[API Proposal]: ARM64 SVE/SVE2 : Unpredicated instructions (part 1 of 4) #93459
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Early API idea and discussion, it is NOT ready for implementation
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Tagging subscribers to this area: @dotnet/area-system-runtime-intrinsics Issue DetailsBackground and motivation413 methods (of 1229) This API covers all the SVE/SVE2 instructions that don't require predication. Split into multiple parts to fit within github issue max size. This list only includes SVE instructions currently available in existing hardware, ie: FEAT_SVE and FEAT_SVE2. No other SVE extensions are covered. This list was auto generated from the C ACLE intrincs for SVE.
For each method I've included the original C instrinsic (eg Contributes towards #93095 API Proposalnamespace System.Runtime.Intrinsics.Arm
public class ArmSVE<T>
{
public static unsafe Vector<sbyte> AbsoluteDifferenceAndAccumulate(Vector<sbyte> op1, Vector<sbyte> op2, Vector<sbyte> op3); // svaba[_s8]: SABA or MOVPRFX+SABA
public static unsafe Vector<short> AbsoluteDifferenceAndAccumulate(Vector<short> op1, Vector<short> op2, Vector<short> op3); // svaba[_s16]: SABA or MOVPRFX+SABA
public static unsafe Vector<int> AbsoluteDifferenceAndAccumulate(Vector<int> op1, Vector<int> op2, Vector<int> op3); // svaba[_s32]: SABA or MOVPRFX+SABA
public static unsafe Vector<long> AbsoluteDifferenceAndAccumulate(Vector<long> op1, Vector<long> op2, Vector<long> op3); // svaba[_s64]: SABA or MOVPRFX+SABA
public static unsafe Vector<byte> AbsoluteDifferenceAndAccumulate(Vector<byte> op1, Vector<byte> op2, Vector<byte> op3); // svaba[_u8]: UABA or MOVPRFX+UABA
public static unsafe Vector<ushort> AbsoluteDifferenceAndAccumulate(Vector<ushort> op1, Vector<ushort> op2, Vector<ushort> op3); // svaba[_u16]: UABA or MOVPRFX+UABA
public static unsafe Vector<uint> AbsoluteDifferenceAndAccumulate(Vector<uint> op1, Vector<uint> op2, Vector<uint> op3); // svaba[_u32]: UABA or MOVPRFX+UABA
public static unsafe Vector<ulong> AbsoluteDifferenceAndAccumulate(Vector<ulong> op1, Vector<ulong> op2, Vector<ulong> op3); // svaba[_u64]: UABA or MOVPRFX+UABA
public static unsafe Vector<sbyte> AbsoluteDifferenceAndAccumulate(Vector<sbyte> op1, Vector<sbyte> op2, sbyte op3); // svaba[_n_s8]: SABA or MOVPRFX+SABA
public static unsafe Vector<short> AbsoluteDifferenceAndAccumulate(Vector<short> op1, Vector<short> op2, short op3); // svaba[_n_s16]: SABA or MOVPRFX+SABA
public static unsafe Vector<int> AbsoluteDifferenceAndAccumulate(Vector<int> op1, Vector<int> op2, int op3); // svaba[_n_s32]: SABA or MOVPRFX+SABA
public static unsafe Vector<long> AbsoluteDifferenceAndAccumulate(Vector<long> op1, Vector<long> op2, long op3); // svaba[_n_s64]: SABA or MOVPRFX+SABA
public static unsafe Vector<byte> AbsoluteDifferenceAndAccumulate(Vector<byte> op1, Vector<byte> op2, byte op3); // svaba[_n_u8]: UABA or MOVPRFX+UABA
public static unsafe Vector<ushort> AbsoluteDifferenceAndAccumulate(Vector<ushort> op1, Vector<ushort> op2, ushort op3); // svaba[_n_u16]: UABA or MOVPRFX+UABA
public static unsafe Vector<uint> AbsoluteDifferenceAndAccumulate(Vector<uint> op1, Vector<uint> op2, uint op3); // svaba[_n_u32]: UABA or MOVPRFX+UABA
public static unsafe Vector<ulong> AbsoluteDifferenceAndAccumulate(Vector<ulong> op1, Vector<ulong> op2, ulong op3); // svaba[_n_u64]: UABA or MOVPRFX+UABA
public static unsafe Vector<short> AbsoluteDifferenceAndAccumulateLongBottom(Vector<short> op1, Vector<sbyte> op2, Vector<sbyte> op3); // svabalb[_s16]: SABALB or MOVPRFX+SABALB
public static unsafe Vector<int> AbsoluteDifferenceAndAccumulateLongBottom(Vector<int> op1, Vector<short> op2, Vector<short> op3); // svabalb[_s32]: SABALB or MOVPRFX+SABALB
public static unsafe Vector<long> AbsoluteDifferenceAndAccumulateLongBottom(Vector<long> op1, Vector<int> op2, Vector<int> op3); // svabalb[_s64]: SABALB or MOVPRFX+SABALB
public static unsafe Vector<ushort> AbsoluteDifferenceAndAccumulateLongBottom(Vector<ushort> op1, Vector<byte> op2, Vector<byte> op3); // svabalb[_u16]: UABALB or MOVPRFX+UABALB
public static unsafe Vector<uint> AbsoluteDifferenceAndAccumulateLongBottom(Vector<uint> op1, Vector<ushort> op2, Vector<ushort> op3); // svabalb[_u32]: UABALB or MOVPRFX+UABALB
public static unsafe Vector<ulong> AbsoluteDifferenceAndAccumulateLongBottom(Vector<ulong> op1, Vector<uint> op2, Vector<uint> op3); // svabalb[_u64]: UABALB or MOVPRFX+UABALB
public static unsafe Vector<short> AbsoluteDifferenceAndAccumulateLongBottom(Vector<short> op1, Vector<sbyte> op2, sbyte op3); // svabalb[_n_s16]: SABALB or MOVPRFX+SABALB
public static unsafe Vector<int> AbsoluteDifferenceAndAccumulateLongBottom(Vector<int> op1, Vector<short> op2, short op3); // svabalb[_n_s32]: SABALB or MOVPRFX+SABALB
public static unsafe Vector<long> AbsoluteDifferenceAndAccumulateLongBottom(Vector<long> op1, Vector<int> op2, int op3); // svabalb[_n_s64]: SABALB or MOVPRFX+SABALB
public static unsafe Vector<ushort> AbsoluteDifferenceAndAccumulateLongBottom(Vector<ushort> op1, Vector<byte> op2, byte op3); // svabalb[_n_u16]: UABALB or MOVPRFX+UABALB
public static unsafe Vector<uint> AbsoluteDifferenceAndAccumulateLongBottom(Vector<uint> op1, Vector<ushort> op2, ushort op3); // svabalb[_n_u32]: UABALB or MOVPRFX+UABALB
public static unsafe Vector<ulong> AbsoluteDifferenceAndAccumulateLongBottom(Vector<ulong> op1, Vector<uint> op2, uint op3); // svabalb[_n_u64]: UABALB or MOVPRFX+UABALB
public static unsafe Vector<short> AbsoluteDifferenceAndAccumulateLongTop(Vector<short> op1, Vector<sbyte> op2, Vector<sbyte> op3); // svabalt[_s16]: SABALT or MOVPRFX+SABALT
public static unsafe Vector<int> AbsoluteDifferenceAndAccumulateLongTop(Vector<int> op1, Vector<short> op2, Vector<short> op3); // svabalt[_s32]: SABALT or MOVPRFX+SABALT
public static unsafe Vector<long> AbsoluteDifferenceAndAccumulateLongTop(Vector<long> op1, Vector<int> op2, Vector<int> op3); // svabalt[_s64]: SABALT or MOVPRFX+SABALT
public static unsafe Vector<ushort> AbsoluteDifferenceAndAccumulateLongTop(Vector<ushort> op1, Vector<byte> op2, Vector<byte> op3); // svabalt[_u16]: UABALT or MOVPRFX+UABALT
public static unsafe Vector<uint> AbsoluteDifferenceAndAccumulateLongTop(Vector<uint> op1, Vector<ushort> op2, Vector<ushort> op3); // svabalt[_u32]: UABALT or MOVPRFX+UABALT
public static unsafe Vector<ulong> AbsoluteDifferenceAndAccumulateLongTop(Vector<ulong> op1, Vector<uint> op2, Vector<uint> op3); // svabalt[_u64]: UABALT or MOVPRFX+UABALT
public static unsafe Vector<short> AbsoluteDifferenceAndAccumulateLongTop(Vector<short> op1, Vector<sbyte> op2, sbyte op3); // svabalt[_n_s16]: SABALT or MOVPRFX+SABALT
public static unsafe Vector<int> AbsoluteDifferenceAndAccumulateLongTop(Vector<int> op1, Vector<short> op2, short op3); // svabalt[_n_s32]: SABALT or MOVPRFX+SABALT
public static unsafe Vector<long> AbsoluteDifferenceAndAccumulateLongTop(Vector<long> op1, Vector<int> op2, int op3); // svabalt[_n_s64]: SABALT or MOVPRFX+SABALT
public static unsafe Vector<ushort> AbsoluteDifferenceAndAccumulateLongTop(Vector<ushort> op1, Vector<byte> op2, byte op3); // svabalt[_n_u16]: UABALT or MOVPRFX+UABALT
public static unsafe Vector<uint> AbsoluteDifferenceAndAccumulateLongTop(Vector<uint> op1, Vector<ushort> op2, ushort op3); // svabalt[_n_u32]: UABALT or MOVPRFX+UABALT
public static unsafe Vector<ulong> AbsoluteDifferenceAndAccumulateLongTop(Vector<ulong> op1, Vector<uint> op2, uint op3); // svabalt[_n_u64]: UABALT or MOVPRFX+UABALT
public static unsafe Vector<short> AbsoluteDifferenceLongBottom(Vector<sbyte> op1, Vector<sbyte> op2); // svabdlb[_s16]: SABDLB
public static unsafe Vector<int> AbsoluteDifferenceLongBottom(Vector<short> op1, Vector<short> op2); // svabdlb[_s32]: SABDLB
public static unsafe Vector<long> AbsoluteDifferenceLongBottom(Vector<int> op1, Vector<int> op2); // svabdlb[_s64]: SABDLB
public static unsafe Vector<ushort> AbsoluteDifferenceLongBottom(Vector<byte> op1, Vector<byte> op2); // svabdlb[_u16]: UABDLB
