfloat16_t op) : "FCVTZU Ztied.S, Pg/M, Zop.H" or "MOVPRFX Zresult, Zinactive; FCVTZU Zresult.S, Pg/M, Zop.H"
    /// svuint32_t svcvt_u32[_f16]_x(svbool_t pg, svfloat16_t op) : "FCVTZU Ztied.S, Pg/M, Ztied.H" or "MOVPRFX Zresult, Zop; FCVTZU Zresult.S, Pg/M, Zop.H"
    /// svuint32_t svcvt_u32[_f16]_z(svbool_t pg, svfloat16_t op) : "MOVPRFX Zresult.S, Pg/Z, Zop.S; FCVTZU Zresult.S, Pg/M, Zop.H"
  public static unsafe Vector<uint> ConvertToUInt32(Vector<half> value);


    /// ConvertToUInt64 : Floating-point convert

    /// svuint64_t svcvt_u64[_f16]_m(svuint64_t inactive, svbool_t pg, svfloat16_t op) : "FCVTZU Ztied.D, Pg/M, Zop.H" or "MOVPRFX Zresult, Zinactive; FCVTZU Zresult.D, Pg/M, Zop.H"
    /// svuint64_t svcvt_u64[_f16]_x(svbool_t pg, svfloat16_t op) : "FCVTZU Ztied.D, Pg/M, Ztied.H" or "MOVPRFX Zresult, Zop; FCVTZU Zresult.D, Pg/M, Zop.H"
    /// svuint64_t svcvt_u64[_f16]_z(svbool_t pg, svfloat16_t op) : "MOVPRFX Zresult.D, Pg/Z, Zop.D; FCVTZU Zresult.D, Pg/M, Zop.H"
  public static unsafe Vector<ulong> ConvertToUInt64(Vector<half> value);


    /// CreateFalseMaskHalf : Set all predicate elements to false

    /// svbool_t svpfalse[_b]() : "PFALSE Presult.B"
  public static unsafe Vector<half> CreateFalseMaskHalf();


    /// CreateTrueMaskHalf : Set predicate elements to true

    /// svbool_t svptrue_pat_b8(enum svpattern pattern) : "PTRUE Presult.B, pattern"
  public static unsafe Vector<half> CreateTrueMaskHalf([ConstantExpected] SveMaskPattern pattern = SveMaskPattern.All);


    /// CreateWhileReadAfterWriteMask : While free of read-after-write conflicts

    /// svbool_t svwhilerw[_f16](const float16_t *op1, const float16_t *op2) : "WHILERW Presult.H, Xop1, Xop2"
  public static unsafe Vector<half> CreateWhileReadAfterWriteMask(half* left, half* right);


    /// CreateWhileWriteAfterReadMask : While free of write-after-read conflicts

    /// svbool_t svwhilewr[_f16](const float16_t *op1, const float16_t *op2) : "WHILEWR Presult.H, Xop1, Xop2"
  public static unsafe Vector<half> CreateWhileWriteAfterReadMask(half* left, half* right);


    /// Divide : Divide

    /// svfloat16_t svdiv[_f16]_m(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FDIV Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "MOVPRFX Zresult, Zop1; FDIV Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svdiv[_f16]_x(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FDIV Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "FDIVR Ztied2.H, Pg/M, Ztied2.H, Zop1.H" or "MOVPRFX Zresult, Zop1; FDIV Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svdiv[_f16]_z(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "MOVPRFX Zresult.H, Pg/Z, Zop1.H; FDIV Zresult.H, Pg/M, Zresult.H, Zop2.H" or "MOVPRFX Zresult.H, Pg/Z, Zop2.H; FDIVR Zresult.H, Pg/M, Zresult.H, Zop1.H"
  public static unsafe Vector<half> Divide(Vector<half> left, Vector<half> right);


    /// DownConvertNarrowingUpper : Down convert and narrow (top)

    /// svfloat16_t svcvtnt_f16[_f32]_m(svfloat16_t even, svbool_t pg, svfloat32_t op) : "FCVTNT Ztied.H, Pg/M, Zop.S"
    /// svfloat16_t svcvtnt_f16[_f32]_x(svfloat16_t even, svbool_t pg, svfloat32_t op) : "FCVTNT Ztied.H, Pg/M, Zop.S"
  public static unsafe Vector<half> DownConvertNarrowingUpper(Vector<float> value);


    /// DuplicateSelectedScalarToVector : Broadcast a scalar value

    /// svfloat16_t svdup_lane[_f16](svfloat16_t data, uint16_t index) : "DUP Zresult.H, Zdata.H[index]" or "TBL Zresult.H, Zdata.H, Zindex.H"
    /// svfloat16_t svdupq_lane[_f16](svfloat16_t data, uint64_t index) : "DUP Zresult.Q, Zdata.Q[index]" or "TBL Zresult.D, Zdata.D, Zindices_d.D"
  public static unsafe Vector<half> DuplicateSelectedScalarToVector(Vector<half> data, [ConstantExpected] byte index);


    /// ExtractAfterLastScalar : Extract element after last

    /// float16_t svlasta[_f16](svbool_t pg, svfloat16_t op) : "LASTA Wresult, Pg, Zop.H" or "LASTA Hresult, Pg, Zop.H"
  public static unsafe half ExtractAfterLastScalar(Vector<half> value);


    /// ExtractAfterLastVector : Extract element after last

    /// float16_t svlasta[_f16](svbool_t pg, svfloat16_t op) : "LASTA Wresult, Pg, Zop.H" or "LASTA Hresult, Pg, Zop.H"
  public static unsafe Vector<half> ExtractAfterLastVector(Vector<half> value);


    /// ExtractLastScalar : Extract last element

    /// float16_t svlastb[_f16](svbool_t pg, svfloat16_t op) : "LASTB Wresult, Pg, Zop.H" or "LASTB Hresult, Pg, Zop.H"
  public static unsafe half ExtractLastScalar(Vector<half> value);


    /// ExtractLastVector : Extract last element

    /// float16_t svlastb[_f16](svbool_t pg, svfloat16_t op) : "LASTB Wresult, Pg, Zop.H" or "LASTB Hresult, Pg, Zop.H"
  public static unsafe Vector<half> ExtractLastVector(Vector<half> value);


    /// ExtractVector : Extract vector from pair of vectors

    /// svfloat16_t svext[_f16](svfloat16_t op1, svfloat16_t op2, uint64_t imm3) : "EXT Ztied1.B, Ztied1.B, Zop2.B, #imm3 * 2" or "MOVPRFX Zresult, Zop1; EXT Zresult.B, Zresult.B, Zop2.B, #imm3 * 2"
  public static unsafe Vector<half> ExtractVector(Vector<half> upper, Vector<half> lower, [ConstantExpected] byte index);


    /// FloatingPointExponentialAccelerator : Floating-point exponential accelerator

    /// svfloat16_t svexpa[_f16](svuint16_t op) : "FEXPA Zresult.H, Zop.H"
  public static unsafe Vector<half> FloatingPointExponentialAccelerator(Vector<ushort> value);


    /// FusedMultiplyAdd : Multiply-add, addend first

    /// svfloat16_t svmla[_f16]_m(svbool_t pg, svfloat16_t op1, svfloat16_t op2, svfloat16_t op3) : "FMLA Ztied1.H, Pg/M, Zop2.H, Zop3.H" or "MOVPRFX Zresult, Zop1; FMLA Zresult.H, Pg/M, Zop2.H, Zop3.H"
    /// svfloat16_t svmla[_f16]_x(svbool_t pg, svfloat16_t op1, svfloat16_t op2, svfloat16_t op3) : "FMLA Ztied1.H, Pg/M, Zop2.H, Zop3.H" or "FMAD Ztied2.H, Pg/M, Zop3.H, Zop1.H" or "FMAD Ztied3.H, Pg/M, Zop2.H, Zop1.H" or "MOVPRFX Zresult, Zop1; FMLA Zresult.H, Pg/M, Zop2.H, Zop3.H"
    /// svfloat16_t svmla[_f16]_z(svbool_t pg, svfloat16_t op1, svfloat16_t op2, svfloat16_t op3) : "MOVPRFX Zresult.H, Pg/Z, Zop1.H; FMLA Zresult.H, Pg/M, Zop2.H, Zop3.H" or "MOVPRFX Zresult.H, Pg/Z, Zop2.H; FMAD Zresult.H, Pg/M, Zop3.H, Zop1.H" or "MOVPRFX Zresult.H, Pg/Z, Zop3.H; FMAD Zresult.H, Pg/M, Zop2.H, Zop1.H"
  public static unsafe Vector<half> FusedMultiplyAdd(Vector<half> addend, Vector<half> left, Vector<half> right);


    /// FusedMultiplyAddBySelectedScalar : Multiply-add, addend first

    /// svfloat16_t svmla_lane[_f16](svfloat16_t op1, svfloat16_t op2, svfloat16_t op3, uint64_t imm_index) : "FMLA Ztied1.H, Zop2.H, Zop3.H[imm_index]" or "MOVPRFX Zresult, Zop1; FMLA Zresult.H, Zop2.H, Zop3.H[imm_index]"
  public static unsafe Vector<half> FusedMultiplyAddBySelectedScalar(Vector<half> addend, Vector<half> left, Vector<half> right, [ConstantExpected] byte rightIndex);


    /// FusedMultiplyAddNegated : Negated multiply-add, addend first

    /// svfloat16_t svnmla[_f16]_m(svbool_t pg, svfloat16_t op1, svfloat16_t op2, svfloat16_t op3) : "FNMLA Ztied1.H, Pg/M, Zop2.H, Zop3.H" or "MOVPRFX Zresult, Zop1; FNMLA Zresult.H, Pg/M, Zop2.H, Zop3.H"
    /// svfloat16_t svnmla[_f16]_x(svbool_t pg, svfloat16_t op1, svfloat16_t op2, svfloat16_t op3) : "FNMLA Ztied1.H, Pg/M, Zop2.H, Zop3.H" or "FNMAD Ztied2.H, Pg/M, Zop3.H, Zop1.H" or "FNMAD Ztied3.H, Pg/M, Zop2.H, Zop1.H" or "MOVPRFX Zresult, Zop1; FNMLA Zresult.H, Pg/M, Zop2.H, Zop3.H"
    /// svfloat16_t svnmla[_f16]_z(svbool_t pg, svfloat16_t op1, svfloat16_t op2, svfloat16_t op3) : "MOVPRFX Zresult.H, Pg/Z, Zop1.H; FNMLA Zresult.H, Pg/M, Zop2.H, Zop3.H" or "MOVPRFX Zresult.H, Pg/Z, Zop2.H; FNMAD Zresult.H, Pg/M, Zop3.H, Zop1.H" or "MOVPRFX Zresult.H, Pg/Z, Zop3.H; FNMAD Zresult.H, Pg/M, Zop2.H, Zop1.H"
  public static unsafe Vector<half> FusedMultiplyAddNegated(Vector<half> addend, Vector<half> left, Vector<half> right);


