# TPU v6e TC 指令索引

由 libtpu 0.0.49 的 descriptor、encoder 与 formatter 生成：登记 **476 种形式、1214 个槽与形式组合、1494 条展开签名、1397 个槽与助记符组合**。encoder 拒绝的 81 个槽与形式组合不登记。这里的覆盖是编码、解码与重汇编覆盖，不是设备执行覆盖。

## 如何阅读

`s[0..31]`、`v[0..63]` 表示寄存器编号，`/` 表示可选的拼写，`iN/uN/f32` 是数值类型，地址内部的圆括号用于分组，`[+ …]`、`[, sm=…]` 与 `[, ss=…]` 是可选部分。数值类型只限定输入位宽，立即数槽和整个指令包的资源是否够用由汇编器检查。

谓词前缀为 `@p0..@p13`；只有 `s0`、`s1`、`dma` 接受 `@!pN`。某个助记符只出现在部分槽的表中，表示 encoder 在其他槽拒绝该形式。`vmul.8x128.u32.u64` 在 `va0` 时占用 `va1`、在 `va2` 时占用 `va3`；`dma` 不能与 `s0`、`s1` 同时出现。

DMA 的 `端点` 是以下地址空间之一：`vmem`、`smem`、`imem`、`hbm`、`host`、`vmem_all`、`vmem0`、`smem0`、`imem0`、`spmem0`、`ssmem0`、`simem0`、`timem0`、`spmem1`、`ssmem1`、`simem1`、`timem1`，其余 core id 与 memory id 组合写作 `coreC_memM`。DMA 的具名参数可以换序；方括号括起的具名参数可以省略，省略时取 0。

以下助记符的形式没有 formatter 输出，名称由 tpuasm 按同族写法给出，操作数按 descriptor 字段顺序排列，没有 formatter 文本可对照，执行结果已在设备上核对：`vbcast.lane.packed.b8.8x128`、`vc.8x128.u16`、`vmul.8x128.u16`、`vremap.8x128.bf16`、`vremap.8x128.f32`、`vrot.lane.packed.b8.8x128`、`vsetperm.half.u8`、`vwait.done.yield`、`vwait.eq.yield`、`vwait.ge.yield`、`vwait.gt.yield`、`vwait.lt.yield`、`vwait.ne.yield`、`vwait.notdone.yield`、`vweird.8x128.bf16`。其余助记符与操作数顺序取自 libtpu formatter。写法见[格式参考](tpu_v6e_tc.md)。

## 按槽查找

[s0](#s0) · [s1](#s1) · [dma](#dma) · [va0](#va0) · [va1](#va1) · [va2](#va2) · [va3](#va3) · [vst](#vst) · [vld0](#vld0) · [vld1](#vld1) · [misc](#misc) · [vx0](#vx0) · [vx1](#vx1) · [vr0](#vr0) · [vr1](#vr1)

## s0

| 助记符 | 按顺序排列的操作数类型 |
|---|---|
| `por` | `p[0..13], p[0..13] / !p[0..13] / 1 / 0, p[0..13] / !p[0..13] / 1 / 0` |
| `sadd.ov.s32` | `s[0..31], s[0..31] / i32, s[0..31]` |
| `sadd.s32` | `s[0..31], s[0..31] / i32, s[0..31]` |
| `sand.u32` | `s[0..31], s[0..31] / u32, s[0..31]` |
| `sbr.abs` | `label / u20` |
| `sbr.ind` | `s[0..31]` |
| `sbr.rel` | `label / i20` |
| `sc.u32` | `p[0..13], s[0..31], s[0..31] / u32` |
| `scall.abs` | `s[0..31], label / u20` |
| `scall.ind` | `s[0..31], s[0..31]` |
| `scall.rel` | `s[0..31], label / i20` |
| `sceil.f32` | `s[0..31], s[0..31] / f32` |
| `sclz.u32` | `s[0..31], s[0..31] / u32` |
| `scvt.f32.s32` | `s[0..31], s[0..31] / f32` |
| `scvt.s32.f32` | `s[0..31], s[0..31] / i32` |
| `sdelay` | `u11` |
| `sdiv.u32` | `drf, s[0..31], s[0..31] / u32` |
| `sdivrem.u32` | `drf, s[0..31], s[0..31] / u32` |
| `seq.f32` | `p[0..13], s[0..31], s[0..31] / f32` |
| `seq.s32` | `p[0..13], s[0..31], s[0..31] / i32` |
| `sfence` | `无操作数` |
| `sfloor.f32` | `s[0..31], s[0..31] / f32` |
| `sge.f32` | `p[0..13], s[0..31], s[0..31] / f32` |
| `sge.s32` | `p[0..13], s[0..31], s[0..31] / i32` |
| `sge.u32` | `p[0..13], s[0..31], s[0..31] / u32` |
| `sgt.f32` | `p[0..13], s[0..31], s[0..31] / f32` |
| `sgt.s32` | `p[0..13], s[0..31], s[0..31] / i32` |
| `sgt.u32` | `p[0..13], s[0..31], s[0..31] / u32` |
| `shalt` | `无操作数` |
| `shalt.yield.cond` | `无操作数` |
| `simm.s32` | `s[0..31], i32` |
| `sle.f32` | `p[0..13], s[0..31], s[0..31] / f32` |
| `sle.s32` | `p[0..13], s[0..31], s[0..31] / i32` |
| `sle.u32` | `p[0..13], s[0..31], s[0..31] / u32` |
| `slt.f32` | `p[0..13], s[0..31], s[0..31] / f32` |
| `slt.s32` | `p[0..13], s[0..31], s[0..31] / i32` |
| `slt.u32` | `p[0..13], s[0..31], s[0..31] / u32` |
| `smax.f32` | `s[0..31], s[0..31], s[0..31] / f32` |
| `smax.u32` | `s[0..31], s[0..31], s[0..31] / u32` |
| `smin.f32` | `s[0..31], s[0..31], s[0..31] / f32` |
| `smin.u32` | `s[0..31], s[0..31], s[0..31] / u32` |
| `smov` | `s[0..31], s[0..31]` |
| `smul.f32` | `s[0..31], s[0..31] / f32, s[0..31]` |
| `smul.u32` | `s[0..31], s[0..31] / u32, s[0..31]` |
| `smulhi.u32` | `s[0..31], s[0..31] / u32, s[0..31]` |
| `sne.f32` | `p[0..13], s[0..31], s[0..31] / f32` |
| `sne.s32` | `p[0..13], s[0..31], s[0..31] / i32` |
| `sor.u32` | `s[0..31], s[0..31] / u32, s[0..31]` |
| `spop` | `s[0..31], v2sf`<br>`s[0..31], drf`<br>`s[0..31], sfrf` |
| `srdreg.gtchi` | `s[0..31]` |
| `srdreg.gtclo` | `s[0..31]` |
| `srdreg.lcchi` | `s[0..31]` |
| `srdreg.lcclo` | `s[0..31]` |
| `srdreg.tag` | `s[0..31]` |
| `srdreg.tcid` | `s[0..31]` |
| `srdreg.tm` | `s[0..31]` |
| `srdreg.yieldreq` | `s[0..31]` |
| `srem.u32` | `drf, s[0..31], s[0..31] / u32` |
| `ssettag` | `s[0..31] / u32` |
| `sshla.ov.s32` | `s[0..31], s[0..31], s[0..31] / u32` |
| `sshll.u32` | `s[0..31], s[0..31], s[0..31] / u32` |
| `sshra.s32` | `s[0..31], s[0..31], s[0..31] / u32` |
| `sshrl.u32` | `s[0..31], s[0..31], s[0..31] / u32` |
| `ssub.ov.s32` | `s[0..31], s[0..31] / i32, s[0..31]` |
| `ssub.s32` | `s[0..31], s[0..31] / i32, s[0..31]` |
| `sweird.f32` | `p[0..13], s[0..31]` |
| `sxor.u32` | `s[0..31], s[0..31] / u32, s[0..31]` |

## s1

| 助记符 | 按顺序排列的操作数类型 |
|---|---|
| `dma.desc` | `[smem:(s[0..31] / u32)]` |
| `por` | `p[0..13], p[0..13] / !p[0..13] / 1 / 0, p[0..13] / !p[0..13] / 1 / 0` |
| `sadd.f32` | `s[0..31], s[0..31] / f32, s[0..31]` |
| `sadd.ov.s32` | `s[0..31], s[0..31] / i32, s[0..31]` |
| `sadd.s32` | `s[0..31], s[0..31] / i32, s[0..31]` |
| `sand.u32` | `s[0..31], s[0..31] / u32, s[0..31]` |
| `sc.u32` | `p[0..13], s[0..31], s[0..31] / u32` |
| `sceil.f32` | `s[0..31], s[0..31] / f32` |
| `sclz.u32` | `s[0..31], s[0..31] / u32` |
| `scvt.f32.s32` | `s[0..31], s[0..31] / f32` |
| `scvt.s32.f32` | `s[0..31], s[0..31] / i32` |
| `sdelay` | `u11` |
| `seq.f32` | `p[0..13], s[0..31], s[0..31] / f32` |
| `seq.s32` | `p[0..13], s[0..31], s[0..31] / i32` |
| `sfence` | `无操作数` |
| `sfloor.f32` | `s[0..31], s[0..31] / f32` |
| `sge.f32` | `p[0..13], s[0..31], s[0..31] / f32` |
| `sge.s32` | `p[0..13], s[0..31], s[0..31] / i32` |
| `sge.u32` | `p[0..13], s[0..31], s[0..31] / u32` |
| `sgt.f32` | `p[0..13], s[0..31], s[0..31] / f32` |
| `sgt.s32` | `p[0..13], s[0..31], s[0..31] / i32` |
| `sgt.u32` | `p[0..13], s[0..31], s[0..31] / u32` |
| `shalt` | `无操作数` |
| `shalt.yield.cond` | `无操作数` |
| `simm.s32` | `s[0..31], i32` |
| `sld` | `s[0..31], [smem:(s[0..31] / u32)]`<br>`s[0..31], [smem:(s[0..31] [+ (s[0..31] / u32)])]` |
| `sle.f32` | `p[0..13], s[0..31], s[0..31] / f32` |
| `sle.s32` | `p[0..13], s[0..31], s[0..31] / i32` |
| `sle.u32` | `p[0..13], s[0..31], s[0..31] / u32` |
| `slt.f32` | `p[0..13], s[0..31], s[0..31] / f32` |
| `slt.s32` | `p[0..13], s[0..31], s[0..31] / i32` |
| `slt.u32` | `p[0..13], s[0..31], s[0..31] / u32` |
| `smax.f32` | `s[0..31], s[0..31], s[0..31] / f32` |
| `smax.u32` | `s[0..31], s[0..31], s[0..31] / u32` |
| `smin.f32` | `s[0..31], s[0..31], s[0..31] / f32` |
| `smin.u32` | `s[0..31], s[0..31], s[0..31] / u32` |
| `smov` | `s[0..31], s[0..31]` |
| `sne.f32` | `p[0..13], s[0..31], s[0..31] / f32` |
| `sne.s32` | `p[0..13], s[0..31], s[0..31] / i32` |
| `sor.u32` | `s[0..31], s[0..31] / u32, s[0..31]` |
| `spop` | `s[0..31], v2sf`<br>`s[0..31], drf`<br>`s[0..31], sfrf` |
| `srdreg.gtchi` | `s[0..31]` |
| `srdreg.gtclo` | `s[0..31]` |
| `srdreg.lcchi` | `s[0..31]` |
| `srdreg.lcclo` | `s[0..31]` |
| `srdreg.tag` | `s[0..31]` |
| `srdreg.tcid` | `s[0..31]` |
| `srdreg.tm` | `s[0..31]` |
| `srdreg.yieldreq` | `s[0..31]` |
| `ssettag` | `s[0..31] / u32` |
| `sshla.ov.s32` | `s[0..31], s[0..31], s[0..31] / u32` |
| `sshll.u32` | `s[0..31], s[0..31], s[0..31] / u32` |
| `sshra.s32` | `s[0..31], s[0..31], s[0..31] / u32` |
| `sshrl.u32` | `s[0..31], s[0..31], s[0..31] / u32` |
| `sst` | `[smem:(s[0..31] / u32)], s[0..31]` |
| `ssub.f32` | `s[0..31], s[0..31] / f32, s[0..31]` |
| `ssub.ov.s32` | `s[0..31], s[0..31] / i32, s[0..31]` |
| `ssub.s32` | `s[0..31], s[0..31] / i32, s[0..31]` |
| `sweird.f32` | `p[0..13], s[0..31]` |
| `sxor.u32` | `s[0..31], s[0..31] / u32, s[0..31]` |

