CoCalc -- loongarch-disasm.cpp

GitHub Repository: hrydgard/ppsspp
Path: blob/master/ext/loongarch-disasm.cpp
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/*
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 * LoongArch64 Disassembler
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 *
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 * Copyright (c) 2021 Loongson Technology Corporation Limited
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 *
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 * Permission is hereby granted, free of charge, to any person obtaining a copy
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 * of this software and associated documentation files (the "Software"), to deal
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 * in the Software without restriction, including without limitation the rights
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 * to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
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 * copies of the Software, and to permit persons to whom the Software is
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 * furnished to do so, subject to the following conditions:
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 *
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 * The above copyright notice and this permission notice shall be included in
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 * all copies or substantial portions of the Software.
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 *
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 * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
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 * IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
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 * FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL
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 * THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
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 * LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
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 * OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN
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 * THE SOFTWARE.
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 */
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#include "loongarch-disasm.h"
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#include <cstdlib>
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#include <cstdio>
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#include <cstring>
29

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const IR2_OPND_TYPE ir2_opnd_type_table[] ={
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    IR2_OPND_NONE, //OPD_INVALID
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    IR2_OPND_CC, //FCC_CA
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    IR2_OPND_CC, //FCC_CD
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    IR2_OPND_CC, //FCC_CJ
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    IR2_OPND_NONE, //IMM_CODE
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    IR2_OPND_IMM, //IMM_CONDF
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    IR2_OPND_IMM, //IMM_CONDH
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    IR2_OPND_IMM, //IMM_CONDL
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    IR2_OPND_NONE, //OPD_CSR
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    IR2_OPND_FPR, //FPR_FA
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    IR2_OPND_FCSR, //OPD_FCSRH
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    IR2_OPND_FCSR, //OPD_FCSRL
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    IR2_OPND_FPR, //FPR_FD
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    IR2_OPND_FPR, //FPR_FJ
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    IR2_OPND_FPR, //FPR_FK
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    IR2_OPND_IMM, //IMM_HINTL
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    IR2_OPND_IMM, //IMM_HINTS
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    IR2_OPND_IMM, //IMM_I13
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    IR2_OPND_NONE, //IMM_IDXS
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    IR2_OPND_NONE, //IMM_IDXM
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    IR2_OPND_NONE, //IMM_IDXL
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    IR2_OPND_NONE, //IMM_IDXLL
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    IR2_OPND_NONE, //IMM_LEVEL
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    IR2_OPND_IMM, //IMM_LSBD
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    IR2_OPND_IMM, //IMM_LSBW
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    IR2_OPND_IMM, //IMM_MODE
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    IR2_OPND_IMM, //IMM_MSBD
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    IR2_OPND_IMM, //IMM_MSBW
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    IR2_OPND_IMM, //IMM_OFFS
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    IR2_OPND_IMM, //IMM_OFFL
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    IR2_OPND_IMM, //IMM_OFFLL
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    IR2_OPND_NONE, //OPD_OPCACHE
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    IR2_OPND_IMM, //IMM_OPX86
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    IR2_OPND_IMM, //IMM_PTR
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    IR2_OPND_GPR, //GPR_RD
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    IR2_OPND_GPR, //GPR_RJ
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    IR2_OPND_GPR, //GPR_RK
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    IR2_OPND_IMM, //IMM_SA2
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    IR2_OPND_IMM, //IMM_SA3
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    IR2_OPND_SCR, //SCR_SD
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    IR2_OPND_NONE, //IMM_SEQ
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    IR2_OPND_IMM, //IMM_SI10
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    IR2_OPND_IMM, //IMM_SI11
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    IR2_OPND_IMM, //IMM_SI12
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    IR2_OPND_IMM, //IMM_SI14
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    IR2_OPND_IMM, //IMM_SI16
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    IR2_OPND_IMM, //IMM_SI20
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    IR2_OPND_IMM, //IMM_SI5
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    IR2_OPND_IMM, //IMM_SI8
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    IR2_OPND_IMM, //IMM_SI9
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    IR2_OPND_SCR, //SCR_SJ
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    IR2_OPND_IMM, //IMM_UI1
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    IR2_OPND_IMM, //IMM_UI12
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    IR2_OPND_IMM, //IMM_UI2
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    IR2_OPND_IMM, //IMM_UI3
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    IR2_OPND_IMM, //IMM_UI4
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    IR2_OPND_IMM, //IMM_UI5H
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    IR2_OPND_IMM, //IMM_UI5L
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    IR2_OPND_IMM, //IMM_UI6
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    IR2_OPND_IMM, //IMM_UI7
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    IR2_OPND_IMM, //IMM_UI8
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    IR2_OPND_FPR, //FPR_VA
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    IR2_OPND_FPR, //FPR_VD
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    IR2_OPND_FPR, //FPR_VJ
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    IR2_OPND_FPR, //FPR_VK
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    IR2_OPND_FPR, //FPR_XA
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    IR2_OPND_FPR, //FPR_XD
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    IR2_OPND_FPR, //FPR_XJ
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    IR2_OPND_FPR, //FPR_XK
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};
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const GM_OPERAND_PLACE_RELATION bit_field_table[] = {
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    {OPD_INVALID, {-1, -1}, {-1, -1} },
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    {FCC_CA, {15, 17}, {-1, -1} },
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    {FCC_CD, {0, 2}, {-1, -1} },
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    {FCC_CJ, {5, 7}, {-1, -1} },
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    {IMM_CODE, {0, 14}, {-1, -1} },
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    {IMM_CONDF, {15, 19}, {-1, -1} },
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    {IMM_CONDH, {10, 13}, {-1, -1} },
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    {IMM_CONDL, {0, 3}, {-1, -1} },
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    {OPD_CSR, {10, 23}, {-1, -1} },
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    {FPR_FA, {15, 19}, {-1, -1} },
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    {OPD_FCSRH, {5, 9}, {-1, -1} },
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    {OPD_FCSRL, {0, 4}, {-1, -1} },
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    {FPR_FD, {0, 4}, {-1, -1} },
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    {FPR_FJ, {5, 9}, {-1, -1} },
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    {FPR_FK, {10, 14}, {-1, -1} },
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    {IMM_HINTL, {0, 14}, {-1, -1} },
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    {IMM_HINTS, {0, 4}, {-1, -1} },
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    {IMM_I13, {5, 17}, {-1, -1} },
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    {IMM_IDXS, {18, 18}, {-1, -1} },
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    {IMM_IDXM, {18, 19}, {-1, -1} },
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    {IMM_IDXL, {18, 20}, {-1, -1} },
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    {IMM_IDXLL, {18, 21}, {-1, -1} },