    /// FusedMultiplySubtract : Multiply-subtract, minuend first

    /// svfloat16_t svmls[_f16]_m(svbool_t pg, svfloat16_t op1, svfloat16_t op2, svfloat16_t op3) : "FMLS Ztied1.H, Pg/M, Zop2.H, Zop3.H" or "MOVPRFX Zresult, Zop1; FMLS Zresult.H, Pg/M, Zop2.H, Zop3.H"
    /// svfloat16_t svmls[_f16]_x(svbool_t pg, svfloat16_t op1, svfloat16_t op2, svfloat16_t op3) : "FMLS Ztied1.H, Pg/M, Zop2.H, Zop3.H" or "FMSB Ztied2.H, Pg/M, Zop3.H, Zop1.H" or "FMSB Ztied3.H, Pg/M, Zop2.H, Zop1.H" or "MOVPRFX Zresult, Zop1; FMLS Zresult.H, Pg/M, Zop2.H, Zop3.H"
    /// svfloat16_t svmls[_f16]_z(svbool_t pg, svfloat16_t op1, svfloat16_t op2, svfloat16_t op3) : "MOVPRFX Zresult.H, Pg/Z, Zop1.H; FMLS Zresult.H, Pg/M, Zop2.H, Zop3.H" or "MOVPRFX Zresult.H, Pg/Z, Zop2.H; FMSB Zresult.H, Pg/M, Zop3.H, Zop1.H" or "MOVPRFX Zresult.H, Pg/Z, Zop3.H; FMSB Zresult.H, Pg/M, Zop2.H, Zop1.H"
  public static unsafe Vector<half> FusedMultiplySubtract(Vector<half> minuend, Vector<half> left, Vector<half> right);


    /// FusedMultiplySubtractBySelectedScalar : Multiply-subtract, minuend first

    /// svfloat16_t svmls_lane[_f16](svfloat16_t op1, svfloat16_t op2, svfloat16_t op3, uint64_t imm_index) : "FMLS Ztied1.H, Zop2.H, Zop3.H[imm_index]" or "MOVPRFX Zresult, Zop1; FMLS Zresult.H, Zop2.H, Zop3.H[imm_index]"
  public static unsafe Vector<half> FusedMultiplySubtractBySelectedScalar(Vector<half> minuend, Vector<half> left, Vector<half> right, [ConstantExpected] byte rightIndex);


    /// FusedMultiplySubtractNegated : Negated multiply-subtract, minuend first

    /// svfloat16_t svnmls[_f16]_m(svbool_t pg, svfloat16_t op1, svfloat16_t op2, svfloat16_t op3) : "FNMLS Ztied1.H, Pg/M, Zop2.H, Zop3.H" or "MOVPRFX Zresult, Zop1; FNMLS Zresult.H, Pg/M, Zop2.H, Zop3.H"
    /// svfloat16_t svnmls[_f16]_x(svbool_t pg, svfloat16_t op1, svfloat16_t op2, svfloat16_t op3) : "FNMLS Ztied1.H, Pg/M, Zop2.H, Zop3.H" or "FNMSB Ztied2.H, Pg/M, Zop3.H, Zop1.H" or "FNMSB Ztied3.H, Pg/M, Zop2.H, Zop1.H" or "MOVPRFX Zresult, Zop1; FNMLS Zresult.H, Pg/M, Zop2.H, Zop3.H"
    /// svfloat16_t svnmls[_f16]_z(svbool_t pg, svfloat16_t op1, svfloat16_t op2, svfloat16_t op3) : "MOVPRFX Zresult.H, Pg/Z, Zop1.H; FNMLS Zresult.H, Pg/M, Zop2.H, Zop3.H" or "MOVPRFX Zresult.H, Pg/Z, Zop2.H; FNMSB Zresult.H, Pg/M, Zop3.H, Zop1.H" or "MOVPRFX Zresult.H, Pg/Z, Zop3.H; FNMSB Zresult.H, Pg/M, Zop2.H, Zop1.H"
  public static unsafe Vector<half> FusedMultiplySubtractNegated(Vector<half> minuend, Vector<half> left, Vector<half> right);


    /// GetActiveElementCount : Count set predicate bits

    /// uint64_t svcntp_b8(svbool_t pg, svbool_t op) : "CNTP Xresult, Pg, Pop.B"
  public static unsafe ulong GetActiveElementCount(Vector<half> mask, Vector<half> from);


    /// InsertIntoShiftedVector : Insert scalar into shifted vector

    /// svfloat16_t svinsr[_n_f16](svfloat16_t op1, float16_t op2) : "INSR Ztied1.H, Wop2" or "INSR Ztied1.H, Hop2"
  public static unsafe Vector<half> InsertIntoShiftedVector(Vector<half> left, half right);


    /// InterleaveEvenInt128FromTwoInputs : Interleave even quadwords from two inputs

    /// svfloat16_t svtrn1q[_f16](svfloat16_t op1, svfloat16_t op2) : "TRN1 Zresult.Q, Zop1.Q, Zop2.Q"
  public static unsafe Vector<half> InterleaveEvenInt128FromTwoInputs(Vector<half> left, Vector<half> right);


    /// InterleaveInt128FromHighHalvesOfTwoInputs : Interleave quadwords from high halves of two inputs

    /// svfloat16_t svzip2q[_f16](svfloat16_t op1, svfloat16_t op2) : "ZIP2 Zresult.Q, Zop1.Q, Zop2.Q"
  public static unsafe Vector<half> InterleaveInt128FromHighHalvesOfTwoInputs(Vector<half> left, Vector<half> right);


    /// InterleaveInt128FromLowHalvesOfTwoInputs : Interleave quadwords from low halves of two inputs

    /// svfloat16_t svzip1q[_f16](svfloat16_t op1, svfloat16_t op2) : "ZIP1 Zresult.Q, Zop1.Q, Zop2.Q"
  public static unsafe Vector<half> InterleaveInt128FromLowHalvesOfTwoInputs(Vector<half> left, Vector<half> right);


    /// InterleaveOddInt128FromTwoInputs : Interleave odd quadwords from two inputs

    /// svfloat16_t svtrn2q[_f16](svfloat16_t op1, svfloat16_t op2) : "TRN2 Zresult.Q, Zop1.Q, Zop2.Q"
  public static unsafe Vector<half> InterleaveOddInt128FromTwoInputs(Vector<half> left, Vector<half> right);


    /// LoadVector : Unextended load

    /// svfloat16_t svld1[_f16](svbool_t pg, const float16_t *base) : "LD1H Zresult.H, Pg/Z, [Xarray, Xindex, LSL #1]" or "LD1H Zresult.H, Pg/Z, [Xbase, #0, MUL VL]"
  public static unsafe Vector<half> LoadVector(Vector<half> mask, half* address);


    /// LoadVector128AndReplicateToVector : Load and replicate 128 bits of data

    /// svfloat16_t svld1rq[_f16](svbool_t pg, const float16_t *base) : "LD1RQH Zresult.H, Pg/Z, [Xarray, Xindex, LSL #1]" or "LD1RQH Zresult.H, Pg/Z, [Xarray, #index * 2]" or "LD1RQH Zresult.H, Pg/Z, [Xbase, #0]"
  public static unsafe Vector<half> LoadVector128AndReplicateToVector(Vector<half> mask, half* address);


    /// LoadVector256AndReplicateToVector : Load and replicate 256 bits of data

    /// svfloat16_t svld1ro[_f16](svbool_t pg, const float16_t *base) : "LD1ROH Zresult.H, Pg/Z, [Xarray, Xindex, LSL #1]" or "LD1ROH Zresult.H, Pg/Z, [Xarray, #index * 2]" or "LD1ROH Zresult.H, Pg/Z, [Xbase, #0]"
  public static unsafe Vector<half> LoadVector256AndReplicateToVector(Vector<half> mask, half* address);


    /// LoadVectorFirstFaulting : Unextended load, first-faulting

    /// svfloat16_t svldff1[_f16](svbool_t pg, const float16_t *base) : "LDFF1H Zresult.H, Pg/Z, [Xarray, Xindex, LSL #1]" or "LDFF1H Zresult.H, Pg/Z, [Xbase, XZR, LSL #1]"
  public static unsafe Vector<half> LoadVectorFirstFaulting(Vector<half> mask, half* address);


    /// LoadVectorNonFaulting : Unextended load, non-faulting

    /// svfloat16_t svldnf1[_f16](svbool_t pg, const float16_t *base) : "LDNF1H Zresult.H, Pg/Z, [Xbase, #0, MUL VL]"
  public static unsafe Vector<half> LoadVectorNonFaulting(half* address);


    /// LoadVectorNonTemporal : Unextended load, non-temporal

    /// svfloat16_t svldnt1[_f16](svbool_t pg, const float16_t *base) : "LDNT1H Zresult.H, Pg/Z, [Xarray, Xindex, LSL #1]" or "LDNT1H Zresult.H, Pg/Z, [Xbase, #0, MUL VL]"
  public static unsafe Vector<half> LoadVectorNonTemporal(Vector<half> mask, half* address);


    /// LoadVectorx2 : Load two-element tuples into two vectors

    /// svfloat16x2_t svld2[_f16](svbool_t pg, const float16_t *base) : "LD2H {Zresult0.H, Zresult1.H}, Pg/Z, [Xarray, Xindex, LSL #1]" or "LD2H {Zresult0.H, Zresult1.H}, Pg/Z, [Xbase, #0, MUL VL]"
  public static unsafe (Vector<half>, Vector<half>) LoadVectorx2(Vector<half> mask, half* address);


    /// LoadVectorx3 : Load three-element tuples into three vectors

    /// svfloat16x3_t svld3[_f16](svbool_t pg, const float16_t *base) : "LD3H {Zresult0.H - Zresult2.H}, Pg/Z, [Xarray, Xindex, LSL #1]" or "LD3H {Zresult0.H - Zresult2.H}, Pg/Z, [Xbase, #0, MUL VL]"
  public static unsafe (Vector<half>, Vector<half>, Vector<half>) LoadVectorx3(Vector<half> mask, half* address);


    /// LoadVectorx4 : Load four-element tuples into four vectors

    /// svfloat16x4_t svld4[_f16](svbool_t pg, const float16_t *base) : "LD4H {Zresult0.H - Zresult3.H}, Pg/Z, [Xarray, Xindex, LSL #1]" or "LD4H {Zresult0.H - Zresult3.H}, Pg/Z, [Xbase, #0, MUL VL]"
  public static unsafe (Vector<half>, Vector<half>, Vector<half>, Vector<half>) LoadVectorx4(Vector<half> mask, half* address);


    /// Log2 : Base 2 logarithm as integer

    /// svint16_t svlogb[_f16]_m(svint16_t inactive, svbool_t pg, svfloat16_t op) : "FLOGB Ztied.H, Pg/M, Zop.H" or "MOVPRFX Zresult, Zinactive; FLOGB Zresult.H, Pg/M, Zop.H"
    /// svint16_t svlogb[_f16]_x(svbool_t pg, svfloat16_t op) : "FLOGB Ztied.H, Pg/M, Ztied.H" or "MOVPRFX Zresult, Zop; FLOGB Zresult.H, Pg/M, Zop.H"
    /// svint16_t svlogb[_f16]_z(svbool_t pg, svfloat16_t op) : "MOVPRFX Zresult.H, Pg/Z, Zop.H; FLOGB Zresult.H, Pg/M, Zop.H"
  public static unsafe Vector<short> Log2(Vector<half> value);