## dma

| 助记符 | 按顺序排列的操作数类型 |
|---|---|
| `dma.general` | `[端点:(s[0..31] / v[0..63])], [端点:(s[0..31] / v[0..63])], length=(s[0..31] / u32), dst_flag=([sflag:(s[0..31])]), src_flag=([sflag:(s[0..31])]), stride_descriptor=([smem:(s[0..31] / u32)]), stride_count=(u3), ici_dest=(s[0..31]), [opcode=(write / write_4b / compare_and_swap / read_and_add)], [sync=(32b_word / descriptor)], [thread=(u1)], [relaxed=(u1)], [host_upper=(s[0..31])], [src_operand=(vreg / int_one / int_negative_one / zero / float_one / float_negative_one / float_one_half / zero_imm0 / zero_imm1 / zero_imm2 / zero_imm3 / zero_imm4 / zero_imm5 / ones_imm0 / ones_imm1 / ones_imm2 / ones_imm3 / ones_imm4 / ones_imm5 / imm0_zero / imm1_zero / imm2_zero / imm3_zero / imm4_zero / imm5_zero / imm1_imm0 / imm3_imm2 / imm5_imm4 / vs0 / vs1 / vs2 / vs3)]` |
| `dma.general.trace` | `[端点:(s[0..31] / v[0..63])], [端点:(s[0..31] / v[0..63])], length=(s[0..31] / u32), dst_flag=([sflag:(s[0..31])]), src_flag=([sflag:(s[0..31])]), stride_descriptor=([smem:(s[0..31] / u32)]), stride_count=(u3), ici_dest=(s[0..31]), [opcode=(write / write_4b / compare_and_swap / read_and_add)], [sync=(32b_word / descriptor)], [thread=(u1)], [relaxed=(u1)], [host_upper=(s[0..31])], [src_operand=(vreg / int_one / int_negative_one / zero / float_one / float_negative_one / float_one_half / zero_imm0 / zero_imm1 / zero_imm2 / zero_imm3 / zero_imm4 / zero_imm5 / ones_imm0 / ones_imm1 / ones_imm2 / ones_imm3 / ones_imm4 / ones_imm5 / imm0_zero / imm1_zero / imm2_zero / imm3_zero / imm4_zero / imm5_zero / imm1_imm0 / imm3_imm2 / imm5_imm4 / vs0 / vs1 / vs2 / vs3)]` |
| `dma.simple` | `[端点:(s[0..31] / v[0..63])], [端点:(s[0..31] / v[0..63])], length=(s[0..31] / u32), dst_flag=([sflag:(s[0..31] / u32)]), [opcode=(write / write_4b / compare_and_swap / read_and_add)], [sync=(32b_word / descriptor)], [thread=(u1)], [relaxed=(u1)], [host_upper=(s[0..31])], [src_operand=(vreg / int_one / int_negative_one / zero / float_one / float_negative_one / float_one_half / zero_imm0 / zero_imm1 / zero_imm2 / zero_imm3 / zero_imm4 / zero_imm5 / ones_imm0 / ones_imm1 / ones_imm2 / ones_imm3 / ones_imm4 / ones_imm5 / imm0_zero / imm1_zero / imm2_zero / imm3_zero / imm4_zero / imm5_zero / imm1_imm0 / imm3_imm2 / imm5_imm4 / vs0 / vs1 / vs2 / vs3)]` |
| `dma.simple.trace` | `[端点:(s[0..31] / v[0..63])], [端点:(s[0..31] / v[0..63])], length=(s[0..31] / u32), dst_flag=([sflag:(s[0..31] / u32)]), [opcode=(write / write_4b / compare_and_swap / read_and_add)], [sync=(32b_word / descriptor)], [thread=(u1)], [relaxed=(u1)], [host_upper=(s[0..31])], [src_operand=(vreg / int_one / int_negative_one / zero / float_one / float_negative_one / float_one_half / zero_imm0 / zero_imm1 / zero_imm2 / zero_imm3 / zero_imm4 / zero_imm5 / ones_imm0 / ones_imm1 / ones_imm2 / ones_imm3 / ones_imm4 / ones_imm5 / imm0_zero / imm1_zero / imm2_zero / imm3_zero / imm4_zero / imm5_zero / imm1_imm0 / imm3_imm2 / imm5_imm4 / vs0 / vs1 / vs2 / vs3)]` |
| `dma.strided` | `[端点:(s[0..31])], [端点:(s[0..31])], length=(s[0..31] / u32), dst_flag=([sflag:(s[0..31] / u32)]), dst_stride=(s[0..31]), src_stride=(s[0..31]), elements_per_stride=(s[0..31]), inner_vector_length=(u5), [opcode=(write / write_4b / compare_and_swap / read_and_add)], [sync=(32b_word / descriptor)], [thread=(u1)], [relaxed=(u1)], [host_upper=(s[0..31])]` |
| `dma.strided.trace` | `[端点:(s[0..31])], [端点:(s[0..31])], length=(s[0..31] / u32), dst_flag=([sflag:(s[0..31] / u32)]), dst_stride=(s[0..31]), src_stride=(s[0..31]), elements_per_stride=(s[0..31]), inner_vector_length=(u5), [opcode=(write / write_4b / compare_and_swap / read_and_add)], [sync=(32b_word / descriptor)], [thread=(u1)], [relaxed=(u1)], [host_upper=(s[0..31])]` |