public static unsafe Vector<uint> AbsoluteDifferenceLongBottom(Vector<ushort> op1, Vector<ushort> op2); // svabdlb[_u32]: UABDLB
public static unsafe Vector<ulong> AbsoluteDifferenceLongBottom(Vector<uint> op1, Vector<uint> op2); // svabdlb[_u64]: UABDLB
public static unsafe Vector<short> AbsoluteDifferenceLongBottom(Vector<sbyte> op1, sbyte op2); // svabdlb[_n_s16]: SABDLB
public static unsafe Vector<int> AbsoluteDifferenceLongBottom(Vector<short> op1, short op2); // svabdlb[_n_s32]: SABDLB
public static unsafe Vector<long> AbsoluteDifferenceLongBottom(Vector<int> op1, int op2); // svabdlb[_n_s64]: SABDLB
public static unsafe Vector<ushort> AbsoluteDifferenceLongBottom(Vector<byte> op1, byte op2); // svabdlb[_n_u16]: UABDLB
public static unsafe Vector<uint> AbsoluteDifferenceLongBottom(Vector<ushort> op1, ushort op2); // svabdlb[_n_u32]: UABDLB
public static unsafe Vector<ulong> AbsoluteDifferenceLongBottom(Vector<uint> op1, uint op2); // svabdlb[_n_u64]: UABDLB
public static unsafe Vector<short> AbsoluteDifferenceLongTop(Vector<sbyte> op1, Vector<sbyte> op2); // svabdlt[_s16]: SABDLT
public static unsafe Vector<int> AbsoluteDifferenceLongTop(Vector<short> op1, Vector<short> op2); // svabdlt[_s32]: SABDLT
public static unsafe Vector<long> AbsoluteDifferenceLongTop(Vector<int> op1, Vector<int> op2); // svabdlt[_s64]: SABDLT
public static unsafe Vector<ushort> AbsoluteDifferenceLongTop(Vector<byte> op1, Vector<byte> op2); // svabdlt[_u16]: UABDLT
public static unsafe Vector<uint> AbsoluteDifferenceLongTop(Vector<ushort> op1, Vector<ushort> op2); // svabdlt[_u32]: UABDLT
public static unsafe Vector<ulong> AbsoluteDifferenceLongTop(Vector<uint> op1, Vector<uint> op2); // svabdlt[_u64]: UABDLT
public static unsafe Vector<short> AbsoluteDifferenceLongTop(Vector<sbyte> op1, sbyte op2); // svabdlt[_n_s16]: SABDLT
public static unsafe Vector<int> AbsoluteDifferenceLongTop(Vector<short> op1, short op2); // svabdlt[_n_s32]: SABDLT
public static unsafe Vector<long> AbsoluteDifferenceLongTop(Vector<int> op1, int op2); // svabdlt[_n_s64]: SABDLT
public static unsafe Vector<ushort> AbsoluteDifferenceLongTop(Vector<byte> op1, byte op2); // svabdlt[_n_u16]: UABDLT
public static unsafe Vector<uint> AbsoluteDifferenceLongTop(Vector<ushort> op1, ushort op2); // svabdlt[_n_u32]: UABDLT
public static unsafe Vector<ulong> AbsoluteDifferenceLongTop(Vector<uint> op1, uint op2); // svabdlt[_n_u64]: UABDLT
public static unsafe Vector<uint> AddWithCarryLongBottom(Vector<uint> op1, Vector<uint> op2, Vector<uint> op3); // svadclb[_u32]: ADCLB or MOVPRFX+ADCLB
public static unsafe Vector<ulong> AddWithCarryLongBottom(Vector<ulong> op1, Vector<ulong> op2, Vector<ulong> op3); // svadclb[_u64]: ADCLB or MOVPRFX+ADCLB
public static unsafe Vector<uint> AddWithCarryLongBottom(Vector<uint> op1, Vector<uint> op2, uint op3); // svadclb[_n_u32]: ADCLB or MOVPRFX+ADCLB
public static unsafe Vector<ulong> AddWithCarryLongBottom(Vector<ulong> op1, Vector<ulong> op2, ulong op3); // svadclb[_n_u64]: ADCLB or MOVPRFX+ADCLB
public static unsafe Vector<uint> AddWithCarryLongTop(Vector<uint> op1, Vector<uint> op2, Vector<uint> op3); // svadclt[_u32]: ADCLT or MOVPRFX+ADCLT
public static unsafe Vector<ulong> AddWithCarryLongTop(Vector<ulong> op1, Vector<ulong> op2, Vector<ulong> op3); // svadclt[_u64]: ADCLT or MOVPRFX+ADCLT
public static unsafe Vector<uint> AddWithCarryLongTop(Vector<uint> op1, Vector<uint> op2, uint op3); // svadclt[_n_u32]: ADCLT or MOVPRFX+ADCLT
public static unsafe Vector<ulong> AddWithCarryLongTop(Vector<ulong> op1, Vector<ulong> op2, ulong op3); // svadclt[_n_u64]: ADCLT or MOVPRFX+ADCLT
public static unsafe Vector<sbyte> AddNarrowHighPartBottom(Vector<short> op1, Vector<short> op2); // svaddhnb[_s16]: ADDHNB
public static unsafe Vector<short> AddNarrowHighPartBottom(Vector<int> op1, Vector<int> op2); // svaddhnb[_s32]: ADDHNB
public static unsafe Vector<int> AddNarrowHighPartBottom(Vector<long> op1, Vector<long> op2); // svaddhnb[_s64]: ADDHNB
public static unsafe Vector<byte> AddNarrowHighPartBottom(Vector<ushort> op1, Vector<ushort> op2); // svaddhnb[_u16]: ADDHNB
public static unsafe Vector<ushort> AddNarrowHighPartBottom(Vector<uint> op1, Vector<uint> op2); // svaddhnb[_u32]: ADDHNB
public static unsafe Vector<uint> AddNarrowHighPartBottom(Vector<ulong> op1, Vector<ulong> op2); // svaddhnb[_u64]: ADDHNB
public static unsafe Vector<sbyte> AddNarrowHighPartBottom(Vector<short> op1, short op2); // svaddhnb[_n_s16]: ADDHNB
public static unsafe Vector<short> AddNarrowHighPartBottom(Vector<int> op1, int op2); // svaddhnb[_n_s32]: ADDHNB
public static unsafe Vector<int> AddNarrowHighPartBottom(Vector<long> op1, long op2); // svaddhnb[_n_s64]: ADDHNB
public static unsafe Vector<byte> AddNarrowHighPartBottom(Vector<ushort> op1, ushort op2); // svaddhnb[_n_u16]: ADDHNB
public static unsafe Vector<ushort> AddNarrowHighPartBottom(Vector<uint> op1, uint op2); // svaddhnb[_n_u32]: ADDHNB
public static unsafe Vector<uint> AddNarrowHighPartBottom(Vector<ulong> op1, ulong op2); // svaddhnb[_n_u64]: ADDHNB
public static unsafe Vector<sbyte> AddNarrowHighPartTop(Vector<sbyte> even, Vector<short> op1, Vector<short> op2); // svaddhnt[_s16]: ADDHNT
public static unsafe Vector<short> AddNarrowHighPartTop(Vector<short> even, Vector<int> op1, Vector<int> op2); // svaddhnt[_s32]: ADDHNT
public static unsafe Vector<int> AddNarrowHighPartTop(Vector<int> even, Vector<long> op1, Vector<long> op2); // svaddhnt[_s64]: ADDHNT
public static unsafe Vector<byte> AddNarrowHighPartTop(Vector<byte> even, Vector<ushort> op1, Vector<ushort> op2); // svaddhnt[_u16]: ADDHNT
public static unsafe Vector<ushort> AddNarrowHighPartTop(Vector<ushort> even, Vector<uint> op1, Vector<uint> op2); // svaddhnt[_u32]: ADDHNT
public static unsafe Vector<uint> AddNarrowHighPartTop(Vector<uint> even, Vector<ulong> op1, Vector<ulong> op2); // svaddhnt[_u64]: ADDHNT
public static unsafe Vector<sbyte> AddNarrowHighPartTop(Vector<sbyte> even, Vector<short> op1, short op2); // svaddhnt[_n_s16]: ADDHNT
public static unsafe Vector<short> AddNarrowHighPartTop(Vector<short> even, Vector<int> op1, int op2); // svaddhnt[_n_s32]: ADDHNT
public static unsafe Vector<int> AddNarrowHighPartTop(Vector<int> even, Vector<long> op1, long op2); // svaddhnt[_n_s64]: ADDHNT
public static unsafe Vector<byte> AddNarrowHighPartTop(Vector<byte> even, Vector<ushort> op1, ushort op2); // svaddhnt[_n_u16]: ADDHNT
public static unsafe Vector<ushort> AddNarrowHighPartTop(Vector<ushort> even, Vector<uint> op1, uint op2); // svaddhnt[_n_u32]: ADDHNT
public static unsafe Vector<uint> AddNarrowHighPartTop(Vector<uint> even, Vector<ulong> op1, ulong op2); // svaddhnt[_n_u64]: ADDHNT
public static unsafe Vector<short> AddLongBottom(Vector<sbyte> op1, Vector<sbyte> op2); // svaddlb[_s16]: SADDLB
public static unsafe Vector<int> AddLongBottom(Vector<short> op1, Vector<short> op2); // svaddlb[_s32]: SADDLB
public static unsafe Vector<long> AddLongBottom(Vector<int> op1, Vector<int> op2); // svaddlb[_s64]: SADDLB
public static unsafe Vector<ushort> AddLongBottom(Vector<byte> op1, Vector<byte> op2); // svaddlb[_u16]: UADDLB
public static unsafe Vector<uint> AddLongBottom(Vector<ushort> op1, Vector<ushort> op2); // svaddlb[_u32]: UADDLB
public static unsafe Vector<ulong> AddLongBottom(Vector<uint> op1, Vector<uint> op2); // svaddlb[_u64]: UADDLB
public static unsafe Vector<short> AddLongBottom(Vector<sbyte> op1, sbyte op2); // svaddlb[_n_s16]: SADDLB
public static unsafe Vector<int> AddLongBottom(Vector<short> op1, short op2); // svaddlb[_n_s32]: SADDLB
public static unsafe Vector<long> AddLongBottom(Vector<int> op1, int op2); // svaddlb[_n_s64]: SADDLB
public static unsafe Vector<ushort> AddLongBottom(Vector<byte> op1, byte op2); // svaddlb[_n_u16]: UADDLB
public static unsafe Vector<uint> AddLongBottom(Vector<ushort> op1, ushort op2); // svaddlb[_n_u32]: UADDLB