    /// Max : Maximum

    /// svfloat16_t svmax[_f16]_m(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FMAX Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "MOVPRFX Zresult, Zop1; FMAX Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svmax[_f16]_x(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FMAX Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "FMAX Ztied2.H, Pg/M, Ztied2.H, Zop1.H" or "MOVPRFX Zresult, Zop1; FMAX Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svmax[_f16]_z(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "MOVPRFX Zresult.H, Pg/Z, Zop1.H; FMAX Zresult.H, Pg/M, Zresult.H, Zop2.H" or "MOVPRFX Zresult.H, Pg/Z, Zop2.H; FMAX Zresult.H, Pg/M, Zresult.H, Zop1.H"
  public static unsafe Vector<half> Max(Vector<half> left, Vector<half> right);


    /// MaxAcross : Maximum reduction to scalar

    /// float16_t svmaxv[_f16](svbool_t pg, svfloat16_t op) : "FMAXV Hresult, Pg, Zop.H"
  public static unsafe Vector<half> MaxAcross(Vector<half> value);


    /// MaxNumber : Maximum number

    /// svfloat16_t svmaxnm[_f16]_m(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FMAXNM Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "MOVPRFX Zresult, Zop1; FMAXNM Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svmaxnm[_f16]_x(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FMAXNM Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "FMAXNM Ztied2.H, Pg/M, Ztied2.H, Zop1.H" or "MOVPRFX Zresult, Zop1; FMAXNM Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svmaxnm[_f16]_z(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "MOVPRFX Zresult.H, Pg/Z, Zop1.H; FMAXNM Zresult.H, Pg/M, Zresult.H, Zop2.H" or "MOVPRFX Zresult.H, Pg/Z, Zop2.H; FMAXNM Zresult.H, Pg/M, Zresult.H, Zop1.H"
  public static unsafe Vector<half> MaxNumber(Vector<half> left, Vector<half> right);


    /// MaxNumberAcross : Maximum number reduction to scalar

    /// float16_t svmaxnmv[_f16](svbool_t pg, svfloat16_t op) : "FMAXNMV Hresult, Pg, Zop.H"
  public static unsafe Vector<half> MaxNumberAcross(Vector<half> value);


    /// MaxNumberPairwise : Maximum number pairwise

    /// svfloat16_t svmaxnmp[_f16]_m(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FMAXNMP Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "MOVPRFX Zresult, Zop1; FMAXNMP Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svmaxnmp[_f16]_x(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FMAXNMP Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "MOVPRFX Zresult, Zop1; FMAXNMP Zresult.H, Pg/M, Zresult.H, Zop2.H"
  public static unsafe Vector<half> MaxNumberPairwise(Vector<half> left, Vector<half> right);


    /// MaxPairwise : Maximum pairwise

    /// svfloat16_t svmaxp[_f16]_m(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FMAXP Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "MOVPRFX Zresult, Zop1; FMAXP Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svmaxp[_f16]_x(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FMAXP Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "MOVPRFX Zresult, Zop1; FMAXP Zresult.H, Pg/M, Zresult.H, Zop2.H"
  public static unsafe Vector<half> MaxPairwise(Vector<half> left, Vector<half> right);


    /// Min : Minimum

    /// svfloat16_t svmin[_f16]_m(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FMIN Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "MOVPRFX Zresult, Zop1; FMIN Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svmin[_f16]_x(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FMIN Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "FMIN Ztied2.H, Pg/M, Ztied2.H, Zop1.H" or "MOVPRFX Zresult, Zop1; FMIN Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svmin[_f16]_z(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "MOVPRFX Zresult.H, Pg/Z, Zop1.H; FMIN Zresult.H, Pg/M, Zresult.H, Zop2.H" or "MOVPRFX Zresult.H, Pg/Z, Zop2.H; FMIN Zresult.H, Pg/M, Zresult.H, Zop1.H"
  public static unsafe Vector<half> Min(Vector<half> left, Vector<half> right);


    /// MinAcross : Minimum reduction to scalar

    /// float16_t svminv[_f16](svbool_t pg, svfloat16_t op) : "FMINV Hresult, Pg, Zop.H"
  public static unsafe Vector<half> MinAcross(Vector<half> value);


    /// MinNumber : Minimum number

    /// svfloat16_t svminnm[_f16]_m(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FMINNM Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "MOVPRFX Zresult, Zop1; FMINNM Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svminnm[_f16]_x(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FMINNM Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "FMINNM Ztied2.H, Pg/M, Ztied2.H, Zop1.H" or "MOVPRFX Zresult, Zop1; FMINNM Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svminnm[_f16]_z(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "MOVPRFX Zresult.H, Pg/Z, Zop1.H; FMINNM Zresult.H, Pg/M, Zresult.H, Zop2.H" or "MOVPRFX Zresult.H, Pg/Z, Zop2.H; FMINNM Zresult.H, Pg/M, Zresult.H, Zop1.H"
  public static unsafe Vector<half> MinNumber(Vector<half> left, Vector<half> right);


    /// MinNumberAcross : Minimum number reduction to scalar

    /// float16_t svminnmv[_f16](svbool_t pg, svfloat16_t op) : "FMINNMV Hresult, Pg, Zop.H"
  public static unsafe Vector<half> MinNumberAcross(Vector<half> value);


    /// MinNumberPairwise : Minimum number pairwise

    /// svfloat16_t svminnmp[_f16]_m(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FMINNMP Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "MOVPRFX Zresult, Zop1; FMINNMP Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svminnmp[_f16]_x(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FMINNMP Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "MOVPRFX Zresult, Zop1; FMINNMP Zresult.H, Pg/M, Zresult.H, Zop2.H"
  public static unsafe Vector<half> MinNumberPairwise(Vector<half> left, Vector<half> right);


    /// MinPairwise : Minimum pairwise

    /// svfloat16_t svminp[_f16]_m(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FMINP Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "MOVPRFX Zresult, Zop1; FMINP Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svminp[_f16]_x(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FMINP Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "MOVPRFX Zresult, Zop1; FMINP Zresult.H, Pg/M, Zresult.H, Zop2.H"
  public static unsafe Vector<half> MinPairwise(Vector<half> left, Vector<half> right);


    /// Multiply : Multiply

    /// svfloat16_t svmul[_f16]_m(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FMUL Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "MOVPRFX Zresult, Zop1; FMUL Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svmul[_f16]_x(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FMUL Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "FMUL Ztied2.H, Pg/M, Ztied2.H, Zop1.H" or "FMUL Zresult.H, Zop1.H, Zop2.H" or "MOVPRFX Zresult, Zop1; FMUL Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svmul[_f16]_z(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "MOVPRFX Zresult.H, Pg/Z, Zop1.H; FMUL Zresult.H, Pg/M, Zresult.H, Zop2.H" or "MOVPRFX Zresult.H, Pg/Z, Zop2.H; FMUL Zresult.H, Pg/M, Zresult.H, Zop1.H"
  public static unsafe Vector<half> Multiply(Vector<half> left, Vector<half> right);


    /// MultiplyAddRotateComplex : Complex multiply-add with rotate

    /// svfloat16_t svcmla[_f16]_m(svbool_t pg, svfloat16_t op1, svfloat16_t op2, svfloat16_t op3, uint64_t imm_rotation) : "FCMLA Ztied1.H, Pg/M, Zop2.H, Zop3.H, #imm_rotation" or "MOVPRFX Zresult, Zop1; FCMLA Zresult.H, Pg/M, Zop2.H, Zop3.H, #imm_rotation"
    /// svfloat16_t svcmla[_f16]_x(svbool_t pg, svfloat16_t op1, svfloat16_t op2, svfloat16_t op3, uint64_t imm_rotation) : "FCMLA Ztied1.H, Pg/M, Zop2.H, Zop3.H, #imm_rotation" or "MOVPRFX Zresult, Zop1; FCMLA Zresult.H, Pg/M, Zop2.H, Zop3.H, #imm_rotation"
    /// svfloat16_t svcmla[_f16]_z(svbool_t pg, svfloat16_t op1, svfloat16_t op2, svfloat16_t op3, uint64_t imm_rotation) : "MOVPRFX Zresult.H, Pg/Z, Zop1.H; FCMLA Zresult.H, Pg/M, Zop2.H, Zop3.H, #imm_rotation"
  public static unsafe Vector<half> MultiplyAddRotateComplex(Vector<half> addend, Vector<half> left, Vector<half> right, [ConstantExpected] byte rotation);


    /// MultiplyAddRotateComplexBySelectedScalar : Complex multiply-add with rotate

    /// svfloat16_t svcmla_lane[_f16](svfloat16_t op1, svfloat16_t op2, svfloat16_t op3, uint64_t imm_index, uint64_t imm_rotation) : "FCMLA Ztied1.H, Zop2.H, Zop3.H[imm_index], #imm_rotation" or "MOVPRFX Zresult, Zop1; FCMLA Zresult.H, Zop2.H, Zop3.H[imm_index], #imm_rotation"
  public static unsafe Vector<half> MultiplyAddRotateComplexBySelectedScalar(Vector<half> addend, Vector<half> left, Vector<half> right, [ConstantExpected] byte rightIndex, [ConstantExpected] byte rotation);


    /// MultiplyAddWideningLower : Multiply-add long (bottom)

    /// svfloat32_t svmlalb[_f32](svfloat32_t op1, svfloat16_t op2, svfloat16_t op3) : "FMLALB Ztied1.S, Zop2.H, Zop3.H" or "MOVPRFX Zresult, Zop1; FMLALB Zresult.S, Zop2.H, Zop3.H"
  public static unsafe Vector<float> MultiplyAddWideningLower(Vector<float> op1, Vector<half> op2, Vector<half> op3);

    /// svfloat32_t svmlalb_lane[_f32](svfloat32_t op1, svfloat16_t op2, svfloat16_t op3, uint64_t imm_index) : "FMLALB Ztied1.S, Zop2.H, Zop3.H[imm_index]" or "MOVPRFX Zresult, Zop1; FMLALB Zresult.S, Zop2.H, Zop3.H[imm_index]"
  public static unsafe Vector<float> MultiplyAddWideningLower(Vector<float> op1, Vector<half> op2, Vector<half> op3, ulong imm_index);


    /// MultiplyAddWideningUpper : Multiply-add long (top)

    /// svfloat32_t svmlalt[_f32](svfloat32_t op1, svfloat16_t op2, svfloat16_t op3) : "FMLALT Ztied1.S, Zop2.H, Zop3.H" or "MOVPRFX Zresult, Zop1; FMLALT Zresult.S, Zop2.H, Zop3.H"
  public static unsafe Vector<float> MultiplyAddWideningUpper(Vector<float> op1, Vector<half> op2, Vector<half> op3);

    /// svfloat32_t svmlalt_lane[_f32](svfloat32_t op1, svfloat16_t op2, svfloat16_t op3, uint64_t imm_index) : "FMLALT Ztied1.S, Zop2.H, Zop3.H[imm_index]" or "MOVPRFX Zresult, Zop1; FMLALT Zresult.S, Zop2.H, Zop3.H[imm_index]"
  public static unsafe Vector<float> MultiplyAddWideningUpper(Vector<float> op1, Vector<half> op2, Vector<half> op3, ulong imm_index);


    /// MultiplyBySelectedScalar : Multiply

    /// svfloat16_t svmul_lane[_f16](svfloat16_t op1, svfloat16_t op2, uint64_t imm_index) : "FMUL Zresult.H, Zop1.H, Zop2.H[imm_index]"
  public static unsafe Vector<half> MultiplyBySelectedScalar(Vector<half> left, Vector<half> right, [ConstantExpected] byte rightIndex);


    /// MultiplyExtended : Multiply extended (∞×0=2)