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    {IMM_LEVEL, {10, 17}, {-1, -1} },
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    {IMM_LSBD, {10, 15}, {-1, -1} },
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    {IMM_LSBW, {10, 14}, {-1, -1} },
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    {IMM_MODE, {5, 9}, {-1, -1} },
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    {IMM_MSBD, {16, 21}, {-1, -1} },
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    {IMM_MSBW, {16, 20}, {-1, -1} },
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    {IMM_OFFS, {10, 25}, {-1, -1} },
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    {IMM_OFFL, {10, 25}, {0, 4} },
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    {IMM_OFFLL, {10, 25}, {0, 9} },
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    {OPD_OPCACHE, {0, 4}, {-1, -1} },
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    {IMM_OPX86, {5, 9}, {-1, -1} },
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    {IMM_PTR, {5, 7}, {-1, -1} },
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    {GPR_RD, {0, 4}, {-1, -1} },
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    {GPR_RJ, {5, 9}, {-1, -1} },
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    {GPR_RK, {10, 14}, {-1, -1} },
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    {IMM_SA2, {15, 16}, {-1, -1} },
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    {IMM_SA3, {15, 17}, {-1, -1} },
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    {SCR_SD, {0, 1}, {-1, -1} },
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    {IMM_SEQ, {10, 17}, {-1, -1} },
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    {IMM_SI10, {10, 19}, {-1, -1} },
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    {IMM_SI11, {10, 20}, {-1, -1} },
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    {IMM_SI12, {10, 21}, {-1, -1} },
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    {IMM_SI14, {10, 23}, {-1, -1} },
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    {IMM_SI16, {10, 25}, {-1, -1} },
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    {IMM_SI20, {5, 24}, {-1, -1} },
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    {IMM_SI5, {10, 14}, {-1, -1} },
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    {IMM_SI8, {10, 17}, {-1, -1} },
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    {IMM_SI9, {10, 18}, {-1, -1} },
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    {SCR_SJ, {5, 6}, {-1, -1} },
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    {IMM_UI1, {10, 10}, {-1, -1} },
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    {IMM_UI12, {10, 21}, {-1, -1} },
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    {IMM_UI2, {10, 11}, {-1, -1} },
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    {IMM_UI3, {10, 12}, {-1, -1} },
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    {IMM_UI4, {10, 13}, {-1, -1} },
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    {IMM_UI5H, {15, 19}, {-1, -1} },
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    {IMM_UI5L, {10, 14}, {-1, -1} },
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    {IMM_UI6, {10, 15}, {-1, -1} },
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    {IMM_UI7, {10, 16}, {-1, -1} },
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    {IMM_UI8, {10, 17}, {-1, -1} },
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    {FPR_VA, {15, 19}, {-1, -1} },
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    {FPR_VD, {0, 4}, {-1, -1} },
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    {FPR_VJ, {5, 9}, {-1, -1} },
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    {FPR_VK, {10, 14}, {-1, -1} },
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    {FPR_XA, {15, 19}, {-1, -1} },
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    {FPR_XD, {0, 4}, {-1, -1} },
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    {FPR_XJ, {5, 9}, {-1, -1} },
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    {FPR_XK, {10, 14}, {-1, -1} },
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};
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const GM_LA_OPCODE_FORMAT lisa_format_table[] = {
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    {LISA_INVALID, 0x0, {OPD_INVALID}},
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    {LISA_ILL, 0xffffffff, {OPD_INVALID}},
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    {LISA_LABEL, 0x0, {OPD_INVALID}},
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    {LISA_X86_INST, 0x0, {OPD_INVALID}},
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    {LISA_DUP, 0x0, {OPD_INVALID}},
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    {LISA_MOV64, 0x0, {OPD_INVALID}},
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    {LISA_MOV32_SX, 0x0, {OPD_INVALID}},
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    {LISA_MOV32_ZX, 0x0, {OPD_INVALID}},
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    {LISA_CLR_H32, 0x0, {OPD_INVALID}},
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    {LISA_ADD, 0x0, {OPD_INVALID}},
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    {LISA_SUB, 0x0, {OPD_INVALID}},
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    {LISA_ADDI_ADDRX, 0x0, {OPD_INVALID}},
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    {LISA_LOAD_ADDRX, 0x0, {OPD_INVALID}},
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    {LISA_STORE_ADDRX, 0x0, {OPD_INVALID}},
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    {LISA_GR2SCR, 0x00000800, {SCR_SD, GPR_RJ}},
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    {LISA_SCR2GR, 0x00000c00, {GPR_RD, SCR_SJ}},
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    {LISA_CLO_W, 0x00001000, {GPR_RD, GPR_RJ}},
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    {LISA_CLZ_W, 0x00001400, {GPR_RD, GPR_RJ}},
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    {LISA_CTO_W, 0x00001800, {GPR_RD, GPR_RJ}},
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    {LISA_CTZ_W, 0x00001c00, {GPR_RD, GPR_RJ}},
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    {LISA_CLO_D, 0x00002000, {GPR_RD, GPR_RJ}},
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    {LISA_CLZ_D, 0x00002400, {GPR_RD, GPR_RJ}},
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    {LISA_CTO_D, 0x00002800, {GPR_RD, GPR_RJ}},
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    {LISA_CTZ_D, 0x00002c00, {GPR_RD, GPR_RJ}},
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    {LISA_REVB_2H, 0x00003000, {GPR_RD, GPR_RJ}},
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    {LISA_REVB_4H, 0x00003400, {GPR_RD, GPR_RJ}},
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    {LISA_REVB_2W, 0x00003800, {GPR_RD, GPR_RJ}},
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    {LISA_REVB_D, 0x00003c00, {GPR_RD, GPR_RJ}},
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    {LISA_REVH_2W, 0x00004000, {GPR_RD, GPR_RJ}},
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    {LISA_REVH_D, 0x00004400, {GPR_RD, GPR_RJ}},
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    {LISA_BITREV_4B, 0x00004800, {GPR_RD, GPR_RJ}},
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    {LISA_BITREV_8B, 0x00004c00, {GPR_RD, GPR_RJ}},
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    {LISA_BITREV_W, 0x00005000, {GPR_RD, GPR_RJ}},
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    {LISA_BITREV_D, 0x00005400, {GPR_RD, GPR_RJ}},
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    {LISA_EXT_W_H, 0x00005800, {GPR_RD, GPR_RJ}},
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    {LISA_EXT_W_B, 0x00005c00, {GPR_RD, GPR_RJ}},
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    {LISA_RDTIMEL_W, 0x00006000, {GPR_RD, GPR_RJ}},
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    {LISA_RDTIMEH_W, 0x00006400, {GPR_RD, GPR_RJ}},
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    {LISA_RDTIME_D, 0x00006800, {GPR_RD, GPR_RJ}},
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    {LISA_CPUCFG, 0x00006c00, {GPR_RD, GPR_RJ}},
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    {LISA_X86MTTOP, 0x00007000, {IMM_PTR}},
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    {LISA_X86MFTOP, 0x00007400, {GPR_RD}},
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    {LISA_X86LOOPE, 0x00007800, {GPR_RD, GPR_RJ}},
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    {LISA_X86LOOPNE, 0x00007c00, {GPR_RD, GPR_RJ}},
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    {LISA_X86INC_B, 0x00008000, {GPR_RJ}},
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    {LISA_X86INC_H, 0x00008001, {GPR_RJ}},
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    {LISA_X86INC_W, 0x00008002, {GPR_RJ}},
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    {LISA_X86INC_D, 0x00008003, {GPR_RJ}},
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    {LISA_X86DEC_B, 0x00008004, {GPR_RJ}},
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    {LISA_X86DEC_H, 0x00008005, {GPR_RJ}},
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    {LISA_X86DEC_W, 0x00008006, {GPR_RJ}},
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    {LISA_X86DEC_D, 0x00008007, {GPR_RJ}},
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    {LISA_X86SETTM, 0x00008008, {}},
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    {LISA_X86CLRTM, 0x00008028, {}},
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    {LISA_X86INCTOP, 0x00008009, {}},
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    {LISA_X86DECTOP, 0x00008029, {}},
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    {LISA_ASRTLE_D, 0x00010000, {GPR_RJ, GPR_RK}},
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    {LISA_ASRTGT_D, 0x00018000, {GPR_RJ, GPR_RK}},
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    {LISA_ALSL_W, 0x00040000, {GPR_RD, GPR_RJ, GPR_RK, IMM_SA2}},
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    {LISA_ALSL_WU, 0x00060000, {GPR_RD, GPR_RJ, GPR_RK, IMM_SA2}},
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    {LISA_BYTEPICK_W, 0x00080000, {GPR_RD, GPR_RJ, GPR_RK, IMM_SA2}},
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    {LISA_BYTEPICK_D, 0x000c0000, {GPR_RD, GPR_RJ, GPR_RK, IMM_SA3}},