## va0

| 助记符 | 按顺序排列的操作数类型 |
|---|---|
| `vadd.8x128.bf16` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vadd.8x128.f32` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `vadd.8x128.s16` | `v[0..63], v[0..63] / i32 / s[0..31], v[0..63]` |
| `vadd.8x128.s32` | `v[0..63], v[0..63] / i32 / s[0..31], v[0..63]` |
| `vadd.high.8x128.f32.bf16` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vadd.low.8x128.f32.bf16` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vand.8x128.u32` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vc.8x128.u16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vc.8x128.u32` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vceil.bf16` | `v[0..63], v[0..63]` |
| `vceil.f32` | `v[0..63], v[0..63]` |
| `vclamp.gez.8x128.bf16` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vclamp.gez.8x128.f32` | `v[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vclampa.8x128.bf16` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vclampa.8x128.f32` | `v[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vclamps.8x128.bf16` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vclamps.8x128.f32` | `v[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vclass.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vclass.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vclz` | `v[0..63], v[0..63]` |
| `vcmask` | `vm[0..63], v[0..63] / u32 / s[0..31]` |
| `vcombine.high.8x128` | `v[0..63], v[0..63], v[0..63]` |
| `vcombine.low.8x128` | `v[0..63], v[0..63], v[0..63]` |
| `vcvt.8x128.bf16.s4` | `v[0..63], v[0..63]` |
| `vcvt.8x128.bf16.s8` | `v[0..63], v[0..63]` |
| `vcvt.8x128.bf16.u4` | `v[0..63], v[0..63]` |
| `vcvt.8x128.bf16.u8` | `v[0..63], v[0..63]` |
| `vcvt.8x128.f32.bf16` | `v[0..63], v[0..63]` |
| `vcvt.8x128.f32.bf8` | `v[0..63], v[0..63]` |
| `vcvt.8x128.f32.hf16` | `v[0..63], v[0..63]` |
| `vcvt.8x128.f32.if8` | `v[0..63], v[0..63]` |
| `vcvt.8x128.f32.s32` | `v[0..63], v[0..63]` |
| `vcvt.8x128.s32.f32` | `v[0..63], v[0..63]` |
| `vcvt.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vcvt.8x128.s8.bf16` | `v[0..63], v[0..63]` |
| `vcvt.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vcvt.8x128.u8.bf16` | `v[0..63], v[0..63]` |
| `vcvt.sr.8x128.f32.bf16` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `vcvt.sr.8x128.f32.bf8` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `vcvt.sr.8x128.f32.hf16` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `vcvt.sr.8x128.f32.if8` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `veq.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `veq.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `veq.8x128.s16` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `veq.8x128.s32` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vfloor.bf16` | `v[0..63], v[0..63]` |
| `vfloor.f32` | `v[0..63], v[0..63]` |
| `vge.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vge.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vge.8x128.s16` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vge.8x128.s32` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vge.8x128.u16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vge.8x128.u32` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vgt.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vgt.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vgt.8x128.s16` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vgt.8x128.s32` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vgt.8x128.u16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vgt.8x128.u32` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vimm.8x128.s32` | `v[0..63], i32` |
| `vlaneseq.8x128.c.b16` | `v[0..63]` |
| `vlaneseq.8x128.i.b16` | `v[0..63]` |
| `vlaneseq.8x128.u32` | `v[0..63]` |
| `vle.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vle.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vle.8x128.s16` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vle.8x128.s32` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vle.8x128.u16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vle.8x128.u32` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vle.to.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vle.to.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vlt.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vlt.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vlt.8x128.s16` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vlt.8x128.s32` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vlt.8x128.u16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vlt.8x128.u32` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vlt.to.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vlt.to.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vmac.bf16.f32` | `v[0..63] / u32 / s[0..31], v[0..63]` |
| `vmax.8x128.bf16` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vmax.8x128.f32` | `v[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vmax.8x128.u32` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vmin.8x128.bf16` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vmin.8x128.f32` | `v[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vmin.8x128.u32` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vmov.8x128` | `v[0..63], v[0..63] / s[0..31]` |
| `vmovacc.add.high` | `v[0..63]` |
| `vmovacc.add.low` | `v[0..63]` |
| `vmul.8x128.bf16` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vmul.8x128.f32` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `vmul.8x128.u16` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vmul.8x128.u32` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vmul.8x128.u32.u64` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vmul.bf16.f32` | `v[0..63] / u32 / s[0..31], v[0..63]` |
| `vne.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vne.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vne.8x128.s16` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vne.8x128.s32` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vnez.u8` | `vm[0..63], v[0..63] / u32 / s[0..31]` |
| `vnsel.8x128` | `v[0..63], vm[0..15], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vor.8x128.u32` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vpack.c.8x128.b16.b8` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.b2.b1` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.b32.b16` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.b4.b2` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.b8.b4` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.bf16.s4` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.bf16.s8` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.bf16.u4` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.bf16.u8` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.f32.bf16` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.i.8x128.b16.b8` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.i.8x128.b32.b16` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.i.8x128.b8.b4` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.i.8x128.bf16.s4` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.i.8x128.bf16.u4` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.i.8x128.f32.bf16` | `v[0..63], v[0..63], v[0..63]` |
| `vpcnt` | `v[0..63], v[0..63]` |
| `vperm.slane.8x128` | `v[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vremap.8x128.bf16` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vremap.8x128.f32` | `v[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vrot.slane.8x128.u32` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vround.rtna.bf16` | `v[0..63], v[0..63]` |
| `vround.rtna.f32` | `v[0..63], v[0..63]` |
| `vsel.8x128` | `v[0..63], vm[0..15], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vsetacc.b32` | `v[0..63] / u32 / s[0..31], v[0..63]` |
| `vshll.8x128.u32` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vshra.8x128.s32` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vshrl.8x128.u32` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vsmask` | `vm[0..63], v[0..63] / u32 / s[0..31]` |
| `vsub.8x128.bf16` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vsub.8x128.f32` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `vsub.8x128.s16` | `v[0..63], v[0..63] / i32 / s[0..31], v[0..63]` |
| `vsub.8x128.s32` | `v[0..63], v[0..63] / i32 / s[0..31], v[0..63]` |
| `vtrunc.bf16` | `v[0..63], v[0..63]` |
| `vtrunc.f32` | `v[0..63], v[0..63]` |
| `vunpack.c.0.8x128.bf8` | `v[0..63], v[0..63]` |
| `vunpack.c.0.8x128.if8` | `v[0..63], v[0..63]` |
| `vunpack.c.0.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.0.8x128.s8` | `v[0..63], v[0..63]` |
| `vunpack.c.0.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.1.8x128.bf8` | `v[0..63], v[0..63]` |
| `vunpack.c.1.8x128.if8` | `v[0..63], v[0..63]` |
| `vunpack.c.1.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.1.8x128.s8` | `v[0..63], v[0..63]` |
| `vunpack.c.1.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.2.8x128.bf8` | `v[0..63], v[0..63]` |
| `vunpack.c.2.8x128.if8` | `v[0..63], v[0..63]` |
| `vunpack.c.2.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.2.8x128.s8` | `v[0..63], v[0..63]` |
| `vunpack.c.2.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.3.8x128.bf8` | `v[0..63], v[0..63]` |
| `vunpack.c.3.8x128.if8` | `v[0..63], v[0..63]` |
| `vunpack.c.3.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.3.8x128.s8` | `v[0..63], v[0..63]` |
| `vunpack.c.3.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.l.8x128.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.l.8x128.hf16` | `v[0..63], v[0..63]` |
| `vunpack.c.l.8x128.s16` | `v[0..63], v[0..63]` |
| `vunpack.c.l.8x128.s8.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.l.8x128.u8.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.u.8x128.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.u.8x128.hf16` | `v[0..63], v[0..63]` |
| `vunpack.c.u.8x128.s16` | `v[0..63], v[0..63]` |
| `vunpack.c.u.8x128.s8.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.u.8x128.u8.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.0.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.0.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.1.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.1.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.2.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.2.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.3.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.3.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.l.8x128.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.l.8x128.s1` | `v[0..63], v[0..63]` |
| `vunpack.i.l.8x128.s16` | `v[0..63], v[0..63]` |
| `vunpack.i.l.8x128.s2` | `v[0..63], v[0..63]` |
| `vunpack.i.l.8x128.s4` | `v[0..63], v[0..63]` |
| `vunpack.i.u.8x128.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.u.8x128.s1` | `v[0..63], v[0..63]` |
| `vunpack.i.u.8x128.s16` | `v[0..63], v[0..63]` |
| `vunpack.i.u.8x128.s2` | `v[0..63], v[0..63]` |
| `vunpack.i.u.8x128.s4` | `v[0..63], v[0..63]` |
| `vunpack.vsel.c.bf16` | `v[0..63], v[0..63], s[0..31]` |
| `vunpack.vsel.c.s16` | `v[0..63], v[0..63], s[0..31]` |
| `vunpack.vsel.c.s8` | `v[0..63], v[0..63], s[0..31]` |
| `vunpack.vsel.c.s8.bf16` | `v[0..63], v[0..63], s[0..31]` |
| `vunpack.vsel.c.u8.bf16` | `v[0..63], v[0..63], s[0..31]` |
| `vunpack.vsel.i.bf16` | `v[0..63], v[0..63], s[0..31]` |
| `vweird.8x128.bf16` | `vm[0..63], v[0..63]` |
| `vweird.8x128.f32` | `vm[0..63], v[0..63]` |
| `vxor.8x128.u32` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |

## va1

| 助记符 | 按顺序排列的操作数类型 |
|---|---|
| `vadd.8x128.bf16` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vadd.8x128.f32` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `vadd.8x128.s16` | `v[0..63], v[0..63] / i32 / s[0..31], v[0..63]` |
| `vadd.8x128.s32` | `v[0..63], v[0..63] / i32 / s[0..31], v[0..63]` |
| `vadd.high.8x128.f32.bf16` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vadd.low.8x128.f32.bf16` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vand.8x128.u32` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vc.8x128.u16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vc.8x128.u32` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vceil.bf16` | `v[0..63], v[0..63]` |
| `vceil.f32` | `v[0..63], v[0..63]` |
| `vclamp.gez.8x128.bf16` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vclamp.gez.8x128.f32` | `v[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vclampa.8x128.bf16` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vclampa.8x128.f32` | `v[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vclamps.8x128.bf16` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vclamps.8x128.f32` | `v[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vclass.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vclass.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vclz` | `v[0..63], v[0..63]` |
| `vcmask` | `vm[0..63], v[0..63] / u32 / s[0..31]` |
| `vcombine.high.8x128` | `v[0..63], v[0..63], v[0..63]` |
| `vcombine.low.8x128` | `v[0..63], v[0..63], v[0..63]` |
| `vcvt.8x128.bf16.s4` | `v[0..63], v[0..63]` |
| `vcvt.8x128.bf16.s8` | `v[0..63], v[0..63]` |
| `vcvt.8x128.bf16.u4` | `v[0..63], v[0..63]` |
| `vcvt.8x128.bf16.u8` | `v[0..63], v[0..63]` |
| `vcvt.8x128.f32.bf16` | `v[0..63], v[0..63]` |
| `vcvt.8x128.f32.bf8` | `v[0..63], v[0..63]` |
| `vcvt.8x128.f32.hf16` | `v[0..63], v[0..63]` |
| `vcvt.8x128.f32.if8` | `v[0..63], v[0..63]` |
| `vcvt.8x128.f32.s32` | `v[0..63], v[0..63]` |
| `vcvt.8x128.s32.f32` | `v[0..63], v[0..63]` |
| `vcvt.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vcvt.8x128.s8.bf16` | `v[0..63], v[0..63]` |
| `vcvt.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vcvt.8x128.u8.bf16` | `v[0..63], v[0..63]` |
| `vcvt.sr.8x128.f32.bf16` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `vcvt.sr.8x128.f32.bf8` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `vcvt.sr.8x128.f32.hf16` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `vcvt.sr.8x128.f32.if8` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `veq.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `veq.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `veq.8x128.s16` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `veq.8x128.s32` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vfloor.bf16` | `v[0..63], v[0..63]` |
| `vfloor.f32` | `v[0..63], v[0..63]` |
| `vge.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vge.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vge.8x128.s16` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vge.8x128.s32` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vge.8x128.u16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vge.8x128.u32` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vgt.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vgt.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vgt.8x128.s16` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vgt.8x128.s32` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vgt.8x128.u16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vgt.8x128.u32` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vimm.8x128.s32` | `v[0..63], i32` |
| `vlaneseq.8x128.c.b16` | `v[0..63]` |
| `vlaneseq.8x128.i.b16` | `v[0..63]` |
| `vlaneseq.8x128.u32` | `v[0..63]` |
| `vle.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vle.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vle.8x128.s16` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vle.8x128.s32` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vle.8x128.u16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vle.8x128.u32` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vle.to.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vle.to.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vlt.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vlt.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vlt.8x128.s16` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vlt.8x128.s32` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vlt.8x128.u16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vlt.8x128.u32` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vlt.to.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vlt.to.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vmac.bf16.f32` | `v[0..63] / u32 / s[0..31], v[0..63]` |
| `vmax.8x128.bf16` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vmax.8x128.f32` | `v[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vmax.8x128.u32` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vmin.8x128.bf16` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vmin.8x128.f32` | `v[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vmin.8x128.u32` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vmov.8x128` | `v[0..63], v[0..63] / s[0..31]` |
| `vmovacc.add.high` | `v[0..63]` |
| `vmovacc.add.low` | `v[0..63]` |
| `vmul.8x128.bf16` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vmul.8x128.f32` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `vmul.bf16.f32` | `v[0..63] / u32 / s[0..31], v[0..63]` |
| `vne.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vne.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vne.8x128.s16` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vne.8x128.s32` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vnez.u8` | `vm[0..63], v[0..63] / u32 / s[0..31]` |
| `vnsel.8x128` | `v[0..63], vm[0..15], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vor.8x128.u32` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vpack.c.8x128.b16.b8` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.b2.b1` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.b32.b16` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.b4.b2` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.b8.b4` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.bf16.s4` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.bf16.s8` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.bf16.u4` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.bf16.u8` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.f32.bf16` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.i.8x128.b16.b8` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.i.8x128.b32.b16` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.i.8x128.b8.b4` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.i.8x128.bf16.s4` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.i.8x128.bf16.u4` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.i.8x128.f32.bf16` | `v[0..63], v[0..63], v[0..63]` |
| `vpcnt` | `v[0..63], v[0..63]` |
| `vperm.slane.8x128` | `v[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vremap.8x128.bf16` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vremap.8x128.f32` | `v[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vrot.slane.8x128.u32` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vround.rtna.bf16` | `v[0..63], v[0..63]` |
| `vround.rtna.f32` | `v[0..63], v[0..63]` |
| `vsel.8x128` | `v[0..63], vm[0..15], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vsetacc.b32` | `v[0..63] / u32 / s[0..31], v[0..63]` |
| `vshll.8x128.u32` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vshra.8x128.s32` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vshrl.8x128.u32` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vsmask` | `vm[0..63], v[0..63] / u32 / s[0..31]` |
| `vsub.8x128.bf16` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vsub.8x128.f32` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `vsub.8x128.s16` | `v[0..63], v[0..63] / i32 / s[0..31], v[0..63]` |
| `vsub.8x128.s32` | `v[0..63], v[0..63] / i32 / s[0..31], v[0..63]` |
| `vtrunc.bf16` | `v[0..63], v[0..63]` |
| `vtrunc.f32` | `v[0..63], v[0..63]` |
| `vunpack.c.0.8x128.bf8` | `v[0..63], v[0..63]` |
| `vunpack.c.0.8x128.if8` | `v[0..63], v[0..63]` |
| `vunpack.c.0.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.0.8x128.s8` | `v[0..63], v[0..63]` |
| `vunpack.c.0.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.1.8x128.bf8` | `v[0..63], v[0..63]` |
| `vunpack.c.1.8x128.if8` | `v[0..63], v[0..63]` |
| `vunpack.c.1.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.1.8x128.s8` | `v[0..63], v[0..63]` |
| `vunpack.c.1.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.2.8x128.bf8` | `v[0..63], v[0..63]` |
| `vunpack.c.2.8x128.if8` | `v[0..63], v[0..63]` |
| `vunpack.c.2.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.2.8x128.s8` | `v[0..63], v[0..63]` |
| `vunpack.c.2.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.3.8x128.bf8` | `v[0..63], v[0..63]` |
| `vunpack.c.3.8x128.if8` | `v[0..63], v[0..63]` |
| `vunpack.c.3.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.3.8x128.s8` | `v[0..63], v[0..63]` |
| `vunpack.c.3.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.l.8x128.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.l.8x128.hf16` | `v[0..63], v[0..63]` |
| `vunpack.c.l.8x128.s16` | `v[0..63], v[0..63]` |
| `vunpack.c.l.8x128.s8.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.l.8x128.u8.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.u.8x128.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.u.8x128.hf16` | `v[0..63], v[0..63]` |
| `vunpack.c.u.8x128.s16` | `v[0..63], v[0..63]` |
| `vunpack.c.u.8x128.s8.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.u.8x128.u8.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.0.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.0.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.1.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.1.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.2.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.2.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.3.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.3.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.l.8x128.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.l.8x128.s1` | `v[0..63], v[0..63]` |
| `vunpack.i.l.8x128.s16` | `v[0..63], v[0..63]` |
| `vunpack.i.l.8x128.s2` | `v[0..63], v[0..63]` |
| `vunpack.i.l.8x128.s4` | `v[0..63], v[0..63]` |
| `vunpack.i.u.8x128.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.u.8x128.s1` | `v[0..63], v[0..63]` |
| `vunpack.i.u.8x128.s16` | `v[0..63], v[0..63]` |
| `vunpack.i.u.8x128.s2` | `v[0..63], v[0..63]` |
| `vunpack.i.u.8x128.s4` | `v[0..63], v[0..63]` |
| `vunpack.vsel.c.bf16` | `v[0..63], v[0..63], s[0..31]` |
| `vunpack.vsel.c.s16` | `v[0..63], v[0..63], s[0..31]` |
| `vunpack.vsel.c.s8` | `v[0..63], v[0..63], s[0..31]` |
| `vunpack.vsel.c.s8.bf16` | `v[0..63], v[0..63], s[0..31]` |
| `vunpack.vsel.c.u8.bf16` | `v[0..63], v[0..63], s[0..31]` |
| `vunpack.vsel.i.bf16` | `v[0..63], v[0..63], s[0..31]` |
| `vweird.8x128.bf16` | `vm[0..63], v[0..63]` |
| `vweird.8x128.f32` | `vm[0..63], v[0..63]` |
| `vxor.8x128.u32` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |

## va2

| 助记符 | 按顺序排列的操作数类型 |
|---|---|
| `vadd.8x128.bf16` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vadd.8x128.f32` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `vadd.8x128.s16` | `v[0..63], v[0..63] / i32 / s[0..31], v[0..63]` |
| `vadd.8x128.s32` | `v[0..63], v[0..63] / i32 / s[0..31], v[0..63]` |
| `vadd.high.8x128.f32.bf16` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vadd.low.8x128.f32.bf16` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vand.8x128.u32` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vc.8x128.u16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vc.8x128.u32` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vceil.bf16` | `v[0..63], v[0..63]` |
| `vceil.f32` | `v[0..63], v[0..63]` |
| `vclamp.gez.8x128.bf16` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vclamp.gez.8x128.f32` | `v[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vclampa.8x128.bf16` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vclampa.8x128.f32` | `v[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vclamps.8x128.bf16` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vclamps.8x128.f32` | `v[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vclass.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vclass.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vclz` | `v[0..63], v[0..63]` |
| `vcmask` | `vm[0..63], v[0..63] / u32 / s[0..31]` |
| `vcombine.high.8x128` | `v[0..63], v[0..63], v[0..63]` |
| `vcombine.low.8x128` | `v[0..63], v[0..63], v[0..63]` |
| `vcvt.8x128.bf16.s4` | `v[0..63], v[0..63]` |
| `vcvt.8x128.bf16.s8` | `v[0..63], v[0..63]` |
| `vcvt.8x128.bf16.u4` | `v[0..63], v[0..63]` |
| `vcvt.8x128.bf16.u8` | `v[0..63], v[0..63]` |
| `vcvt.8x128.f32.bf16` | `v[0..63], v[0..63]` |
| `vcvt.8x128.f32.bf8` | `v[0..63], v[0..63]` |
| `vcvt.8x128.f32.hf16` | `v[0..63], v[0..63]` |
| `vcvt.8x128.f32.if8` | `v[0..63], v[0..63]` |
| `vcvt.8x128.f32.s32` | `v[0..63], v[0..63]` |
| `vcvt.8x128.s32.f32` | `v[0..63], v[0..63]` |
| `vcvt.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vcvt.8x128.s8.bf16` | `v[0..63], v[0..63]` |
| `vcvt.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vcvt.8x128.u8.bf16` | `v[0..63], v[0..63]` |
| `vcvt.sr.8x128.f32.bf16` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `vcvt.sr.8x128.f32.bf8` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `vcvt.sr.8x128.f32.hf16` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `vcvt.sr.8x128.f32.if8` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `veq.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `veq.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `veq.8x128.s16` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `veq.8x128.s32` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vfloor.bf16` | `v[0..63], v[0..63]` |
| `vfloor.f32` | `v[0..63], v[0..63]` |
| `vge.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vge.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vge.8x128.s16` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vge.8x128.s32` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vge.8x128.u16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vge.8x128.u32` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vgt.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vgt.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vgt.8x128.s16` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vgt.8x128.s32` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vgt.8x128.u16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vgt.8x128.u32` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vimm.8x128.s32` | `v[0..63], i32` |
| `vlaneseq.8x128.c.b16` | `v[0..63]` |
| `vlaneseq.8x128.i.b16` | `v[0..63]` |
| `vlaneseq.8x128.u32` | `v[0..63]` |
| `vle.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vle.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vle.8x128.s16` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vle.8x128.s32` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vle.8x128.u16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vle.8x128.u32` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vle.to.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vle.to.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vlt.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vlt.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vlt.8x128.s16` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vlt.8x128.s32` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vlt.8x128.u16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vlt.8x128.u32` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vlt.to.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vlt.to.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vmac.bf16.f32` | `v[0..63] / u32 / s[0..31], v[0..63]` |
| `vmax.8x128.bf16` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vmax.8x128.f32` | `v[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vmax.8x128.u32` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vmin.8x128.bf16` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vmin.8x128.f32` | `v[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vmin.8x128.u32` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vmov.8x128` | `v[0..63], v[0..63] / s[0..31]` |
| `vmovacc.add.high` | `v[0..63]` |
| `vmovacc.add.low` | `v[0..63]` |
| `vmul.8x128.bf16` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vmul.8x128.f32` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `vmul.8x128.u16` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vmul.8x128.u32` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vmul.8x128.u32.u64` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vmul.bf16.f32` | `v[0..63] / u32 / s[0..31], v[0..63]` |
| `vne.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vne.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vne.8x128.s16` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vne.8x128.s32` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vnez.u8` | `vm[0..63], v[0..63] / u32 / s[0..31]` |
| `vnsel.8x128` | `v[0..63], vm[0..15], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vor.8x128.u32` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vpack.c.8x128.b16.b8` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.b2.b1` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.b32.b16` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.b4.b2` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.b8.b4` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.bf16.s4` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.bf16.s8` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.bf16.u4` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.bf16.u8` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.f32.bf16` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.i.8x128.b16.b8` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.i.8x128.b32.b16` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.i.8x128.b8.b4` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.i.8x128.bf16.s4` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.i.8x128.bf16.u4` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.i.8x128.f32.bf16` | `v[0..63], v[0..63], v[0..63]` |
| `vpcnt` | `v[0..63], v[0..63]` |
| `vperm.slane.8x128` | `v[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vremap.8x128.bf16` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vremap.8x128.f32` | `v[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vrot.slane.8x128.u32` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vround.rtna.bf16` | `v[0..63], v[0..63]` |
| `vround.rtna.f32` | `v[0..63], v[0..63]` |
| `vsel.8x128` | `v[0..63], vm[0..15], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vsetacc.b32` | `v[0..63] / u32 / s[0..31], v[0..63]` |
| `vshll.8x128.u32` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vshra.8x128.s32` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vshrl.8x128.u32` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vsmask` | `vm[0..63], v[0..63] / u32 / s[0..31]` |
| `vsub.8x128.bf16` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vsub.8x128.f32` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `vsub.8x128.s16` | `v[0..63], v[0..63] / i32 / s[0..31], v[0..63]` |
| `vsub.8x128.s32` | `v[0..63], v[0..63] / i32 / s[0..31], v[0..63]` |
| `vtrunc.bf16` | `v[0..63], v[0..63]` |
| `vtrunc.f32` | `v[0..63], v[0..63]` |
| `vunpack.c.0.8x128.bf8` | `v[0..63], v[0..63]` |
| `vunpack.c.0.8x128.if8` | `v[0..63], v[0..63]` |
| `vunpack.c.0.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.0.8x128.s8` | `v[0..63], v[0..63]` |
| `vunpack.c.0.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.1.8x128.bf8` | `v[0..63], v[0..63]` |
| `vunpack.c.1.8x128.if8` | `v[0..63], v[0..63]` |
| `vunpack.c.1.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.1.8x128.s8` | `v[0..63], v[0..63]` |
| `vunpack.c.1.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.2.8x128.bf8` | `v[0..63], v[0..63]` |
| `vunpack.c.2.8x128.if8` | `v[0..63], v[0..63]` |
| `vunpack.c.2.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.2.8x128.s8` | `v[0..63], v[0..63]` |
| `vunpack.c.2.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.3.8x128.bf8` | `v[0..63], v[0..63]` |
| `vunpack.c.3.8x128.if8` | `v[0..63], v[0..63]` |
| `vunpack.c.3.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.3.8x128.s8` | `v[0..63], v[0..63]` |
| `vunpack.c.3.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.l.8x128.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.l.8x128.hf16` | `v[0..63], v[0..63]` |
| `vunpack.c.l.8x128.s16` | `v[0..63], v[0..63]` |
| `vunpack.c.l.8x128.s8.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.l.8x128.u8.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.u.8x128.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.u.8x128.hf16` | `v[0..63], v[0..63]` |
| `vunpack.c.u.8x128.s16` | `v[0..63], v[0..63]` |
| `vunpack.c.u.8x128.s8.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.u.8x128.u8.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.0.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.0.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.1.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.1.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.2.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.2.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.3.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.3.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.l.8x128.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.l.8x128.s1` | `v[0..63], v[0..63]` |
| `vunpack.i.l.8x128.s16` | `v[0..63], v[0..63]` |
| `vunpack.i.l.8x128.s2` | `v[0..63], v[0..63]` |
| `vunpack.i.l.8x128.s4` | `v[0..63], v[0..63]` |
| `vunpack.i.u.8x128.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.u.8x128.s1` | `v[0..63], v[0..63]` |
| `vunpack.i.u.8x128.s16` | `v[0..63], v[0..63]` |
| `vunpack.i.u.8x128.s2` | `v[0..63], v[0..63]` |
| `vunpack.i.u.8x128.s4` | `v[0..63], v[0..63]` |
| `vunpack.vsel.c.bf16` | `v[0..63], v[0..63], s[0..31]` |
| `vunpack.vsel.c.s16` | `v[0..63], v[0..63], s[0..31]` |
| `vunpack.vsel.c.s8` | `v[0..63], v[0..63], s[0..31]` |
| `vunpack.vsel.c.s8.bf16` | `v[0..63], v[0..63], s[0..31]` |
| `vunpack.vsel.c.u8.bf16` | `v[0..63], v[0..63], s[0..31]` |
| `vunpack.vsel.i.bf16` | `v[0..63], v[0..63], s[0..31]` |
| `vweird.8x128.bf16` | `vm[0..63], v[0..63]` |
| `vweird.8x128.f32` | `vm[0..63], v[0..63]` |
| `vxor.8x128.u32` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |

## va3

| 助记符 | 按顺序排列的操作数类型 |
|---|---|
| `vadd.8x128.bf16` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vadd.8x128.f32` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `vadd.8x128.s16` | `v[0..63], v[0..63] / i32 / s[0..31], v[0..63]` |
| `vadd.8x128.s32` | `v[0..63], v[0..63] / i32 / s[0..31], v[0..63]` |
| `vadd.high.8x128.f32.bf16` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vadd.low.8x128.f32.bf16` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vand.8x128.u32` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vc.8x128.u16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vc.8x128.u32` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vceil.bf16` | `v[0..63], v[0..63]` |
| `vceil.f32` | `v[0..63], v[0..63]` |
| `vclamp.gez.8x128.bf16` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vclamp.gez.8x128.f32` | `v[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vclampa.8x128.bf16` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vclampa.8x128.f32` | `v[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vclamps.8x128.bf16` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vclamps.8x128.f32` | `v[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vclass.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vclass.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vclz` | `v[0..63], v[0..63]` |
| `vcmask` | `vm[0..63], v[0..63] / u32 / s[0..31]` |
| `vcombine.high.8x128` | `v[0..63], v[0..63], v[0..63]` |
| `vcombine.low.8x128` | `v[0..63], v[0..63], v[0..63]` |
| `vcosq.8x128.bf16` | `erf, v[0..63]` |
| `vcosq.8x128.f32` | `erf, v[0..63]` |
| `vcvt.8x128.bf16.s4` | `v[0..63], v[0..63]` |
| `vcvt.8x128.bf16.s8` | `v[0..63], v[0..63]` |
| `vcvt.8x128.bf16.u4` | `v[0..63], v[0..63]` |
| `vcvt.8x128.bf16.u8` | `v[0..63], v[0..63]` |
| `vcvt.8x128.f32.bf16` | `v[0..63], v[0..63]` |
| `vcvt.8x128.f32.bf8` | `v[0..63], v[0..63]` |
| `vcvt.8x128.f32.hf16` | `v[0..63], v[0..63]` |
| `vcvt.8x128.f32.if8` | `v[0..63], v[0..63]` |
| `vcvt.8x128.f32.s32` | `v[0..63], v[0..63]` |
| `vcvt.8x128.s32.f32` | `v[0..63], v[0..63]` |
| `vcvt.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vcvt.8x128.s8.bf16` | `v[0..63], v[0..63]` |
| `vcvt.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vcvt.8x128.u8.bf16` | `v[0..63], v[0..63]` |
| `vcvt.sr.8x128.f32.bf16` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `vcvt.sr.8x128.f32.bf8` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `vcvt.sr.8x128.f32.hf16` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `vcvt.sr.8x128.f32.if8` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `veq.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `veq.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `veq.8x128.s16` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `veq.8x128.s32` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `verf.8x128.bf16` | `erf, v[0..63]` |
| `verf.8x128.f32` | `erf, v[0..63]` |
| `vexp2.8x128.bf16` | `erf, v[0..63]` |
| `vexp2.8x128.f32` | `erf, v[0..63]` |
| `vfloor.bf16` | `v[0..63], v[0..63]` |
| `vfloor.f32` | `v[0..63], v[0..63]` |
| `vge.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vge.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vge.8x128.s16` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vge.8x128.s32` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vge.8x128.u16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vge.8x128.u32` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vgt.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vgt.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vgt.8x128.s16` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vgt.8x128.s32` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vgt.8x128.u16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vgt.8x128.u32` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vimm.8x128.s32` | `v[0..63], i32` |
| `vlaneseq.8x128.c.b16` | `v[0..63]` |
| `vlaneseq.8x128.i.b16` | `v[0..63]` |
| `vlaneseq.8x128.u32` | `v[0..63]` |
| `vle.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vle.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vle.8x128.s16` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vle.8x128.s32` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vle.8x128.u16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vle.8x128.u32` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vle.to.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vle.to.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vlog2.8x128.bf16` | `erf, v[0..63]` |
| `vlog2.8x128.f32` | `erf, v[0..63]` |
| `vlt.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vlt.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vlt.8x128.s16` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vlt.8x128.s32` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vlt.8x128.u16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vlt.8x128.u32` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vlt.to.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vlt.to.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vmac.bf16.f32` | `v[0..63] / u32 / s[0..31], v[0..63]` |
| `vmax.8x128.bf16` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vmax.8x128.f32` | `v[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vmax.8x128.u32` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vmin.8x128.bf16` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vmin.8x128.f32` | `v[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vmin.8x128.u32` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vmov.8x128` | `v[0..63], v[0..63] / s[0..31]` |
| `vmovacc.add.high` | `v[0..63]` |
| `vmovacc.add.low` | `v[0..63]` |
| `vmul.8x128.bf16` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vmul.8x128.f32` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `vmul.bf16.f32` | `v[0..63] / u32 / s[0..31], v[0..63]` |
| `vne.8x128.bf16` | `vm[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vne.8x128.f32` | `vm[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vne.8x128.s16` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vne.8x128.s32` | `vm[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vnez.u8` | `vm[0..63], v[0..63] / u32 / s[0..31]` |
| `vnsel.8x128` | `v[0..63], vm[0..15], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vor.8x128.u32` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vpack.c.8x128.b16.b8` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.b2.b1` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.b32.b16` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.b4.b2` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.b8.b4` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.bf16.s4` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.bf16.s8` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.bf16.u4` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.bf16.u8` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.c.8x128.f32.bf16` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.i.8x128.b16.b8` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.i.8x128.b32.b16` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.i.8x128.b8.b4` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.i.8x128.bf16.s4` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.i.8x128.bf16.u4` | `v[0..63], v[0..63], v[0..63]` |
| `vpack.i.8x128.f32.bf16` | `v[0..63], v[0..63], v[0..63]` |
| `vpcnt` | `v[0..63], v[0..63]` |
| `vperm.slane.8x128` | `v[0..63], v[0..63], v[0..63] / i32 / s[0..31]` |
| `vpush.8x128` | `erf, v[0..63]` |
| `vrcp.8x128.bf16` | `erf, v[0..63]` |
| `vrcp.8x128.f32` | `erf, v[0..63]` |
| `vremap.8x128.bf16` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vremap.8x128.f32` | `v[0..63], v[0..63], v[0..63] / f32 / s[0..31]` |
| `vrot.slane.8x128.u32` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vround.rtna.bf16` | `v[0..63], v[0..63]` |
| `vround.rtna.f32` | `v[0..63], v[0..63]` |
| `vrsqrt.8x128.bf16` | `erf, v[0..63]` |
| `vrsqrt.8x128.f32` | `erf, v[0..63]` |
| `vsel.8x128` | `v[0..63], vm[0..15], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vsetacc.b32` | `v[0..63] / u32 / s[0..31], v[0..63]` |
| `vshll.8x128.u32` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vshra.8x128.s32` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vshrl.8x128.u32` | `v[0..63], v[0..63], v[0..63] / u32 / s[0..31]` |
| `vsigshft.8x128.bf16` | `erf, v[0..63]` |
| `vsigshft.8x128.f32` | `erf, v[0..63]` |
| `vsinq.8x128.bf16` | `erf, v[0..63]` |
| `vsinq.8x128.f32` | `erf, v[0..63]` |
| `vsmask` | `vm[0..63], v[0..63] / u32 / s[0..31]` |
| `vsub.8x128.bf16` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |
| `vsub.8x128.f32` | `v[0..63], v[0..63] / f32 / s[0..31], v[0..63]` |
| `vsub.8x128.s16` | `v[0..63], v[0..63] / i32 / s[0..31], v[0..63]` |
| `vsub.8x128.s32` | `v[0..63], v[0..63] / i32 / s[0..31], v[0..63]` |
| `vtanh.8x128.bf16` | `erf, v[0..63]` |
| `vtanh.8x128.f32` | `erf, v[0..63]` |
| `vtrunc.bf16` | `v[0..63], v[0..63]` |
| `vtrunc.f32` | `v[0..63], v[0..63]` |
| `vunpack.c.0.8x128.bf8` | `v[0..63], v[0..63]` |
| `vunpack.c.0.8x128.if8` | `v[0..63], v[0..63]` |
| `vunpack.c.0.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.0.8x128.s8` | `v[0..63], v[0..63]` |
| `vunpack.c.0.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.1.8x128.bf8` | `v[0..63], v[0..63]` |
| `vunpack.c.1.8x128.if8` | `v[0..63], v[0..63]` |
| `vunpack.c.1.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.1.8x128.s8` | `v[0..63], v[0..63]` |
| `vunpack.c.1.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.2.8x128.bf8` | `v[0..63], v[0..63]` |
| `vunpack.c.2.8x128.if8` | `v[0..63], v[0..63]` |
| `vunpack.c.2.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.2.8x128.s8` | `v[0..63], v[0..63]` |
| `vunpack.c.2.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.3.8x128.bf8` | `v[0..63], v[0..63]` |
| `vunpack.c.3.8x128.if8` | `v[0..63], v[0..63]` |
| `vunpack.c.3.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.3.8x128.s8` | `v[0..63], v[0..63]` |
| `vunpack.c.3.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.l.8x128.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.l.8x128.hf16` | `v[0..63], v[0..63]` |
| `vunpack.c.l.8x128.s16` | `v[0..63], v[0..63]` |
| `vunpack.c.l.8x128.s8.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.l.8x128.u8.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.u.8x128.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.u.8x128.hf16` | `v[0..63], v[0..63]` |
| `vunpack.c.u.8x128.s16` | `v[0..63], v[0..63]` |
| `vunpack.c.u.8x128.s8.bf16` | `v[0..63], v[0..63]` |
| `vunpack.c.u.8x128.u8.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.0.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.0.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.1.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.1.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.2.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.2.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.3.8x128.s4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.3.8x128.u4.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.l.8x128.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.l.8x128.s1` | `v[0..63], v[0..63]` |
| `vunpack.i.l.8x128.s16` | `v[0..63], v[0..63]` |
| `vunpack.i.l.8x128.s2` | `v[0..63], v[0..63]` |
| `vunpack.i.l.8x128.s4` | `v[0..63], v[0..63]` |
| `vunpack.i.u.8x128.bf16` | `v[0..63], v[0..63]` |
| `vunpack.i.u.8x128.s1` | `v[0..63], v[0..63]` |
| `vunpack.i.u.8x128.s16` | `v[0..63], v[0..63]` |
| `vunpack.i.u.8x128.s2` | `v[0..63], v[0..63]` |
| `vunpack.i.u.8x128.s4` | `v[0..63], v[0..63]` |
| `vunpack.vsel.c.bf16` | `v[0..63], v[0..63], s[0..31]` |
| `vunpack.vsel.c.s16` | `v[0..63], v[0..63], s[0..31]` |
| `vunpack.vsel.c.s8` | `v[0..63], v[0..63], s[0..31]` |
| `vunpack.vsel.c.s8.bf16` | `v[0..63], v[0..63], s[0..31]` |
| `vunpack.vsel.c.u8.bf16` | `v[0..63], v[0..63], s[0..31]` |
| `vunpack.vsel.i.bf16` | `v[0..63], v[0..63], s[0..31]` |
| `vweird.8x128.bf16` | `vm[0..63], v[0..63]` |
| `vweird.8x128.f32` | `vm[0..63], v[0..63]` |
| `vxor.8x128.u32` | `v[0..63], v[0..63] / u32 / s[0..31], v[0..63]` |