    /// svfloat16_t svmulx[_f16]_m(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FMULX Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "MOVPRFX Zresult, Zop1; FMULX Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svmulx[_f16]_x(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FMULX Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "FMULX Ztied2.H, Pg/M, Ztied2.H, Zop1.H" or "MOVPRFX Zresult, Zop1; FMULX Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svmulx[_f16]_z(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "MOVPRFX Zresult.H, Pg/Z, Zop1.H; FMULX Zresult.H, Pg/M, Zresult.H, Zop2.H" or "MOVPRFX Zresult.H, Pg/Z, Zop2.H; FMULX Zresult.H, Pg/M, Zresult.H, Zop1.H"
  public static unsafe Vector<half> MultiplyExtended(Vector<half> left, Vector<half> right);


    /// MultiplySubtractWideningLower : Multiply-subtract long (bottom)

    /// svfloat32_t svmlslb[_f32](svfloat32_t op1, svfloat16_t op2, svfloat16_t op3) : "FMLSLB Ztied1.S, Zop2.H, Zop3.H" or "MOVPRFX Zresult, Zop1; FMLSLB Zresult.S, Zop2.H, Zop3.H"
  public static unsafe Vector<float> MultiplySubtractWideningLower(Vector<float> op1, Vector<half> op2, Vector<half> op3);

    /// svfloat32_t svmlslb_lane[_f32](svfloat32_t op1, svfloat16_t op2, svfloat16_t op3, uint64_t imm_index) : "FMLSLB Ztied1.S, Zop2.H, Zop3.H[imm_index]" or "MOVPRFX Zresult, Zop1; FMLSLB Zresult.S, Zop2.H, Zop3.H[imm_index]"
  public static unsafe Vector<float> MultiplySubtractWideningLower(Vector<float> op1, Vector<half> op2, Vector<half> op3, ulong imm_index);


    /// MultiplySubtractWideningUpper : Multiply-subtract long (top)

    /// svfloat32_t svmlslt[_f32](svfloat32_t op1, svfloat16_t op2, svfloat16_t op3) : "FMLSLT Ztied1.S, Zop2.H, Zop3.H" or "MOVPRFX Zresult, Zop1; FMLSLT Zresult.S, Zop2.H, Zop3.H"
  public static unsafe Vector<float> MultiplySubtractWideningUpper(Vector<float> op1, Vector<half> op2, Vector<half> op3);

    /// svfloat32_t svmlslt_lane[_f32](svfloat32_t op1, svfloat16_t op2, svfloat16_t op3, uint64_t imm_index) : "FMLSLT Ztied1.S, Zop2.H, Zop3.H[imm_index]" or "MOVPRFX Zresult, Zop1; FMLSLT Zresult.S, Zop2.H, Zop3.H[imm_index]"
  public static unsafe Vector<float> MultiplySubtractWideningUpper(Vector<float> op1, Vector<half> op2, Vector<half> op3, ulong imm_index);


    /// Negate : Negate

    /// svfloat16_t svneg[_f16]_m(svfloat16_t inactive, svbool_t pg, svfloat16_t op) : "FNEG Ztied.H, Pg/M, Zop.H" or "MOVPRFX Zresult, Zinactive; FNEG Zresult.H, Pg/M, Zop.H"
    /// svfloat16_t svneg[_f16]_x(svbool_t pg, svfloat16_t op) : "FNEG Ztied.H, Pg/M, Ztied.H" or "MOVPRFX Zresult, Zop; FNEG Zresult.H, Pg/M, Zop.H"
    /// svfloat16_t svneg[_f16]_z(svbool_t pg, svfloat16_t op) : "MOVPRFX Zresult.H, Pg/Z, Zop.H; FNEG Zresult.H, Pg/M, Zop.H"
  public static unsafe Vector<half> Negate(Vector<half> value);


    /// PopCount : Count nonzero bits

    /// svuint16_t svcnt[_f16]_m(svuint16_t inactive, svbool_t pg, svfloat16_t op) : "CNT Ztied.H, Pg/M, Zop.H" or "MOVPRFX Zresult, Zinactive; CNT Zresult.H, Pg/M, Zop.H"
    /// svuint16_t svcnt[_f16]_x(svbool_t pg, svfloat16_t op) : "CNT Ztied.H, Pg/M, Ztied.H" or "MOVPRFX Zresult, Zop; CNT Zresult.H, Pg/M, Zop.H"
    /// svuint16_t svcnt[_f16]_z(svbool_t pg, svfloat16_t op) : "MOVPRFX Zresult.H, Pg/Z, Zop.H; CNT Zresult.H, Pg/M, Zop.H"
  public static unsafe Vector<ushort> PopCount(Vector<half> value);


    /// ReciprocalEstimate : Reciprocal estimate

    /// svfloat16_t svrecpe[_f16](svfloat16_t op) : "FRECPE Zresult.H, Zop.H"
  public static unsafe Vector<half> ReciprocalEstimate(Vector<half> value);


    /// ReciprocalExponent : Reciprocal exponent

    /// svfloat16_t svrecpx[_f16]_m(svfloat16_t inactive, svbool_t pg, svfloat16_t op) : "FRECPX Ztied.H, Pg/M, Zop.H" or "MOVPRFX Zresult, Zinactive; FRECPX Zresult.H, Pg/M, Zop.H"
    /// svfloat16_t svrecpx[_f16]_x(svbool_t pg, svfloat16_t op) : "FRECPX Ztied.H, Pg/M, Ztied.H" or "MOVPRFX Zresult, Zop; FRECPX Zresult.H, Pg/M, Zop.H"
    /// svfloat16_t svrecpx[_f16]_z(svbool_t pg, svfloat16_t op) : "MOVPRFX Zresult.H, Pg/Z, Zop.H; FRECPX Zresult.H, Pg/M, Zop.H"
  public static unsafe Vector<half> ReciprocalExponent(Vector<half> value);


    /// ReciprocalSqrtEstimate : Reciprocal square root estimate

    /// svfloat16_t svrsqrte[_f16](svfloat16_t op) : "FRSQRTE Zresult.H, Zop.H"
  public static unsafe Vector<half> ReciprocalSqrtEstimate(Vector<half> value);


    /// ReciprocalSqrtStep : Reciprocal square root step

    /// svfloat16_t svrsqrts[_f16](svfloat16_t op1, svfloat16_t op2) : "FRSQRTS Zresult.H, Zop1.H, Zop2.H"
  public static unsafe Vector<half> ReciprocalSqrtStep(Vector<half> left, Vector<half> right);


    /// ReciprocalStep : Reciprocal step

    /// svfloat16_t svrecps[_f16](svfloat16_t op1, svfloat16_t op2) : "FRECPS Zresult.H, Zop1.H, Zop2.H"
  public static unsafe Vector<half> ReciprocalStep(Vector<half> left, Vector<half> right);


    /// ReverseElement : Reverse all elements

    /// svfloat16_t svrev[_f16](svfloat16_t op) : "REV Zresult.H, Zop.H"
  public static unsafe Vector<half> ReverseElement(Vector<half> value);


    /// RoundAwayFromZero : Round to nearest, ties away from zero

    /// svfloat16_t svrinta[_f16]_m(svfloat16_t inactive, svbool_t pg, svfloat16_t op) : "FRINTA Ztied.H, Pg/M, Zop.H" or "MOVPRFX Zresult, Zinactive; FRINTA Zresult.H, Pg/M, Zop.H"
    /// svfloat16_t svrinta[_f16]_x(svbool_t pg, svfloat16_t op) : "FRINTA Ztied.H, Pg/M, Ztied.H" or "MOVPRFX Zresult, Zop; FRINTA Zresult.H, Pg/M, Zop.H"
    /// svfloat16_t svrinta[_f16]_z(svbool_t pg, svfloat16_t op) : "MOVPRFX Zresult.H, Pg/Z, Zop.H; FRINTA Zresult.H, Pg/M, Zop.H"
  public static unsafe Vector<half> RoundAwayFromZero(Vector<half> value);


    /// RoundToNearest : Round to nearest, ties to even

    /// svfloat16_t svrintn[_f16]_m(svfloat16_t inactive, svbool_t pg, svfloat16_t op) : "FRINTN Ztied.H, Pg/M, Zop.H" or "MOVPRFX Zresult, Zinactive; FRINTN Zresult.H, Pg/M, Zop.H"
    /// svfloat16_t svrintn[_f16]_x(svbool_t pg, svfloat16_t op) : "FRINTN Ztied.H, Pg/M, Ztied.H" or "MOVPRFX Zresult, Zop; FRINTN Zresult.H, Pg/M, Zop.H"
    /// svfloat16_t svrintn[_f16]_z(svbool_t pg, svfloat16_t op) : "MOVPRFX Zresult.H, Pg/Z, Zop.H; FRINTN Zresult.H, Pg/M, Zop.H"
  public static unsafe Vector<half> RoundToNearest(Vector<half> value);


    /// RoundToNegativeInfinity : Round towards -∞

    /// svfloat16_t svrintm[_f16]_m(svfloat16_t inactive, svbool_t pg, svfloat16_t op) : "FRINTM Ztied.H, Pg/M, Zop.H" or "MOVPRFX Zresult, Zinactive; FRINTM Zresult.H, Pg/M, Zop.H"
    /// svfloat16_t svrintm[_f16]_x(svbool_t pg, svfloat16_t op) : "FRINTM Ztied.H, Pg/M, Ztied.H" or "MOVPRFX Zresult, Zop; FRINTM Zresult.H, Pg/M, Zop.H"
    /// svfloat16_t svrintm[_f16]_z(svbool_t pg, svfloat16_t op) : "MOVPRFX Zresult.H, Pg/Z, Zop.H; FRINTM Zresult.H, Pg/M, Zop.H"
  public static unsafe Vector<half> RoundToNegativeInfinity(Vector<half> value);


    /// RoundToPositiveInfinity : Round towards +∞

    /// svfloat16_t svrintp[_f16]_m(svfloat16_t inactive, svbool_t pg, svfloat16_t op) : "FRINTP Ztied.H, Pg/M, Zop.H" or "MOVPRFX Zresult, Zinactive; FRINTP Zresult.H, Pg/M, Zop.H"
    /// svfloat16_t svrintp[_f16]_x(svbool_t pg, svfloat16_t op) : "FRINTP Ztied.H, Pg/M, Ztied.H" or "MOVPRFX Zresult, Zop; FRINTP Zresult.H, Pg/M, Zop.H"
    /// svfloat16_t svrintp[_f16]_z(svbool_t pg, svfloat16_t op) : "MOVPRFX Zresult.H, Pg/Z, Zop.H; FRINTP Zresult.H, Pg/M, Zop.H"
  public static unsafe Vector<half> RoundToPositiveInfinity(Vector<half> value);


    /// RoundToZero : Round towards zero

    /// svfloat16_t svrintz[_f16]_m(svfloat16_t inactive, svbool_t pg, svfloat16_t op) : "FRINTZ Ztied.H, Pg/M, Zop.H" or "MOVPRFX Zresult, Zinactive; FRINTZ Zresult.H, Pg/M, Zop.H"
    /// svfloat16_t svrintz[_f16]_x(svbool_t pg, svfloat16_t op) : "FRINTZ Ztied.H, Pg/M, Ztied.H" or "MOVPRFX Zresult, Zop; FRINTZ Zresult.H, Pg/M, Zop.H"
    /// svfloat16_t svrintz[_f16]_z(svbool_t pg, svfloat16_t op) : "MOVPRFX Zresult.H, Pg/Z, Zop.H; FRINTZ Zresult.H, Pg/M, Zop.H"
  public static unsafe Vector<half> RoundToZero(Vector<half> value);