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    {LISA_ADD_W, 0x00100000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_ADD_D, 0x00108000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_SUB_W, 0x00110000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_SUB_D, 0x00118000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_SLT, 0x00120000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_SLTU, 0x00128000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_MASKEQZ, 0x00130000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_MASKNEZ, 0x00138000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_NOR, 0x00140000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_AND, 0x00148000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_OR, 0x00150000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_XOR, 0x00158000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_ORN, 0x00160000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_ANDN, 0x00168000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_SLL_W, 0x00170000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_SRL_W, 0x00178000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_SRA_W, 0x00180000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_SLL_D, 0x00188000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_SRL_D, 0x00190000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_SRA_D, 0x00198000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_ROTR_B, 0x001a0000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_ROTR_H, 0x001a8000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_ROTR_W, 0x001b0000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_ROTR_D, 0x001b8000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_MUL_W, 0x001c0000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_MULH_W, 0x001c8000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_MULH_WU, 0x001d0000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_MUL_D, 0x001d8000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_MULH_D, 0x001e0000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_MULH_DU, 0x001e8000, {GPR_RD, GPR_RJ, GPR_RK}},
267
    {LISA_MULW_D_W, 0x001f0000, {GPR_RD, GPR_RJ, GPR_RK}},
268
    {LISA_MULW_D_WU, 0x001f8000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_DIV_W, 0x00200000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_MOD_W, 0x00208000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_DIV_WU, 0x00210000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_MOD_WU, 0x00218000, {GPR_RD, GPR_RJ, GPR_RK}},
273
    {LISA_DIV_D, 0x00220000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_MOD_D, 0x00228000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_DIV_DU, 0x00230000, {GPR_RD, GPR_RJ, GPR_RK}},
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    {LISA_MOD_DU, 0x00238000, {GPR_RD, GPR_RJ, GPR_RK}},
277
    {LISA_CRC_W_B_W, 0x00240000, {GPR_RD, GPR_RJ, GPR_RK}},
278
    {LISA_CRC_W_H_W, 0x00248000, {GPR_RD, GPR_RJ, GPR_RK}},
279
    {LISA_CRC_W_W_W, 0x00250000, {GPR_RD, GPR_RJ, GPR_RK}},
280
    {LISA_CRC_W_D_W, 0x00258000, {GPR_RD, GPR_RJ, GPR_RK}},
281
    {LISA_CRCC_W_B_W, 0x00260000, {GPR_RD, GPR_RJ, GPR_RK}},
282
    {LISA_CRCC_W_H_W, 0x00268000, {GPR_RD, GPR_RJ, GPR_RK}},
283
    {LISA_CRCC_W_W_W, 0x00270000, {GPR_RD, GPR_RJ, GPR_RK}},
284
    {LISA_CRCC_W_D_W, 0x00278000, {GPR_RD, GPR_RJ, GPR_RK}},
285
    {LISA_ADDU12I_W, 0x00290000, {GPR_RD, GPR_RJ, IMM_SI5}},
286
    {LISA_ADDU12I_D, 0x00298000, {GPR_RD, GPR_RJ, IMM_SI5}},
287
    {LISA_BREAK, 0x002a0000, {IMM_CODE}},
288
    {LISA_DBGCALL, 0x002a8000, {IMM_CODE}},
289
    {LISA_SYSCALL, 0x002b0000, {IMM_CODE}},
290
    {LISA_HYPCALL, 0x002b8000, {IMM_CODE}},
291
    {LISA_ALSL_D, 0x002c0000, {GPR_RD, GPR_RJ, GPR_RK, IMM_SA2}},
292
    {LISA_ADC_B, 0x00300000, {GPR_RD, GPR_RJ, GPR_RK}},
293
    {LISA_ADC_H, 0x00308000, {GPR_RD, GPR_RJ, GPR_RK}},
294
    {LISA_ADC_W, 0x00310000, {GPR_RD, GPR_RJ, GPR_RK}},
295
    {LISA_ADC_D, 0x00318000, {GPR_RD, GPR_RJ, GPR_RK}},
296
    {LISA_SBC_B, 0x00320000, {GPR_RD, GPR_RJ, GPR_RK}},
297
    {LISA_SBC_H, 0x00328000, {GPR_RD, GPR_RJ, GPR_RK}},
298
    {LISA_SBC_W, 0x00330000, {GPR_RD, GPR_RJ, GPR_RK}},
299
    {LISA_SBC_D, 0x00338000, {GPR_RD, GPR_RJ, GPR_RK}},
300
    {LISA_RCR_B, 0x00340000, {GPR_RD, GPR_RJ, GPR_RK}},
301
    {LISA_RCR_H, 0x00348000, {GPR_RD, GPR_RJ, GPR_RK}},
302
    {LISA_RCR_W, 0x00350000, {GPR_RD, GPR_RJ, GPR_RK}},
303
    {LISA_RCR_D, 0x00358000, {GPR_RD, GPR_RJ, GPR_RK}},
304
    {LISA_ARMMOVE, 0x00364000, {GPR_RD, GPR_RJ, IMM_CONDH}},
305
    {LISA_SETX86J, 0x00368000, {GPR_RD, IMM_CONDH}},
306
    {LISA_SETARMJ, 0x0036c000, {GPR_RD, IMM_CONDH}},
307
    {LISA_ARMADD_W, 0x00370010, {GPR_RJ, GPR_RK, IMM_CONDL}},
308
    {LISA_ARMSUB_W, 0x00378010, {GPR_RJ, GPR_RK, IMM_CONDL}},
309
    {LISA_ARMADC_W, 0x00380010, {GPR_RJ, GPR_RK, IMM_CONDL}},
310
    {LISA_ARMSBC_W, 0x00388010, {GPR_RJ, GPR_RK, IMM_CONDL}},
311
    {LISA_ARMAND_W, 0x00390010, {GPR_RJ, GPR_RK, IMM_CONDL}},
312
    {LISA_ARMOR_W, 0x00398010, {GPR_RJ, GPR_RK, IMM_CONDL}},
313
    {LISA_ARMXOR_W, 0x003a0010, {GPR_RJ, GPR_RK, IMM_CONDL}},
314
    {LISA_ARMSLL_W, 0x003a8010, {GPR_RJ, GPR_RK, IMM_CONDL}},
315
    {LISA_ARMSRL_W, 0x003b0010, {GPR_RJ, GPR_RK, IMM_CONDL}},
316
    {LISA_ARMSRA_W, 0x003b8010, {GPR_RJ, GPR_RK, IMM_CONDL}},
317
    {LISA_ARMROTR_W, 0x003c0010, {GPR_RJ, GPR_RK, IMM_CONDL}},
318
    {LISA_ARMSLLI_W, 0x003c8010, {GPR_RJ, IMM_UI5L, IMM_CONDL}},
319
    {LISA_ARMSRLI_W, 0x003d0010, {GPR_RJ, IMM_UI5L, IMM_CONDL}},
320
    {LISA_ARMSRAI_W, 0x003d8010, {GPR_RJ, IMM_UI5L, IMM_CONDL}},
321
    {LISA_ARMROTRI_W, 0x003e0010, {GPR_RJ, IMM_UI5L, IMM_CONDL}},
322
    {LISA_X86MUL_B, 0x003e8000, {GPR_RJ, GPR_RK}},
323
    {LISA_X86MUL_H, 0x003e8001, {GPR_RJ, GPR_RK}},
324
    {LISA_X86MUL_W, 0x003e8002, {GPR_RJ, GPR_RK}},
325
    {LISA_X86MUL_D, 0x003e8003, {GPR_RJ, GPR_RK}},
326
    {LISA_X86MUL_BU, 0x003e8004, {GPR_RJ, GPR_RK}},
327
    {LISA_X86MUL_HU, 0x003e8005, {GPR_RJ, GPR_RK}},
328
    {LISA_X86MUL_WU, 0x003e8006, {GPR_RJ, GPR_RK}},
329
    {LISA_X86MUL_DU, 0x003e8007, {GPR_RJ, GPR_RK}},
330
    {LISA_X86ADD_WU, 0x003f0000, {GPR_RJ, GPR_RK}},
331
    {LISA_X86ADD_DU, 0x003f0001, {GPR_RJ, GPR_RK}},
332
    {LISA_X86SUB_WU, 0x003f0002, {GPR_RJ, GPR_RK}},
333
    {LISA_X86SUB_DU, 0x003f0003, {GPR_RJ, GPR_RK}},
334
    {LISA_X86ADD_B, 0x003f0004, {GPR_RJ, GPR_RK}},
335
    {LISA_X86ADD_H, 0x003f0005, {GPR_RJ, GPR_RK}},
336
    {LISA_X86ADD_W, 0x003f0006, {GPR_RJ, GPR_RK}},
337
    {LISA_X86ADD_D, 0x003f0007, {GPR_RJ, GPR_RK}},
338
    {LISA_X86SUB_B, 0x003f0008, {GPR_RJ, GPR_RK}},
339
    {LISA_X86SUB_H, 0x003f0009, {GPR_RJ, GPR_RK}},
340
    {LISA_X86SUB_W, 0x003f000a, {GPR_RJ, GPR_RK}},
341
    {LISA_X86SUB_D, 0x003f000b, {GPR_RJ, GPR_RK}},
342
    {LISA_X86ADC_B, 0x003f000c, {GPR_RJ, GPR_RK}},
343
    {LISA_X86ADC_H, 0x003f000d, {GPR_RJ, GPR_RK}},
344
    {LISA_X86ADC_W, 0x003f000e, {GPR_RJ, GPR_RK}},
345
    {LISA_X86ADC_D, 0x003f000f, {GPR_RJ, GPR_RK}},
346
    {LISA_X86SBC_B, 0x003f0010, {GPR_RJ, GPR_RK}},
347
    {LISA_X86SBC_H, 0x003f0011, {GPR_RJ, GPR_RK}},
348
    {LISA_X86SBC_W, 0x003f0012, {GPR_RJ, GPR_RK}},
349
    {LISA_X86SBC_D, 0x003f0013, {GPR_RJ, GPR_RK}},
350
    {LISA_X86SLL_B, 0x003f0014, {GPR_RJ, GPR_RK}},
351
    {LISA_X86SLL_H, 0x003f0015, {GPR_RJ, GPR_RK}},
352
    {LISA_X86SLL_W, 0x003f0016, {GPR_RJ, GPR_RK}},
353
    {LISA_X86SLL_D, 0x003f0017, {GPR_RJ, GPR_RK}},
354
    {LISA_X86SRL_B, 0x003f0018, {GPR_RJ, GPR_RK}},
355
    {LISA_X86SRL_H, 0x003f0019, {GPR_RJ, GPR_RK}},
356
    {LISA_X86SRL_W, 0x003f001a, {GPR_RJ, GPR_RK}},
357
    {LISA_X86SRL_D, 0x003f001b, {GPR_RJ, GPR_RK}},
358
    {LISA_X86SRA_B, 0x003f001c, {GPR_RJ, GPR_RK}},
359
    {LISA_X86SRA_H, 0x003f001d, {GPR_RJ, GPR_RK}},
360
    {LISA_X86SRA_W, 0x003f001e, {GPR_RJ, GPR_RK}},
361
    {LISA_X86SRA_D, 0x003f001f, {GPR_RJ, GPR_RK}},
362
    {LISA_X86ROTR_B, 0x003f8000, {GPR_RJ, GPR_RK}},
363
    {LISA_X86ROTR_H, 0x003f8001, {GPR_RJ, GPR_RK}},
364
    {LISA_X86ROTR_D, 0x003f8002, {GPR_RJ, GPR_RK}},
365
    {LISA_X86ROTR_W, 0x003f8003, {GPR_RJ, GPR_RK}},
366
    {LISA_X86ROTL_B, 0x003f8004, {GPR_RJ, GPR_RK}},
367
    {LISA_X86ROTL_H, 0x003f8005, {GPR_RJ, GPR_RK}},
368
    {LISA_X86ROTL_W, 0x003f8006, {GPR_RJ, GPR_RK}},
369
    {LISA_X86ROTL_D, 0x003f8007, {GPR_RJ, GPR_RK}},
370
    {LISA_X86RCR_B, 0x003f8008, {GPR_RJ, GPR_RK}},
371
    {LISA_X86RCR_H, 0x003f8009, {GPR_RJ, GPR_RK}},
372
    {LISA_X86RCR_W, 0x003f800a, {GPR_RJ, GPR_RK}},
373
    {LISA_X86RCR_D, 0x003f800b, {GPR_RJ, GPR_RK}},
374
    {LISA_X86RCL_B, 0x003f800c, {GPR_RJ, GPR_RK}},
375
    {LISA_X86RCL_H, 0x003f800d, {GPR_RJ, GPR_RK}},
376
    {LISA_X86RCL_W, 0x003f800e, {GPR_RJ, GPR_RK}},
377
    {LISA_X86RCL_D, 0x003f800f, {GPR_RJ, GPR_RK}},
378
    {LISA_X86AND_B, 0x003f8010, {GPR_RJ, GPR_RK}},
379
    {LISA_X86AND_H, 0x003f8011, {GPR_RJ, GPR_RK}},
380
    {LISA_X86AND_W, 0x003f8012, {GPR_RJ, GPR_RK}},
381
    {LISA_X86AND_D, 0x003f8013, {GPR_RJ, GPR_RK}},
382
    {LISA_X86OR_B, 0x003f8014, {GPR_RJ, GPR_RK}},
383
    {LISA_X86OR_H, 0x003f8015, {GPR_RJ, GPR_RK}},
384
    {LISA_X86OR_W, 0x003f8016, {GPR_RJ, GPR_RK}},
385
    {LISA_X86OR_D, 0x003f8017, {GPR_RJ, GPR_RK}},
386
    {LISA_X86XOR_B, 0x003f8018, {GPR_RJ, GPR_RK}},
387
    {LISA_X86XOR_H, 0x003f8019, {GPR_RJ, GPR_RK}},
388
    {LISA_X86XOR_W, 0x003f801a, {GPR_RJ, GPR_RK}},
389
    {LISA_X86XOR_D, 0x003f801b, {GPR_RJ, GPR_RK}},
390
    {LISA_ARMNOT_W, 0x003fc01c, {GPR_RJ, IMM_CONDH}},
391
    {LISA_ARMMOV_W, 0x003fc01d, {GPR_RJ, IMM_CONDH}},
392
    {LISA_ARMMOV_D, 0x003fc01e, {GPR_RJ, IMM_CONDH}},
393
    {LISA_ARMRRX_W, 0x003fc01f, {GPR_RJ, IMM_CONDH}},
394
    {LISA_SLLI_W, 0x00408000, {GPR_RD, GPR_RJ, IMM_UI5L}},
395
    {LISA_SLLI_D, 0x00410000, {GPR_RD, GPR_RJ, IMM_UI6}},
396
    {LISA_SRLI_W, 0x00448000, {GPR_RD, GPR_RJ, IMM_UI5L}},
397
    {LISA_SRLI_D, 0x00450000, {GPR_RD, GPR_RJ, IMM_UI6}},
398
    {LISA_SRAI_W, 0x00488000, {GPR_RD, GPR_RJ, IMM_UI5L}},
399
    {LISA_SRAI_D, 0x00490000, {GPR_RD, GPR_RJ, IMM_UI6}},
400
    {LISA_ROTRI_B, 0x004c2000, {GPR_RD, GPR_RJ, IMM_UI3}},
401
    {LISA_ROTRI_H, 0x004c4000, {GPR_RD, GPR_RJ, IMM_UI4}},
402
    {LISA_ROTRI_W, 0x004c8000, {GPR_RD, GPR_RJ, IMM_UI5L}},
403
    {LISA_ROTRI_D, 0x004d0000, {GPR_RD, GPR_RJ, IMM_UI6}},
404
    {LISA_RCRI_B, 0x00502000, {GPR_RD, GPR_RJ, IMM_UI3}},
405
    {LISA_RCRI_H, 0x00504000, {GPR_RD, GPR_RJ, IMM_UI4}},
406
    {LISA_RCRI_W, 0x00508000, {GPR_RD, GPR_RJ, IMM_UI5L}},
407