public static unsafe Vector<ulong> AddLongBottom(Vector<uint> op1, uint op2); // svaddlb[_n_u64]: UADDLB
public static unsafe Vector<short> AddLongBottomTop(Vector<sbyte> op1, Vector<sbyte> op2); // svaddlbt[_s16]: SADDLBT
public static unsafe Vector<int> AddLongBottomTop(Vector<short> op1, Vector<short> op2); // svaddlbt[_s32]: SADDLBT
public static unsafe Vector<long> AddLongBottomTop(Vector<int> op1, Vector<int> op2); // svaddlbt[_s64]: SADDLBT
public static unsafe Vector<short> AddLongBottomTop(Vector<sbyte> op1, sbyte op2); // svaddlbt[_n_s16]: SADDLBT
public static unsafe Vector<int> AddLongBottomTop(Vector<short> op1, short op2); // svaddlbt[_n_s32]: SADDLBT
public static unsafe Vector<long> AddLongBottomTop(Vector<int> op1, int op2); // svaddlbt[_n_s64]: SADDLBT
public static unsafe Vector<short> AddLongTop(Vector<sbyte> op1, Vector<sbyte> op2); // svaddlt[_s16]: SADDLT
public static unsafe Vector<int> AddLongTop(Vector<short> op1, Vector<short> op2); // svaddlt[_s32]: SADDLT
public static unsafe Vector<long> AddLongTop(Vector<int> op1, Vector<int> op2); // svaddlt[_s64]: SADDLT
public static unsafe Vector<ushort> AddLongTop(Vector<byte> op1, Vector<byte> op2); // svaddlt[_u16]: UADDLT
public static unsafe Vector<uint> AddLongTop(Vector<ushort> op1, Vector<ushort> op2); // svaddlt[_u32]: UADDLT
public static unsafe Vector<ulong> AddLongTop(Vector<uint> op1, Vector<uint> op2); // svaddlt[_u64]: UADDLT
public static unsafe Vector<short> AddLongTop(Vector<sbyte> op1, sbyte op2); // svaddlt[_n_s16]: SADDLT
public static unsafe Vector<int> AddLongTop(Vector<short> op1, short op2); // svaddlt[_n_s32]: SADDLT
public static unsafe Vector<long> AddLongTop(Vector<int> op1, int op2); // svaddlt[_n_s64]: SADDLT
public static unsafe Vector<ushort> AddLongTop(Vector<byte> op1, byte op2); // svaddlt[_n_u16]: UADDLT
public static unsafe Vector<uint> AddLongTop(Vector<ushort> op1, ushort op2); // svaddlt[_n_u32]: UADDLT
public static unsafe Vector<ulong> AddLongTop(Vector<uint> op1, uint op2); // svaddlt[_n_u64]: UADDLT
public static unsafe Vector<short> AddWideBottom(Vector<short> op1, Vector<sbyte> op2); // svaddwb[_s16]: SADDWB
public static unsafe Vector<int> AddWideBottom(Vector<int> op1, Vector<short> op2); // svaddwb[_s32]: SADDWB
public static unsafe Vector<long> AddWideBottom(Vector<long> op1, Vector<int> op2); // svaddwb[_s64]: SADDWB
public static unsafe Vector<ushort> AddWideBottom(Vector<ushort> op1, Vector<byte> op2); // svaddwb[_u16]: UADDWB
public static unsafe Vector<uint> AddWideBottom(Vector<uint> op1, Vector<ushort> op2); // svaddwb[_u32]: UADDWB
public static unsafe Vector<ulong> AddWideBottom(Vector<ulong> op1, Vector<uint> op2); // svaddwb[_u64]: UADDWB
public static unsafe Vector<short> AddWideBottom(Vector<short> op1, sbyte op2); // svaddwb[_n_s16]: SADDWB
public static unsafe Vector<int> AddWideBottom(Vector<int> op1, short op2); // svaddwb[_n_s32]: SADDWB
public static unsafe Vector<long> AddWideBottom(Vector<long> op1, int op2); // svaddwb[_n_s64]: SADDWB
public static unsafe Vector<ushort> AddWideBottom(Vector<ushort> op1, byte op2); // svaddwb[_n_u16]: UADDWB
public static unsafe Vector<uint> AddWideBottom(Vector<uint> op1, ushort op2); // svaddwb[_n_u32]: UADDWB
public static unsafe Vector<ulong> AddWideBottom(Vector<ulong> op1, uint op2); // svaddwb[_n_u64]: UADDWB
public static unsafe Vector<short> AddWideTop(Vector<short> op1, Vector<sbyte> op2); // svaddwt[_s16]: SADDWT
public static unsafe Vector<int> AddWideTop(Vector<int> op1, Vector<short> op2); // svaddwt[_s32]: SADDWT
public static unsafe Vector<long> AddWideTop(Vector<long> op1, Vector<int> op2); // svaddwt[_s64]: SADDWT
public static unsafe Vector<ushort> AddWideTop(Vector<ushort> op1, Vector<byte> op2); // svaddwt[_u16]: UADDWT
public static unsafe Vector<uint> AddWideTop(Vector<uint> op1, Vector<ushort> op2); // svaddwt[_u32]: UADDWT
public static unsafe Vector<ulong> AddWideTop(Vector<ulong> op1, Vector<uint> op2); // svaddwt[_u64]: UADDWT
public static unsafe Vector<short> AddWideTop(Vector<short> op1, sbyte op2); // svaddwt[_n_s16]: SADDWT
public static unsafe Vector<int> AddWideTop(Vector<int> op1, short op2); // svaddwt[_n_s32]: SADDWT
public static unsafe Vector<long> AddWideTop(Vector<long> op1, int op2); // svaddwt[_n_s64]: SADDWT
public static unsafe Vector<ushort> AddWideTop(Vector<ushort> op1, byte op2); // svaddwt[_n_u16]: UADDWT
public static unsafe Vector<uint> AddWideTop(Vector<uint> op1, ushort op2); // svaddwt[_n_u32]: UADDWT
public static unsafe Vector<ulong> AddWideTop(Vector<ulong> op1, uint op2); // svaddwt[_n_u64]: UADDWT
public static unsafe Vector<uint> ComputeVectorAddressesFor8BitData(Vector<uint> bases, Vector<int> offsets); // svadrb[_u32base]_[s32]offset: ADR
public static unsafe Vector<uint> ComputeVectorAddressesFor8BitData(Vector<uint> bases, Vector<uint> offsets); // svadrb[_u32base]_[u32]offset: ADR
public static unsafe Vector<ulong> ComputeVectorAddressesFor8BitData(Vector<ulong> bases, Vector<long> offsets); // svadrb[_u64base]_[s64]offset: ADR
public static unsafe Vector<ulong> ComputeVectorAddressesFor8BitData(Vector<ulong> bases, Vector<ulong> offsets); // svadrb[_u64base]_[u64]offset: ADR
public static unsafe Vector<uint> ComputeVectorAddressesFor64BitData(Vector<uint> bases, Vector<int> indices); // svadrd[_u32base]_[s32]index: ADR
public static unsafe Vector<uint> ComputeVectorAddressesFor64BitData(Vector<uint> bases, Vector<uint> indices); // svadrd[_u32base]_[u32]index: ADR
public static unsafe Vector<ulong> ComputeVectorAddressesFor64BitData(Vector<ulong> bases, Vector<long> indices); // svadrd[_u64base]_[s64]index: ADR
public static unsafe Vector<ulong> ComputeVectorAddressesFor64BitData(Vector<ulong> bases, Vector<ulong> indices); // svadrd[_u64base]_[u64]index: ADR
public static unsafe Vector<uint> ComputeVectorAddressesFor16BitData(Vector<uint> bases, Vector<int> indices); // svadrh[_u32base]_[s32]index: ADR
public static unsafe Vector<uint> ComputeVectorAddressesFor16BitData(Vector<uint> bases, Vector<uint> indices); // svadrh[_u32base]_[u32]index: ADR
public static unsafe Vector<ulong> ComputeVectorAddressesFor16BitData(Vector<ulong> bases, Vector<long> indices); // svadrh[_u64base]_[s64]index: ADR
public static unsafe Vector<ulong> ComputeVectorAddressesFor16BitData(Vector<ulong> bases, Vector<ulong> indices); // svadrh[_u64base]_[u64]index: ADR
public static unsafe Vector<uint> ComputeVectorAddressesFor32BitData(Vector<uint> bases, Vector<int> indices); // svadrw[_u32base]_[s32]index: ADR
public static unsafe Vector<uint> ComputeVectorAddressesFor32BitData(Vector<uint> bases, Vector<uint> indices); // svadrw[_u32base]_[u32]index: ADR
public static unsafe Vector<ulong> ComputeVectorAddressesFor32BitData(Vector<ulong> bases, Vector<long> indices); // svadrw[_u64base]_[s64]index: ADR
public static unsafe Vector<ulong> ComputeVectorAddressesFor32BitData(Vector<ulong> bases, Vector<ulong> indices); // svadrw[_u64base]_[u64]index: ADR
public static unsafe Vector<byte> AesSingleRoundDecryption(Vector<byte> op1, Vector<byte> op2); // svaesd[_u8]: AESD or AESD
public static unsafe Vector<byte> AesSingleRoundEncryption(Vector<byte> op1, Vector<byte> op2); // svaese[_u8]: AESE or AESE
public static unsafe Vector<byte> AesInverseMixColumns(Vector<byte> op); // svaesimc[_u8]: AESIMC
public static unsafe Vector<byte> AesMixColumns(Vector<byte> op); // svaesmc[_u8]: AESMC
public static unsafe Vector<sbyte> BitwiseClearAndExclusiveOr(Vector<sbyte> op1, Vector<sbyte> op2, Vector<sbyte> op3); // svbcax[_s8]: BCAX or MOVPRFX+BCAX
public static unsafe Vector<short> BitwiseClearAndExclusiveOr(Vector<short> op1, Vector<short> op2, Vector<short> op3); // svbcax[_s16]: BCAX or MOVPRFX+BCAX
public static unsafe Vector<int> BitwiseClearAndExclusiveOr(Vector<int> op1, Vector<int> op2, Vector<int> op3); // svbcax[_s32]: BCAX or MOVPRFX+BCAX
public static unsafe Vector<long> BitwiseClearAndExclusiveOr(Vector<long> op1, Vector<long> op2, Vector<long> op3); // svbcax[_s64]: BCAX or MOVPRFX+BCAX