    /// Scale : Adjust exponent

    /// svfloat16_t svscale[_f16]_m(svbool_t pg, svfloat16_t op1, svint16_t op2) : "FSCALE Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "MOVPRFX Zresult, Zop1; FSCALE Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svscale[_f16]_x(svbool_t pg, svfloat16_t op1, svint16_t op2) : "FSCALE Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "MOVPRFX Zresult, Zop1; FSCALE Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svscale[_f16]_z(svbool_t pg, svfloat16_t op1, svint16_t op2) : "MOVPRFX Zresult.H, Pg/Z, Zop1.H; FSCALE Zresult.H, Pg/M, Zresult.H, Zop2.H"
  public static unsafe Vector<half> Scale(Vector<half> left, Vector<short> right);


    /// Splice : Splice two vectors under predicate control

    /// svfloat16_t svsplice[_f16](svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "SPLICE Ztied1.H, Pg, Ztied1.H, Zop2.H" or "MOVPRFX Zresult, Zop1; SPLICE Zresult.H, Pg, Zresult.H, Zop2.H"
  public static unsafe Vector<half> Splice(Vector<half> mask, Vector<half> left, Vector<half> right);


    /// Sqrt : Square root

    /// svfloat16_t svsqrt[_f16]_m(svfloat16_t inactive, svbool_t pg, svfloat16_t op) : "FSQRT Ztied.H, Pg/M, Zop.H" or "MOVPRFX Zresult, Zinactive; FSQRT Zresult.H, Pg/M, Zop.H"
    /// svfloat16_t svsqrt[_f16]_x(svbool_t pg, svfloat16_t op) : "FSQRT Ztied.H, Pg/M, Ztied.H" or "MOVPRFX Zresult, Zop; FSQRT Zresult.H, Pg/M, Zop.H"
    /// svfloat16_t svsqrt[_f16]_z(svbool_t pg, svfloat16_t op) : "MOVPRFX Zresult.H, Pg/Z, Zop.H; FSQRT Zresult.H, Pg/M, Zop.H"
  public static unsafe Vector<half> Sqrt(Vector<half> value);


    /// Store : Non-truncating store

    /// void svst1[_f16](svbool_t pg, float16_t *base, svfloat16_t data) : "ST1H Zdata.H, Pg, [Xarray, Xindex, LSL #1]" or "ST1H Zdata.H, Pg, [Xbase, #0, MUL VL]"
  public static unsafe void Store(Vector<half> mask, half* address, Vector<half> data);

    /// void svst2[_f16](svbool_t pg, float16_t *base, svfloat16x2_t data) : "ST2H {Zdata0.H, Zdata1.H}, Pg, [Xarray, Xindex, LSL #1]" or "ST2H {Zdata0.H, Zdata1.H}, Pg, [Xbase, #0, MUL VL]"
  public static unsafe void Store(Vector<half> mask, half* address, (Vector<half> Value1, Vector<half> Value2) data);

    /// void svst3[_f16](svbool_t pg, float16_t *base, svfloat16x3_t data) : "ST3H {Zdata0.H - Zdata2.H}, Pg, [Xarray, Xindex, LSL #1]" or "ST3H {Zdata0.H - Zdata2.H}, Pg, [Xbase, #0, MUL VL]"
  public static unsafe void Store(Vector<half> mask, half* address, (Vector<half> Value1, Vector<half> Value2, Vector<half> Value3) data);

    /// void svst4[_f16](svbool_t pg, float16_t *base, svfloat16x4_t data) : "ST4H {Zdata0.H - Zdata3.H}, Pg, [Xarray, Xindex, LSL #1]" or "ST4H {Zdata0.H - Zdata3.H}, Pg, [Xbase, #0, MUL VL]"
  public static unsafe void Store(Vector<half> mask, half* address, (Vector<half> Value1, Vector<half> Value2, Vector<half> Value3, Vector<half> Value4) data);


    /// StoreNonTemporal : Non-truncating store, non-temporal

    /// void svstnt1[_f16](svbool_t pg, float16_t *base, svfloat16_t data) : "STNT1H Zdata.H, Pg, [Xarray, Xindex, LSL #1]" or "STNT1H Zdata.H, Pg, [Xbase, #0, MUL VL]"
  public static unsafe void StoreNonTemporal(Vector<half> mask, half* address, Vector<half> data);


    /// Subtract : Subtract

    /// svfloat16_t svsub[_f16]_m(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FSUB Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "MOVPRFX Zresult, Zop1; FSUB Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svsub[_f16]_x(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "FSUB Ztied1.H, Pg/M, Ztied1.H, Zop2.H" or "FSUBR Ztied2.H, Pg/M, Ztied2.H, Zop1.H" or "FSUB Zresult.H, Zop1.H, Zop2.H" or "MOVPRFX Zresult, Zop1; FSUB Zresult.H, Pg/M, Zresult.H, Zop2.H"
    /// svfloat16_t svsub[_f16]_z(svbool_t pg, svfloat16_t op1, svfloat16_t op2) : "MOVPRFX Zresult.H, Pg/Z, Zop1.H; FSUB Zresult.H, Pg/M, Zresult.H, Zop2.H" or "MOVPRFX Zresult.H, Pg/Z, Zop2.H; FSUBR Zresult.H, Pg/M, Zresult.H, Zop1.H"
  public static unsafe Vector<half> Subtract(Vector<half> left, Vector<half> right);


    /// TransposeEven : Interleave even elements from two inputs

    /// svfloat16_t svtrn1[_f16](svfloat16_t op1, svfloat16_t op2) : "TRN1 Zresult.H, Zop1.H, Zop2.H"
  public static unsafe Vector<half> TransposeEven(Vector<half> left, Vector<half> right);


    /// TransposeOdd : Interleave odd elements from two inputs

    /// svfloat16_t svtrn2[_f16](svfloat16_t op1, svfloat16_t op2) : "TRN2 Zresult.H, Zop1.H, Zop2.H"
  public static unsafe Vector<half> TransposeOdd(Vector<half> left, Vector<half> right);


    /// TrigonometricMultiplyAddCoefficient : Trigonometric multiply-add coefficient

    /// svfloat16_t svtmad[_f16](svfloat16_t op1, svfloat16_t op2, uint64_t imm3) : "FTMAD Ztied1.H, Ztied1.H, Zop2.H, #imm3" or "MOVPRFX Zresult, Zop1; FTMAD Zresult.H, Zresult.H, Zop2.H, #imm3"
  public static unsafe Vector<half> TrigonometricMultiplyAddCoefficient(Vector<half> left, Vector<half> right, [ConstantExpected] byte control);


    /// TrigonometricSelectCoefficient : Trigonometric select coefficient

    /// svfloat16_t svtssel[_f16](svfloat16_t op1, svuint16_t op2) : "FTSSEL Zresult.H, Zop1.H, Zop2.H"
  public static unsafe Vector<half> TrigonometricSelectCoefficient(Vector<half> value, Vector<ushort> selector);


    /// TrigonometricStartingValue : Trigonometric starting value

    /// svfloat16_t svtsmul[_f16](svfloat16_t op1, svuint16_t op2) : "FTSMUL Zresult.H, Zop1.H, Zop2.H"
  public static unsafe Vector<half> TrigonometricStartingValue(Vector<half> value, Vector<ushort> sign);


    /// UnzipEven : Concatenate even elements from two inputs

    /// svfloat16_t svuzp1[_f16](svfloat16_t op1, svfloat16_t op2) : "UZP1 Zresult.H, Zop1.H, Zop2.H"
  public static unsafe Vector<half> UnzipEven(Vector<half> left, Vector<half> right);


    /// UnzipOdd : Concatenate odd elements from two inputs

    /// svfloat16_t svuzp2[_f16](svfloat16_t op1, svfloat16_t op2) : "UZP2 Zresult.H, Zop1.H, Zop2.H"
  public static unsafe Vector<half> UnzipOdd(Vector<half> left, Vector<half> right);


    /// UpConvertWideningUpper : Up convert long (top)

    /// svfloat32_t svcvtlt_f32[_f16]_m(svfloat32_t inactive, svbool_t pg, svfloat16_t op) : "FCVTLT Ztied.S, Pg/M, Zop.H"
    /// svfloat32_t svcvtlt_f32[_f16]_x(svbool_t pg, svfloat16_t op) : "FCVTLT Ztied.S, Pg/M, Ztied.H"
  public static unsafe Vector<float> UpConvertWideningUpper(Vector<half> value);


    /// VectorTableLookup : Table lookup in single-vector table

    /// svfloat16_t svtbl[_f16](svfloat16_t data, svuint16_t indices) : "TBL Zresult.H, Zdata.H, Zindices.H"
  public static unsafe Vector<half> VectorTableLookup(Vector<half> data, Vector<ushort> indices);

    /// svfloat16_t svtbl2[_f16](svfloat16x2_t data, svuint16_t indices) : "TBL Zresult.H, {Zdata0.H, Zdata1.H}, Zindices.H"
  public static unsafe Vector<half> VectorTableLookup((Vector<half> data1, Vector<half> data2), Vector<ushort> indices);


    /// VectorTableLookupExtension : Table lookup in single-vector table (merging)

    /// svfloat16_t svtbx[_f16](svfloat16_t fallback, svfloat16_t data, svuint16_t indices) : "TBX Ztied.H, Zdata.H, Zindices.H"
  public static unsafe Vector<half> VectorTableLookupExtension(Vector<half> fallback, Vector<half> data, Vector<ushort> indices);


    /// ZipHigh : Interleave elements from high halves of two inputs

    /// svfloat16_t svzip2[_f16](svfloat16_t op1, svfloat16_t op2) : "ZIP2 Zresult.H, Zop1.H, Zop2.H"
  public static unsafe Vector<half> ZipHigh(Vector<half> left, Vector<half> right);


    /// ZipLow : Interleave elements from low halves of two inputs

    /// svfloat16_t svzip1[_f16](svfloat16_t op1, svfloat16_t op2) : "ZIP1 Zresult.H, Zop1.H, Zop2.H"
  public static unsafe Vector<half> ZipLow(Vector<half> left, Vector<half> right);


  /// total method signatures: 138
  /// total method names:      134
}

[a74nh]