    {LISA_RCRI_D, 0x00510000, {GPR_RD, GPR_RJ, IMM_UI6}},
408
    {LISA_X86SLLI_B, 0x00542000, {GPR_RJ, IMM_UI3}},
409
    {LISA_X86SLLI_H, 0x00544001, {GPR_RJ, IMM_UI4}},
410
    {LISA_X86SLLI_W, 0x00548002, {GPR_RJ, IMM_UI5L}},
411
    {LISA_X86SLLI_D, 0x00550003, {GPR_RJ, IMM_UI6}},
412
    {LISA_X86SRLI_B, 0x00542004, {GPR_RJ, IMM_UI3}},
413
    {LISA_X86SRLI_H, 0x00544005, {GPR_RJ, IMM_UI4}},
414
    {LISA_X86SRLI_W, 0x00548006, {GPR_RJ, IMM_UI5L}},
415
    {LISA_X86SRLI_D, 0x00550007, {GPR_RJ, IMM_UI6}},
416
    {LISA_X86SRAI_B, 0x00542008, {GPR_RJ, IMM_UI3}},
417
    {LISA_X86SRAI_H, 0x00544009, {GPR_RJ, IMM_UI4}},
418
    {LISA_X86SRAI_W, 0x0054800a, {GPR_RJ, IMM_UI5L}},
419
    {LISA_X86SRAI_D, 0x0055000b, {GPR_RJ, IMM_UI6}},
420
    {LISA_X86ROTRI_B, 0x0054200c, {GPR_RJ, IMM_UI3}},
421
    {LISA_X86ROTRI_H, 0x0054400d, {GPR_RJ, IMM_UI4}},
422
    {LISA_X86ROTRI_W, 0x0054800e, {GPR_RJ, IMM_UI5L}},
423
    {LISA_X86ROTRI_D, 0x0055000f, {GPR_RJ, IMM_UI6}},
424
    {LISA_X86RCRI_B, 0x00542010, {GPR_RJ, IMM_UI3}},
425
    {LISA_X86RCRI_H, 0x00544011, {GPR_RJ, IMM_UI4}},
426
    {LISA_X86RCRI_W, 0x00548012, {GPR_RJ, IMM_UI5L}},
427
    {LISA_X86RCRI_D, 0x00550013, {GPR_RJ, IMM_UI6}},
428
    {LISA_X86ROTLI_B, 0x00542014, {GPR_RJ, IMM_UI3}},
429
    {LISA_X86ROTLI_H, 0x00544015, {GPR_RJ, IMM_UI4}},
430
    {LISA_X86ROTLI_W, 0x00548016, {GPR_RJ, IMM_UI5L}},
431
    {LISA_X86ROTLI_D, 0x00550017, {GPR_RJ, IMM_UI6}},
432
    {LISA_X86RCLI_B, 0x00542018, {GPR_RJ, IMM_UI3}},
433
    {LISA_X86RCLI_H, 0x00544019, {GPR_RJ, IMM_UI4}},
434
    {LISA_X86RCLI_W, 0x0054801a, {GPR_RJ, IMM_UI5L}},
435
    {LISA_X86RCLI_D, 0x0055001b, {GPR_RJ, IMM_UI6}},
436
    {LISA_X86SETTAG, 0x00580000, {GPR_RD, IMM_OPX86, IMM_UI8}},
437
    {LISA_X86MFFLAG, 0x005c0000, {GPR_RD, IMM_UI8}},
438
    {LISA_X86MTFLAG, 0x005c0020, {GPR_RD, IMM_UI8}},
439
    {LISA_ARMMFFLAG, 0x005c0040, {GPR_RD, IMM_UI8}},
440
    {LISA_ARMMTFLAG, 0x005c0060, {GPR_RD, IMM_UI8}},
441
    {LISA_BSTRINS_W, 0x00600000, {GPR_RD, GPR_RJ, IMM_MSBW, IMM_LSBW}},
442
    {LISA_BSTRPICK_W, 0x00608000, {GPR_RD, GPR_RJ, IMM_MSBW, IMM_LSBW}},
443
    {LISA_BSTRINS_D, 0x00800000, {GPR_RD, GPR_RJ, IMM_MSBD, IMM_LSBD}},
444
    {LISA_BSTRPICK_D, 0x00c00000, {GPR_RD, GPR_RJ, IMM_MSBD, IMM_LSBD}},
445
    {LISA_SLTI, 0x02000000, {GPR_RD, GPR_RJ, IMM_SI12}},
446
    {LISA_SLTUI, 0x02400000, {GPR_RD, GPR_RJ, IMM_SI12}},
447
    {LISA_ADDI_W, 0x02800000, {GPR_RD, GPR_RJ, IMM_SI12}},
448
    {LISA_ADDI_D, 0x02c00000, {GPR_RD, GPR_RJ, IMM_SI12}},
449
    {LISA_LU52I_D, 0x03000000, {GPR_RD, GPR_RJ, IMM_SI12}},
450
    {LISA_ANDI, 0x03400000, {GPR_RD, GPR_RJ, IMM_UI12}},
451
    {LISA_ORI, 0x03800000, {GPR_RD, GPR_RJ, IMM_UI12}},
452
    {LISA_XORI, 0x03c00000, {GPR_RD, GPR_RJ, IMM_UI12}},
453
    {LISA_ADDU16I_D, 0x10000000, {GPR_RD, GPR_RJ, IMM_SI16}},
454
    {LISA_LU12I_W, 0x14000000, {GPR_RD, IMM_SI20}},
455
    {LISA_LU32I_D, 0x16000000, {GPR_RD, IMM_SI20}},
456
    {LISA_PCADDI, 0x18000000, {GPR_RD, IMM_SI20}},
457
    {LISA_PCALAU12I, 0x1a000000, {GPR_RD, IMM_SI20}},
458
    {LISA_PCADDU12I, 0x1c000000, {GPR_RD, IMM_SI20}},
459
    {LISA_PCADDU18I, 0x1e000000, {GPR_RD, IMM_SI20}},
460
    {LISA_LL_W, 0x20000000, {GPR_RD, GPR_RJ, IMM_SI14}},
461
    {LISA_SC_W, 0x21000000, {GPR_RD, GPR_RJ, IMM_SI14}},
462
    {LISA_LL_D, 0x22000000, {GPR_RD, GPR_RJ, IMM_SI14}},
463
    {LISA_SC_D, 0x23000000, {GPR_RD, GPR_RJ, IMM_SI14}},
464
    {LISA_LDPTR_W, 0x24000000, {GPR_RD, GPR_RJ, IMM_SI14}},
465
    {LISA_STPTR_W, 0x25000000, {GPR_RD, GPR_RJ, IMM_SI14}},
466
    {LISA_LDPTR_D, 0x26000000, {GPR_RD, GPR_RJ, IMM_SI14}},
467
    {LISA_STPTR_D, 0x27000000, {GPR_RD, GPR_RJ, IMM_SI14}},
468
    {LISA_LD_B, 0x28000000, {GPR_RD, GPR_RJ, IMM_SI12}},
469
    {LISA_LD_H, 0x28400000, {GPR_RD, GPR_RJ, IMM_SI12}},
470
    {LISA_LD_W, 0x28800000, {GPR_RD, GPR_RJ, IMM_SI12}},
471
    {LISA_LD_D, 0x28c00000, {GPR_RD, GPR_RJ, IMM_SI12}},
472
    {LISA_ST_B, 0x29000000, {GPR_RD, GPR_RJ, IMM_SI12}},
473
    {LISA_ST_H, 0x29400000, {GPR_RD, GPR_RJ, IMM_SI12}},
474
    {LISA_ST_W, 0x29800000, {GPR_RD, GPR_RJ, IMM_SI12}},
475
    {LISA_ST_D, 0x29c00000, {GPR_RD, GPR_RJ, IMM_SI12}},
476
    {LISA_LD_BU, 0x2a000000, {GPR_RD, GPR_RJ, IMM_SI12}},
477
    {LISA_LD_HU, 0x2a400000, {GPR_RD, GPR_RJ, IMM_SI12}},
478
    {LISA_LD_WU, 0x2a800000, {GPR_RD, GPR_RJ, IMM_SI12}},
479
    {LISA_PRELD, 0x2ac00000, {IMM_HINTS, GPR_RJ, IMM_SI12}},
480
    {LISA_FLD_S, 0x2b000000, {FPR_FD, GPR_RJ, IMM_SI12}},
481
    {LISA_FST_S, 0x2b400000, {FPR_FD, GPR_RJ, IMM_SI12}},
482
    {LISA_FLD_D, 0x2b800000, {FPR_FD, GPR_RJ, IMM_SI12}},
483
    {LISA_FST_D, 0x2bc00000, {FPR_FD, GPR_RJ, IMM_SI12}},
484
    {LISA_VLD, 0x2c000000, {FPR_VD, GPR_RJ, IMM_SI12}},
485
    {LISA_VST, 0x2c400000, {FPR_VD, GPR_RJ, IMM_SI12}},
486
    {LISA_XVLD, 0x2c800000, {FPR_XD, GPR_RJ, IMM_SI12}},
487
    {LISA_XVST, 0x2cc00000, {FPR_XD, GPR_RJ, IMM_SI12}},
488
    {LISA_LDL_W, 0x2e000000, {GPR_RD, GPR_RJ, IMM_SI12}},
489
    {LISA_LDR_W, 0x2e400000, {GPR_RD, GPR_RJ, IMM_SI12}},
490
    {LISA_LDL_D, 0x2e800000, {GPR_RD, GPR_RJ, IMM_SI12}},
491
    {LISA_LDR_D, 0x2ec00000, {GPR_RD, GPR_RJ, IMM_SI12}},
492
    {LISA_STL_W, 0x2f000000, {GPR_RD, GPR_RJ, IMM_SI12}},
493
    {LISA_STR_W, 0x2f400000, {GPR_RD, GPR_RJ, IMM_SI12}},
494
    {LISA_STL_D, 0x2f800000, {GPR_RD, GPR_RJ, IMM_SI12}},
495
    {LISA_STR_D, 0x2fc00000, {GPR_RD, GPR_RJ, IMM_SI12}},
496
    {LISA_VLDREPL_D, 0x30100000, {FPR_VD, GPR_RJ, IMM_SI9}},
497
    {LISA_VLDREPL_W, 0x30200000, {FPR_VD, GPR_RJ, IMM_SI10}},
498
    {LISA_VLDREPL_H, 0x30400000, {FPR_VD, GPR_RJ, IMM_SI11}},
499
    {LISA_VLDREPL_B, 0x30800000, {FPR_VD, GPR_RJ, IMM_SI12}},
500
    {LISA_VSTELM_D, 0x31100000, {FPR_VD, GPR_RJ, IMM_SI8, IMM_IDXS}},
501
    {LISA_VSTELM_W, 0x31200000, {FPR_VD, GPR_RJ, IMM_SI8, IMM_IDXM}},
502
    {LISA_VSTELM_H, 0x31400000, {FPR_VD, GPR_RJ, IMM_SI8, IMM_IDXL}},
503
    {LISA_VSTELM_B, 0x31800000, {FPR_VD, GPR_RJ, IMM_SI8, IMM_IDXLL}},
504
    {LISA_XVLDREPL_D, 0x32100000, {FPR_XD, GPR_RJ, IMM_SI9}},
505
    {LISA_XVLDREPL_W, 0x32200000, {FPR_XD, GPR_RJ, IMM_SI10}},
506
    {LISA_XVLDREPL_H, 0x32400000, {FPR_XD, GPR_RJ, IMM_SI11}},
507
    {LISA_XVLDREPL_B, 0x32800000, {FPR_XD, GPR_RJ, IMM_SI12}},
508
    {LISA_XVSTELM_D, 0x33100000, {FPR_XD, GPR_RJ, IMM_SI8, IMM_IDXS}},
509
    {LISA_XVSTELM_W, 0x33200000, {FPR_XD, GPR_RJ, IMM_SI8, IMM_IDXM}},
510
    {LISA_XVSTELM_H, 0x33400000, {FPR_XD, GPR_RJ, IMM_SI8, IMM_IDXL}},
511
    {LISA_XVSTELM_B, 0x33800000, {FPR_XD, GPR_RJ, IMM_SI8, IMM_IDXLL}},
512
    {LISA_LDX_B, 0x38000000, {GPR_RD, GPR_RJ, GPR_RK}},
513
    {LISA_LDX_H, 0x38040000, {GPR_RD, GPR_RJ, GPR_RK}},
514
    {LISA_LDX_W, 0x38080000, {GPR_RD, GPR_RJ, GPR_RK}},
515
    {LISA_LDX_D, 0x380c0000, {GPR_RD, GPR_RJ, GPR_RK}},
516
    {LISA_STX_B, 0x38100000, {GPR_RD, GPR_RJ, GPR_RK}},
517
    {LISA_STX_H, 0x38140000, {GPR_RD, GPR_RJ, GPR_RK}},
518
    {LISA_STX_W, 0x38180000, {GPR_RD, GPR_RJ, GPR_RK}},
519
    {LISA_STX_D, 0x381c0000, {GPR_RD, GPR_RJ, GPR_RK}},
520
    {LISA_LDX_BU, 0x38200000, {GPR_RD, GPR_RJ, GPR_RK}},
521
    {LISA_LDX_HU, 0x38240000, {GPR_RD, GPR_RJ, GPR_RK}},
522
    {LISA_LDX_WU, 0x38280000, {GPR_RD, GPR_RJ, GPR_RK}},
523
    {LISA_PRELDX, 0x382c0000, {IMM_HINTS, GPR_RJ, GPR_RK}},
524
    {LISA_FLDX_S, 0x38300000, {FPR_FD, GPR_RJ, GPR_RK}},
525
    {LISA_FLDX_D, 0x38340000, {FPR_FD, GPR_RJ, GPR_RK}},
526
    {LISA_FSTX_S, 0x38380000, {FPR_FD, GPR_RJ, GPR_RK}},
527
    {LISA_FSTX_D, 0x383c0000, {FPR_FD, GPR_RJ, GPR_RK}},
528
    {LISA_VLDX, 0x38400000, {FPR_VD, GPR_RJ, GPR_RK}},
529
    {LISA_VSTX, 0x38440000, {FPR_VD, GPR_RJ, GPR_RK}},
530
    {LISA_XVLDX, 0x38480000, {FPR_XD, GPR_RJ, GPR_RK}},
531
    {LISA_XVSTX, 0x384c0000, {FPR_XD, GPR_RJ, GPR_RK}},
532
    {LISA_AMSWAP_W, 0x38600000, {GPR_RD, GPR_RK, GPR_RJ}},
533
    {LISA_AMSWAP_D, 0x38608000, {GPR_RD, GPR_RK, GPR_RJ}},
534
    {LISA_AMADD_W, 0x38610000, {GPR_RD, GPR_RK, GPR_RJ}},
535
    {LISA_AMADD_D, 0x38618000, {GPR_RD, GPR_RK, GPR_RJ}},
536
    {LISA_AMAND_W, 0x38620000, {GPR_RD, GPR_RK, GPR_RJ}},
537
    {LISA_AMAND_D, 0x38628000, {GPR_RD, GPR_RK, GPR_RJ}},
538
    {LISA_AMOR_W, 0x38630000, {GPR_RD, GPR_RK, GPR_RJ}},
539
    {LISA_AMOR_D, 0x38638000, {GPR_RD, GPR_RK, GPR_RJ}},
540
    {LISA_AMXOR_W, 0x38640000, {GPR_RD, GPR_RK, GPR_RJ}},
541
    {LISA_AMXOR_D, 0x38648000, {GPR_RD, GPR_RK, GPR_RJ}},
542
    {LISA_AMMAX_W, 0x38650000, {GPR_RD, GPR_RK, GPR_RJ}},
543
    {LISA_AMMAX_D, 0x38658000, {GPR_RD, GPR_RK, GPR_RJ}},
544
    {LISA_AMMIN_W, 0x38660000, {GPR_RD, GPR_RK, GPR_RJ}},
545
    {LISA_AMMIN_D, 0x38668000, {GPR_RD, GPR_RK, GPR_RJ}},
546
    {LISA_AMMAX_WU, 0x38670000, {GPR_RD, GPR_RK, GPR_RJ}},
547
    {LISA_AMMAX_DU, 0x38678000, {GPR_RD, GPR_RK, GPR_RJ}},
548
    {LISA_AMMIN_WU, 0x38680000, {GPR_RD, GPR_RK, GPR_RJ}},
549
    {LISA_AMMIN_DU, 0x38688000, {GPR_RD, GPR_RK, GPR_RJ}},
550
    {LISA_AMSWAP_DB_W, 0x38690000, {GPR_RD, GPR_RK, GPR_RJ}},
551
    {LISA_AMSWAP_DB_D, 0x38698000, {GPR_RD, GPR_RK, GPR_RJ}},
552
    {LISA_AMADD_DB_W, 0x386a0000, {GPR_RD, GPR_RK, GPR_RJ}},
553
    {LISA_AMADD_DB_D, 0x386a8000, {GPR_RD, GPR_RK, GPR_RJ}},
554
    {LISA_AMAND_DB_W, 0x386b0000, {GPR_RD, GPR_RK, GPR_RJ}},
555
    {LISA_AMAND_DB_D, 0x386b8000, {GPR_RD, GPR_RK, GPR_RJ}},
556
    {LISA_AMOR_DB_W, 0x386c0000, {GPR_RD, GPR_RK, GPR_RJ}},
557
    {LISA_AMOR_DB_D, 0x386c8000, {GPR_RD, GPR_RK, GPR_RJ}},
558
    {LISA_AMXOR_DB_W, 0x386d0000, {GPR_RD, GPR_RK, GPR_RJ}},
559
    {LISA_AMXOR_DB_D, 0x386d8000, {GPR_RD, GPR_RK, GPR_RJ}},
560
    {LISA_AMMAX_DB_W, 0x386e0000, {GPR_RD, GPR_RK, GPR_RJ}},
561
    {LISA_AMMAX_DB_D, 0x386e8000, {GPR_RD, GPR_RK, GPR_RJ}},
562
    {LISA_AMMIN_DB_W, 0x386f0000, {GPR_RD, GPR_RK, GPR_RJ}},
563
    {LISA_AMMIN_DB_D, 0x386f8000, {GPR_RD, GPR_RK, GPR_RJ}},
564
    {LISA_AMMAX_DB_WU, 0x38700000, {GPR_RD, GPR_RK, GPR_RJ}},
565
    {LISA_AMMAX_DB_DU, 0x38708000, {GPR_RD, GPR_RK, GPR_RJ}},
566
    {LISA_AMMIN_DB_WU, 0x38710000, {GPR_RD, GPR_RK, GPR_RJ}},
567
    {LISA_AMMIN_DB_DU, 0x38718000, {GPR_RD, GPR_RK, GPR_RJ}},
568
    {LISA_DBAR, 0x38720000, {IMM_HINTL}},
569
    {LISA_IBAR, 0x38728000, {IMM_HINTL}},
570
    {LISA_FLDGT_S, 0x38740000, {FPR_FD, GPR_RJ, GPR_RK}},
571
    {LISA_FLDGT_D, 0x38748000, {FPR_FD, GPR_RJ, GPR_RK}},
572
    {LISA_FLDLE_S, 0x38750000, {FPR_FD, GPR_RJ, GPR_RK}},
573
    {LISA_FLDLE_D, 0x38758000, {FPR_FD, GPR_RJ, GPR_RK}},
574
    {LISA_FSTGT_S, 0x38760000, {FPR_FD, GPR_RJ, GPR_RK}},
575
    {LISA_FSTGT_D, 0x38768000, {FPR_FD, GPR_RJ, GPR_RK}},
576
    {LISA_FSTLE_S, 0x38770000, {FPR_FD, GPR_RJ, GPR_RK}},