## vst

| 助记符 | 按顺序排列的操作数类型 |
|---|---|
| `vpush` | `v2sf, v[0..63]` |
| `vsetiar.lane` | `iar0, v[0..63]`<br>`iar1, v[0..63]` |
| `vsetiar.raw` | `iar0, v[0..63]`<br>`iar1, v[0..63]` |
| `vsetiar.sublane` | `iar0, v[0..63]`<br>`iar1, v[0..63]` |
| `vsetrngseed` | `v[0..63]` |
| `vst.8x128` | `[vmem:(0 [+ (u20)] [, sm=(s[0..31] / u20)] [, ss=(s[0..31] / i20)])], v[0..63]`<br>`[vmem:(s[0..31] [+ (u20)] [, sm=(s[0..31] / u20)] [, ss=(s[0..31] / i20)])], v[0..63]` |
| `vst.iar.8x128` | `[vmem:(s[0..31] [+ (u20)] [, sm=(s[0..31] / u20)] [, ss=(s[0..31] / i20)])], iar0, v[0..63]`<br>`[vmem:(s[0..31] [+ (u20)] [, sm=(s[0..31] / u20)] [, ss=(s[0..31] / i20)])], iar1, v[0..63]` |
| `vst.iar.msk.8x128` | `[vmem:(s[0..31] [+ (u20)] [, sm=(s[0..31] / u20)] [, ss=(s[0..31] / i20)])], iar0, vm[0..15], v[0..63]`<br>`[vmem:(s[0..31] [+ (u20)] [, sm=(s[0..31] / u20)] [, ss=(s[0..31] / i20)])], iar1, vm[0..15], v[0..63]` |
| `vst.msk.8x128` | `[vmem:(0 [+ (u20)] [, sm=(s[0..31] / u20)] [, ss=(s[0..31] / i20)])], vm[0..15], v[0..63]`<br>`[vmem:(s[0..31] [+ (u20)] [, sm=(s[0..31] / u20)] [, ss=(s[0..31] / i20)])], vm[0..15], v[0..63]` |
| `vst.sshfl.8x128` | `[vmem:(0 [+ (u20)] [, sm=(s[0..31] / u20)])], v[0..63], s[0..31] / u32`<br>`[vmem:(s[0..31] [+ (u20)] [, sm=(s[0..31] / u20)])], v[0..63], s[0..31] / u32` |
| `vst.sshfl.msk.8x128` | `[vmem:(0 [+ (u20)] [, sm=(s[0..31] / u20)])], vm[0..15], v[0..63], s[0..31] / u32`<br>`[vmem:(s[0..31] [+ (u20)] [, sm=(s[0..31] / u20)])], vm[0..15], v[0..63], s[0..31] / u32` |

## vld0

| 助记符 | 按顺序排列的操作数类型 |
|---|---|
| `vld.8x128` | `v[0..63], [vmem:(0 [+ (u20)] [, sm=(s[0..31] / u20)] [, ss=(s[0..31] / i20)])]`<br>`v[0..63], [vmem:(s[0..31] [+ (u20)] [, sm=(s[0..31] / u20)] [, ss=(s[0..31] / i20)])]` |
| `vld.iar0.8x128` | `v[0..63], [vmem:(s[0..31] [, sm=(s[0..31] / u20)] [, ss=(s[0..31] / i20)])]` |
| `vld.iar1.8x128` | `v[0..63], [vmem:(s[0..31] [, sm=(s[0..31] / u20)] [, ss=(s[0..31] / i20)])]` |
| `vld.sshfl.8x128` | `v[0..63], [vmem:(0 [+ (u20)] [, sm=(s[0..31] / u20)])], s[0..31] / u32`<br>`v[0..63], [vmem:(s[0..31] [+ (u20)] [, sm=(s[0..31] / u20)])], s[0..31] / u32` |
| `vrdreg.iar0` | `v[0..63]` |
| `vrdreg.iar1` | `v[0..63]` |

## vld1

| 助记符 | 按顺序排列的操作数类型 |
|---|---|
| `vld.8x128` | `v[0..63], [vmem:(0 [+ (u20)] [, sm=(s[0..31] / u20)] [, ss=(s[0..31] / i20)])]`<br>`v[0..63], [vmem:(s[0..31] [+ (u20)] [, sm=(s[0..31] / u20)] [, ss=(s[0..31] / i20)])]` |
| `vld.iar0.8x128` | `v[0..63], [vmem:(s[0..31] [, sm=(s[0..31] / u20)] [, ss=(s[0..31] / i20)])]` |
| `vld.iar1.8x128` | `v[0..63], [vmem:(s[0..31] [, sm=(s[0..31] / u20)] [, ss=(s[0..31] / i20)])]` |
| `vld.sshfl.8x128` | `v[0..63], [vmem:(0 [+ (u20)] [, sm=(s[0..31] / u20)])], s[0..31] / u32`<br>`v[0..63], [vmem:(s[0..31] [+ (u20)] [, sm=(s[0..31] / u20)])], s[0..31] / u32` |
| `vrdreg.iar0` | `v[0..63]` |
| `vrdreg.iar1` | `v[0..63]` |

## misc

| 助记符 | 按顺序排列的操作数类型 |
|---|---|
| `vdelay` | `u5(>= 1)`<br>`s[0..31] / u20` |
| `vint` | `s[0..31] / u20` |
| `vld.8x128` | `v[0..63], [vmem:(0 [+ (u20)] [, sm=(s[0..31] / u20)] [, ss=(s[0..31] / i20)])]`<br>`v[0..63], [vmem:(s[0..31] [+ (u20)] [, sm=(s[0..31] / u20)] [, ss=(s[0..31] / i20)])]` |
| `vld.sshfl.8x128` | `v[0..63], [vmem:(0 [+ (u20)] [, sm=(s[0..31] / u20)])], s[0..31] / u32`<br>`v[0..63], [vmem:(s[0..31] [+ (u20)] [, sm=(s[0..31] / u20)])], s[0..31] / u32` |
| `vmand.8x128.u1` | `vm[0..15], vm[0..15], vm[0..15]` |
| `vmmov.8x128.u1` | `vm[0..15], vm[0..15]` |
| `vmneg.8x128.u1` | `vm[0..15], vm[0..15]` |
| `vmor.8x128.u1` | `vm[0..15], vm[0..15], vm[0..15]` |
| `vmpackc.even.8x128.u1` | `vm[0..15], vm[0..15], vm[0..15]` |
| `vmpackc.low.8x128.u1` | `vm[0..15], vm[0..15], vm[0..15]` |
| `vmxor.8x128.u1` | `vm[0..15], vm[0..15], vm[0..15]` |
| `vnop` | `无操作数` |
| `vrdreg.rngseed` | `v[0..63]` |
| `vrng.8x128.u32` | `v[0..63]` |
| `vsettm` | `s[0..31] / u20` |
| `vst.8x128` | `[vmem:(0 [+ (u20)] [, sm=(s[0..31] / u20)] [, ss=(s[0..31] / i20)])], v[0..63]`<br>`[vmem:(s[0..31] [+ (u20)] [, sm=(s[0..31] / u20)] [, ss=(s[0..31] / i20)])], v[0..63]` |
| `vst.msk.8x128` | `[vmem:(0 [+ (u20)] [, sm=(s[0..31] / u20)] [, ss=(s[0..31] / i20)])], vm[0..15], v[0..63]`<br>`[vmem:(s[0..31] [+ (u20)] [, sm=(s[0..31] / u20)] [, ss=(s[0..31] / i20)])], vm[0..15], v[0..63]` |
| `vst.sshfl.8x128` | `[vmem:(0 [+ (u20)] [, sm=(s[0..31] / u20)])], v[0..63], s[0..31] / u32`<br>`[vmem:(s[0..31] [+ (u20)] [, sm=(s[0..31] / u20)])], v[0..63], s[0..31] / u32` |
| `vst.sshfl.msk.8x128` | `[vmem:(0 [+ (u20)] [, sm=(s[0..31] / u20)])], vm[0..15], v[0..63], s[0..31] / u32`<br>`[vmem:(s[0..31] [+ (u20)] [, sm=(s[0..31] / u20)])], vm[0..15], v[0..63], s[0..31] / u32` |
| `vsyncadd.done.s32` | `[sflag:(s[0..31] / u20)], s[0..31] / i20` |
| `vsyncadd.doneinv.s32` | `[sflag:(s[0..31] / u20)], s[0..31] / i20` |
| `vsyncadd.remote.done.s32` | `[sflag:(s[0..31] / u20)], s[0..31] / i20` |
| `vsyncadd.remote.doneinv.s32` | `[sflag:(s[0..31] / u20)], s[0..31] / i20` |
| `vsyncadd.remote.s32` | `[sflag:(s[0..31] / u20)], s[0..31] / i20` |
| `vsyncadd.s32` | `[sflag:(s[0..31] / u20)], s[0..31] / i20` |
| `vsyncdonemov` | `sfrf, [sflag:(s[0..31] / u20)]` |
| `vsyncmov` | `sfrf, [sflag:(s[0..31] / u20)]` |
| `vsyncpa.u1` | `[sflag:(s[0..31] / u20)], s[0..31] / u20` |
| `vsyncpamov` | `sfrf, [sflag:(s[0..31] / u20)]` |
| `vsyncset.done.s32` | `[sflag:(s[0..31] / u20)], s[0..31] / i20` |
| `vsyncset.doneinv.s32` | `[sflag:(s[0..31] / u20)], s[0..31] / i20` |
| `vsyncset.remote.done.s32` | `[sflag:(s[0..31] / u20)], s[0..31] / i20` |
| `vsyncset.remote.doneinv.s32` | `[sflag:(s[0..31] / u20)], s[0..31] / i20` |
| `vsyncset.remote.s32` | `[sflag:(s[0..31] / u20)], s[0..31] / i20` |
| `vsyncset.s32` | `[sflag:(s[0..31] / u20)], s[0..31] / i20` |
| `vtrace` | `u32 / s[0..31]` |
| `vwait.done` | `[sflag:(s[0..31] / u20)]` |
| `vwait.done.yield` | `[sflag:(s[0..31] / u20)]` |
| `vwait.eq` | `[sflag:(s[0..31] / u20)], s[0..31] / i20` |
| `vwait.eq.yield` | `[sflag:(s[0..31] / u20)], s[0..31] / i20` |
| `vwait.ge` | `[sflag:(s[0..31] / u20)], s[0..31] / i20` |
| `vwait.ge.yield` | `[sflag:(s[0..31] / u20)], s[0..31] / i20` |
| `vwait.gt` | `[sflag:(s[0..31] / u20)], s[0..31] / i20` |
| `vwait.gt.yield` | `[sflag:(s[0..31] / u20)], s[0..31] / i20` |
| `vwait.lt` | `[sflag:(s[0..31] / u20)], s[0..31] / i20` |
| `vwait.lt.yield` | `[sflag:(s[0..31] / u20)], s[0..31] / i20` |
| `vwait.ne` | `[sflag:(s[0..31] / u20)], s[0..31] / i20` |
| `vwait.ne.yield` | `[sflag:(s[0..31] / u20)], s[0..31] / i20` |
| `vwait.notdone` | `[sflag:(s[0..31] / u20)]` |
| `vwait.notdone.yield` | `[sflag:(s[0..31] / u20)]` |