  /// Optional Entries:
  ///   public static unsafe Vector<half> AbsoluteCompareGreaterThan(Vector<half> left, half right); // svacgt[_n_f16]
  ///   public static unsafe Vector<half> AbsoluteCompareGreaterThanOrEqual(Vector<half> left, half right); // svacge[_n_f16]
  ///   public static unsafe Vector<half> AbsoluteCompareLessThan(Vector<half> left, half right); // svaclt[_n_f16]
  ///   public static unsafe Vector<half> AbsoluteCompareLessThanOrEqual(Vector<half> left, half right); // svacle[_n_f16]
  ///   public static unsafe Vector<half> AbsoluteDifference(Vector<half> left, half right); // svabd[_n_f16]_m or svabd[_n_f16]_x or svabd[_n_f16]_z
  ///   public static unsafe Vector<half> Add(Vector<half> left, half right); // svadd[_n_f16]_m or svadd[_n_f16]_x or svadd[_n_f16]_z
  ///   public static unsafe Vector<half> CompareEqual(Vector<half> left, half right); // svcmpeq[_n_f16]
  ///   public static unsafe Vector<half> CompareGreaterThan(Vector<half> left, half right); // svcmpgt[_n_f16]
  ///   public static unsafe Vector<half> CompareGreaterThanOrEqual(Vector<half> left, half right); // svcmpge[_n_f16]
  ///   public static unsafe Vector<half> CompareLessThan(Vector<half> left, half right); // svcmplt[_n_f16]
  ///   public static unsafe Vector<half> CompareLessThanOrEqual(Vector<half> left, half right); // svcmple[_n_f16]
  ///   public static unsafe Vector<half> CompareNotEqualTo(Vector<half> left, half right); // svcmpne[_n_f16]
  ///   public static unsafe Vector<half> CompareUnordered(Vector<half> left, half right); // svcmpuo[_n_f16]
  ///   public static unsafe half ConditionalExtractAfterLastActiveElement(Vector<half> mask, half defaultValue, Vector<half> data); // svclasta[_n_f16]
  ///   public static unsafe half ConditionalExtractAfterLastActiveElementAndReplicate(Vector<half> mask, half defaultScalar, Vector<half> data); // svclasta[_n_f16]
  ///   public static unsafe half ConditionalExtractLastActiveElement(Vector<half> mask, half defaultValue, Vector<half> data); // svclastb[_n_f16]
  ///   public static unsafe half ConditionalExtractLastActiveElementAndReplicate(Vector<half> mask, half fallback, Vector<half> data); // svclastb[_n_f16]
  ///   public static unsafe Vector<half> Divide(Vector<half> left, half right); // svdiv[_n_f16]_m or svdiv[_n_f16]_x or svdiv[_n_f16]_z
  ///   public static unsafe Vector<half> Max(Vector<half> left, half right); // svmax[_n_f16]_m or svmax[_n_f16]_x or svmax[_n_f16]_z
  ///   public static unsafe Vector<half> MaxNumber(Vector<half> left, half right); // svmaxnm[_n_f16]_m or svmaxnm[_n_f16]_x or svmaxnm[_n_f16]_z
  ///   public static unsafe Vector<half> Min(Vector<half> left, half right); // svmin[_n_f16]_m or svmin[_n_f16]_x or svmin[_n_f16]_z
  ///   public static unsafe Vector<half> MinNumber(Vector<half> left, half right); // svminnm[_n_f16]_m or svminnm[_n_f16]_x or svminnm[_n_f16]_z
  ///   public static unsafe Vector<half> Multiply(Vector<half> left, half right); // svmul[_n_f16]_m or svmul[_n_f16]_x or svmul[_n_f16]_z
  ///   public static unsafe Vector<half> MultiplyAdd(Vector<half> addend, Vector<half> left, half right); // svmla[_n_f16]_m or svmla[_n_f16]_x or svmla[_n_f16]_z
  ///   public static unsafe Vector<half> MultiplyAddNegated(Vector<half> addend, Vector<half> left, half right); // svnmla[_n_f16]_m or svnmla[_n_f16]_x or svnmla[_n_f16]_z
  ///   public static unsafe Vector<float> MultiplyAddWideningLower(Vector<float> op1, Vector<half> op2, half op3); // svmlalb[_n_f32]
  ///   public static unsafe Vector<float> MultiplyAddWideningUpper(Vector<float> op1, Vector<half> op2, half op3); // svmlalt[_n_f32]
  ///   public static unsafe Vector<half> MultiplyExtended(Vector<half> left, half right); // svmulx[_n_f16]_m or svmulx[_n_f16]_x or svmulx[_n_f16]_z
  ///   public static unsafe Vector<half> MultiplySubtract(Vector<half> minuend, Vector<half> left, half right); // svmls[_n_f16]_m or svmls[_n_f16]_x or svmls[_n_f16]_z
  ///   public static unsafe Vector<half> MultiplySubtractNegated(Vector<half> minuend, Vector<half> left, half right); // svnmls[_n_f16]_m or svnmls[_n_f16]_x or svnmls[_n_f16]_z
  ///   public static unsafe Vector<float> MultiplySubtractWideningLower(Vector<float> op1, Vector<half> op2, half op3); // svmlslb[_n_f32]
  ///   public static unsafe Vector<float> MultiplySubtractWideningUpper(Vector<float> op1, Vector<half> op2, half op3); // svmlslt[_n_f32]
  ///   public static unsafe Vector<half> Subtract(Vector<half> left, half right); // svsub[_n_f16]_m or svsub[_n_f16]_x or svsub[_n_f16]_z
  ///   Total Maybe: 33

  /// Rejected:
  ///   public static unsafe ulong CountElementsInAFullVector(Vector<half> value); // svlen[_f16]
  ///   public static unsafe Vector<half> CreateTrueMaskHalf(); // svptrue_b8
  ///   public static unsafe Vector<half> DivideReversed(Vector<half> left, Vector<half> right); // svdivr[_f16]_m or svdivr[_f16]_x or svdivr[_f16]_z
  ///   public static unsafe Vector<half> DivideReversed(Vector<half> left, half right); // svdivr[_n_f16]_m or svdivr[_n_f16]_x or svdivr[_n_f16]_z
  ///   public static unsafe Vector<half> DuplicateSelectedScalarToVector(half value); // svdup[_n]_f16 or svdup[_n]_f16_m or svdup[_n]_f16_x or svdup[_n]_f16_z
  ///   public static unsafe Vector<half> LoadVector(Vector<half> mask, half* address, long vnum); // svld1_vnum[_f16]
  ///   public static unsafe Vector<half> LoadVectorFirstFaulting(Vector<half> mask, half* address, long vnum); // svldff1_vnum[_f16]
  ///   public static unsafe Vector<half> LoadVectorNonFaulting(half* address, long vnum); // svldnf1_vnum[_f16]
  ///   public static unsafe Vector<half> LoadVectorNonTemporal(Vector<half> mask, half* address, long vnum); // svldnt1_vnum[_f16]
  ///   public static unsafe (Vector<half>, Vector<half>) LoadVectorx2(Vector<half> mask, half* address, long vnum); // svld2_vnum[_f16]
  ///   public static unsafe (Vector<half>, Vector<half>, Vector<half>) LoadVectorx3(Vector<half> mask, half* address, long vnum); // svld3_vnum[_f16]
  ///   public static unsafe (Vector<half>, Vector<half>, Vector<half>, Vector<half>) LoadVectorx4(Vector<half> mask, half* address, long vnum); // svld4_vnum[_f16]
  ///   public static unsafe Vector<half> MultiplyAddMultiplicandFirst(Vector<half> op1, Vector<half> op2, Vector<half> op3); // svmad[_f16]_m or svmad[_f16]_x or svmad[_f16]_z
  ///   public static unsafe Vector<half> MultiplyAddMultiplicandFirst(Vector<half> op1, Vector<half> op2, half op3); // svmad[_n_f16]_m or svmad[_n_f16]_x or svmad[_n_f16]_z
  ///   public static unsafe Vector<half> MultiplySubtractMultiplicandFirst(Vector<half> op1, Vector<half> op2, Vector<half> op3); // svmsb[_f16]_m or svmsb[_f16]_x or svmsb[_f16]_z
  ///   public static unsafe Vector<half> MultiplySubtractMultiplicandFirst(Vector<half> op1, Vector<half> op2, half op3); // svmsb[_n_f16]_m or svmsb[_n_f16]_x or svmsb[_n_f16]_z
  ///   public static unsafe Vector<half> NegateMultiplyAddMultiplicandFirst(Vector<half> op1, Vector<half> op2, Vector<half> op3); // svnmad[_f16]_m or svnmad[_f16]_x or svnmad[_f16]_z
  ///   public static unsafe Vector<half> NegateMultiplyAddMultiplicandFirst(Vector<half> op1, Vector<half> op2, half op3); // svnmad[_n_f16]_m or svnmad[_n_f16]_x or svnmad[_n_f16]_z
  ///   public static unsafe Vector<half> NegateMultiplySubtractMultiplicandFirst(Vector<half> op1, Vector<half> op2, Vector<half> op3); // svnmsb[_f16]_m or svnmsb[_f16]_x or svnmsb[_f16]_z
  ///   public static unsafe Vector<half> NegateMultiplySubtractMultiplicandFirst(Vector<half> op1, Vector<half> op2, half op3); // svnmsb[_n_f16]_m or svnmsb[_n_f16]_x or svnmsb[_n_f16]_z
  ///   public static unsafe Vector<half> RoundUsingCurrentRoundingModeExact(Vector<half> value); // svrintx[_f16]_m or svrintx[_f16]_x or svrintx[_f16]_z
  ///   public static unsafe Vector<half> RoundUsingCurrentRoundingModeInexact(Vector<half> value); // svrinti[_f16]_m or svrinti[_f16]_x or svrinti[_f16]_z
  ///   public static unsafe Vector<half> Scale(Vector<half> left, short right); // svscale[_n_f16]_m or svscale[_n_f16]_x or svscale[_n_f16]_z
  ///   public static unsafe void Store(Vector<half> mask, half* base, long vnum, Vector<half> data); // svst1_vnum[_f16]
  ///   public static unsafe void Store(Vector<half> mask, half* base, long vnum, (Vector<half> data1, Vector<half> data2)); // svst2_vnum[_f16]
  ///   public static unsafe void Store(Vector<half> mask, half* base, long vnum, (Vector<half> data1, Vector<half> data2, Vector<half> data3)); // svst3_vnum[_f16]
  ///   public static unsafe void Store(Vector<half> mask, half* base, long vnum, (Vector<half> data1, Vector<half> data2, Vector<half> data3, Vector<half> data4)); // svst4_vnum[_f16]
  ///   public static unsafe void StoreNonTemporal(Vector<half> mask, half* base, long vnum, Vector<half> data); // svstnt1_vnum[_f16]
  ///   public static unsafe Vector<half> SubtractReversed(Vector<half> left, Vector<half> right); // svsubr[_f16]_m or svsubr[_f16]_x or svsubr[_f16]_z
  ///   public static unsafe Vector<half> SubtractReversed(Vector<half> left, half right); // svsubr[_n_f16]_m or svsubr[_n_f16]_x or svsubr[_n_f16]_z
  ///   Total Rejected: 30

  /// Total ACLE covered across API:      360

[a74nh]

This contributes to #93095

It covers all of the instructions in FEAT_FP16. This an 8.2 feature and is mandatory in any hardware with SVE. All the methods are half versions of existing double methods in SVE/SVE2

This list was auto generated from the C ACLE for SVE, and is in three parts:

The methods list reduced down to Vector versions. All possible varaints of T are given above the method.
The complete list of all methods. The corresponding ACLE methods and SVE instructions are given above the method.
All rejected ACLE methods. These are methods we have agreed that do not need including in C#.
Where possible, existing C# naming conventions have been matched.

Many of the C functions include predicate argument(s), of type svbool_t as the first argument. These are missing from the C# method. It is expected that the Jit will create predicates where required, or combine with uses of conditionalSelect(). For more discussion see #88140 comment.

[tannergooding]

This and the other optional SVE features can't be under the Sve class since they are represented by a different CPU architectural bit and therefore cannot be said to be definitively supported if Sve.IsSupported returns true.