577
    {LISA_FSTLE_D, 0x38778000, {FPR_FD, GPR_RJ, GPR_RK}},
578
    {LISA_LDGT_B, 0x38780000, {GPR_RD, GPR_RJ, GPR_RK}},
579
    {LISA_LDGT_H, 0x38788000, {GPR_RD, GPR_RJ, GPR_RK}},
580
    {LISA_LDGT_W, 0x38790000, {GPR_RD, GPR_RJ, GPR_RK}},
581
    {LISA_LDGT_D, 0x38798000, {GPR_RD, GPR_RJ, GPR_RK}},
582
    {LISA_LDLE_B, 0x387a0000, {GPR_RD, GPR_RJ, GPR_RK}},
583
    {LISA_LDLE_H, 0x387a8000, {GPR_RD, GPR_RJ, GPR_RK}},
584
    {LISA_LDLE_W, 0x387b0000, {GPR_RD, GPR_RJ, GPR_RK}},
585
    {LISA_LDLE_D, 0x387b8000, {GPR_RD, GPR_RJ, GPR_RK}},
586
    {LISA_STGT_B, 0x387c0000, {GPR_RD, GPR_RJ, GPR_RK}},
587
    {LISA_STGT_H, 0x387c8000, {GPR_RD, GPR_RJ, GPR_RK}},
588
    {LISA_STGT_W, 0x387d0000, {GPR_RD, GPR_RJ, GPR_RK}},
589
    {LISA_STGT_D, 0x387d8000, {GPR_RD, GPR_RJ, GPR_RK}},
590
    {LISA_STLE_B, 0x387e0000, {GPR_RD, GPR_RJ, GPR_RK}},
591
    {LISA_STLE_H, 0x387e8000, {GPR_RD, GPR_RJ, GPR_RK}},
592
    {LISA_STLE_W, 0x387f0000, {GPR_RD, GPR_RJ, GPR_RK}},
593
    {LISA_STLE_D, 0x387f8000, {GPR_RD, GPR_RJ, GPR_RK}},
594
    {LISA_BEQZ, 0x40000000, {GPR_RJ, IMM_OFFL}},
595
    {LISA_BNEZ, 0x44000000, {GPR_RJ, IMM_OFFL}},
596
    {LISA_BCEQZ, 0x48000000, {FCC_CJ, IMM_OFFL}},
597
    {LISA_BCNEZ, 0x48000100, {FCC_CJ, IMM_OFFL}},
598
    {LISA_JISCR0, 0x48000200, {IMM_OFFL}},
599
    {LISA_JISCR1, 0x48000300, {IMM_OFFL}},
600
    {LISA_JIRL, 0x4c000000, {GPR_RD, GPR_RJ, IMM_OFFS}},
601
    {LISA_B, 0x50000000, {IMM_OFFLL}},
602
    {LISA_BL, 0x54000000, {IMM_OFFLL}},
603
    {LISA_BEQ, 0x58000000, {GPR_RJ, GPR_RD, IMM_OFFS}},
604
    {LISA_BNE, 0x5c000000, {GPR_RJ, GPR_RD, IMM_OFFS}},
605
    {LISA_BLT, 0x60000000, {GPR_RJ, GPR_RD, IMM_OFFS}},
606
    {LISA_BGE, 0x64000000, {GPR_RJ, GPR_RD, IMM_OFFS}},
607
    {LISA_BLTU, 0x68000000, {GPR_RJ, GPR_RD, IMM_OFFS}},
608
    {LISA_BGEU, 0x6c000000, {GPR_RJ, GPR_RD, IMM_OFFS}},
609
    {LISA_FADD_S, 0x01008000, {FPR_FD, FPR_FJ, FPR_FK}},
610
    {LISA_FADD_D, 0x01010000, {FPR_FD, FPR_FJ, FPR_FK}},
611
    {LISA_FSUB_S, 0x01028000, {FPR_FD, FPR_FJ, FPR_FK}},
612
    {LISA_FSUB_D, 0x01030000, {FPR_FD, FPR_FJ, FPR_FK}},
613
    {LISA_FMUL_S, 0x01048000, {FPR_FD, FPR_FJ, FPR_FK}},
614
    {LISA_FMUL_D, 0x01050000, {FPR_FD, FPR_FJ, FPR_FK}},
615
    {LISA_FDIV_S, 0x01068000, {FPR_FD, FPR_FJ, FPR_FK}},
616
    {LISA_FDIV_D, 0x01070000, {FPR_FD, FPR_FJ, FPR_FK}},
617
    {LISA_FMAX_S, 0x01088000, {FPR_FD, FPR_FJ, FPR_FK}},
618
    {LISA_FMAX_D, 0x01090000, {FPR_FD, FPR_FJ, FPR_FK}},
619
    {LISA_FMIN_S, 0x010a8000, {FPR_FD, FPR_FJ, FPR_FK}},
620
    {LISA_FMIN_D, 0x010b0000, {FPR_FD, FPR_FJ, FPR_FK}},
621
    {LISA_FMAXA_S, 0x010c8000, {FPR_FD, FPR_FJ, FPR_FK}},
622
    {LISA_FMAXA_D, 0x010d0000, {FPR_FD, FPR_FJ, FPR_FK}},
623
    {LISA_FMINA_S, 0x010e8000, {FPR_FD, FPR_FJ, FPR_FK}},
624
    {LISA_FMINA_D, 0x010f0000, {FPR_FD, FPR_FJ, FPR_FK}},
625
    {LISA_FSCALEB_S, 0x01108000, {FPR_FD, FPR_FJ, FPR_FK}},
626
    {LISA_FSCALEB_D, 0x01110000, {FPR_FD, FPR_FJ, FPR_FK}},
627
    {LISA_FCOPYSIGN_S, 0x01128000, {FPR_FD, FPR_FJ, FPR_FK}},
628
    {LISA_FCOPYSIGN_D, 0x01130000, {FPR_FD, FPR_FJ, FPR_FK}},
629
    {LISA_FABS_S, 0x01140400, {FPR_FD, FPR_FJ}},
630
    {LISA_FABS_D, 0x01140800, {FPR_FD, FPR_FJ}},
631
    {LISA_FNEG_S, 0x01141400, {FPR_FD, FPR_FJ}},
632
    {LISA_FNEG_D, 0x01141800, {FPR_FD, FPR_FJ}},
633
    {LISA_FLOGB_S, 0x01142400, {FPR_FD, FPR_FJ}},
634
    {LISA_FLOGB_D, 0x01142800, {FPR_FD, FPR_FJ}},
635
    {LISA_FCLASS_S, 0x01143400, {FPR_FD, FPR_FJ}},
636
    {LISA_FCLASS_D, 0x01143800, {FPR_FD, FPR_FJ}},
637
    {LISA_FSQRT_S, 0x01144400, {FPR_FD, FPR_FJ}},
638
    {LISA_FSQRT_D, 0x01144800, {FPR_FD, FPR_FJ}},
639
    {LISA_FRECIP_S, 0x01145400, {FPR_FD, FPR_FJ}},
640
    {LISA_FRECIP_D, 0x01145800, {FPR_FD, FPR_FJ}},
641
    {LISA_FRSQRT_S, 0x01146400, {FPR_FD, FPR_FJ}},
642
    {LISA_FRSQRT_D, 0x01146800, {FPR_FD, FPR_FJ}},
643
    {LISA_FMOV_S, 0x01149400, {FPR_FD, FPR_FJ}},
644
    {LISA_FMOV_D, 0x01149800, {FPR_FD, FPR_FJ}},
645
    {LISA_MOVGR2FR_W, 0x0114a400, {FPR_FD, GPR_RJ}},
646
    {LISA_MOVGR2FR_D, 0x0114a800, {FPR_FD, GPR_RJ}},
647
    {LISA_MOVGR2FRH_W, 0x0114ac00, {FPR_FD, GPR_RJ}},
648
    {LISA_MOVFR2GR_S, 0x0114b400, {GPR_RD, FPR_FJ}},
649
    {LISA_MOVFR2GR_D, 0x0114b800, {GPR_RD, FPR_FJ}},
650
    {LISA_MOVFRH2GR_S, 0x0114bc00, {GPR_RD, FPR_FJ}},
651
    {LISA_MOVGR2FCSR, 0x0114c000, {OPD_FCSRL, GPR_RJ}},
652
    {LISA_MOVFCSR2GR, 0x0114c800, {GPR_RD, OPD_FCSRH}},
653
    {LISA_MOVFR2CF, 0x0114d000, {FCC_CD, FPR_FJ}},
654
    {LISA_MOVCF2FR, 0x0114d400, {FPR_FD, FCC_CJ}},
655
    {LISA_MOVGR2CF, 0x0114d800, {FCC_CD, GPR_RJ}},
656
    {LISA_MOVCF2GR, 0x0114dc00, {GPR_RD, FCC_CJ}},
657
    {LISA_FCVT_LD_D, 0x0114e000, {FPR_FD, FPR_FJ}},
658
    {LISA_FCVT_UD_D, 0x0114e400, {FPR_FD, FPR_FJ}},
659
    {LISA_FCVT_D_LD, 0x01150000, {FPR_FD, FPR_FJ, FPR_FK}},
660
    {LISA_FCVT_S_D, 0x01191800, {FPR_FD, FPR_FJ}},
661
    {LISA_FCVT_D_S, 0x01192400, {FPR_FD, FPR_FJ}},
662
    {LISA_FTINTRM_W_S, 0x011a0400, {FPR_FD, FPR_FJ}},
663
    {LISA_FTINTRM_W_D, 0x011a0800, {FPR_FD, FPR_FJ}},
664
    {LISA_FTINTRM_L_S, 0x011a2400, {FPR_FD, FPR_FJ}},
665
    {LISA_FTINTRM_L_D, 0x011a2800, {FPR_FD, FPR_FJ}},
666
    {LISA_FTINTRP_W_S, 0x011a4400, {FPR_FD, FPR_FJ}},
667
    {LISA_FTINTRP_W_D, 0x011a4800, {FPR_FD, FPR_FJ}},
668
    {LISA_FTINTRP_L_S, 0x011a6400, {FPR_FD, FPR_FJ}},
669
    {LISA_FTINTRP_L_D, 0x011a6800, {FPR_FD, FPR_FJ}},
670
    {LISA_FTINTRZ_W_S, 0x011a8400, {FPR_FD, FPR_FJ}},
671
    {LISA_FTINTRZ_W_D, 0x011a8800, {FPR_FD, FPR_FJ}},
672
    {LISA_FTINTRZ_L_S, 0x011aa400, {FPR_FD, FPR_FJ}},
673
    {LISA_FTINTRZ_L_D, 0x011aa800, {FPR_FD, FPR_FJ}},
674
    {LISA_FTINTRNE_W_S, 0x011ac400, {FPR_FD, FPR_FJ}},
675
    {LISA_FTINTRNE_W_D, 0x011ac800, {FPR_FD, FPR_FJ}},
676
    {LISA_FTINTRNE_L_S, 0x011ae400, {FPR_FD, FPR_FJ}},
677
    {LISA_FTINTRNE_L_D, 0x011ae800, {FPR_FD, FPR_FJ}},
678
    {LISA_FTINT_W_S, 0x011b0400, {FPR_FD, FPR_FJ}},
679
    {LISA_FTINT_W_D, 0x011b0800, {FPR_FD, FPR_FJ}},
680
    {LISA_FTINT_L_S, 0x011b2400, {FPR_FD, FPR_FJ}},
681
    {LISA_FTINT_L_D, 0x011b2800, {FPR_FD, FPR_FJ}},
682
    {LISA_FFINT_S_W, 0x011d1000, {FPR_FD, FPR_FJ}},
683
    {LISA_FFINT_S_L, 0x011d1800, {FPR_FD, FPR_FJ}},
684
    {LISA_FFINT_D_W, 0x011d2000, {FPR_FD, FPR_FJ}},
685
    {LISA_FFINT_D_L, 0x011d2800, {FPR_FD, FPR_FJ}},
686
    {LISA_FRINT_S, 0x011e4400, {FPR_FD, FPR_FJ}},
687
    {LISA_FRINT_D, 0x011e4800, {FPR_FD, FPR_FJ}},
688
    {LISA_FMADD_S, 0x08100000, {FPR_FD, FPR_FJ, FPR_FK, FPR_FA}},
689
    {LISA_FMADD_D, 0x08200000, {FPR_FD, FPR_FJ, FPR_FK, FPR_FA}},
690
    {LISA_FMSUB_S, 0x08500000, {FPR_FD, FPR_FJ, FPR_FK, FPR_FA}},
691
    {LISA_FMSUB_D, 0x08600000, {FPR_FD, FPR_FJ, FPR_FK, FPR_FA}},
692
    {LISA_FNMADD_S, 0x08900000, {FPR_FD, FPR_FJ, FPR_FK, FPR_FA}},
693
    {LISA_FNMADD_D, 0x08a00000, {FPR_FD, FPR_FJ, FPR_FK, FPR_FA}},
694
    {LISA_FNMSUB_S, 0x08d00000, {FPR_FD, FPR_FJ, FPR_FK, FPR_FA}},
695
    {LISA_FNMSUB_D, 0x08e00000, {FPR_FD, FPR_FJ, FPR_FK, FPR_FA}},
696
    {LISA_VFMADD_S, 0x09100000, {FPR_VD, FPR_VJ, FPR_VK, FPR_VA}},
697
    {LISA_VFMADD_D, 0x09200000, {FPR_VD, FPR_VJ, FPR_VK, FPR_VA}},
698
    {LISA_VFMSUB_S, 0x09500000, {FPR_VD, FPR_VJ, FPR_VK, FPR_VA}},
699
    {LISA_VFMSUB_D, 0x09600000, {FPR_VD, FPR_VJ, FPR_VK, FPR_VA}},
700
    {LISA_VFNMADD_S, 0x09900000, {FPR_VD, FPR_VJ, FPR_VK, FPR_VA}},
701
    {LISA_VFNMADD_D, 0x09a00000, {FPR_VD, FPR_VJ, FPR_VK, FPR_VA}},
702
    {LISA_VFNMSUB_S, 0x09d00000, {FPR_VD, FPR_VJ, FPR_VK, FPR_VA}},
703
    {LISA_VFNMSUB_D, 0x09e00000, {FPR_VD, FPR_VJ, FPR_VK, FPR_VA}},
704
    {LISA_XVFMADD_S, 0x0a100000, {FPR_XD, FPR_XJ, FPR_XK, FPR_XA}},
705
    {LISA_XVFMADD_D, 0x0a200000, {FPR_XD, FPR_XJ, FPR_XK, FPR_XA}},
706
    {LISA_XVFMSUB_S, 0x0a500000, {FPR_XD, FPR_XJ, FPR_XK, FPR_XA}},
707
    {LISA_XVFMSUB_D, 0x0a600000, {FPR_XD, FPR_XJ, FPR_XK, FPR_XA}},
708
    {LISA_XVFNMADD_S, 0x0a900000, {FPR_XD, FPR_XJ, FPR_XK, FPR_XA}},
709
    {LISA_XVFNMADD_D, 0x0aa00000, {FPR_XD, FPR_XJ, FPR_XK, FPR_XA}},
710
    {LISA_XVFNMSUB_S, 0x0ad00000, {FPR_XD, FPR_XJ, FPR_XK, FPR_XA}},
711
    {LISA_XVFNMSUB_D, 0x0ae00000, {FPR_XD, FPR_XJ, FPR_XK, FPR_XA}},
712
    {LISA_FCMP_COND_S, 0x0c100000, {FCC_CD, FPR_FJ, FPR_FK, IMM_CONDF}},
713
    {LISA_FCMP_COND_D, 0x0c200000, {FCC_CD, FPR_FJ, FPR_FK, IMM_CONDF}},
714
    {LISA_VFCMP_COND_S, 0x0c500000, {FPR_VD, FPR_VJ, FPR_VK, IMM_CONDF}},
715
    {LISA_VFCMP_COND_D, 0x0c600000, {FPR_VD, FPR_VJ, FPR_VK, IMM_CONDF}},
716
    {LISA_XVFCMP_COND_S, 0x0c900000, {FPR_XD, FPR_XJ, FPR_XK, IMM_CONDF}},
717
    {LISA_XVFCMP_COND_D, 0x0ca00000, {FPR_XD, FPR_XJ, FPR_XK, IMM_CONDF}},
718
    {LISA_FSEL, 0x0d000000, {FPR_FD, FPR_FJ, FPR_FK, FCC_CA}},
719
    {LISA_VBITSEL_V, 0x0d100000, {FPR_VD, FPR_VJ, FPR_VK, FPR_VA}},
720
    {LISA_XVBITSEL_V, 0x0d200000, {FPR_XD, FPR_XJ, FPR_XK, FPR_XA}},
721
    {LISA_VSHUF_B, 0x0d500000, {FPR_VD, FPR_VJ, FPR_VK, FPR_VA}},
722
    {LISA_XVSHUF_B, 0x0d600000, {FPR_XD, FPR_XJ, FPR_XK, FPR_XA}},
723
    {LISA_VEXTR_V, 0x0d900000, {FPR_VD, FPR_VJ, FPR_VK, IMM_UI5H}},
724
    {LISA_XVEXTR_V, 0x0da00000, {FPR_XD, FPR_XJ, FPR_XK, IMM_UI5H}},
725
    {LISA_VFMADDSUB_S, 0x0e900000, {FPR_VD, FPR_VJ, FPR_VK, FPR_VA}},
726
    {LISA_VFMADDSUB_D, 0x0ea00000, {FPR_VD, FPR_VJ, FPR_VK, FPR_VA}},
727
    {LISA_VFMSUBADD_S, 0x0ed00000, {FPR_VD, FPR_VJ, FPR_VK, FPR_VA}},
728
    {LISA_VFMSUBADD_D, 0x0ee00000, {FPR_VD, FPR_VJ, FPR_VK, FPR_VA}},
729
    {LISA_XVFMADDSUB_S, 0x0f100000, {FPR_XD, FPR_XJ, FPR_XK, FPR_XA}},
730
    {LISA_XVFMADDSUB_D, 0x0f200000, {FPR_XD, FPR_XJ, FPR_XK, FPR_XA}},
731
    {LISA_XVFMSUBADD_S, 0x0f500000, {FPR_XD, FPR_XJ, FPR_XK, FPR_XA}},
732
    {LISA_XVFMSUBADD_D, 0x0f600000, {FPR_XD, FPR_XJ, FPR_XK, FPR_XA}},
733
    {LISA_VSEQ_B, 0x70000000, {FPR_VD, FPR_VJ, FPR_VK}},
734
    {LISA_VSEQ_H, 0x70008000, {FPR_VD, FPR_VJ, FPR_VK}},
735
    {LISA_VSEQ_W, 0x70010000, {FPR_VD, FPR_VJ, FPR_VK}},
736
    {LISA_VSEQ_D, 0x70018000, {FPR_VD, FPR_VJ, FPR_VK}},
737
    {LISA_VSLE_B, 0x70020000, {FPR_VD, FPR_VJ, FPR_VK}},
738
    {LISA_VSLE_H, 0x70028000, {FPR_VD, FPR_VJ, FPR_VK}},
739
    {LISA_VSLE_W, 0x70030000, {FPR_VD, FPR_VJ, FPR_VK}},
740
    {LISA_VSLE_D, 0x70038000, {FPR_VD, FPR_VJ, FPR_VK}},
741
    {LISA_VSLE_BU, 0x70040000, {FPR_VD, FPR_VJ, FPR_VK}},
742
    {LISA_VSLE_HU, 0x70048000, {FPR_VD, FPR_VJ, FPR_VK}},
743
    {LISA_VSLE_WU, 0x70050000, {FPR_VD, FPR_VJ, FPR_VK}},
744
    {LISA_VSLE_DU, 0x70058000, {FPR_VD, FPR_VJ, FPR_VK}},
745
    {LISA_VSLT_B, 0x70060000, {FPR_VD, FPR_VJ, FPR_VK}},