## vx0

| 助记符 | 按顺序排列的操作数类型 |
|---|---|
| `vadd.xlane.8x128.bf16` | `trf0 / trf1, v[0..63]` |
| `vadd.xlane.8x128.f32` | `trf0 / trf1, v[0..63]` |
| `vbcast.lane.8x128` | `trf0 / trf1, v[0..63], s[0..31] / u20` |
| `vbcast.lane.packed.8x128` | `trf0 / trf1, v[0..63], s[0..31] / u20` |
| `vbcast.lane.packed.b8.8x128` | `v[0..63], s[0..31] / u20` |
| `vlgmr` | `gmr0 / gmr1, msra0 / msra1`<br>`gmr0 / gmr1, msrb0 / msrb1` |
| `vllmr` | `lmr0 / lmr1, msra0 / msra1`<br>`lmr0 / lmr1, msrb0 / msrb1` |
| `vmatmul.8x128.bf16` | `mrf0 / mrf1, v[0..63]` |
| `vmatmul.8x128.bf16.lgmr` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), v[0..63]` |
| `vmatmul.8x128.bf16.lgmr.msk` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), vm[0..15], v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), vm[0..15], v[0..63]` |
| `vmatmul.8x128.bf16.msk` | `mrf0 / mrf1, vm[0..15], v[0..63]` |
| `vmatmul.8x128.bf8.bf16` | `mrf0 / mrf1, v[0..63]` |
| `vmatmul.8x128.bf8.bf16.lgmr` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), v[0..63]` |
| `vmatmul.8x128.bf8.bf16.lgmr.msk` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), vm[0..15], v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), vm[0..15], v[0..63]` |
| `vmatmul.8x128.bf8.bf16.msk` | `mrf0 / mrf1, vm[0..15], v[0..63]` |
| `vmatmul.8x128.f32` | `mrf0 / mrf1, v[0..63]` |
| `vmatmul.8x128.f32.lgmr` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), v[0..63]` |
| `vmatmul.8x128.f32.lgmr.msk` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), vm[0..15], v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), vm[0..15], v[0..63]` |
| `vmatmul.8x128.f32.msk` | `mrf0 / mrf1, vm[0..15], v[0..63]` |
| `vmatmul.8x128.if8.bf16` | `mrf0 / mrf1, v[0..63]` |
| `vmatmul.8x128.if8.bf16.lgmr` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), v[0..63]` |
| `vmatmul.8x128.if8.bf16.lgmr.msk` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), vm[0..15], v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), vm[0..15], v[0..63]` |
| `vmatmul.8x128.if8.bf16.msk` | `mrf0 / mrf1, vm[0..15], v[0..63]` |
| `vmatmul.8x128.s4` | `mrf0 / mrf1, v[0..63]` |
| `vmatmul.8x128.s4.lgmr` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), v[0..63]` |
| `vmatmul.8x128.s4.lgmr.msk` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), vm[0..15], v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), vm[0..15], v[0..63]` |
| `vmatmul.8x128.s4.msk` | `mrf0 / mrf1, vm[0..15], v[0..63]` |
| `vmatmul.8x128.s8` | `mrf0 / mrf1, v[0..63]` |
| `vmatmul.8x128.s8.lgmr` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), v[0..63]` |
| `vmatmul.8x128.s8.lgmr.msk` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), vm[0..15], v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), vm[0..15], v[0..63]` |
| `vmatmul.8x128.s8.msk` | `mrf0 / mrf1, vm[0..15], v[0..63]` |
| `vmatmul.8x128.u4` | `mrf0 / mrf1, v[0..63]` |
| `vmatmul.8x128.u4.lgmr` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), v[0..63]` |
| `vmatmul.8x128.u4.lgmr.msk` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), vm[0..15], v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), vm[0..15], v[0..63]` |
| `vmatmul.8x128.u4.msk` | `mrf0 / mrf1, vm[0..15], v[0..63]` |
| `vmatmul.8x128.u8` | `mrf0 / mrf1, v[0..63]` |
| `vmatmul.8x128.u8.lgmr` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), v[0..63]` |
| `vmatmul.8x128.u8.lgmr.msk` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), vm[0..15], v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), vm[0..15], v[0..63]` |
| `vmatmul.8x128.u8.msk` | `mrf0 / mrf1, vm[0..15], v[0..63]` |
| `vmatmul.lmr.104` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.104.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.112` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.112.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.120` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.120.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.128` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.128.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.16` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.16.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.24` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.24.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.32` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.32.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.40` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.40.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.48` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.48.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.56` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.56.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.64` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.64.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.72` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.72.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.8` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.8.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.80` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.80.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.88` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.88.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.96` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.96.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmulprep` | `mubr0 / mubr1, v[0..63]` |
| `vmatmulprep.b16.msk` | `mubr0 / mubr1, vm[0..15], v[0..63]` |
| `vmatmulprep.b32.msk` | `mubr0 / mubr1, vm[0..15], v[0..63]` |
| `vmatmulprep.b8.msk` | `mubr0 / mubr1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.bf16` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.bf16.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.bf16.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.bf16.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.bf8.bf16` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.bf8.bf16.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.bf8.bf16.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.bf8.bf16.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.f32` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.f32.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.f32.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.f32.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.if8.bf16` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.if8.bf16.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.if8.bf16.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.if8.bf16.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.s4` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.s4.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.s4.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.s4.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.s8` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.s8.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.s8.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.s8.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.u4` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.u4.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.u4.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.u4.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.u8` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.u8.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.u8.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.u8.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.bf16` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.bf16.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.bf16.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.bf16.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.bf8.bf16` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.bf8.bf16.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.bf8.bf16.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.bf8.bf16.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.f32` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.f32.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.f32.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.f32.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.if8.bf16` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.if8.bf16.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.if8.bf16.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.if8.bf16.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.s4` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.s4.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.s4.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.s4.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.s8` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.s8.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.s8.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.s8.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.u4` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.u4.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.u4.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.u4.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.u8` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.u8.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.u8.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.u8.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.bf16` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.bf16.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.bf16.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.bf16.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.bf8.bf16` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.bf8.bf16.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.bf8.bf16.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.bf8.bf16.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.f32` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.f32.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.f32.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.f32.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.if8.bf16` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.if8.bf16.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.if8.bf16.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.if8.bf16.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.s4` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.s4.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.s4.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.s4.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.s8` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.s8.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.s8.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.s8.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.u4` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.u4.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.u4.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.u4.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.u8` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.u8.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.u8.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.u8.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpushprep` | `subr0 / subr1, v[0..63]` |
| `vmatpushprep.b16.msk` | `subr0 / subr1, vm[0..15], v[0..63]` |
| `vmatpushprep.b32.msk` | `subr0 / subr1, vm[0..15], v[0..63]` |
| `vmatpushprep.b8.msk` | `subr0 / subr1, vm[0..15], v[0..63]` |
| `vmax.index.xlane.8x128.bf16` | `trf0 / trf1, v[0..63]` |
| `vmax.index.xlane.8x128.f32` | `trf0 / trf1, v[0..63]` |
| `vmax.xlane.8x128.bf16` | `trf0 / trf1, v[0..63]` |
| `vmax.xlane.8x128.f32` | `trf0 / trf1, v[0..63]` |
| `vmin.index.xlane.8x128.bf16` | `trf0 / trf1, v[0..63]` |
| `vmin.index.xlane.8x128.f32` | `trf0 / trf1, v[0..63]` |
| `vmin.xlane.8x128.bf16` | `trf0 / trf1, v[0..63]` |
| `vmin.xlane.8x128.f32` | `trf0 / trf1, v[0..63]` |
| `vperm.lane.8x128` | `trf0 / trf1, v[0..63]` |
| `vrot.lane.8x128` | `trf0 / trf1, v[0..63], s[0..31] / u20` |
| `vrot.lane.packed.8x128` | `trf0 / trf1, v[0..63], s[0..31] / u20` |
| `vrot.lane.packed.b8.8x128` | `v[0..63], s[0..31] / u20` |
| `vsetperm.all.bytes.u32` | `pcr0 / pcr1, v[0..63]` |
| `vsetperm.all.u8` | `pcr0 / pcr1, v[0..63]` |
| `vsetperm.half.u8` | `v[0..63]` |
| `vsetperm.u8` | `pcr0 / pcr1, v[0..63]` |
| `vxpose.c.b8.start` | `trf0 / trf1, v[0..63], s[0..31] / u20` |
| `vxpose.c.b8.start.end` | `trf0 / trf1, v[0..63], s[0..31] / u20` |
| `vxpose.cont` | `trf0 / trf1, v[0..63]` |
| `vxpose.end` | `trf0 / trf1, v[0..63]` |
| `vxpose.packed.start` | `trf0 / trf1, v[0..63], s[0..31] / u20` |
| `vxpose.packed.start.end` | `trf0 / trf1, v[0..63], s[0..31] / u20` |
| `vxpose.start` | `trf0 / trf1, v[0..63], s[0..31] / u20` |
| `vxpose.start.end` | `trf0 / trf1, v[0..63], s[0..31] / u20` |