public static unsafe Vector<byte> BitwiseClearAndExclusiveOr(Vector<byte> op1, Vector<byte> op2, Vector<byte> op3); // svbcax[_u8]: BCAX or MOVPRFX+BCAX
public static unsafe Vector<ushort> BitwiseClearAndExclusiveOr(Vector<ushort> op1, Vector<ushort> op2, Vector<ushort> op3); // svbcax[_u16]: BCAX or MOVPRFX+BCAX
public static unsafe Vector<uint> BitwiseClearAndExclusiveOr(Vector<uint> op1, Vector<uint> op2, Vector<uint> op3); // svbcax[_u32]: BCAX or MOVPRFX+BCAX
public static unsafe Vector<ulong> BitwiseClearAndExclusiveOr(Vector<ulong> op1, Vector<ulong> op2, Vector<ulong> op3); // svbcax[_u64]: BCAX or MOVPRFX+BCAX
public static unsafe Vector<sbyte> BitwiseClearAndExclusiveOr(Vector<sbyte> op1, Vector<sbyte> op2, sbyte op3); // svbcax[_n_s8]: BCAX or MOVPRFX+BCAX
public static unsafe Vector<short> BitwiseClearAndExclusiveOr(Vector<short> op1, Vector<short> op2, short op3); // svbcax[_n_s16]: BCAX or MOVPRFX+BCAX
public static unsafe Vector<int> BitwiseClearAndExclusiveOr(Vector<int> op1, Vector<int> op2, int op3); // svbcax[_n_s32]: BCAX or MOVPRFX+BCAX
public static unsafe Vector<long> BitwiseClearAndExclusiveOr(Vector<long> op1, Vector<long> op2, long op3); // svbcax[_n_s64]: BCAX or MOVPRFX+BCAX
public static unsafe Vector<byte> BitwiseClearAndExclusiveOr(Vector<byte> op1, Vector<byte> op2, byte op3); // svbcax[_n_u8]: BCAX or MOVPRFX+BCAX
public static unsafe Vector<ushort> BitwiseClearAndExclusiveOr(Vector<ushort> op1, Vector<ushort> op2, ushort op3); // svbcax[_n_u16]: BCAX or MOVPRFX+BCAX
public static unsafe Vector<uint> BitwiseClearAndExclusiveOr(Vector<uint> op1, Vector<uint> op2, uint op3); // svbcax[_n_u32]: BCAX or MOVPRFX+BCAX
public static unsafe Vector<ulong> BitwiseClearAndExclusiveOr(Vector<ulong> op1, Vector<ulong> op2, ulong op3); // svbcax[_n_u64]: BCAX or MOVPRFX+BCAX
public static unsafe Vector<byte> ScatterLowerBitsIntoPositionsSelectedByBitmask(Vector<byte> op1, Vector<byte> op2); // svbdep[_u8]: BDEP
public static unsafe Vector<ushort> ScatterLowerBitsIntoPositionsSelectedByBitmask(Vector<ushort> op1, Vector<ushort> op2); // svbdep[_u16]: BDEP
public static unsafe Vector<uint> ScatterLowerBitsIntoPositionsSelectedByBitmask(Vector<uint> op1, Vector<uint> op2); // svbdep[_u32]: BDEP
public static unsafe Vector<ulong> ScatterLowerBitsIntoPositionsSelectedByBitmask(Vector<ulong> op1, Vector<ulong> op2); // svbdep[_u64]: BDEP
public static unsafe Vector<byte> ScatterLowerBitsIntoPositionsSelectedByBitmask(Vector<byte> op1, byte op2); // svbdep[_n_u8]: BDEP
public static unsafe Vector<ushort> ScatterLowerBitsIntoPositionsSelectedByBitmask(Vector<ushort> op1, ushort op2); // svbdep[_n_u16]: BDEP
public static unsafe Vector<uint> ScatterLowerBitsIntoPositionsSelectedByBitmask(Vector<uint> op1, uint op2); // svbdep[_n_u32]: BDEP
public static unsafe Vector<ulong> ScatterLowerBitsIntoPositionsSelectedByBitmask(Vector<ulong> op1, ulong op2); // svbdep[_n_u64]: BDEP
public static unsafe Vector<byte> GatherLowerBitsFromPositionsSelectedByBitmask(Vector<byte> op1, Vector<byte> op2); // svbext[_u8]: BEXT
public static unsafe Vector<ushort> GatherLowerBitsFromPositionsSelectedByBitmask(Vector<ushort> op1, Vector<ushort> op2); // svbext[_u16]: BEXT
public static unsafe Vector<uint> GatherLowerBitsFromPositionsSelectedByBitmask(Vector<uint> op1, Vector<uint> op2); // svbext[_u32]: BEXT
public static unsafe Vector<ulong> GatherLowerBitsFromPositionsSelectedByBitmask(Vector<ulong> op1, Vector<ulong> op2); // svbext[_u64]: BEXT
public static unsafe Vector<byte> GatherLowerBitsFromPositionsSelectedByBitmask(Vector<byte> op1, byte op2); // svbext[_n_u8]: BEXT
public static unsafe Vector<ushort> GatherLowerBitsFromPositionsSelectedByBitmask(Vector<ushort> op1, ushort op2); // svbext[_n_u16]: BEXT
public static unsafe Vector<uint> GatherLowerBitsFromPositionsSelectedByBitmask(Vector<uint> op1, uint op2); // svbext[_n_u32]: BEXT
public static unsafe Vector<ulong> GatherLowerBitsFromPositionsSelectedByBitmask(Vector<ulong> op1, ulong op2); // svbext[_n_u64]: BEXT
public static unsafe Vector<byte> GroupBitsToRightOrLeftAsSelectedByBitmask(Vector<byte> op1, Vector<byte> op2); // svbgrp[_u8]: BGRP
public static unsafe Vector<ushort> GroupBitsToRightOrLeftAsSelectedByBitmask(Vector<ushort> op1, Vector<ushort> op2); // svbgrp[_u16]: BGRP
public static unsafe Vector<uint> GroupBitsToRightOrLeftAsSelectedByBitmask(Vector<uint> op1, Vector<uint> op2); // svbgrp[_u32]: BGRP
public static unsafe Vector<ulong> GroupBitsToRightOrLeftAsSelectedByBitmask(Vector<ulong> op1, Vector<ulong> op2); // svbgrp[_u64]: BGRP
public static unsafe Vector<byte> GroupBitsToRightOrLeftAsSelectedByBitmask(Vector<byte> op1, byte op2); // svbgrp[_n_u8]: BGRP
public static unsafe Vector<ushort> GroupBitsToRightOrLeftAsSelectedByBitmask(Vector<ushort> op1, ushort op2); // svbgrp[_n_u16]: BGRP
public static unsafe Vector<uint> GroupBitsToRightOrLeftAsSelectedByBitmask(Vector<uint> op1, uint op2); // svbgrp[_n_u32]: BGRP
public static unsafe Vector<ulong> GroupBitsToRightOrLeftAsSelectedByBitmask(Vector<ulong> op1, ulong op2); // svbgrp[_n_u64]: BGRP
public static unsafe Vector<sbyte> BitwiseSelect(Vector<sbyte> op1, Vector<sbyte> op2, Vector<sbyte> op3); // svbsl[_s8]: BSL or MOVPRFX+BSL
public static unsafe Vector<short> BitwiseSelect(Vector<short> op1, Vector<short> op2, Vector<short> op3); // svbsl[_s16]: BSL or MOVPRFX+BSL
public static unsafe Vector<int> BitwiseSelect(Vector<int> op1, Vector<int> op2, Vector<int> op3); // svbsl[_s32]: BSL or MOVPRFX+BSL
public static unsafe Vector<long> BitwiseSelect(Vector<long> op1, Vector<long> op2, Vector<long> op3); // svbsl[_s64]: BSL or MOVPRFX+BSL
public static unsafe Vector<byte> BitwiseSelect(Vector<byte> op1, Vector<byte> op2, Vector<byte> op3); // svbsl[_u8]: BSL or MOVPRFX+BSL
public static unsafe Vector<ushort> BitwiseSelect(Vector<ushort> op1, Vector<ushort> op2, Vector<ushort> op3); // svbsl[_u16]: BSL or MOVPRFX+BSL
public static unsafe Vector<uint> BitwiseSelect(Vector<uint> op1, Vector<uint> op2, Vector<uint> op3); // svbsl[_u32]: BSL or MOVPRFX+BSL
public static unsafe Vector<ulong> BitwiseSelect(Vector<ulong> op1, Vector<ulong> op2, Vector<ulong> op3); // svbsl[_u64]: BSL or MOVPRFX+BSL
public static unsafe Vector<sbyte> BitwiseSelect(Vector<sbyte> op1, Vector<sbyte> op2, sbyte op3); // svbsl[_n_s8]: BSL or MOVPRFX+BSL
public static unsafe Vector<short> BitwiseSelect(Vector<short> op1, Vector<short> op2, short op3); // svbsl[_n_s16]: BSL or MOVPRFX+BSL
public static unsafe Vector<int> BitwiseSelect(Vector<int> op1, Vector<int> op2, int op3); // svbsl[_n_s32]: BSL or MOVPRFX+BSL
public static unsafe Vector<long> BitwiseSelect(Vector<long> op1, Vector<long> op2, long op3); // svbsl[_n_s64]: BSL or MOVPRFX+BSL
public static unsafe Vector<byte> BitwiseSelect(Vector<byte> op1, Vector<byte> op2, byte op3); // svbsl[_n_u8]: BSL or MOVPRFX+BSL
public static unsafe Vector<ushort> BitwiseSelect(Vector<ushort> op1, Vector<ushort> op2, ushort op3); // svbsl[_n_u16]: BSL or MOVPRFX+BSL
public static unsafe Vector<uint> BitwiseSelect(Vector<uint> op1, Vector<uint> op2, uint op3); // svbsl[_n_u32]: BSL or MOVPRFX+BSL
public static unsafe Vector<ulong> BitwiseSelect(Vector<ulong> op1, Vector<ulong> op2, ulong op3); // svbsl[_n_u64]: BSL or MOVPRFX+BSL
public static unsafe Vector<sbyte> BitwiseSelectWithFirstInputInverted(Vector<sbyte> op1, Vector<sbyte> op2, Vector<sbyte> op3); // svbsl1n[_s8]: BSL1N or MOVPRFX+BSL1N
public static unsafe Vector<short> BitwiseSelectWithFirstInputInverted(Vector<short> op1, Vector<short> op2, Vector<short> op3); // svbsl1n[_s16]: BSL1N or MOVPRFX+BSL1N
public static unsafe Vector<int> BitwiseSelectWithFirstInputInverted(Vector<int> op1, Vector<int> op2, Vector<int> op3); // svbsl1n[_s32]: BSL1N or MOVPRFX+BSL1N
public static unsafe Vector<long> BitwiseSelectWithFirstInputInverted(Vector<long> op1, Vector<long> op2, Vector<long> op3); // svbsl1n[_s64]: BSL1N or MOVPRFX+BSL1N