746
    {LISA_VSLT_H, 0x70068000, {FPR_VD, FPR_VJ, FPR_VK}},
747
    {LISA_VSLT_W, 0x70070000, {FPR_VD, FPR_VJ, FPR_VK}},
748
    {LISA_VSLT_D, 0x70078000, {FPR_VD, FPR_VJ, FPR_VK}},
749
    {LISA_VSLT_BU, 0x70080000, {FPR_VD, FPR_VJ, FPR_VK}},
750
    {LISA_VSLT_HU, 0x70088000, {FPR_VD, FPR_VJ, FPR_VK}},
751
    {LISA_VSLT_WU, 0x70090000, {FPR_VD, FPR_VJ, FPR_VK}},
752
    {LISA_VSLT_DU, 0x70098000, {FPR_VD, FPR_VJ, FPR_VK}},
753
    {LISA_VADD_B, 0x700a0000, {FPR_VD, FPR_VJ, FPR_VK}},
754
    {LISA_VADD_H, 0x700a8000, {FPR_VD, FPR_VJ, FPR_VK}},
755
    {LISA_VADD_W, 0x700b0000, {FPR_VD, FPR_VJ, FPR_VK}},
756
    {LISA_VADD_D, 0x700b8000, {FPR_VD, FPR_VJ, FPR_VK}},
757
    {LISA_VSUB_B, 0x700c0000, {FPR_VD, FPR_VJ, FPR_VK}},
758
    {LISA_VSUB_H, 0x700c8000, {FPR_VD, FPR_VJ, FPR_VK}},
759
    {LISA_VSUB_W, 0x700d0000, {FPR_VD, FPR_VJ, FPR_VK}},
760
    {LISA_VSUB_D, 0x700d8000, {FPR_VD, FPR_VJ, FPR_VK}},
761
    {LISA_VADDW_H_H_B, 0x700e0000, {FPR_VD, FPR_VJ, FPR_VK}},
762
    {LISA_VADDW_W_W_H, 0x700e8000, {FPR_VD, FPR_VJ, FPR_VK}},
763
    {LISA_VADDW_D_D_W, 0x700f0000, {FPR_VD, FPR_VJ, FPR_VK}},
764
    {LISA_VADDW_H_H_BU, 0x70100000, {FPR_VD, FPR_VJ, FPR_VK}},
765
    {LISA_VADDW_W_W_HU, 0x70108000, {FPR_VD, FPR_VJ, FPR_VK}},
766
    {LISA_VADDW_D_D_WU, 0x70110000, {FPR_VD, FPR_VJ, FPR_VK}},
767
    {LISA_VSUBW_H_H_B, 0x70120000, {FPR_VD, FPR_VJ, FPR_VK}},
768
    {LISA_VSUBW_W_W_H, 0x70128000, {FPR_VD, FPR_VJ, FPR_VK}},
769
    {LISA_VSUBW_D_D_W, 0x70130000, {FPR_VD, FPR_VJ, FPR_VK}},
770
    {LISA_VSUBW_H_H_BU, 0x70140000, {FPR_VD, FPR_VJ, FPR_VK}},
771
    {LISA_VSUBW_W_W_HU, 0x70148000, {FPR_VD, FPR_VJ, FPR_VK}},
772
    {LISA_VSUBW_D_D_WU, 0x70150000, {FPR_VD, FPR_VJ, FPR_VK}},
773
    {LISA_VSADDW_H_H_B, 0x70160000, {FPR_VD, FPR_VJ, FPR_VK}},
774
    {LISA_VSADDW_W_W_H, 0x70168000, {FPR_VD, FPR_VJ, FPR_VK}},
775
    {LISA_VSADDW_D_D_W, 0x70170000, {FPR_VD, FPR_VJ, FPR_VK}},
776
    {LISA_VSADDW_HU_HU_BU, 0x70180000, {FPR_VD, FPR_VJ, FPR_VK}},
777
    {LISA_VSADDW_WU_WU_HU, 0x70188000, {FPR_VD, FPR_VJ, FPR_VK}},
778
    {LISA_VSADDW_DU_DU_WU, 0x70190000, {FPR_VD, FPR_VJ, FPR_VK}},
779
    {LISA_VSSUBW_H_H_B, 0x701a0000, {FPR_VD, FPR_VJ, FPR_VK}},
780
    {LISA_VSSUBW_W_W_H, 0x701a8000, {FPR_VD, FPR_VJ, FPR_VK}},
781
    {LISA_VSSUBW_D_D_W, 0x701b0000, {FPR_VD, FPR_VJ, FPR_VK}},
782
    {LISA_VSSUBW_HU_HU_BU, 0x701c0000, {FPR_VD, FPR_VJ, FPR_VK}},
783
    {LISA_VSSUBW_WU_WU_HU, 0x701c8000, {FPR_VD, FPR_VJ, FPR_VK}},
784
    {LISA_VSSUBW_DU_DU_WU, 0x701d0000, {FPR_VD, FPR_VJ, FPR_VK}},
785
    {LISA_VADDWEV_H_B, 0x701e0000, {FPR_VD, FPR_VJ, FPR_VK}},
786
    {LISA_VADDWEV_W_H, 0x701e8000, {FPR_VD, FPR_VJ, FPR_VK}},
787
    {LISA_VADDWEV_D_W, 0x701f0000, {FPR_VD, FPR_VJ, FPR_VK}},
788
    {LISA_VADDWEV_Q_D, 0x701f8000, {FPR_VD, FPR_VJ, FPR_VK}},
789
    {LISA_VSUBWEV_H_B, 0x70200000, {FPR_VD, FPR_VJ, FPR_VK}},
790
    {LISA_VSUBWEV_W_H, 0x70208000, {FPR_VD, FPR_VJ, FPR_VK}},
791
    {LISA_VSUBWEV_D_W, 0x70210000, {FPR_VD, FPR_VJ, FPR_VK}},
792
    {LISA_VSUBWEV_Q_D, 0x70218000, {FPR_VD, FPR_VJ, FPR_VK}},
793
    {LISA_VADDWOD_H_B, 0x70220000, {FPR_VD, FPR_VJ, FPR_VK}},
794
    {LISA_VADDWOD_W_H, 0x70228000, {FPR_VD, FPR_VJ, FPR_VK}},
795
    {LISA_VADDWOD_D_W, 0x70230000, {FPR_VD, FPR_VJ, FPR_VK}},
796
    {LISA_VADDWOD_Q_D, 0x70238000, {FPR_VD, FPR_VJ, FPR_VK}},
797
    {LISA_VSUBWOD_H_B, 0x70240000, {FPR_VD, FPR_VJ, FPR_VK}},
798
    {LISA_VSUBWOD_W_H, 0x70248000, {FPR_VD, FPR_VJ, FPR_VK}},
799
    {LISA_VSUBWOD_D_W, 0x70250000, {FPR_VD, FPR_VJ, FPR_VK}},
800
    {LISA_VSUBWOD_Q_D, 0x70258000, {FPR_VD, FPR_VJ, FPR_VK}},
801
    {LISA_VADDWL_H_B, 0x70260000, {FPR_VD, FPR_VJ, FPR_VK}},
802
    {LISA_VADDWL_W_H, 0x70268000, {FPR_VD, FPR_VJ, FPR_VK}},
803
    {LISA_VADDWL_D_W, 0x70270000, {FPR_VD, FPR_VJ, FPR_VK}},
804
    {LISA_VADDWL_Q_D, 0x70278000, {FPR_VD, FPR_VJ, FPR_VK}},
805
    {LISA_VSUBWL_H_B, 0x70280000, {FPR_VD, FPR_VJ, FPR_VK}},
806
    {LISA_VSUBWL_W_H, 0x70288000, {FPR_VD, FPR_VJ, FPR_VK}},
807
    {LISA_VSUBWL_D_W, 0x70290000, {FPR_VD, FPR_VJ, FPR_VK}},
808
    {LISA_VSUBWL_Q_D, 0x70298000, {FPR_VD, FPR_VJ, FPR_VK}},
809
    {LISA_VADDWH_H_B, 0x702a0000, {FPR_VD, FPR_VJ, FPR_VK}},
810
    {LISA_VADDWH_W_H, 0x702a8000, {FPR_VD, FPR_VJ, FPR_VK}},
811
    {LISA_VADDWH_D_W, 0x702b0000, {FPR_VD, FPR_VJ, FPR_VK}},
812
    {LISA_VADDWH_Q_D, 0x702b8000, {FPR_VD, FPR_VJ, FPR_VK}},
813
    {LISA_VSUBWH_H_B, 0x702c0000, {FPR_VD, FPR_VJ, FPR_VK}},
814
    {LISA_VSUBWH_W_H, 0x702c8000, {FPR_VD, FPR_VJ, FPR_VK}},
815
    {LISA_VSUBWH_D_W, 0x702d0000, {FPR_VD, FPR_VJ, FPR_VK}},
816
    {LISA_VSUBWH_Q_D, 0x702d8000, {FPR_VD, FPR_VJ, FPR_VK}},
817
    {LISA_VADDWEV_H_BU, 0x702e0000, {FPR_VD, FPR_VJ, FPR_VK}},
818
    {LISA_VADDWEV_W_HU, 0x702e8000, {FPR_VD, FPR_VJ, FPR_VK}},
819
    {LISA_VADDWEV_D_WU, 0x702f0000, {FPR_VD, FPR_VJ, FPR_VK}},
820
    {LISA_VADDWEV_Q_DU, 0x702f8000, {FPR_VD, FPR_VJ, FPR_VK}},
821
    {LISA_VSUBWEV_H_BU, 0x70300000, {FPR_VD, FPR_VJ, FPR_VK}},
822
    {LISA_VSUBWEV_W_HU, 0x70308000, {FPR_VD, FPR_VJ, FPR_VK}},
823
    {LISA_VSUBWEV_D_WU, 0x70310000, {FPR_VD, FPR_VJ, FPR_VK}},
824
    {LISA_VSUBWEV_Q_DU, 0x70318000, {FPR_VD, FPR_VJ, FPR_VK}},
825
    {LISA_VADDWOD_H_BU, 0x70320000, {FPR_VD, FPR_VJ, FPR_VK}},
826
    {LISA_VADDWOD_W_HU, 0x70328000, {FPR_VD, FPR_VJ, FPR_VK}},
827
    {LISA_VADDWOD_D_WU, 0x70330000, {FPR_VD, FPR_VJ, FPR_VK}},
828
    {LISA_VADDWOD_Q_DU, 0x70338000, {FPR_VD, FPR_VJ, FPR_VK}},
829
    {LISA_VSUBWOD_H_BU, 0x70340000, {FPR_VD, FPR_VJ, FPR_VK}},
830
    {LISA_VSUBWOD_W_HU, 0x70348000, {FPR_VD, FPR_VJ, FPR_VK}},
831
    {LISA_VSUBWOD_D_WU, 0x70350000, {FPR_VD, FPR_VJ, FPR_VK}},
832
    {LISA_VSUBWOD_Q_DU, 0x70358000, {FPR_VD, FPR_VJ, FPR_VK}},
833
    {LISA_VADDWL_H_BU, 0x70360000, {FPR_VD, FPR_VJ, FPR_VK}},
834
    {LISA_VADDWL_W_HU, 0x70368000, {FPR_VD, FPR_VJ, FPR_VK}},
835
    {LISA_VADDWL_D_WU, 0x70370000, {FPR_VD, FPR_VJ, FPR_VK}},
836
    {LISA_VADDWL_Q_DU, 0x70378000, {FPR_VD, FPR_VJ, FPR_VK}},
837
    {LISA_VSUBWL_H_BU, 0x70380000, {FPR_VD, FPR_VJ, FPR_VK}},
838
    {LISA_VSUBWL_W_HU, 0x70388000, {FPR_VD, FPR_VJ, FPR_VK}},
839
    {LISA_VSUBWL_D_WU, 0x70390000, {FPR_VD, FPR_VJ, FPR_VK}},
840
    {LISA_VSUBWL_Q_DU, 0x70398000, {FPR_VD, FPR_VJ, FPR_VK}},
841
    {LISA_VADDWH_H_BU, 0x703a0000, {FPR_VD, FPR_VJ, FPR_VK}},
842
    {LISA_VADDWH_W_HU, 0x703a8000, {FPR_VD, FPR_VJ, FPR_VK}},
843
    {LISA_VADDWH_D_WU, 0x703b0000, {FPR_VD, FPR_VJ, FPR_VK}},
844
    {LISA_VADDWH_Q_DU, 0x703b8000, {FPR_VD, FPR_VJ, FPR_VK}},
845
    {LISA_VSUBWH_H_BU, 0x703c0000, {FPR_VD, FPR_VJ, FPR_VK}},
846
    {LISA_VSUBWH_W_HU, 0x703c8000, {FPR_VD, FPR_VJ, FPR_VK}},
847
    {LISA_VSUBWH_D_WU, 0x703d0000, {FPR_VD, FPR_VJ, FPR_VK}},
848
    {LISA_VSUBWH_Q_DU, 0x703d8000, {FPR_VD, FPR_VJ, FPR_VK}},
849
    {LISA_VADDWEV_H_BU_B, 0x703e0000, {FPR_VD, FPR_VJ, FPR_VK}},
850
    {LISA_VADDWEV_W_HU_H, 0x703e8000, {FPR_VD, FPR_VJ, FPR_VK}},
851
    {LISA_VADDWEV_D_WU_W, 0x703f0000, {FPR_VD, FPR_VJ, FPR_VK}},
852
    {LISA_VADDWEV_Q_DU_D, 0x703f8000, {FPR_VD, FPR_VJ, FPR_VK}},
853
    {LISA_VADDWOD_H_BU_B, 0x70400000, {FPR_VD, FPR_VJ, FPR_VK}},
854
    {LISA_VADDWOD_W_HU_H, 0x70408000, {FPR_VD, FPR_VJ, FPR_VK}},
855
    {LISA_VADDWOD_D_WU_W, 0x70410000, {FPR_VD, FPR_VJ, FPR_VK}},
856
    {LISA_VADDWOD_Q_DU_D, 0x70418000, {FPR_VD, FPR_VJ, FPR_VK}},
857
    {LISA_VADDWL_H_BU_B, 0x70420000, {FPR_VD, FPR_VJ, FPR_VK}},
858
    {LISA_VADDWL_W_HU_H, 0x70428000, {FPR_VD, FPR_VJ, FPR_VK}},
859
    {LISA_VADDWL_D_WU_W, 0x70430000, {FPR_VD, FPR_VJ, FPR_VK}},
860
    {LISA_VADDWL_Q_DU_D, 0x70438000, {FPR_VD, FPR_VJ, FPR_VK}},
861
    {LISA_VADDWH_H_BU_B, 0x70440000, {FPR_VD, FPR_VJ, FPR_VK}},
862
    {LISA_VADDWH_W_HU_H, 0x70448000, {FPR_VD, FPR_VJ, FPR_VK}},
863
    {LISA_VADDWH_D_WU_W, 0x70450000, {FPR_VD, FPR_VJ, FPR_VK}},
864
    {LISA_VADDWH_Q_DU_D, 0x70458000, {FPR_VD, FPR_VJ, FPR_VK}},
865
    {LISA_VSADD_B, 0x70460000, {FPR_VD, FPR_VJ, FPR_VK}},
866
    {LISA_VSADD_H, 0x70468000, {FPR_VD, FPR_VJ, FPR_VK}},
867
    {LISA_VSADD_W, 0x70470000, {FPR_VD, FPR_VJ, FPR_VK}},
868
    {LISA_VSADD_D, 0x70478000, {FPR_VD, FPR_VJ, FPR_VK}},
869
    {LISA_VSSUB_B, 0x70480000, {FPR_VD, FPR_VJ, FPR_VK}},
870
    {LISA_VSSUB_H, 0x70488000, {FPR_VD, FPR_VJ, FPR_VK}},
871
    {LISA_VSSUB_W, 0x70490000, {FPR_VD, FPR_VJ, FPR_VK}},
872
    {LISA_VSSUB_D, 0x70498000, {FPR_VD, FPR_VJ, FPR_VK}},
873
    {LISA_VSADD_BU, 0x704a0000, {FPR_VD, FPR_VJ, FPR_VK}},
874
    {LISA_VSADD_HU, 0x704a8000, {FPR_VD, FPR_VJ, FPR_VK}},
875
    {LISA_VSADD_WU, 0x704b0000, {FPR_VD, FPR_VJ, FPR_VK}},
876
    {LISA_VSADD_DU, 0x704b8000, {FPR_VD, FPR_VJ, FPR_VK}},
877
    {LISA_VSSUB_BU, 0x704c0000, {FPR_VD, FPR_VJ, FPR_VK}},
878
    {LISA_VSSUB_HU, 0x704c8000, {FPR_VD, FPR_VJ, FPR_VK}},
879
    {LISA_VSSUB_WU, 0x704d0000, {FPR_VD, FPR_VJ, FPR_VK}},
880
    {LISA_VSSUB_DU, 0x704d8000, {FPR_VD, FPR_VJ, FPR_VK}},
881
    {LISA_VSSUB_BU_BU_B, 0x704e0000, {FPR_VD, FPR_VJ, FPR_VK}},
882
    {LISA_VSSUB_HU_HU_H, 0x704e8000, {FPR_VD, FPR_VJ, FPR_VK}},
883
    {LISA_VSSUB_WU_WU_W, 0x704f0000, {FPR_VD, FPR_VJ, FPR_VK}},
884
    {LISA_VSSUB_DU_DU_D, 0x704f8000, {FPR_VD, FPR_VJ, FPR_VK}},
885
    {LISA_VSSUB_BU_B_BU, 0x70500000, {FPR_VD, FPR_VJ, FPR_VK}},
886
    {LISA_VSSUB_HU_H_HU, 0x70508000, {FPR_VD, FPR_VJ, FPR_VK}},
887
    {LISA_VSSUB_WU_W_WU, 0x70510000, {FPR_VD, FPR_VJ, FPR_VK}},
888
    {LISA_VSSUB_DU_D_DU, 0x70518000, {FPR_VD, FPR_VJ, FPR_VK}},
889
    {LISA_VSSUB_B_BU_BU, 0x70520000, {FPR_VD, FPR_VJ, FPR_VK}},
890
    {LISA_VSSUB_H_HU_HU, 0x70528000, {FPR_VD, FPR_VJ, FPR_VK}},
891
    {LISA_VSSUB_W_WU_WU, 0x70530000, {FPR_VD, FPR_VJ, FPR_VK}},
892
    {LISA_VSSUB_D_DU_DU, 0x70538000, {FPR_VD, FPR_VJ, FPR_VK}},
893
    {LISA_VHADDW_H_B, 0x70540000, {FPR_VD, FPR_VJ, FPR_VK}},
894
    {LISA_VHADDW_W_H, 0x70548000, {FPR_VD, FPR_VJ, FPR_VK}},
895
    {LISA_VHADDW_D_W, 0x70550000, {FPR_VD, FPR_VJ, FPR_VK}},
896
    {LISA_VHADDW_Q_D, 0x70558000, {FPR_VD, FPR_VJ, FPR_VK}},
897
    {LISA_VHSUBW_H_B, 0x70560000, {FPR_VD, FPR_VJ, FPR_VK}},
898
    {LISA_VHSUBW_W_H, 0x70568000, {FPR_VD, FPR_VJ, FPR_VK}},
899
    {LISA_VHSUBW_D_W, 0x70570000, {FPR_VD, FPR_VJ, FPR_VK}},
900
    {LISA_VHSUBW_Q_D, 0x70578000, {FPR_VD, FPR_VJ, FPR_VK}},
901
    {LISA_VHADDW_HU_BU, 0x70580000, {FPR_VD, FPR_VJ, FPR_VK}},
902
    {LISA_VHADDW_WU_HU, 0x70588000, {FPR_VD, FPR_VJ, FPR_VK}},
903
    {LISA_VHADDW_DU_WU, 0x70590000, {FPR_VD, FPR_VJ, FPR_VK}},
904
    {LISA_VHADDW_QU_DU, 0x70598000, {FPR_VD, FPR_VJ, FPR_VK}},
905
    {LISA_VHSUBW_HU_BU, 0x705a0000, {FPR_VD, FPR_VJ, FPR_VK}},