## vx1

| 助记符 | 按顺序排列的操作数类型 |
|---|---|
| `vadd.xlane.8x128.bf16` | `trf0 / trf1, v[0..63]` |
| `vadd.xlane.8x128.f32` | `trf0 / trf1, v[0..63]` |
| `vbcast.lane.8x128` | `trf0 / trf1, v[0..63], s[0..31] / u20` |
| `vbcast.lane.packed.8x128` | `trf0 / trf1, v[0..63], s[0..31] / u20` |
| `vbcast.lane.packed.b8.8x128` | `v[0..63], s[0..31] / u20` |
| `vlgmr` | `gmr0 / gmr1, msra0 / msra1`<br>`gmr0 / gmr1, msrb0 / msrb1` |
| `vllmr` | `lmr0 / lmr1, msra0 / msra1`<br>`lmr0 / lmr1, msrb0 / msrb1` |
| `vmatmul.8x128.bf16` | `mrf0 / mrf1, v[0..63]` |
| `vmatmul.8x128.bf16.lgmr` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), v[0..63]` |
| `vmatmul.8x128.bf16.lgmr.msk` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), vm[0..15], v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), vm[0..15], v[0..63]` |
| `vmatmul.8x128.bf16.msk` | `mrf0 / mrf1, vm[0..15], v[0..63]` |
| `vmatmul.8x128.bf8.bf16` | `mrf0 / mrf1, v[0..63]` |
| `vmatmul.8x128.bf8.bf16.lgmr` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), v[0..63]` |
| `vmatmul.8x128.bf8.bf16.lgmr.msk` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), vm[0..15], v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), vm[0..15], v[0..63]` |
| `vmatmul.8x128.bf8.bf16.msk` | `mrf0 / mrf1, vm[0..15], v[0..63]` |
| `vmatmul.8x128.f32` | `mrf0 / mrf1, v[0..63]` |
| `vmatmul.8x128.f32.lgmr` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), v[0..63]` |
| `vmatmul.8x128.f32.lgmr.msk` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), vm[0..15], v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), vm[0..15], v[0..63]` |
| `vmatmul.8x128.f32.msk` | `mrf0 / mrf1, vm[0..15], v[0..63]` |
| `vmatmul.8x128.if8.bf16` | `mrf0 / mrf1, v[0..63]` |
| `vmatmul.8x128.if8.bf16.lgmr` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), v[0..63]` |
| `vmatmul.8x128.if8.bf16.lgmr.msk` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), vm[0..15], v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), vm[0..15], v[0..63]` |
| `vmatmul.8x128.if8.bf16.msk` | `mrf0 / mrf1, vm[0..15], v[0..63]` |
| `vmatmul.8x128.s4` | `mrf0 / mrf1, v[0..63]` |
| `vmatmul.8x128.s4.lgmr` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), v[0..63]` |
| `vmatmul.8x128.s4.lgmr.msk` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), vm[0..15], v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), vm[0..15], v[0..63]` |
| `vmatmul.8x128.s4.msk` | `mrf0 / mrf1, vm[0..15], v[0..63]` |
| `vmatmul.8x128.s8` | `mrf0 / mrf1, v[0..63]` |
| `vmatmul.8x128.s8.lgmr` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), v[0..63]` |
| `vmatmul.8x128.s8.lgmr.msk` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), vm[0..15], v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), vm[0..15], v[0..63]` |
| `vmatmul.8x128.s8.msk` | `mrf0 / mrf1, vm[0..15], v[0..63]` |
| `vmatmul.8x128.u4` | `mrf0 / mrf1, v[0..63]` |
| `vmatmul.8x128.u4.lgmr` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), v[0..63]` |
| `vmatmul.8x128.u4.lgmr.msk` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), vm[0..15], v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), vm[0..15], v[0..63]` |
| `vmatmul.8x128.u4.msk` | `mrf0 / mrf1, vm[0..15], v[0..63]` |
| `vmatmul.8x128.u8` | `mrf0 / mrf1, v[0..63]` |
| `vmatmul.8x128.u8.lgmr` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), v[0..63]` |
| `vmatmul.8x128.u8.lgmr.msk` | `(mrf0, gmr0, msra0) / (mrf1, gmr1, msra1), vm[0..15], v[0..63]`<br>`(mrf0, gmr0, msrb0) / (mrf1, gmr1, msrb1), vm[0..15], v[0..63]` |
| `vmatmul.8x128.u8.msk` | `mrf0 / mrf1, vm[0..15], v[0..63]` |
| `vmatmul.lmr.104` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.104.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.112` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.112.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.120` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.120.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.128` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.128.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.16` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.16.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.24` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.24.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.32` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.32.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.40` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.40.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.48` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.48.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.56` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.56.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.64` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.64.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.72` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.72.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.8` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.8.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.80` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.80.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.88` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.88.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmul.lmr.96` | `(mrf0, lmr0) / (mrf1, lmr1)` |
| `vmatmul.lmr.96.lgmr` | `(mrf0, lmr0, gmr0, msra0) / (mrf1, lmr1, gmr1, msra1)`<br>`(mrf0, lmr0, gmr0, msrb0) / (mrf1, lmr1, gmr1, msrb1)` |
| `vmatmulprep` | `mubr0 / mubr1, v[0..63]` |
| `vmatmulprep.b16.msk` | `mubr0 / mubr1, vm[0..15], v[0..63]` |
| `vmatmulprep.b32.msk` | `mubr0 / mubr1, vm[0..15], v[0..63]` |
| `vmatmulprep.b8.msk` | `mubr0 / mubr1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.bf16` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.bf16.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.bf16.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.bf16.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.bf8.bf16` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.bf8.bf16.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.bf8.bf16.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.bf8.bf16.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.f32` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.f32.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.f32.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.f32.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.if8.bf16` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.if8.bf16.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.if8.bf16.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.if8.bf16.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.s4` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.s4.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.s4.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.s4.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.s8` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.s8.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.s8.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.s8.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.u4` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.u4.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.u4.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.u4.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.u8` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.u8.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush1.8x128.u8.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush1.8x128.u8.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.bf16` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.bf16.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.bf16.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.bf16.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.bf8.bf16` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.bf8.bf16.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.bf8.bf16.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.bf8.bf16.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.f32` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.f32.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.f32.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.f32.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.if8.bf16` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.if8.bf16.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.if8.bf16.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.if8.bf16.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.s4` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.s4.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.s4.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.s4.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.s8` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.s8.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.s8.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.s8.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.u4` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.u4.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.u4.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.u4.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.u8` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.u8.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush2.8x128.u8.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush2.8x128.u8.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.bf16` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.bf16.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.bf16.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.bf16.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.bf8.bf16` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.bf8.bf16.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.bf8.bf16.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.bf8.bf16.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.f32` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.f32.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.f32.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.f32.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.if8.bf16` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.if8.bf16.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.if8.bf16.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.if8.bf16.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.s4` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.s4.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.s4.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.s4.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.s8` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.s8.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.s8.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.s8.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.u4` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.u4.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.u4.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.u4.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.u8` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.u8.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpush3.8x128.u8.xpose` | `msra0 / msrb0 / msra1 / msrb1, v[0..63]` |
| `vmatpush3.8x128.u8.xpose.msk` | `msra0 / msrb0 / msra1 / msrb1, vm[0..15], v[0..63]` |
| `vmatpushprep` | `subr0 / subr1, v[0..63]` |
| `vmatpushprep.b16.msk` | `subr0 / subr1, vm[0..15], v[0..63]` |
| `vmatpushprep.b32.msk` | `subr0 / subr1, vm[0..15], v[0..63]` |
| `vmatpushprep.b8.msk` | `subr0 / subr1, vm[0..15], v[0..63]` |
| `vmax.index.xlane.8x128.bf16` | `trf0 / trf1, v[0..63]` |
| `vmax.index.xlane.8x128.f32` | `trf0 / trf1, v[0..63]` |
| `vmax.xlane.8x128.bf16` | `trf0 / trf1, v[0..63]` |
| `vmax.xlane.8x128.f32` | `trf0 / trf1, v[0..63]` |
| `vmin.index.xlane.8x128.bf16` | `trf0 / trf1, v[0..63]` |
| `vmin.index.xlane.8x128.f32` | `trf0 / trf1, v[0..63]` |
| `vmin.xlane.8x128.bf16` | `trf0 / trf1, v[0..63]` |
| `vmin.xlane.8x128.f32` | `trf0 / trf1, v[0..63]` |
| `vperm.lane.8x128` | `trf0 / trf1, v[0..63]` |
| `vrot.lane.8x128` | `trf0 / trf1, v[0..63], s[0..31] / u20` |
| `vrot.lane.packed.8x128` | `trf0 / trf1, v[0..63], s[0..31] / u20` |
| `vrot.lane.packed.b8.8x128` | `v[0..63], s[0..31] / u20` |
| `vsetperm.all.bytes.u32` | `pcr0 / pcr1, v[0..63]` |
| `vsetperm.all.u8` | `pcr0 / pcr1, v[0..63]` |
| `vsetperm.half.u8` | `v[0..63]` |
| `vsetperm.u8` | `pcr0 / pcr1, v[0..63]` |
| `vxpose.c.b8.start` | `trf0 / trf1, v[0..63], s[0..31] / u20` |
| `vxpose.c.b8.start.end` | `trf0 / trf1, v[0..63], s[0..31] / u20` |
| `vxpose.cont` | `trf0 / trf1, v[0..63]` |
| `vxpose.end` | `trf0 / trf1, v[0..63]` |
| `vxpose.packed.start` | `trf0 / trf1, v[0..63], s[0..31] / u20` |
| `vxpose.packed.start.end` | `trf0 / trf1, v[0..63], s[0..31] / u20` |
| `vxpose.start` | `trf0 / trf1, v[0..63], s[0..31] / u20` |
| `vxpose.start.end` | `trf0 / trf1, v[0..63], s[0..31] / u20` |

## vr0

| 助记符 | 按顺序排列的操作数类型 |
|---|---|
| `vpop.8x128` | `v[0..63], erf`<br>`v[0..63], mrf0 / mrf1`<br>`v[0..63], trf0 / trf1` |
| `vpop.add.8x128.s32` | `v[0..63], (mrf0, mrf1)` |

## vr1

| 助记符 | 按顺序排列的操作数类型 |
|---|---|
| `vpop.8x128` | `v[0..63], erf`<br>`v[0..63], mrf0 / mrf1`<br>`v[0..63], trf0 / trf1` |
| `vpop.add.8x128.s32` | `v[0..63], (mrf0, mrf1)` |