public static unsafe Vector<byte> BitwiseSelectWithFirstInputInverted(Vector<byte> op1, Vector<byte> op2, Vector<byte> op3); // svbsl1n[_u8]: BSL1N or MOVPRFX+BSL1N
public static unsafe Vector<ushort> BitwiseSelectWithFirstInputInverted(Vector<ushort> op1, Vector<ushort> op2, Vector<ushort> op3); // svbsl1n[_u16]: BSL1N or MOVPRFX+BSL1N
public static unsafe Vector<uint> BitwiseSelectWithFirstInputInverted(Vector<uint> op1, Vector<uint> op2, Vector<uint> op3); // svbsl1n[_u32]: BSL1N or MOVPRFX+BSL1N
public static unsafe Vector<ulong> BitwiseSelectWithFirstInputInverted(Vector<ulong> op1, Vector<ulong> op2, Vector<ulong> op3); // svbsl1n[_u64]: BSL1N or MOVPRFX+BSL1N
public static unsafe Vector<sbyte> BitwiseSelectWithFirstInputInverted(Vector<sbyte> op1, Vector<sbyte> op2, sbyte op3); // svbsl1n[_n_s8]: BSL1N or MOVPRFX+BSL1N
public static unsafe Vector<short> BitwiseSelectWithFirstInputInverted(Vector<short> op1, Vector<short> op2, short op3); // svbsl1n[_n_s16]: BSL1N or MOVPRFX+BSL1N
public static unsafe Vector<int> BitwiseSelectWithFirstInputInverted(Vector<int> op1, Vector<int> op2, int op3); // svbsl1n[_n_s32]: BSL1N or MOVPRFX+BSL1N
public static unsafe Vector<long> BitwiseSelectWithFirstInputInverted(Vector<long> op1, Vector<long> op2, long op3); // svbsl1n[_n_s64]: BSL1N or MOVPRFX+BSL1N
public static unsafe Vector<byte> BitwiseSelectWithFirstInputInverted(Vector<byte> op1, Vector<byte> op2, byte op3); // svbsl1n[_n_u8]: BSL1N or MOVPRFX+BSL1N
public static unsafe Vector<ushort> BitwiseSelectWithFirstInputInverted(Vector<ushort> op1, Vector<ushort> op2, ushort op3); // svbsl1n[_n_u16]: BSL1N or MOVPRFX+BSL1N
public static unsafe Vector<uint> BitwiseSelectWithFirstInputInverted(Vector<uint> op1, Vector<uint> op2, uint op3); // svbsl1n[_n_u32]: BSL1N or MOVPRFX+BSL1N
public static unsafe Vector<ulong> BitwiseSelectWithFirstInputInverted(Vector<ulong> op1, Vector<ulong> op2, ulong op3); // svbsl1n[_n_u64]: BSL1N or MOVPRFX+BSL1N
public static unsafe Vector<sbyte> BitwiseSelectWithSecondInputInverted(Vector<sbyte> op1, Vector<sbyte> op2, Vector<sbyte> op3); // svbsl2n[_s8]: BSL2N or MOVPRFX+BSL2N
public static unsafe Vector<short> BitwiseSelectWithSecondInputInverted(Vector<short> op1, Vector<short> op2, Vector<short> op3); // svbsl2n[_s16]: BSL2N or MOVPRFX+BSL2N
public static unsafe Vector<int> BitwiseSelectWithSecondInputInverted(Vector<int> op1, Vector<int> op2, Vector<int> op3); // svbsl2n[_s32]: BSL2N or MOVPRFX+BSL2N
public static unsafe Vector<long> BitwiseSelectWithSecondInputInverted(Vector<long> op1, Vector<long> op2, Vector<long> op3); // svbsl2n[_s64]: BSL2N or MOVPRFX+BSL2N
public static unsafe Vector<byte> BitwiseSelectWithSecondInputInverted(Vector<byte> op1, Vector<byte> op2, Vector<byte> op3); // svbsl2n[_u8]: BSL2N or MOVPRFX+BSL2N
public static unsafe Vector<ushort> BitwiseSelectWithSecondInputInverted(Vector<ushort> op1, Vector<ushort> op2, Vector<ushort> op3); // svbsl2n[_u16]: BSL2N or MOVPRFX+BSL2N
public static unsafe Vector<uint> BitwiseSelectWithSecondInputInverted(Vector<uint> op1, Vector<uint> op2, Vector<uint> op3); // svbsl2n[_u32]: BSL2N or MOVPRFX+BSL2N
public static unsafe Vector<ulong> BitwiseSelectWithSecondInputInverted(Vector<ulong> op1, Vector<ulong> op2, Vector<ulong> op3); // svbsl2n[_u64]: BSL2N or MOVPRFX+BSL2N
public static unsafe Vector<sbyte> BitwiseSelectWithSecondInputInverted(Vector<sbyte> op1, Vector<sbyte> op2, sbyte op3); // svbsl2n[_n_s8]: BSL2N or MOVPRFX+BSL2N
public static unsafe Vector<short> BitwiseSelectWithSecondInputInverted(Vector<short> op1, Vector<short> op2, short op3); // svbsl2n[_n_s16]: BSL2N or MOVPRFX+BSL2N
public static unsafe Vector<int> BitwiseSelectWithSecondInputInverted(Vector<int> op1, Vector<int> op2, int op3); // svbsl2n[_n_s32]: BSL2N or MOVPRFX+BSL2N
public static unsafe Vector<long> BitwiseSelectWithSecondInputInverted(Vector<long> op1, Vector<long> op2, long op3); // svbsl2n[_n_s64]: BSL2N or MOVPRFX+BSL2N
public static unsafe Vector<byte> BitwiseSelectWithSecondInputInverted(Vector<byte> op1, Vector<byte> op2, byte op3); // svbsl2n[_n_u8]: BSL2N or MOVPRFX+BSL2N
public static unsafe Vector<ushort> BitwiseSelectWithSecondInputInverted(Vector<ushort> op1, Vector<ushort> op2, ushort op3); // svbsl2n[_n_u16]: BSL2N or MOVPRFX+BSL2N
public static unsafe Vector<uint> BitwiseSelectWithSecondInputInverted(Vector<uint> op1, Vector<uint> op2, uint op3); // svbsl2n[_n_u32]: BSL2N or MOVPRFX+BSL2N
public static unsafe Vector<ulong> BitwiseSelectWithSecondInputInverted(Vector<ulong> op1, Vector<ulong> op2, ulong op3); // svbsl2n[_n_u64]: BSL2N or MOVPRFX+BSL2N
public static unsafe Vector<sbyte> ComplexAddWithRotate(Vector<sbyte> op1, Vector<sbyte> op2, ulong imm_rotation); // svcadd[_s8]: CADD or MOVPRFX+CADD
public static unsafe Vector<short> ComplexAddWithRotate(Vector<short> op1, Vector<short> op2, ulong imm_rotation); // svcadd[_s16]: CADD or MOVPRFX+CADD
public static unsafe Vector<int> ComplexAddWithRotate(Vector<int> op1, Vector<int> op2, ulong imm_rotation); // svcadd[_s32]: CADD or MOVPRFX+CADD
public static unsafe Vector<long> ComplexAddWithRotate(Vector<long> op1, Vector<long> op2, ulong imm_rotation); // svcadd[_s64]: CADD or MOVPRFX+CADD
public static unsafe Vector<byte> ComplexAddWithRotate(Vector<byte> op1, Vector<byte> op2, ulong imm_rotation); // svcadd[_u8]: CADD or MOVPRFX+CADD
public static unsafe Vector<ushort> ComplexAddWithRotate(Vector<ushort> op1, Vector<ushort> op2, ulong imm_rotation); // svcadd[_u16]: CADD or MOVPRFX+CADD
public static unsafe Vector<uint> ComplexAddWithRotate(Vector<uint> op1, Vector<uint> op2, ulong imm_rotation); // svcadd[_u32]: CADD or MOVPRFX+CADD
public static unsafe Vector<ulong> ComplexAddWithRotate(Vector<ulong> op1, Vector<ulong> op2, ulong imm_rotation); // svcadd[_u64]: CADD or MOVPRFX+CADD
public static unsafe Vector<int> ComplexDotProduct(Vector<int> op1, Vector<sbyte> op2, Vector<sbyte> op3, ulong imm_rotation); // svcdot[_s32]: CDOT or MOVPRFX+CDOT
public static unsafe Vector<long> ComplexDotProduct(Vector<long> op1, Vector<short> op2, Vector<short> op3, ulong imm_rotation); // svcdot[_s64]: CDOT or MOVPRFX+CDOT
public static unsafe Vector<int> ComplexDotProduct(Vector<int> op1, Vector<sbyte> op2, Vector<sbyte> op3, ulong imm_index, ulong imm_rotation); // svcdot_lane[_s32]: CDOT or MOVPRFX+CDOT
public static unsafe Vector<long> ComplexDotProduct(Vector<long> op1, Vector<short> op2, Vector<short> op3, ulong imm_index, ulong imm_rotation); // svcdot_lane[_s64]: CDOT or MOVPRFX+CDOT
public static unsafe Vector<sbyte> ComplexMultiplyAddWithRotate(Vector<sbyte> op1, Vector<sbyte> op2, Vector<sbyte> op3, ulong imm_rotation); // svcmla[_s8]: CMLA or MOVPRFX+CMLA
public static unsafe Vector<short> ComplexMultiplyAddWithRotate(Vector<short> op1, Vector<short> op2, Vector<short> op3, ulong imm_rotation); // svcmla[_s16]: CMLA or MOVPRFX+CMLA
public static unsafe Vector<int> ComplexMultiplyAddWithRotate(Vector<int> op1, Vector<int> op2, Vector<int> op3, ulong imm_rotation); // svcmla[_s32]: CMLA or MOVPRFX+CMLA
public static unsafe Vector<long> ComplexMultiplyAddWithRotate(Vector<long> op1, Vector<long> op2, Vector<long> op3, ulong imm_rotation); // svcmla[_s64]: CMLA or MOVPRFX+CMLA
public static unsafe Vector<byte> ComplexMultiplyAddWithRotate(Vector<byte> op1, Vector<byte> op2, Vector<byte> op3, ulong imm_rotation); // svcmla[_u8]: CMLA or MOVPRFX+CMLA
public static unsafe Vector<ushort> ComplexMultiplyAddWithRotate(Vector<ushort> op1, Vector<ushort> op2, Vector<ushort> op3, ulong imm_rotation); // svcmla[_u16]: CMLA or MOVPRFX+CMLA
public static unsafe Vector<uint> ComplexMultiplyAddWithRotate(Vector<uint> op1, Vector<uint> op2, Vector<uint> op3, ulong imm_rotation); // svcmla[_u32]: CMLA or MOVPRFX+CMLA
public static unsafe Vector<ulong> ComplexMultiplyAddWithRotate(Vector<ulong> op1, Vector<ulong> op2, Vector<ulong> op3, ulong imm_rotation); // svcmla[_u64]: CMLA or MOVPRFX+CMLA