906
    {LISA_VHSUBW_WU_HU, 0x705a8000, {FPR_VD, FPR_VJ, FPR_VK}},
907
    {LISA_VHSUBW_DU_WU, 0x705b0000, {FPR_VD, FPR_VJ, FPR_VK}},
908
    {LISA_VHSUBW_QU_DU, 0x705b8000, {FPR_VD, FPR_VJ, FPR_VK}},
909
    {LISA_VADDA_B, 0x705c0000, {FPR_VD, FPR_VJ, FPR_VK}},
910
    {LISA_VADDA_H, 0x705c8000, {FPR_VD, FPR_VJ, FPR_VK}},
911
    {LISA_VADDA_W, 0x705d0000, {FPR_VD, FPR_VJ, FPR_VK}},
912
    {LISA_VADDA_D, 0x705d8000, {FPR_VD, FPR_VJ, FPR_VK}},
913
    {LISA_VSADDA_B, 0x705e0000, {FPR_VD, FPR_VJ, FPR_VK}},
914
    {LISA_VSADDA_H, 0x705e8000, {FPR_VD, FPR_VJ, FPR_VK}},
915
    {LISA_VSADDA_W, 0x705f0000, {FPR_VD, FPR_VJ, FPR_VK}},
916
    {LISA_VSADDA_D, 0x705f8000, {FPR_VD, FPR_VJ, FPR_VK}},
917
    {LISA_VABSD_B, 0x70600000, {FPR_VD, FPR_VJ, FPR_VK}},
918
    {LISA_VABSD_H, 0x70608000, {FPR_VD, FPR_VJ, FPR_VK}},
919
    {LISA_VABSD_W, 0x70610000, {FPR_VD, FPR_VJ, FPR_VK}},
920
    {LISA_VABSD_D, 0x70618000, {FPR_VD, FPR_VJ, FPR_VK}},
921
    {LISA_VABSD_BU, 0x70620000, {FPR_VD, FPR_VJ, FPR_VK}},
922
    {LISA_VABSD_HU, 0x70628000, {FPR_VD, FPR_VJ, FPR_VK}},
923
    {LISA_VABSD_WU, 0x70630000, {FPR_VD, FPR_VJ, FPR_VK}},
924
    {LISA_VABSD_DU, 0x70638000, {FPR_VD, FPR_VJ, FPR_VK}},
925
    {LISA_VAVG_B, 0x70640000, {FPR_VD, FPR_VJ, FPR_VK}},
926
    {LISA_VAVG_H, 0x70648000, {FPR_VD, FPR_VJ, FPR_VK}},
927
    {LISA_VAVG_W, 0x70650000, {FPR_VD, FPR_VJ, FPR_VK}},
928
    {LISA_VAVG_D, 0x70658000, {FPR_VD, FPR_VJ, FPR_VK}},
929
    {LISA_VAVG_BU, 0x70660000, {FPR_VD, FPR_VJ, FPR_VK}},
930
    {LISA_VAVG_HU, 0x70668000, {FPR_VD, FPR_VJ, FPR_VK}},
931
    {LISA_VAVG_WU, 0x70670000, {FPR_VD, FPR_VJ, FPR_VK}},
932
    {LISA_VAVG_DU, 0x70678000, {FPR_VD, FPR_VJ, FPR_VK}},
933
    {LISA_VAVGR_B, 0x70680000, {FPR_VD, FPR_VJ, FPR_VK}},
934
    {LISA_VAVGR_H, 0x70688000, {FPR_VD, FPR_VJ, FPR_VK}},
935
    {LISA_VAVGR_W, 0x70690000, {FPR_VD, FPR_VJ, FPR_VK}},
936
    {LISA_VAVGR_D, 0x70698000, {FPR_VD, FPR_VJ, FPR_VK}},
937
    {LISA_VAVGR_BU, 0x706a0000, {FPR_VD, FPR_VJ, FPR_VK}},
938
    {LISA_VAVGR_HU, 0x706a8000, {FPR_VD, FPR_VJ, FPR_VK}},
939
    {LISA_VAVGR_WU, 0x706b0000, {FPR_VD, FPR_VJ, FPR_VK}},
940
    {LISA_VAVGR_DU, 0x706b8000, {FPR_VD, FPR_VJ, FPR_VK}},
941
    {LISA_VHALFD_B, 0x706c0000, {FPR_VD, FPR_VJ, FPR_VK}},
942
    {LISA_VHALFD_H, 0x706c8000, {FPR_VD, FPR_VJ, FPR_VK}},
943
    {LISA_VHALFD_W, 0x706d0000, {FPR_VD, FPR_VJ, FPR_VK}},
944
    {LISA_VHALFD_D, 0x706d8000, {FPR_VD, FPR_VJ, FPR_VK}},
945
    {LISA_VHALFD_BU, 0x706e0000, {FPR_VD, FPR_VJ, FPR_VK}},
946
    {LISA_VHALFD_HU, 0x706e8000, {FPR_VD, FPR_VJ, FPR_VK}},
947
    {LISA_VHALFD_WU, 0x706f0000, {FPR_VD, FPR_VJ, FPR_VK}},
948
    {LISA_VHALFD_DU, 0x706f8000, {FPR_VD, FPR_VJ, FPR_VK}},
949
    {LISA_VMAX_B, 0x70700000, {FPR_VD, FPR_VJ, FPR_VK}},
950
    {LISA_VMAX_H, 0x70708000, {FPR_VD, FPR_VJ, FPR_VK}},
951
    {LISA_VMAX_W, 0x70710000, {FPR_VD, FPR_VJ, FPR_VK}},
952
    {LISA_VMAX_D, 0x70718000, {FPR_VD, FPR_VJ, FPR_VK}},
953
    {LISA_VMIN_B, 0x70720000, {FPR_VD, FPR_VJ, FPR_VK}},
954
    {LISA_VMIN_H, 0x70728000, {FPR_VD, FPR_VJ, FPR_VK}},
955
    {LISA_VMIN_W, 0x70730000, {FPR_VD, FPR_VJ, FPR_VK}},
956
    {LISA_VMIN_D, 0x70738000, {FPR_VD, FPR_VJ, FPR_VK}},
957
    {LISA_VMAX_BU, 0x70740000, {FPR_VD, FPR_VJ, FPR_VK}},
958
    {LISA_VMAX_HU, 0x70748000, {FPR_VD, FPR_VJ, FPR_VK}},
959
    {LISA_VMAX_WU, 0x70750000, {FPR_VD, FPR_VJ, FPR_VK}},
960
    {LISA_VMAX_DU, 0x70758000, {FPR_VD, FPR_VJ, FPR_VK}},
961
    {LISA_VMIN_BU, 0x70760000, {FPR_VD, FPR_VJ, FPR_VK}},
962
    {LISA_VMIN_HU, 0x70768000, {FPR_VD, FPR_VJ, FPR_VK}},
963
    {LISA_VMIN_WU, 0x70770000, {FPR_VD, FPR_VJ, FPR_VK}},
964
    {LISA_VMIN_DU, 0x70778000, {FPR_VD, FPR_VJ, FPR_VK}},
965
    {LISA_VMAXA_B, 0x70780000, {FPR_VD, FPR_VJ, FPR_VK}},
966
    {LISA_VMAXA_H, 0x70788000, {FPR_VD, FPR_VJ, FPR_VK}},
967
    {LISA_VMAXA_W, 0x70790000, {FPR_VD, FPR_VJ, FPR_VK}},
968
    {LISA_VMAXA_D, 0x70798000, {FPR_VD, FPR_VJ, FPR_VK}},
969
    {LISA_VMINA_B, 0x707a0000, {FPR_VD, FPR_VJ, FPR_VK}},
970
    {LISA_VMINA_H, 0x707a8000, {FPR_VD, FPR_VJ, FPR_VK}},
971
    {LISA_VMINA_W, 0x707b0000, {FPR_VD, FPR_VJ, FPR_VK}},
972
    {LISA_VMINA_D, 0x707b8000, {FPR_VD, FPR_VJ, FPR_VK}},
973
    {LISA_VSADW_H_B, 0x707c0000, {FPR_VD, FPR_VJ, FPR_VK}},
974
    {LISA_VSADW_W_H, 0x707c8000, {FPR_VD, FPR_VJ, FPR_VK}},
975
    {LISA_VSADW_D_W, 0x707d0000, {FPR_VD, FPR_VJ, FPR_VK}},
976
    {LISA_VSADW_H_BU, 0x707e0000, {FPR_VD, FPR_VJ, FPR_VK}},
977
    {LISA_VSADW_W_HU, 0x707e8000, {FPR_VD, FPR_VJ, FPR_VK}},
978
    {LISA_VSADW_D_WU, 0x707f0000, {FPR_VD, FPR_VJ, FPR_VK}},
979
    {LISA_VACCSADW_H_B, 0x70800000, {FPR_VD, FPR_VJ, FPR_VK}},
980
    {LISA_VACCSADW_W_H, 0x70808000, {FPR_VD, FPR_VJ, FPR_VK}},
981
    {LISA_VACCSADW_D_W, 0x70810000, {FPR_VD, FPR_VJ, FPR_VK}},
982
    {LISA_VACCSADW_H_BU, 0x70820000, {FPR_VD, FPR_VJ, FPR_VK}},
983
    {LISA_VACCSADW_W_HU, 0x70828000, {FPR_VD, FPR_VJ, FPR_VK}},
984
    {LISA_VACCSADW_D_WU, 0x70830000, {FPR_VD, FPR_VJ, FPR_VK}},
985
    {LISA_VMUL_B, 0x70840000, {FPR_VD, FPR_VJ, FPR_VK}},
986
    {LISA_VMUL_H, 0x70848000, {FPR_VD, FPR_VJ, FPR_VK}},
987
    {LISA_VMUL_W, 0x70850000, {FPR_VD, FPR_VJ, FPR_VK}},
988
    {LISA_VMUL_D, 0x70858000, {FPR_VD, FPR_VJ, FPR_VK}},
989
    {LISA_VMUH_B, 0x70860000, {FPR_VD, FPR_VJ, FPR_VK}},
990
    {LISA_VMUH_H, 0x70868000, {FPR_VD, FPR_VJ, FPR_VK}},
991
    {LISA_VMUH_W, 0x70870000, {FPR_VD, FPR_VJ, FPR_VK}},
992
    {LISA_VMUH_D, 0x70878000, {FPR_VD, FPR_VJ, FPR_VK}},
993
    {LISA_VMUH_BU, 0x70880000, {FPR_VD, FPR_VJ, FPR_VK}},
994
    {LISA_VMUH_HU, 0x70888000, {FPR_VD, FPR_VJ, FPR_VK}},
995
    {LISA_VMUH_WU, 0x70890000, {FPR_VD, FPR_VJ, FPR_VK}},
996
    {LISA_VMUH_DU, 0x70898000, {FPR_VD, FPR_VJ, FPR_VK}},
997
    {LISA_VMUH_BU_B, 0x708a0000, {FPR_VD, FPR_VJ, FPR_VK}},
998
    {LISA_VMUH_HU_H, 0x708a8000, {FPR_VD, FPR_VJ, FPR_VK}},
999
    {LISA_VMUH_WU_W, 0x708b0000, {FPR_VD, FPR_VJ, FPR_VK}},
1000
    {LISA_VMUH_DU_D, 0x708b8000, {FPR_VD, FPR_VJ, FPR_VK}},
1001
    {LISA_VMULXW_H_B, 0x708c0000, {FPR_VD, FPR_VJ, FPR_VK}},
1002
    {LISA_VMULXW_W_H, 0x708c8000, {FPR_VD, FPR_VJ, FPR_VK}},
1003
    {LISA_VMULXW_D_W, 0x708d0000, {FPR_VD, FPR_VJ, FPR_VK}},
1004
    {LISA_VMULXW_H_BU, 0x708e0000, {FPR_VD, FPR_VJ, FPR_VK}},
1005
    {LISA_VMULXW_W_HU, 0x708e8000, {FPR_VD, FPR_VJ, FPR_VK}},
1006
    {LISA_VMULXW_D_WU, 0x708f0000, {FPR_VD, FPR_VJ, FPR_VK}},
1007
    {LISA_VMULWEV_H_B, 0x70900000, {FPR_VD, FPR_VJ, FPR_VK}},
1008
    {LISA_VMULWEV_W_H, 0x70908000, {FPR_VD, FPR_VJ, FPR_VK}},
1009
    {LISA_VMULWEV_D_W, 0x70910000, {FPR_VD, FPR_VJ, FPR_VK}},
1010
    {LISA_VMULWEV_Q_D, 0x70918000, {FPR_VD, FPR_VJ, FPR_VK}},
1011
    {LISA_VMULWOD_H_B, 0x70920000, {FPR_VD, FPR_VJ, FPR_VK}},
1012
    {LISA_VMULWOD_W_H, 0x70928000, {FPR_VD, FPR_VJ, FPR_VK}},
1013
    {LISA_VMULWOD_D_W, 0x70930000, {FPR_VD, FPR_VJ, FPR_VK}},
1014
    {LISA_VMULWOD_Q_D, 0x70938000, {FPR_VD, FPR_VJ, FPR_VK}},
1015
    {LISA_VMULWL_H_B, 0x70940000, {FPR_VD, FPR_VJ, FPR_VK}},
1016
    {LISA_VMULWL_W_H, 0x70948000, {FPR_VD, FPR_VJ, FPR_VK}},
1017
    {LISA_VMULWL_D_W, 0x70950000, {FPR_VD, FPR_VJ, FPR_VK}},
1018
    {LISA_VMULWL_Q_D, 0x70958000, {FPR_VD, FPR_VJ, FPR_VK}},
1019
    {LISA_VMULWH_H_B, 0x70960000, {FPR_VD, FPR_VJ, FPR_VK}},
1020
    {LISA_VMULWH_W_H, 0x70968000, {FPR_VD, FPR_VJ, FPR_VK}},
1021
    {LISA_VMULWH_D_W, 0x70970000, {FPR_VD, FPR_VJ, FPR_VK}},
1022
    {LISA_VMULWH_Q_D, 0x70978000, {FPR_VD, FPR_VJ, FPR_VK}},
1023
    {LISA_VMULWEV_H_BU, 0x70980000, {FPR_VD, FPR_VJ, FPR_VK}},
1024
    {LISA_VMULWEV_W_HU, 0x70988000, {FPR_VD, FPR_VJ, FPR_VK}},
1025
    {LISA_VMULWEV_D_WU, 0x70990000, {FPR_VD, FPR_VJ, FPR_VK}},
1026
    {LISA_VMULWEV_Q_DU, 0x70998000, {FPR_VD, FPR_VJ, FPR_VK}},
1027
    {LISA_VMULWOD_H_BU, 0x709a0000, {FPR_VD, FPR_VJ, FPR_VK}},
1028
    {LISA_VMULWOD_W_HU, 0x709a8000, {FPR_VD, FPR_VJ, FPR_VK}},
1029
    {LISA_VMULWOD_D_WU, 0x709b0000, {FPR_VD, FPR_VJ, FPR_VK}},
1030
    {LISA_VMULWOD_Q_DU, 0x709b8000, {FPR_VD, FPR_VJ, FPR_VK}},
1031
    {LISA_VMULWL_H_BU, 0x709c0000, {FPR_VD, FPR_VJ, FPR_VK}},
1032
    {LISA_VMULWL_W_HU, 0x709c8000, {FPR_VD, FPR_VJ, FPR_VK}},
1033
    {LISA_VMULWL_D_WU, 0x709d0000, {FPR_VD, FPR_VJ, FPR_VK}},
1034
    {LISA_VMULWL_Q_DU, 0x709d8000, {FPR_VD, FPR_VJ, FPR_VK}},
1035
    {LISA_VMULWH_H_BU, 0x709e0000, {FPR_VD, FPR_VJ, FPR_VK}},
1036
    {LISA_VMULWH_W_HU, 0x709e8000, {FPR_VD, FPR_VJ, FPR_VK}},
1037
    {LISA_VMULWH_D_WU, 0x709f0000, {FPR_VD, FPR_VJ, FPR_VK}},
1038
    {LISA_VMULWH_Q_DU, 0x709f8000, {FPR_VD, FPR_VJ, FPR_VK}},
1039
    {LISA_VMULWEV_H_BU_B, 0x70a00000, {FPR_VD, FPR_VJ, FPR_VK}},
1040
    {LISA_VMULWEV_W_HU_H, 0x70a08000, {FPR_VD, FPR_VJ, FPR_VK}},
1041
    {LISA_VMULWEV_D_WU_W, 0x70a10000, {FPR_VD, FPR_VJ, FPR_VK}},
1042
    {LISA_VMULWEV_Q_DU_D, 0x70a18000, {FPR_VD, FPR_VJ, FPR_VK}},
1043
    {LISA_VMULWOD_H_BU_B, 0x70a20000, {FPR_VD, FPR_VJ, FPR_VK}},
1044
    {LISA_VMULWOD_W_HU_H, 0x70a28000, {FPR_VD, FPR_VJ, FPR_VK}},
1045
    {LISA_VMULWOD_D_WU_W, 0x70a30000, {FPR_VD, FPR_VJ, FPR_VK}},
1046
    {LISA_VMULWOD_Q_DU_D, 0x70a38000, {FPR_VD, FPR_VJ, FPR_VK}},
1047
    {LISA_VMULWL_H_BU_B, 0x70a40000, {FPR_VD, FPR_VJ, FPR_VK}},
1048
    {LISA_VMULWL_W_HU_H, 0x70a48000, {FPR_VD, FPR_VJ, FPR_VK}},
1049
    {LISA_VMULWL_D_WU_W, 0x70a50000, {FPR_VD, FPR_VJ, FPR_VK}},
1050
    {LISA_VMULWL_Q_DU_D, 0x70a58000, {FPR_VD, FPR_VJ, FPR_VK}},
1051
    {LISA_VMULWH_H_BU_B, 0x70a60000, {FPR_VD, FPR_VJ, FPR_VK}},
1052
    {LISA_VMULWH_W_HU_H, 0x70a68000, {FPR_VD, FPR_VJ, FPR_VK}},
1053
    {LISA_VMULWH_D_WU_W, 0x70a70000, {FPR_VD, FPR_VJ, FPR_VK}},
1054
    {LISA_VMULWH_Q_DU_D, 0x70a78000, {FPR_VD, FPR_VJ, FPR_VK}},
1055
    {LISA_VMADD_B, 0x70a80000, {FPR_VD, FPR_VJ, FPR_VK}},
1056
    {LISA_VMADD_H, 0x70a88000, {FPR_VD, FPR_VJ, FPR_VK}},
1057
    {LISA_VMADD_W, 0x70a90000, {FPR_VD, FPR_VJ, FPR_VK}},
1058
    {LISA_VMADD_D, 0x70a98000, {FPR_VD, FPR_VJ, FPR_VK}},
1059
    {LISA_VMSUB_B, 0x70aa0000, {FPR_VD, FPR_VJ, FPR_VK}},
1060
    {LISA_VMSUB_H, 0x70aa8000, {FPR_VD, FPR_VJ, FPR_VK}},
1061
    {LISA_VMSUB_W, 0x70ab0000, {FPR_VD, FPR_VJ, FPR_VK}},
1062
    {LISA_VMSUB_D, 0x70ab8000, {FPR_VD, FPR_VJ, FPR_VK}},
1063
    {LISA_VMADDWEV_H_B, 0x70ac0000, {FPR_VD, FPR_VJ, FPR_VK}},
1064
    {LISA_VMADDWEV_W_H, 0x70ac8000, {FPR_VD, FPR_VJ, FPR_VK}},
1065
    {LISA_VMADDWEV_D_W, 0x70ad0000, {FPR_VD, FPR_VJ, FPR_VK}},
1066
    {LISA_VMADDWEV_Q_D, 0x70ad8000, {FPR_VD, FPR_VJ, FPR_VK}},
1067
    {LISA_VMADDWOD_H_B, 0x70ae0000, {FPR_VD, FPR_VJ, FPR_VK}},
1068
    {LISA_VMADDWOD_W_H, 0x70ae8000, {FPR_VD, FPR_VJ, FPR_VK}},