Instead, they would need to be exposed under their own classes such as abstract class Fp16 : Sve. Another name consideration might be SveFp16 or some other variant. We typically match the name of the underlying feature bit as specified in the architectural manual. It is expected that if a name such as Fp16 is used, then there won't be some other conflicting feature named exactly Fp16 in the future. It would instead have some other qualifier that distinguishes it.

[a74nh]

Updated to reflect review comments from other API proposals.

Tagging subscribers to this area: @dotnet/area-system-runtime-intrinsics
See info in area-owners.md if you want to be subscribed.

Issue Details

---

namespace System.Runtime.Intrinsics.Arm

/// VectorT Summary
public abstract class SveFp16 : AdvSimd /// Feature: FEAT_FP16
{

  public static unsafe Vector<half> Abs(Vector<half> value); // FABS // predicated, MOVPRFX

  public static unsafe Vector<half> AbsoluteCompareGreaterThan(Vector<half> left, Vector<half> right); // FACGT // predicated

  public static unsafe Vector<half> AbsoluteCompareGreaterThanOrEqual(Vector<half> left, Vector<half> right); // FACGE // predicated

  public static unsafe Vector<half> AbsoluteCompareLessThan(Vector<half> left, Vector<half> right); // FACGT // predicated

  public static unsafe Vector<half> AbsoluteCompareLessThanOrEqual(Vector<half> left, Vector<half> right); // FACGE // predicated

  public static unsafe Vector<half> AbsoluteDifference(Vector<half> left, Vector<half> right); // FABD // predicated, MOVPRFX

  public static unsafe Vector<half> Add(Vector<half> left, Vector<half> right); // FADD // predicated, MOVPRFX

  public static unsafe half AddAcross(Vector<half> value); // FADDV // predicated

  public static unsafe Vector<half> AddPairwise(Vector<half> left, Vector<half> right); // FADDP // predicated, MOVPRFX

  public static unsafe Vector<half> AddRotateComplex(Vector<half> op1, Vector<half> op2, ulong imm_rotation); // FCADD // predicated, MOVPRFX

  public static unsafe half AddSequentialAcross(half initial, Vector<half> op); // FADDA // predicated

  public static unsafe Vector<half> CompareEqual(Vector<half> left, Vector<half> right); // FCMEQ // predicated

  public static unsafe Vector<half> CompareGreaterThan(Vector<half> left, Vector<half> right); // FCMGT // predicated

  public static unsafe Vector<half> CompareGreaterThanOrEqual(Vector<half> left, Vector<half> right); // FCMGE // predicated

  public static unsafe Vector<half> CompareLessThan(Vector<half> left, Vector<half> right); // FCMGT // predicated

  public static unsafe Vector<half> CompareLessThanOrEqual(Vector<half> left, Vector<half> right); // FCMGE // predicated

  public static unsafe Vector<half> CompareNotEqualTo(Vector<half> left, Vector<half> right); // FCMNE // predicated

  public static unsafe Vector<half> CompareUnordered(Vector<half> left, Vector<half> right); // FCMUO // predicated

  public static unsafe Vector<half> ConditionalExtractAfterLastActiveElement(Vector<half> mask, Vector<half> fallback, Vector<half> data); // CLASTA // MOVPRFX

  public static unsafe Vector<half> ConditionalExtractLastActiveElement(Vector<half> mask, Vector<half> fallback, Vector<half> data); // CLASTB // MOVPRFX

  public static unsafe Vector<half> ConditionalSelect(Vector<half> mask, Vector<half> left, Vector<half> right); // SEL

  public static unsafe Vector<double> ConvertToDouble(Vector<half> value); // FCVT // predicated, MOVPRFX

  /// T: [half, float], [half, double], [half, short], [half, int], [half, long], [half, ushort], [half, uint], [half, ulong]
  public static unsafe Vector<T> ConvertToHalf(Vector<T2> value); // FCVT or SCVTF or UCVTF // predicated, MOVPRFX

  public static unsafe Vector<short> ConvertToInt16(Vector<half> value); // FCVTZS // predicated, MOVPRFX

  public static unsafe Vector<int> ConvertToInt32(Vector<half> value); // FCVTZS // predicated, MOVPRFX

  public static unsafe Vector<long> ConvertToInt64(Vector<half> value); // FCVTZS // predicated, MOVPRFX

  public static unsafe Vector<float> ConvertToSingle(Vector<half> value); // FCVT // predicated, MOVPRFX

  public static unsafe Vector<ushort> ConvertToUInt16(Vector<half> value); // FCVTZU // predicated, MOVPRFX

  public static unsafe Vector<uint> ConvertToUInt32(Vector<half> value); // FCVTZU // predicated, MOVPRFX

  public static unsafe Vector<ulong> ConvertToUInt64(Vector<half> value); // FCVTZU // predicated, MOVPRFX

  public static unsafe Vector<half> CreateWhileReadAfterWriteMask(const half left, const half right); // WHILERW

  public static unsafe Vector<half> CreateWhileWriteAfterReadMask(const half left, const half right); // WHILEWR

  public static unsafe Vector<half> Divide(Vector<half> left, Vector<half> right); // FDIV or FDIVR // predicated, MOVPRFX

  public static unsafe Vector<half> DownConvertNarrowingUpper(Vector<float> value); // FCVTNT // predicated

  public static unsafe Vector<half> DuplicateSelectedScalarToVector(half value); // DUP or FDUP or CPY or FCPY // predicated, MOVPRFX

  public static unsafe Vector<half> DuplicateSelectedScalarToVector(Vector<half> data, ushort index); // DUP or TBL

  public static unsafe Vector<half> DuplicateSelectedScalarToVector(Vector<half> data, ulong index); // DUP or TBL

  public static unsafe half ExtractAfterLast(Vector<half> value); // LASTA // predicated

  public static unsafe half ExtractLast(Vector<half> value); // LASTB // predicated

  public static unsafe Vector<half> ExtractVector(Vector<half> upper, Vector<half> lower, ulong index); // EXT // MOVPRFX

  public static unsafe Vector<half> FloatingPointExponentialAccelerator(Vector<ushort> value); // FEXPA

  public static unsafe Vector<half> FusedMultiplyAdd(Vector<half> addend, Vector<half> left, Vector<half> right); // FMLA or FMAD // predicated, MOVPRFX

  public static unsafe Vector<half> FusedMultiplyAdd(Vector<half> addend, Vector<half> left, Vector<half> right, ulong imm_index); // FMLA // MOVPRFX

  public static unsafe Vector<half> FusedMultiplyAddNegate(Vector<half> op1, Vector<half> op2, Vector<half> op3); // FNMLA or FNMAD // predicated, MOVPRFX

  public static unsafe Vector<half> FusedMultiplySubtract(Vector<half> minuend, Vector<half> left, Vector<half> right); // FMLS or FMSB // predicated, MOVPRFX

  public static unsafe Vector<half> FusedMultiplySubtract(Vector<half> minuend, Vector<half> left, Vector<half> right, ulong imm_index); // FMLS // MOVPRFX

  public static unsafe Vector<half> FusedMultiplySubtractNegate(Vector<half> op1, Vector<half> op2, Vector<half> op3); // FNMLS or FNMSB // predicated, MOVPRFX

  public static unsafe Vector<half> InsertIntoShiftedVector(Vector<half> left, half right); // INSR

  public static unsafe Vector<half> LoadVector(Vector<half> mask, const half *base); // LD1H

  public static unsafe Vector<half> LoadVector128AndReplicateToVector(Vector<half> mask, const half *base); // LD1RQH

  public static unsafe Vector<half> LoadVectorFirstFaulting(Vector<half> mask, const half *base); // LDFF1H

  public static unsafe Vector<half> LoadVectorNonFaulting(Vector<half> mask, const half *base); // LDNF1H

  public static unsafe Vector<half> LoadVectorNonTemporal(Vector<half> mask, const half *base); // LDNT1H

  public static unsafe (Vector<half>, Vector<half>) LoadVectorx2(Vector<half> mask, const half *base); // LD2H

  public static unsafe (Vector<half>, Vector<half>, Vector<half>) LoadVectorx3(Vector<half> mask, const half *base); // LD3H

  public static unsafe (Vector<half>, Vector<half>, Vector<half>, Vector<half>) LoadVectorx4(Vector<half> mask, const half *base); // LD4H

  public static unsafe Vector<short> Log2(Vector<half> value); // FLOGB // predicated, MOVPRFX

  public static unsafe Vector<half> Max(Vector<half> left, Vector<half> right); // FMAX // predicated, MOVPRFX

  public static unsafe half MaxAcross(Vector<half> value); // FMAXV // predicated

  public static unsafe Vector<half> MaxNumber(Vector<half> left, Vector<half> right); // FMAXNM // predicated, MOVPRFX

  public static unsafe half MaxNumberAcross(Vector<half> value); // FMAXNMV // predicated

  public static unsafe Vector<half> MaxNumberPairwise(Vector<half> left, Vector<half> right); // FMAXNMP // predicated, MOVPRFX

  public static unsafe Vector<half> MaxPairwise(Vector<half> left, Vector<half> right); // FMAXP // predicated, MOVPRFX

  public static unsafe Vector<half> Min(Vector<half> left, Vector<half> right); // FMIN // predicated, MOVPRFX

  public static unsafe half MinAcross(Vector<half> value); // FMINV // predicated

  public static unsafe Vector<half> MinNumber(Vector<half> left, Vector<half> right); // FMINNM // predicated, MOVPRFX

  public static unsafe half MinNumberAcross(Vector<half> value); // FMINNMV // predicated

  public static unsafe Vector<half> MinNumberPairwise(Vector<half> left, Vector<half> right); // FMINNMP // predicated, MOVPRFX

  public static unsafe Vector<half> MinPairwise(Vector<half> left, Vector<half> right); // FMINP // predicated, MOVPRFX

  public static unsafe Vector<half> Multiply(Vector<half> left, Vector<half> right); // FMUL // predicated, MOVPRFX

  public static unsafe Vector<half> Multiply(Vector<half> left, Vector<half> right, ulong index); // FMUL

  public static unsafe Vector<half> MultiplyAddRotateComplex(Vector<half> op1, Vector<half> op2, Vector<half> op3, ulong imm_rotation); // FCMLA // predicated, MOVPRFX

  public static unsafe Vector<half> MultiplyAddRotateComplex(Vector<half> op1, Vector<half> op2, Vector<half> op3, ulong imm_index, ulong imm_rotation); // FCMLA // MOVPRFX

  public static unsafe Vector<float> MultiplyAddWideningLower(Vector<float> op1, Vector<half> op2, Vector<half> op3); // FMLALB // MOVPRFX

  public static unsafe Vector<float> MultiplyAddWideningLower(Vector<float> op1, Vector<half> op2, Vector<half> op3, ulong imm_index); // FMLALB // MOVPRFX

  public static unsafe Vector<float> MultiplyAddWideningUpper(Vector<float> op1, Vector<half> op2, Vector<half> op3); // FMLALT // MOVPRFX

  public static unsafe Vector<float> MultiplyAddWideningUpper(Vector<float> op1, Vector<half> op2, Vector<half> op3, ulong imm_index); // FMLALT // MOVPRFX

  public static unsafe Vector<half> MultiplyExtended(Vector<half> left, Vector<half> right); // FMULX // predicated, MOVPRFX