public static unsafe Vector<float> ComplexMultiplyAddWithRotate(Vector<float> op1, Vector<float> op2, Vector<float> op3, ulong imm_index, ulong imm_rotation); // svcmla_lane[_f32]: FCMLA or MOVPRFX+FCMLA
public static unsafe Vector<short> ComplexMultiplyAddWithRotate(Vector<short> op1, Vector<short> op2, Vector<short> op3, ulong imm_index, ulong imm_rotation); // svcmla_lane[_s16]: CMLA or MOVPRFX+CMLA
public static unsafe Vector<int> ComplexMultiplyAddWithRotate(Vector<int> op1, Vector<int> op2, Vector<int> op3, ulong imm_index, ulong imm_rotation); // svcmla_lane[_s32]: CMLA or MOVPRFX+CMLA
public static unsafe Vector<ushort> ComplexMultiplyAddWithRotate(Vector<ushort> op1, Vector<ushort> op2, Vector<ushort> op3, ulong imm_index, ulong imm_rotation); // svcmla_lane[_u16]: CMLA or MOVPRFX+CMLA
public static unsafe Vector<uint> ComplexMultiplyAddWithRotate(Vector<uint> op1, Vector<uint> op2, Vector<uint> op3, ulong imm_index, ulong imm_rotation); // svcmla_lane[_u32]: CMLA or MOVPRFX+CMLA
public static unsafe ulong CountTheNumberOf8BitElementsInAVector(); // svcntb: CNTB
public static unsafe ulong CountTheNumberOf8BitElementsInAVector(enum svpattern pattern); // svcntb_pat: CNTB
public static unsafe ulong CountTheNumberOf64BitElementsInAVector(); // svcntd: CNTD
public static unsafe ulong CountTheNumberOf64BitElementsInAVector(enum svpattern pattern); // svcntd_pat: CNTD
public static unsafe ulong CountTheNumberOf16BitElementsInAVector(); // svcnth: CNTH
public static unsafe ulong CountTheNumberOf16BitElementsInAVector(enum svpattern pattern); // svcnth_pat: CNTH
public static unsafe ulong CountTheNumberOf32BitElementsInAVector(); // svcntw: CNTW
public static unsafe ulong CountTheNumberOf32BitElementsInAVector(enum svpattern pattern); // svcntw_pat: CNTW
public static unsafe Vector<int> DotProduct(Vector<int> op1, Vector<sbyte> op2, Vector<sbyte> op3); // svdot[_s32]: SDOT or MOVPRFX+SDOT
public static unsafe Vector<long> DotProduct(Vector<long> op1, Vector<short> op2, Vector<short> op3); // svdot[_s64]: SDOT or MOVPRFX+SDOT
public static unsafe Vector<uint> DotProduct(Vector<uint> op1, Vector<byte> op2, Vector<byte> op3); // svdot[_u32]: UDOT or MOVPRFX+UDOT
public static unsafe Vector<ulong> DotProduct(Vector<ulong> op1, Vector<ushort> op2, Vector<ushort> op3); // svdot[_u64]: UDOT or MOVPRFX+UDOT
public static unsafe Vector<int> DotProduct(Vector<int> op1, Vector<sbyte> op2, sbyte op3); // svdot[_n_s32]: SDOT or MOVPRFX+SDOT
public static unsafe Vector<long> DotProduct(Vector<long> op1, Vector<short> op2, short op3); // svdot[_n_s64]: SDOT or MOVPRFX+SDOT
public static unsafe Vector<uint> DotProduct(Vector<uint> op1, Vector<byte> op2, byte op3); // svdot[_n_u32]: UDOT or MOVPRFX+UDOT
public static unsafe Vector<ulong> DotProduct(Vector<ulong> op1, Vector<ushort> op2, ushort op3); // svdot[_n_u64]: UDOT or MOVPRFX+UDOT
public static unsafe Vector<int> DotProduct(Vector<int> op1, Vector<sbyte> op2, Vector<sbyte> op3, ulong imm_index); // svdot_lane[_s32]: SDOT or MOVPRFX+SDOT
public static unsafe Vector<long> DotProduct(Vector<long> op1, Vector<short> op2, Vector<short> op3, ulong imm_index); // svdot_lane[_s64]: SDOT or MOVPRFX+SDOT
public static unsafe Vector<uint> DotProduct(Vector<uint> op1, Vector<byte> op2, Vector<byte> op3, ulong imm_index); // svdot_lane[_u32]: UDOT or MOVPRFX+UDOT
public static unsafe Vector<ulong> DotProduct(Vector<ulong> op1, Vector<ushort> op2, Vector<ushort> op3, ulong imm_index); // svdot_lane[_u64]: UDOT or MOVPRFX+UDOT
public static unsafe Vector<float> BroadcastAScalarValue(float op); // svdup[_n]_f32: DUP or FDUP or DUP or DUP
public static unsafe Vector<double> BroadcastAScalarValue(double op); // svdup[_n]_f64: DUP or FDUP or DUP or DUP
public static unsafe Vector<sbyte> BroadcastAScalarValue(sbyte op); // svdup[_n]_s8: DUP or FDUP or DUPM or DUP or DUP
public static unsafe Vector<short> BroadcastAScalarValue(short op); // svdup[_n]_s16: DUP or FDUP or DUPM or DUP or DUP
public static unsafe Vector<int> BroadcastAScalarValue(int op); // svdup[_n]_s32: DUP or FDUP or DUPM or DUP or DUP
public static unsafe Vector<long> BroadcastAScalarValue(long op); // svdup[_n]_s64: DUP or FDUP or DUPM or DUP or DUP
public static unsafe Vector<byte> BroadcastAScalarValue(byte op); // svdup[_n]_u8: DUP or FDUP or DUPM or DUP or DUP
public static unsafe Vector<ushort> BroadcastAScalarValue(ushort op); // svdup[_n]_u16: DUP or FDUP or DUPM or DUP or DUP
public static unsafe Vector<uint> BroadcastAScalarValue(uint op); // svdup[_n]_u32: DUP or FDUP or DUPM or DUP or DUP
public static unsafe Vector<ulong> BroadcastAScalarValue(ulong op); // svdup[_n]_u64: DUP or FDUP or DUPM or DUP or DUP
public static unsafe Vector<float> BroadcastAScalarValue(Vector<float> data, uint index); // svdup_lane[_f32]: DUP or TBL
public static unsafe Vector<double> BroadcastAScalarValue(Vector<double> data, ulong index); // svdup_lane[_f64]: DUP or TBL
public static unsafe Vector<sbyte> BroadcastAScalarValue(Vector<sbyte> data, byte index); // svdup_lane[_s8]: DUP or TBL
public static unsafe Vector<short> BroadcastAScalarValue(Vector<short> data, ushort index); // svdup_lane[_s16]: DUP or TBL
public static unsafe Vector<int> BroadcastAScalarValue(Vector<int> data, uint index); // svdup_lane[_s32]: DUP or TBL
public static unsafe Vector<long> BroadcastAScalarValue(Vector<long> data, ulong index); // svdup_lane[_s64]: DUP or TBL
public static unsafe Vector<byte> BroadcastAScalarValue(Vector<byte> data, byte index); // svdup_lane[_u8]: DUP or TBL
public static unsafe Vector<ushort> BroadcastAScalarValue(Vector<ushort> data, ushort index); // svdup_lane[_u16]: DUP or TBL
public static unsafe Vector<uint> BroadcastAScalarValue(Vector<uint> data, uint index); // svdup_lane[_u32]: DUP or TBL
public static unsafe Vector<ulong> BroadcastAScalarValue(Vector<ulong> data, ulong index); // svdup_lane[_u64]: DUP or TBL
public static unsafe Vector<sbyte> BitwiseExclusiveOrOfThreeVectors(Vector<sbyte> op1, Vector<sbyte> op2, Vector<sbyte> op3); // sveor3[_s8]: EOR3 or EOR3 or EOR3 or MOVPRFX+EOR3
public static unsafe Vector<short> BitwiseExclusiveOrOfThreeVectors(Vector<short> op1, Vector<short> op2, Vector<short> op3); // sveor3[_s16]: EOR3 or EOR3 or EOR3 or MOVPRFX+EOR3
public static unsafe Vector<int> BitwiseExclusiveOrOfThreeVectors(Vector<int> op1, Vector<int> op2, Vector<int> op3); // sveor3[_s32]: EOR3 or EOR3 or EOR3 or MOVPRFX+EOR3
public static unsafe Vector<long> BitwiseExclusiveOrOfThreeVectors(Vector<long> op1, Vector<long> op2, Vector<long> op3); // sveor3[_s64]: EOR3 or EOR3 or EOR3 or MOVPRFX+EOR3
public static unsafe Vector<byte> BitwiseExclusiveOrOfThreeVectors(Vector<byte> op1, Vector<byte> op2, Vector<byte> op3); // sveor3[_u8]: EOR3 or EOR3 or EOR3 or MOVPRFX+EOR3
public static unsafe Vector<ushort> BitwiseExclusiveOrOfThreeVectors(Vector<ushort> op1, Vector<ushort> op2, Vector<ushort> op3); // sveor3[_u16]: EOR3 or EOR3 or EOR3 or MOVPRFX+EOR3
public static unsafe Vector<uint> BitwiseExclusiveOrOfThreeVectors(Vector<uint> op1, Vector<uint> op2, Vector<uint> op3); // sveor3[_u32]: EOR3 or EOR3 or EOR3 or MOVPRFX+EOR3
public static unsafe Vector<ulong> BitwiseExclusiveOrOfThreeVectors(Vector<ulong> op1, Vector<ulong> op2, Vector<ulong> op3); // sveor3[_u64]: EOR3 or EOR3 or EOR3 or MOVPRFX+EOR3
public static unsafe Vector<sbyte> BitwiseExclusiveOrOfThreeVectors(Vector<sbyte> op1, Vector<sbyte> op2, sbyte op3); // sveor3[_n_s8]: EOR3 or EOR3 or EOR3 or MOVPRFX+EOR3
public static unsafe Vector<short> BitwiseExclusiveOrOfThreeVectors(Vector<short> op1, Vector<short> op2, short op3); // sveor3[_n_s16]: EOR3 or EOR3 or EOR3 or MOVPRFX+EOR3
public static unsafe Vector<int> BitwiseExclusiveOrOfThreeVectors(Vector<int> op1, Vector<int> op2, int op3); // sveor3[_n_s32]: EOR3 or EOR3 or EOR3 or MOVPRFX+EOR3
public static unsafe Vector<long> BitwiseExclusiveOrOfThreeVectors(Vector<long> op1, Vector<long> op2, long op3); // sveor3[_n_s64]: EOR3 or EOR3 or EOR3 or MOVPRFX+EOR3
public static unsafe Vector<byte> BitwiseExclusiveOrOfThreeVectors(Vector<byte> op1, Vector<byte> op2, byte op3); // sveor3[_n_u8]: EOR3 or EOR3 or EOR3 or MOVPRFX+EOR3
public static unsafe Vector<ushort> BitwiseExclusiveOrOfThreeVectors(Vector<ushort> op1, Vector<ushort> op2, ushort op3); // sveor3[_n_u16]: EOR3 or EOR3 or EOR3 or MOVPRFX+EOR3
public static unsafe Vector<uint> BitwiseExclusiveOrOfThreeVectors(Vector<uint> op1, Vector<uint> op2, uint op3); // sveor3[_n_u32]: EOR3 or EOR3 or EOR3 or MOVPRFX+EOR3
public static unsafe Vector<ulong> BitwiseExclusiveOrOfThreeVectors(Vector<ulong> op1, Vector<ulong> op2, ulong op3); // sveor3[_n_u64]: EOR3 or EOR3 or EOR3 or MOVPRFX+EOR3
public static unsafe Vector<sbyte> InterleavingExclusiveOrBottomTop(Vector<sbyte> odd, Vector<sbyte> op1, Vector<sbyte> op2); // sveorbt[_s8]: EORBT or MOVPRFX+EORBT
public static unsafe Vector<short> InterleavingExclusiveOrBottomTop(Vector<short> odd, Vector<short> op1, Vector<short> op2); // sveorbt[_s16]: EORBT or MOVPRFX+EORBT
public static unsafe Vector<int> InterleavingExclusiveOrBottomTop(Vector<int> odd, Vector<int> op1, Vector<int> op2); // sveorbt[_s32]: EORBT or MOVPRFX+EORBT
public static unsafe Vector<long> InterleavingExclusiveOrBottomTop(Vector<long> odd, Vector<long> op1, Vector<long> op2); // sveorbt[_s64]: EORBT or MOVPRFX+EORBT
public static unsafe Vector<byte> InterleavingExclusiveOrBottomTop(Vector<byte> odd, Vector<byte> op1, Vector<byte> op2); // sveorbt[_u8]: EORBT or MOVPRFX+EORBT
public static unsafe Vector<ushort> InterleavingExclusiveOrBottomTop(Vector<ushort> odd, Vector<ushort> op1, Vector<ushort> op2); // sveorbt[_u16]: EORBT or MOVPRFX+EORBT
public static unsafe Vector<uint> InterleavingExclusiveOrBottomTop(Vector<uint> odd, Vector<uint> op1, Vector<uint> op2); // sveorbt[_u32]: EORBT or MOVPRFX+EORBT
public static unsafe Vector<ulong> InterleavingExclusiveOrBottomTop(Vector<ulong> odd, Vector<ulong> op1, Vector<ulong> op2); // sveorbt[_u64]: EORBT or MOVPRFX+EORBT
public static unsafe Vector<sbyte> InterleavingExclusiveOrBottomTop(Vector<sbyte> odd, Vector<sbyte> op1, sbyte op2); // sveorbt[_n_s8]: EORBT or MOVPRFX+EORBT
public static unsafe Vector<short> InterleavingExclusiveOrBottomTop(Vector<short> odd, Vector<short> op1, short op2); // sveorbt[_n_s16]: EORBT or MOVPRFX+EORBT
public static unsafe Vector<int> InterleavingExclusiveOrBottomTop(Vector<int> odd, Vector<int> op1, int op2); // sveorbt[_n_s32]: EORBT or MOVPRFX+EORBT
public static unsafe Vector<long> InterleavingExclusiveOrBottomTop(Vector<long> odd, Vector<long> op1, long op2); // sveorbt[_n_s64]: EORBT or MOVPRFX+EORBT
public static unsafe Vector<byte> InterleavingExclusiveOrBottomTop(Vector<byte> odd, Vector<byte> op1, byte op2); // sveorbt[_n_u8]: EORBT or MOVPRFX+EORBT
public static unsafe Vector<ushort> InterleavingExclusiveOrBottomTop(Vector<ushort> odd, Vector<ushort> op1, ushort op2); // sveorbt[_n_u16]: EORBT or MOVPRFX+EORBT
public static unsafe Vector<uint> InterleavingExclusiveOrBottomTop(Vector<uint> odd, Vector<uint> op1, uint op2); // sveorbt[_n_u32]: EORBT or MOVPRFX+EORBT
public static unsafe Vector<ulong> InterleavingExclusiveOrBottomTop(Vector<ulong> odd, Vector<ulong> op1, ulong op2); // sveorbt[_n_u64]: EORBT or MOVPRFX+EORBT
public static unsafe Vector<sbyte> InterleavingExclusiveOrTopBottom(Vector<sbyte> even, Vector<sbyte> op1, Vector<sbyte> op2); // sveortb[_s8]: EORTB or MOVPRFX+EORTB
public static unsafe Vector<short> InterleavingExclusiveOrTopBottom(Vector<short> even, Vector<short> op1, Vector<short> op2); // sveortb[_s16]: EORTB or MOVPRFX+EORTB
public static unsafe Vector<int> InterleavingExclusiveOrTopBottom(Vector<int> even, Vector<int> op1, Vector<int> op2); // sveortb[_s32]: EORTB or MOVPRFX+EORTB
public static unsafe Vector<long> InterleavingExclusiveOrTopBottom(Vector<long> even, Vector<long> op1, Vector<long> op2); // sveortb[_s64]: EORTB or MOVPRFX+EORTB
public static unsafe Vector<byte> InterleavingExclusiveOrTopBottom(Vector<byte> even, Vector<byte> op1, Vector<byte> op2); // sveortb[_u8]: EORTB or MOVPRFX+EORTB
public static unsafe Vector<ushort> InterleavingExclusiveOrTopBottom(Vector<ushort> even, Vector<ushort> op1, Vector<ushort> op2); // sveortb[_u16]: EORTB or MOVPRFX+EORTB
public static unsafe Vector<uint> InterleavingExclusiveOrTopBottom(Vector<uint> even, Vector<uint> op1, Vector<uint> op2); // sveortb[_u32]: EORTB or MOVPRFX+EORTB
public static unsafe Vector<ulong> InterleavingExclusiveOrTopBottom(Vector<ulong> even, Vector<ulong> op1, Vector<ulong> op2); // sveortb[_u64]: EORTB or MOVPRFX+EORTB
public static unsafe Vector<sbyte> InterleavingExclusiveOrTopBottom(Vector<sbyte> even, Vector<sbyte> op1, sbyte op2); // sveortb[_n_s8]: EORTB or MOVPRFX+EORTB
public static unsafe Vector<short> InterleavingExclusiveOrTopBottom(Vector<short> even, Vector<short> op1, short op2); // sveortb[_n_s16]: EORTB or MOVPRFX+EORTB
public static unsafe Vector<int> InterleavingExclusiveOrTopBottom(Vector<int> even, Vector<int> op1, int op2); // sveortb[_n_s32]: EORTB or MOVPRFX+EORTB
public static unsafe Vector<long> InterleavingExclusiveOrTopBottom(Vector<long> even, Vector<long> op1, long op2); // sveortb[_n_s64]: EORTB or MOVPRFX+EORTB
public static unsafe Vector<byte> InterleavingExclusiveOrTopBottom(Vector<byte> even, Vector<byte> op1, byte op2); // sveortb[_n_u8]: EORTB or MOVPRFX+EORTB
public static unsafe Vector<ushort> InterleavingExclusiveOrTopBottom(Vector<ushort> even, Vector<ushort> op1, ushort op2); // sveortb[_n_u16]: EORTB or MOVPRFX+EORTB
public static unsafe Vector<uint> InterleavingExclusiveOrTopBottom(Vector<uint> even, Vector<uint> op1, uint op2); // sveortb[_n_u32]: EORTB or MOVPRFX+EORTB
public static unsafe Vector<ulong> InterleavingExclusiveOrTopBottom(Vector<ulong> even, Vector<ulong> op1, ulong op2); // sveortb[_n_u64]: EORTB or MOVPRFX+EORTB
public static unsafe Vector<float> FloatingPointExponentialAccelerator(Vector<uint> op); // svexpa[_f32]: FEXPA
public static unsafe Vector<double> FloatingPointExponentialAccelerator(Vector<ulong> op); // svexpa[_f64]: FEXPA
public static unsafe Vector<float> ExtractVectorFromPairOfVectors(Vector<float> op1, Vector<float> op2, ulong imm3); // svext[_f32]: EXT or MOVPRFX+EXT
public static unsafe Vector<double> ExtractVectorFromPairOfVectors(Vector<double> op1, Vector<double> op2, ulong imm3); // svext[_f64]: EXT or MOVPRFX+EXT
public static unsafe Vector<sbyte> ExtractVectorFromPairOfVectors(Vector<sbyte> op1, Vector<sbyte> op2, ulong imm3); // svext[_s8]: EXT or MOVPRFX+EXT
public static unsafe Vector<short> ExtractVectorFromPairOfVectors(Vector<short> op1, Vector<short> op2, ulong imm3); // svext[_s16]: EXT or MOVPRFX+EXT
public static unsafe Vector<int> ExtractVectorFromPairOfVectors(Vector<int> op1, Vector<int> op2, ulong imm3); // svext[_s32]: EXT or MOVPRFX+EXT
public static unsafe Vector<long> ExtractVectorFromPairOfVectors(Vector<long> op1, Vector<long> op2, ulong imm3); // svext[_s64]: EXT or MOVPRFX+EXT
public static unsafe Vector<byte> ExtractVectorFromPairOfVectors(Vector<byte> op1, Vector<byte> op2, ulong imm3); // svext[_u8]: EXT or MOVPRFX+EXT
public static unsafe Vector<ushort> ExtractVectorFromPairOfVectors(Vector<ushort> op1, Vector<ushort> op2, ulong imm3); // svext[_u16]: EXT or MOVPRFX+EXT
public static unsafe Vector<uint> ExtractVectorFromPairOfVectors(Vector<uint> op1, Vector<uint> op2, ulong imm3); // svext[_u32]: EXT or MOVPRFX+EXT
public static unsafe Vector<ulong> ExtractVectorFromPairOfVectors(Vector<ulong> op1, Vector<ulong> op2, ulong imm3); // svext[_u64]: EXT or MOVPRFX+EXT
public static unsafe Vector<byte> CountMatchingElementsIn128BitSegments(Vector<sbyte> op1, Vector<sbyte> op2); // svhistseg[_s8]: HISTSEG
public static unsafe Vector<byte> CountMatchingElementsIn128BitSegments(Vector<byte> op1, Vector<byte> op2); // svhistseg[_u8]: HISTSEG