  public static unsafe Vector<float> MultiplySubtractWideningLower(Vector<float> op1, Vector<half> op2, Vector<half> op3); // FMLSLB // MOVPRFX

  public static unsafe Vector<float> MultiplySubtractWideningLower(Vector<float> op1, Vector<half> op2, Vector<half> op3, ulong imm_index); // FMLSLB // MOVPRFX

  public static unsafe Vector<float> MultiplySubtractWideningUpper(Vector<float> op1, Vector<half> op2, Vector<half> op3); // FMLSLT // MOVPRFX

  public static unsafe Vector<float> MultiplySubtractWideningUpper(Vector<float> op1, Vector<half> op2, Vector<half> op3, ulong imm_index); // FMLSLT // MOVPRFX

  public static unsafe Vector<half> Negate(Vector<half> value); // FNEG // predicated, MOVPRFX

  public static unsafe Vector<ushort> PopCount(Vector<half> value); // CNT // predicated, MOVPRFX

  public static unsafe Vector<half> ReciprocalEstimate(Vector<half> value); // FRECPE

  public static unsafe Vector<half> ReciprocalExponent(Vector<half> value); // FRECPX // predicated, MOVPRFX

  public static unsafe Vector<half> ReciprocalSqrtEstimate(Vector<half> value); // FRSQRTE

  public static unsafe Vector<half> ReciprocalSqrtStep(Vector<half> left, Vector<half> right); // FRSQRTS

  public static unsafe Vector<half> ReciprocalStep(Vector<half> left, Vector<half> right); // FRECPS

  public static unsafe Vector<half> ReverseElement(Vector<half> value); // REV

  public static unsafe Vector<half> RoundAwayFromZero(Vector<half> value); // FRINTA // predicated, MOVPRFX

  public static unsafe Vector<half> RoundToNearest(Vector<half> value); // FRINTN // predicated, MOVPRFX

  public static unsafe Vector<half> RoundToNegativeInfinity(Vector<half> value); // FRINTM // predicated, MOVPRFX

  public static unsafe Vector<half> RoundToPositiveInfinity(Vector<half> value); // FRINTP // predicated, MOVPRFX

  public static unsafe Vector<half> RoundToZero(Vector<half> value); // FRINTZ // predicated, MOVPRFX

  public static unsafe Vector<half> Scale(Vector<half> left, Vector<short> right); // FSCALE // predicated, MOVPRFX

  public static unsafe Vector<half> Splice(Vector<half> mask, Vector<half> left, Vector<half> right); // SPLICE // MOVPRFX

  public static unsafe Vector<half> Sqrt(Vector<half> value); // FSQRT // predicated, MOVPRFX

  public static unsafe void Store(Vector<half> mask, half *base, Vector<half> data); // ST1H

  public static unsafe void StoreNonTemporal(Vector<half> mask, half *base, Vector<half> data); // STNT1H

  public static unsafe void Storex2(Vector<half> mask, half *base, (Vector<half> data1, Vector<half> data2)); // ST2H

  public static unsafe void Storex3(Vector<half> mask, half *base, (Vector<half> data1, Vector<half> data2, Vector<half> data3)); // ST3H

  public static unsafe void Storex4(Vector<half> mask, half *base, (Vector<half> data1, Vector<half> data2, Vector<half> data3, Vector<half> data4)); // ST4H

  public static unsafe Vector<half> Subtract(Vector<half> left, Vector<half> right); // FSUB or FSUBR // predicated, MOVPRFX

  public static unsafe Vector<half> SubtractReversed(Vector<half> left, Vector<half> right); // FSUBR or FSUB // predicated, MOVPRFX

  public static unsafe Vector<half> TransposeEven(Vector<half> left, Vector<half> right); // TRN1

  public static unsafe Vector<half> TransposeOdd(Vector<half> left, Vector<half> right); // TRN2

  public static unsafe Vector<half> TrigonometricMultiplyAddCoefficient(Vector<half> op1, Vector<half> op2, ulong imm3); // FTMAD // MOVPRFX

  public static unsafe Vector<half> TrigonometricSelectCoefficient(Vector<half> left, Vector<ushort> right); // FTSSEL

  public static unsafe Vector<half> TrigonometricStartingValue(Vector<half> left, Vector<ushort> right); // FTSMUL

  public static unsafe Vector<half> UnzipEven(Vector<half> left, Vector<half> right); // UZP1

  public static unsafe Vector<half> UnzipOdd(Vector<half> left, Vector<half> right); // UZP2

  public static unsafe Vector<float> UpConvertWideningUpper(Vector<half> value); // FCVTLT // predicated

  public static unsafe Vector<half> VectorTableLookup(Vector<half> data, Vector<ushort> indices); // TBL

  public static unsafe Vector<half> VectorTableLookup((Vector<half> data1, Vector<half> data2), Vector<ushort> indices); // TBL

  public static unsafe Vector<half> VectorTableLookupExtension(Vector<half> fallback, Vector<half> data, Vector<ushort> indices); // TBX

  public static unsafe Vector<half> ZipHigh(Vector<half> left, Vector<half> right); // ZIP2

  public static unsafe Vector<half> ZipLow(Vector<half> left, Vector<half> right); // ZIP1

  /// total method signatures: 118


  /// Optional Entries:

  public static unsafe Vector<half> AbsoluteCompareGreaterThan(Vector<half> left, half right); // FACGT // predicated

  public static unsafe Vector<half> AbsoluteCompareGreaterThanOrEqual(Vector<half> left, half right); // FACGE // predicated

  public static unsafe Vector<half> AbsoluteCompareLessThan(Vector<half> left, half right); // FACGT // predicated

  public static unsafe Vector<half> AbsoluteCompareLessThanOrEqual(Vector<half> left, half right); // FACGE // predicated

  public static unsafe Vector<half> AbsoluteDifference(Vector<half> left, half right); // FABD // predicated, MOVPRFX

  public static unsafe Vector<half> Add(Vector<half> left, half right); // FADD or FSUB // predicated, MOVPRFX

  public static unsafe Vector<half> CompareEqual(Vector<half> left, half right); // FCMEQ // predicated

  public static unsafe Vector<half> CompareGreaterThan(Vector<half> left, half right); // FCMGT // predicated

  public static unsafe Vector<half> CompareGreaterThanOrEqual(Vector<half> left, half right); // FCMGE // predicated

  public static unsafe Vector<half> CompareLessThan(Vector<half> left, half right); // FCMLT or FCMGT // predicated

  public static unsafe Vector<half> CompareLessThanOrEqual(Vector<half> left, half right); // FCMLE or FCMGE // predicated

  public static unsafe Vector<half> CompareNotEqualTo(Vector<half> left, half right); // FCMNE // predicated

  public static unsafe Vector<half> CompareUnordered(Vector<half> left, half right); // FCMUO // predicated

  public static unsafe half ConditionalExtractAfterLastActiveElement(Vector<half> mask, half fallback, Vector<half> data); // CLASTA

  public static unsafe half ConditionalExtractLastActiveElement(Vector<half> mask, half fallback, Vector<half> data); // CLASTB

  public static unsafe Vector<half> Divide(Vector<half> left, half right); // FDIV or FDIVR // predicated, MOVPRFX

  public static unsafe Vector<half> LoadVector(Vector<half> mask, const half *base, long vnum); // LD1H

  public static unsafe Vector<half> LoadVectorFirstFaulting(Vector<half> mask, const half *base, long vnum); // LDFF1H

  public static unsafe Vector<half> LoadVectorNonFaulting(Vector<half> mask, const half *base, long vnum); // LDNF1H

  public static unsafe Vector<half> LoadVectorNonTemporal(Vector<half> mask, const half *base, long vnum); // LDNT1H

  public static unsafe (Vector<half>, Vector<half>) LoadVectorx2(Vector<half> mask, const half *base, long vnum); // LD2H

  public static unsafe (Vector<half>, Vector<half>, Vector<half>) LoadVectorx3(Vector<half> mask, const half *base, long vnum); // LD3H

  public static unsafe (Vector<half>, Vector<half>, Vector<half>, Vector<half>) LoadVectorx4(Vector<half> mask, const half *base, long vnum); // LD4H

  public static unsafe Vector<half> Max(Vector<half> left, half right); // FMAX // predicated, MOVPRFX

  public static unsafe Vector<half> MaxNumber(Vector<half> left, half right); // FMAXNM // predicated, MOVPRFX

  public static unsafe Vector<half> Min(Vector<half> left, half right); // FMIN // predicated, MOVPRFX

  public static unsafe Vector<half> MinNumber(Vector<half> left, half right); // FMINNM // predicated, MOVPRFX

  public static unsafe Vector<half> Multiply(Vector<half> left, half right); // FMUL // predicated, MOVPRFX

  public static unsafe Vector<half> MultiplyAdd(Vector<half> addend, Vector<half> left, half right); // FMLA or FMAD // predicated, MOVPRFX

  public static unsafe Vector<half> MultiplyAddNegate(Vector<half> op1, Vector<half> op2, half op3); // FNMLA or FNMAD // predicated, MOVPRFX

  public static unsafe Vector<float> MultiplyAddWideningLower(Vector<float> op1, Vector<half> op2, half op3); // FMLALB // MOVPRFX

  public static unsafe Vector<float> MultiplyAddWideningUpper(Vector<float> op1, Vector<half> op2, half op3); // FMLALT // MOVPRFX

  public static unsafe Vector<half> MultiplyExtended(Vector<half> left, half right); // FMULX // predicated, MOVPRFX

  public static unsafe Vector<half> MultiplySubtract(Vector<half> minuend, Vector<half> left, half right); // FMLS or FMSB // predicated, MOVPRFX

  public static unsafe Vector<half> MultiplySubtractNegate(Vector<half> op1, Vector<half> op2, half op3); // FNMLS or FNMSB // predicated, MOVPRFX

  public static unsafe Vector<float> MultiplySubtractWideningLower(Vector<float> op1, Vector<half> op2, half op3); // FMLSLB // MOVPRFX

  public static unsafe Vector<float> MultiplySubtractWideningUpper(Vector<float> op1, Vector<half> op2, half op3); // FMLSLT // MOVPRFX

  public static unsafe Vector<half> Scale(Vector<half> left, short right); // FSCALE // predicated, MOVPRFX

  public static unsafe void Store(Vector<half> mask, half *base, long vnum, Vector<half> data); // ST1H

  public static unsafe void StoreNonTemporal(Vector<half> mask, half *base, long vnum, Vector<half> data); // STNT1H

  public static unsafe void Storex2(Vector<half> mask, half *base, long vnum, (Vector<half> data1, Vector<half> data2)); // ST2H

  public static unsafe void Storex3(Vector<half> mask, half *base, long vnum, (Vector<half> data1, Vector<half> data2, Vector<half> data3)); // ST3H

  public static unsafe void Storex4(Vector<half> mask, half *base, long vnum, (Vector<half> data1, Vector<half> data2, Vector<half> data3, Vector<half> data4)); // ST4H

  public static unsafe Vector<half> Subtract(Vector<half> left, half right); // FSUB or FADD or FSUBR // predicated, MOVPRFX

  public static unsafe Vector<half> SubtractReversed(Vector<half> left, half right); // FSUBR or FSUB // predicated, MOVPRFX

  /// total optional method signatures: 45

}

Author:	a74nh
Assignees:	-
Labels:	area-System.Runtime.Intrinsics, untriaged, api-ready-for-review
Milestone:	-