public static unsafe Vector<sbyte> CreateLinearSeries(sbyte base, sbyte step); // svindex_s8: INDEX or INDEX or INDEX or INDEX
public static unsafe Vector<short> CreateLinearSeries(short base, short step); // svindex_s16: INDEX or INDEX or INDEX or INDEX
public static unsafe Vector<int> CreateLinearSeries(int base, int step); // svindex_s32: INDEX or INDEX or INDEX or INDEX
public static unsafe Vector<long> CreateLinearSeries(long base, long step); // svindex_s64: INDEX or INDEX or INDEX or INDEX
public static unsafe Vector<byte> CreateLinearSeries(byte base, byte step); // svindex_u8: INDEX or INDEX or INDEX or INDEX
public static unsafe Vector<ushort> CreateLinearSeries(ushort base, ushort step); // svindex_u16: INDEX or INDEX or INDEX or INDEX
public static unsafe Vector<uint> CreateLinearSeries(uint base, uint step); // svindex_u32: INDEX or INDEX or INDEX or INDEX
public static unsafe Vector<ulong> CreateLinearSeries(ulong base, ulong step); // svindex_u64: INDEX or INDEX or INDEX or INDEX
public static unsafe Vector<float> InsertScalarIntoShiftedVector(Vector<float> op1, float op2); // svinsr[_n_f32]: INSR or INSR
public static unsafe Vector<double> InsertScalarIntoShiftedVector(Vector<double> op1, double op2); // svinsr[_n_f64]: INSR or INSR
public static unsafe Vector<sbyte> InsertScalarIntoShiftedVector(Vector<sbyte> op1, sbyte op2); // svinsr[_n_s8]: INSR or INSR
public static unsafe Vector<short> InsertScalarIntoShiftedVector(Vector<short> op1, short op2); // svinsr[_n_s16]: INSR or INSR
public static unsafe Vector<int> InsertScalarIntoShiftedVector(Vector<int> op1, int op2); // svinsr[_n_s32]: INSR or INSR
public static unsafe Vector<long> InsertScalarIntoShiftedVector(Vector<long> op1, long op2); // svinsr[_n_s64]: INSR or INSR
public static unsafe Vector<byte> InsertScalarIntoShiftedVector(Vector<byte> op1, byte op2); // svinsr[_n_u8]: INSR or INSR
public static unsafe Vector<ushort> InsertScalarIntoShiftedVector(Vector<ushort> op1, ushort op2); // svinsr[_n_u16]: INSR or INSR
public static unsafe Vector<uint> InsertScalarIntoShiftedVector(Vector<uint> op1, uint op2); // svinsr[_n_u32]: INSR or INSR
public static unsafe Vector<ulong> InsertScalarIntoShiftedVector(Vector<ulong> op1, ulong op2); // svinsr[_n_u64]: INSR or INSR
public static unsafe ulong CountTheNumberOfElementsInAFullVector(Vector<float> op); // svlen[_f32]: CNTW
public static unsafe ulong CountTheNumberOfElementsInAFullVector(Vector<double> op); // svlen[_f64]: CNTD
public static unsafe ulong CountTheNumberOfElementsInAFullVector(Vector<sbyte> op); // svlen[_s8]: CNTB
public static unsafe ulong CountTheNumberOfElementsInAFullVector(Vector<short> op); // svlen[_s16]: CNTH
public static unsafe ulong CountTheNumberOfElementsInAFullVector(Vector<int> op); // svlen[_s32]: CNTW
public static unsafe ulong CountTheNumberOfElementsInAFullVector(Vector<long> op); // svlen[_s64]: CNTD
public static unsafe ulong CountTheNumberOfElementsInAFullVector(Vector<byte> op); // svlen[_u8]: CNTB
public static unsafe ulong CountTheNumberOfElementsInAFullVector(Vector<ushort> op); // svlen[_u16]: CNTH
public static unsafe ulong CountTheNumberOfElementsInAFullVector(Vector<uint> op); // svlen[_u32]: CNTW
public static unsafe ulong CountTheNumberOfElementsInAFullVector(Vector<ulong> op); // svlen[_u64]: CNTD
### API Usage
```csharp
var x = ArmSVE.ReverseAllElements(y);
Vector<uint> a = ArmSVE.ComplexAddWithRotate(b, c, 270);
vector<T> myfunc (Vector<T> i, Vector<T> j, Vector<T> k) {
return ArmSVE.AbsoluteDifferenceAndAccumulate(i,j,k);
}Alternative DesignsSome of the methods take in a rotation. eg: This rotation must be 90 or 270. We may want to improve it to: or RisksThe C intrinsics are well specified. Starting from this existing list will help to reduce errors. However, I expect the C# API to deviate during design review. It is possible that there are methods for instructions that are not yet in existing hardware. We should prune those from the list as they are found.
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This was referenced Oct 13, 2023
a74nh
changed the title
System.Half isn't applicable? |
Yes, that should be usable. If no one objects before Monday, I'll add the 39 methods with float16 to the list. AIUI, there is no bfloat16 in c#, so I'll keep all 69 of those out of the list. |
What are the examples of these? |
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It is not required, but since there are so many APIs, I was thinking if we can arrange them in alphabetical order, so it will be easier to search around for the issues in which they are proposed. A step further would be to organize them in logical groups like arithmatic, Data flow, load/store, etc. |
never mind. Just saw #93464 |
This should just be called
The APIs you've covered here are the ones in
There's various names here that don't match the existing conventions. For example, the above is simply There are also other terminology differences that may cause confusion and which we avoid. For example, we use
We do try to keep some platform specific terminology where relevant and so There are then also some APIs where it may not be worth exposing a platform specific alternative, namely because a cross platform API is already guaranteed to expose exactly the prescribed behavior. For example, Finally, we want to use more descriptive names than |
This has SVE and SVE2. I'll split it up. There are also features such as FEAT_I8MM, FEAT_F64MM. I'll need to split all of these out too.
I'll fix these up (and the others) with some pattern matching. If possible I want to keep all of this generated from scripts to avoid mistakes.
Already in alphabetical. Once it's split into features, I'll see if it makes sense to group. When updating the list is it ok to update the post or should I always be updating into a new comment? For the next update, it's going to be more than 4 parts (due to the feature splitting), so I guess it'll all be in new issues anyway. And this one would be closed. |
Updating the original post is preferred. API review likes being able to reference the top post as the most up to date to avoid potential confusion |
Sounds reasonable to me. |
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These are all the SVE features currently covered by the C ACLE: Each group will need going into it's own section in the C# API. |
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Replaced with #93614 |
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Background and motivation
413 methods (of 1229)
Part 2: #93460
Part 3: #93461
Part 4: #93462
This API covers all the SVE/SVE2 instructions that don't require predication. Split into multiple parts to fit within github issue max size.
This list only includes SVE instructions currently available in existing hardware, ie: FEAT_SVE and FEAT_SVE2. No other SVE extensions are covered.
List of SVE instructions
This list was auto generated from the C ACLE intrincs for SVE.
SVE intrinsics doc
Interactive list of SVE intrincs
In the following way:
float16orbfloat16.C# does not yet support 16bit float.For each method I've included the original C instrinsic (eg
svaba[_s8]) and the SVE instruction generated (egSABA). For many methods 2 instructions may be generated due to register usage (egMOVPRFX+SABAwhen the result is in a different register from the inputs).Contributes towards #93095
API Proposal
API Usage
Alternative Designs
Some of the methods take in a rotation. eg:
This rotation must be 90 or 270. We may want to improve it to:
or
Risks
The C intrinsics are well specified. Starting from this existing list will help to reduce errors. However, I expect the C# API to deviate during design review.
It is possible that there are methods for instructions that are not yet in existing hardware. We should prune those from the list as they are found.
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