1069
    {LISA_VMADDWOD_D_W, 0x70af0000, {FPR_VD, FPR_VJ, FPR_VK}},
1070
    {LISA_VMADDWOD_Q_D, 0x70af8000, {FPR_VD, FPR_VJ, FPR_VK}},
1071
    {LISA_VMADDWL_H_B, 0x70b00000, {FPR_VD, FPR_VJ, FPR_VK}},
1072
    {LISA_VMADDWL_W_H, 0x70b08000, {FPR_VD, FPR_VJ, FPR_VK}},
1073
    {LISA_VMADDWL_D_W, 0x70b10000, {FPR_VD, FPR_VJ, FPR_VK}},
1074
    {LISA_VMADDWL_Q_D, 0x70b18000, {FPR_VD, FPR_VJ, FPR_VK}},
1075
    {LISA_VMADDWH_H_B, 0x70b20000, {FPR_VD, FPR_VJ, FPR_VK}},
1076
    {LISA_VMADDWH_W_H, 0x70b28000, {FPR_VD, FPR_VJ, FPR_VK}},
1077
    {LISA_VMADDWH_D_W, 0x70b30000, {FPR_VD, FPR_VJ, FPR_VK}},
1078
    {LISA_VMADDWH_Q_D, 0x70b38000, {FPR_VD, FPR_VJ, FPR_VK}},
1079
    {LISA_VMADDWEV_H_BU, 0x70b40000, {FPR_VD, FPR_VJ, FPR_VK}},
1080
    {LISA_VMADDWEV_W_HU, 0x70b48000, {FPR_VD, FPR_VJ, FPR_VK}},
1081
    {LISA_VMADDWEV_D_WU, 0x70b50000, {FPR_VD, FPR_VJ, FPR_VK}},
1082
    {LISA_VMADDWEV_Q_DU, 0x70b58000, {FPR_VD, FPR_VJ, FPR_VK}},
1083
    {LISA_VMADDWOD_H_BU, 0x70b60000, {FPR_VD, FPR_VJ, FPR_VK}},
1084
    {LISA_VMADDWOD_W_HU, 0x70b68000, {FPR_VD, FPR_VJ, FPR_VK}},
1085
    {LISA_VMADDWOD_D_WU, 0x70b70000, {FPR_VD, FPR_VJ, FPR_VK}},
1086
    {LISA_VMADDWOD_Q_DU, 0x70b78000, {FPR_VD, FPR_VJ, FPR_VK}},
1087
    {LISA_VMADDWL_H_BU, 0x70b80000, {FPR_VD, FPR_VJ, FPR_VK}},
1088
    {LISA_VMADDWL_W_HU, 0x70b88000, {FPR_VD, FPR_VJ, FPR_VK}},
1089
    {LISA_VMADDWL_D_WU, 0x70b90000, {FPR_VD, FPR_VJ, FPR_VK}},
1090
    {LISA_VMADDWL_Q_DU, 0x70b98000, {FPR_VD, FPR_VJ, FPR_VK}},
1091
    {LISA_VMADDWH_H_BU, 0x70ba0000, {FPR_VD, FPR_VJ, FPR_VK}},
1092
    {LISA_VMADDWH_W_HU, 0x70ba8000, {FPR_VD, FPR_VJ, FPR_VK}},
1093
    {LISA_VMADDWH_D_WU, 0x70bb0000, {FPR_VD, FPR_VJ, FPR_VK}},
1094
    {LISA_VMADDWH_Q_DU, 0x70bb8000, {FPR_VD, FPR_VJ, FPR_VK}},
1095
    {LISA_VMADDWEV_H_BU_B, 0x70bc0000, {FPR_VD, FPR_VJ, FPR_VK}},
1096
    {LISA_VMADDWEV_W_HU_H, 0x70bc8000, {FPR_VD, FPR_VJ, FPR_VK}},
1097
    {LISA_VMADDWEV_D_WU_W, 0x70bd0000, {FPR_VD, FPR_VJ, FPR_VK}},
1098
    {LISA_VMADDWEV_Q_DU_D, 0x70bd8000, {FPR_VD, FPR_VJ, FPR_VK}},
1099
    {LISA_VMADDWOD_H_BU_B, 0x70be0000, {FPR_VD, FPR_VJ, FPR_VK}},
1100
    {LISA_VMADDWOD_W_HU_H, 0x70be8000, {FPR_VD, FPR_VJ, FPR_VK}},
1101
    {LISA_VMADDWOD_D_WU_W, 0x70bf0000, {FPR_VD, FPR_VJ, FPR_VK}},
1102
    {LISA_VMADDWOD_Q_DU_D, 0x70bf8000, {FPR_VD, FPR_VJ, FPR_VK}},
1103
    {LISA_VMADDWL_H_BU_B, 0x70c00000, {FPR_VD, FPR_VJ, FPR_VK}},
1104
    {LISA_VMADDWL_W_HU_H, 0x70c08000, {FPR_VD, FPR_VJ, FPR_VK}},
1105
    {LISA_VMADDWL_D_WU_W, 0x70c10000, {FPR_VD, FPR_VJ, FPR_VK}},
1106
    {LISA_VMADDWL_Q_DU_D, 0x70c18000, {FPR_VD, FPR_VJ, FPR_VK}},
1107
    {LISA_VMADDWH_H_BU_B, 0x70c20000, {FPR_VD, FPR_VJ, FPR_VK}},
1108
    {LISA_VMADDWH_W_HU_H, 0x70c28000, {FPR_VD, FPR_VJ, FPR_VK}},
1109
    {LISA_VMADDWH_D_WU_W, 0x70c30000, {FPR_VD, FPR_VJ, FPR_VK}},
1110
    {LISA_VMADDWH_Q_DU_D, 0x70c38000, {FPR_VD, FPR_VJ, FPR_VK}},
1111
    {LISA_VDP2_H_B, 0x70c40000, {FPR_VD, FPR_VJ, FPR_VK}},
1112
    {LISA_VDP2_W_H, 0x70c48000, {FPR_VD, FPR_VJ, FPR_VK}},
1113
    {LISA_VDP2_D_W, 0x70c50000, {FPR_VD, FPR_VJ, FPR_VK}},
1114
    {LISA_VDP2_Q_D, 0x70c58000, {FPR_VD, FPR_VJ, FPR_VK}},
1115
    {LISA_VDP2_HU_BU, 0x70c60000, {FPR_VD, FPR_VJ, FPR_VK}},
1116
    {LISA_VDP2_WU_HU, 0x70c68000, {FPR_VD, FPR_VJ, FPR_VK}},
1117
    {LISA_VDP2_DU_WU, 0x70c70000, {FPR_VD, FPR_VJ, FPR_VK}},
1118
    {LISA_VDP2_QU_DU, 0x70c78000, {FPR_VD, FPR_VJ, FPR_VK}},
1119
    {LISA_VDP2_H_BU_B, 0x70c80000, {FPR_VD, FPR_VJ, FPR_VK}},
1120
    {LISA_VDP2_W_HU_H, 0x70c88000, {FPR_VD, FPR_VJ, FPR_VK}},
1121
    {LISA_VDP2_D_WU_W, 0x70c90000, {FPR_VD, FPR_VJ, FPR_VK}},
1122
    {LISA_VDP2_Q_DU_D, 0x70c98000, {FPR_VD, FPR_VJ, FPR_VK}},
1123
    {LISA_VDP2ADD_H_B, 0x70ca0000, {FPR_VD, FPR_VJ, FPR_VK}},
1124
    {LISA_VDP2ADD_W_H, 0x70ca8000, {FPR_VD, FPR_VJ, FPR_VK}},
1125
    {LISA_VDP2ADD_D_W, 0x70cb0000, {FPR_VD, FPR_VJ, FPR_VK}},
1126
    {LISA_VDP2ADD_Q_D, 0x70cb8000, {FPR_VD, FPR_VJ, FPR_VK}},
1127
    {LISA_VDP2ADD_H_BU, 0x70cc0000, {FPR_VD, FPR_VJ, FPR_VK}},
1128
    {LISA_VDP2ADD_W_HU, 0x70cc8000, {FPR_VD, FPR_VJ, FPR_VK}},
1129
    {LISA_VDP2ADD_D_WU, 0x70cd0000, {FPR_VD, FPR_VJ, FPR_VK}},
1130
    {LISA_VDP2ADD_Q_DU, 0x70cd8000, {FPR_VD, FPR_VJ, FPR_VK}},
1131
    {LISA_VDP2ADD_H_BU_B, 0x70ce0000, {FPR_VD, FPR_VJ, FPR_VK}},
1132
    {LISA_VDP2ADD_W_HU_H, 0x70ce8000, {FPR_VD, FPR_VJ, FPR_VK}},
1133
    {LISA_VDP2ADD_D_WU_W, 0x70cf0000, {FPR_VD, FPR_VJ, FPR_VK}},
1134
    {LISA_VDP2ADD_Q_DU_D, 0x70cf8000, {FPR_VD, FPR_VJ, FPR_VK}},
1135
    {LISA_VDP2SUB_H_B, 0x70d00000, {FPR_VD, FPR_VJ, FPR_VK}},
1136
    {LISA_VDP2SUB_W_H, 0x70d08000, {FPR_VD, FPR_VJ, FPR_VK}},
1137
    {LISA_VDP2SUB_D_W, 0x70d10000, {FPR_VD, FPR_VJ, FPR_VK}},
1138
    {LISA_VDP2SUB_Q_D, 0x70d18000, {FPR_VD, FPR_VJ, FPR_VK}},
1139
    {LISA_VDP2SUB_H_BU, 0x70d20000, {FPR_VD, FPR_VJ, FPR_VK}},
1140
    {LISA_VDP2SUB_W_HU, 0x70d28000, {FPR_VD, FPR_VJ, FPR_VK}},
1141
    {LISA_VDP2SUB_D_WU, 0x70d30000, {FPR_VD, FPR_VJ, FPR_VK}},
1142
    {LISA_VDP2SUB_Q_DU, 0x70d38000, {FPR_VD, FPR_VJ, FPR_VK}},
1143
    {LISA_VDP4_W_B, 0x70d40000, {FPR_VD, FPR_VJ, FPR_VK}},
1144
    {LISA_VDP4_D_H, 0x70d48000, {FPR_VD, FPR_VJ, FPR_VK}},
1145
    {LISA_VDP4_Q_W, 0x70d50000, {FPR_VD, FPR_VJ, FPR_VK}},
1146
    {LISA_VDP4_W_BU, 0x70d60000, {FPR_VD, FPR_VJ, FPR_VK}},
1147
    {LISA_VDP4_D_HU, 0x70d68000, {FPR_VD, FPR_VJ, FPR_VK}},
1148
    {LISA_VDP4_Q_WU, 0x70d70000, {FPR_VD, FPR_VJ, FPR_VK}},
1149
    {LISA_VDP4_W_BU_B, 0x70d80000, {FPR_VD, FPR_VJ, FPR_VK}},
1150
    {LISA_VDP4_D_HU_H, 0x70d88000, {FPR_VD, FPR_VJ, FPR_VK}},
1151
    {LISA_VDP4_Q_WU_W, 0x70d90000, {FPR_VD, FPR_VJ, FPR_VK}},
1152
    {LISA_VDP4ADD_W_B, 0x70da0000, {FPR_VD, FPR_VJ, FPR_VK}},
1153
    {LISA_VDP4ADD_D_H, 0x70da8000, {FPR_VD, FPR_VJ, FPR_VK}},
1154
    {LISA_VDP4ADD_Q_W, 0x70db0000, {FPR_VD, FPR_VJ, FPR_VK}},
1155
    {LISA_VDP4ADD_W_BU, 0x70dc0000, {FPR_VD, FPR_VJ, FPR_VK}},
1156
    {LISA_VDP4ADD_D_HU, 0x70dc8000, {FPR_VD, FPR_VJ, FPR_VK}},
1157
    {LISA_VDP4ADD_Q_WU, 0x70dd0000, {FPR_VD, FPR_VJ, FPR_VK}},
1158
    {LISA_VDP4ADD_W_BU_B, 0x70de0000, {FPR_VD, FPR_VJ, FPR_VK}},
1159
    {LISA_VDP4ADD_D_HU_H, 0x70de8000, {FPR_VD, FPR_VJ, FPR_VK}},
1160
    {LISA_VDP4ADD_Q_WU_W, 0x70df0000, {FPR_VD, FPR_VJ, FPR_VK}},
1161
    {LISA_VDIV_B, 0x70e00000, {FPR_VD, FPR_VJ, FPR_VK}},
1162
    {LISA_VDIV_H, 0x70e08000, {FPR_VD, FPR_VJ, FPR_VK}},
1163
    {LISA_VDIV_W, 0x70e10000, {FPR_VD, FPR_VJ, FPR_VK}},
1164
    {LISA_VDIV_D, 0x70e18000, {FPR_VD, FPR_VJ, FPR_VK}},
1165
    {LISA_VMOD_B, 0x70e20000, {FPR_VD, FPR_VJ, FPR_VK}},
1166
    {LISA_VMOD_H, 0x70e28000, {FPR_VD, FPR_VJ, FPR_VK}},
1167
    {LISA_VMOD_W, 0x70e30000, {FPR_VD, FPR_VJ, FPR_VK}},
1168
    {LISA_VMOD_D, 0x70e38000, {FPR_VD, FPR_VJ, FPR_VK}},
1169
    {LISA_VDIV_BU, 0x70e40000, {FPR_VD, FPR_VJ, FPR_VK}},
1170
    {LISA_VDIV_HU, 0x70e48000, {FPR_VD, FPR_VJ, FPR_VK}},
1171
    {LISA_VDIV_WU, 0x70e50000, {FPR_VD, FPR_VJ, FPR_VK}},
1172
    {LISA_VDIV_DU, 0x70e58000, {FPR_VD, FPR_VJ, FPR_VK}},
1173
    {LISA_VMOD_BU, 0x70e60000, {FPR_VD, FPR_VJ, FPR_VK}},
1174
    {LISA_VMOD_HU, 0x70e68000, {FPR_VD, FPR_VJ, FPR_VK}},
1175
    {LISA_VMOD_WU, 0x70e70000, {FPR_VD, FPR_VJ, FPR_VK}},
1176
    {LISA_VMOD_DU, 0x70e78000, {FPR_VD, FPR_VJ, FPR_VK}},
1177
    {LISA_VSLL_B, 0x70e80000, {FPR_VD, FPR_VJ, FPR_VK}},
1178
    {LISA_VSLL_H, 0x70e88000, {FPR_VD, FPR_VJ, FPR_VK}},
1179
    {LISA_VSLL_W, 0x70e90000, {FPR_VD, FPR_VJ, FPR_VK}},
1180
    {LISA_VSLL_D, 0x70e98000, {FPR_VD, FPR_VJ, FPR_VK}},
1181
    {LISA_VSRL_B, 0x70ea0000, {FPR_VD, FPR_VJ, FPR_VK}},
1182
    {LISA_VSRL_H, 0x70ea8000, {FPR_VD, FPR_VJ, FPR_VK}},
1183
    {LISA_VSRL_W, 0x70eb0000, {FPR_VD, FPR_VJ, FPR_VK}},
1184
    {LISA_VSRL_D, 0x70eb8000, {FPR_VD, FPR_VJ, FPR_VK}},
1185
    {LISA_VSRA_B, 0x70ec0000, {FPR_VD, FPR_VJ, FPR_VK}},
1186
    {LISA_VSRA_H, 0x70ec8000, {FPR_VD, FPR_VJ, FPR_VK}},
1187
    {LISA_VSRA_W, 0x70ed0000, {FPR_VD, FPR_VJ, FPR_VK}},
1188
    {LISA_VSRA_D, 0x70ed8000, {FPR_VD, FPR_VJ, FPR_VK}},
1189
    {LISA_VROTR_B, 0x70ee0000, {FPR_VD, FPR_VJ, FPR_VK}},
1190
    {LISA_VROTR_H, 0x70ee8000, {FPR_VD, FPR_VJ, FPR_VK}},
1191
    {LISA_VROTR_W, 0x70ef0000, {FPR_VD, FPR_VJ, FPR_VK}},
1192
    {LISA_VROTR_D, 0x70ef8000, {FPR_VD, FPR_VJ, FPR_VK}},
1193
    {LISA_VSRLR_B, 0x70f00000, {FPR_VD, FPR_VJ, FPR_VK}},
1194
    {LISA_VSRLR_H, 0x70f08000, {FPR_VD, FPR_VJ, FPR_VK}},
1195
    {LISA_VSRLR_W, 0x70f10000, {FPR_VD, FPR_VJ, FPR_VK}},
1196
    {LISA_VSRLR_D, 0x70f18000, {FPR_VD, FPR_VJ, FPR_VK}},
1197
    {LISA_VSRAR_B, 0x70f20000, {FPR_VD, FPR_VJ, FPR_VK}},
1198
    {LISA_VSRAR_H, 0x70f28000, {FPR_VD, FPR_VJ, FPR_VK}},
1199
    {LISA_VSRAR_W, 0x70f30000, {FPR_VD, FPR_VJ, FPR_VK}},
1200
    {LISA_VSRAR_D, 0x70f38000, {FPR_VD, FPR_VJ, FPR_VK}},
1201
    {LISA_VSRLN_B_H, 0x70f48000, {FPR_VD, FPR_VJ, FPR_VK}},
1202
    {LISA_VSRLN_H_W, 0x70f50000, {FPR_VD, FPR_VJ, FPR_VK}},
1203
    {LISA_VSRLN_W_D, 0x70f58000, {FPR_VD, FPR_VJ, FPR_VK}},
1204
    {LISA_VSRAN_B_H, 0x70f68000, {FPR_VD, FPR_VJ, FPR_VK}},
1205
    {LISA_VSRAN_H_W, 0x70f70000, {FPR_VD, FPR_VJ, FPR_VK}},
1206
    {LISA_VSRAN_W_D, 0x70f78000, {FPR_VD, FPR_VJ, FPR_VK}},
1207
    {LISA_VSRLRN_B_H, 0x70f88000, {FPR_VD, FPR_VJ, FPR_VK}},
1208
    {LISA_VSRLRN_H_W, 0x70f90000, {FPR_VD, FPR_VJ, FPR_VK}},
1209
    {LISA_VSRLRN_W_D, 0x70f98000, {FPR_VD, FPR_VJ, FPR_VK}},
1210
    {LISA_VSRARN_B_H, 0x70fa8000, {FPR_VD, FPR_VJ, FPR_VK}},
1211
    {LISA_VSRARN_H_W, 0x70fb0000, {FPR_VD, FPR_VJ, FPR_VK}},
1212
    {LISA_VSRARN_W_D, 0x70fb8000, {FPR_VD, FPR_VJ, FPR_VK}},
1213
    {LISA_VSSRLN_B_H, 0x70fc8000, {FPR_VD, FPR_VJ, FPR_VK}},
1214
    {LISA_VSSRLN_H_W, 0x70fd0000, {FPR_VD, FPR_VJ, FPR_VK}},
1215
    {LISA_VSSRLN_W_D, 0x70fd8000, {FPR_VD, FPR_VJ, FPR_VK}},
1216
    {LISA_VSSRAN_B_H, 0x70fe8000, {FPR_VD, FPR_VJ, FPR_VK}},
1217
    {LISA_VSSRAN_H_W, 0x70ff0000, {FPR_VD, FPR_VJ, FPR_VK}},
1218
    {LISA_VSSRAN_W_D, 0x70ff8000, {FPR_VD, FPR_VJ, FPR_VK}},
1219
    {LISA_VSSRLRN_B_H, 0x71008000, {FPR_VD, FPR_VJ, FPR_VK}},
1220
    {LISA_VSSRLRN_H_W, 0x71010000, {FPR_VD, FPR_VJ, FPR_VK}},
1221
    {LISA_VSSRLRN_W_D, 0x71018000, {FPR_VD, FPR_VJ, FPR_VK}},
1222
    {LISA_VSSRARN_B_H, 0x71028000, {FPR_VD, FPR_VJ, FPR_VK}},
1223
    {LISA_VSSRARN_H_W, 0x71030000, {FPR_VD, FPR_VJ, FPR_VK}},
1224
    {LISA_VSSRARN_W_D, 0x71038000, {FPR_VD, FPR_VJ, FPR_VK}},
1225
    {LISA_VSSRLN_BU_H, 0x71048000, {FPR_VD, FPR_VJ, FPR_VK}},
1226
    {LISA_VSSRLN_HU_W, 0x71050000, {FPR_VD, FPR_VJ, FPR_VK}},
1227
    {LISA_VSSRLN_WU_D, 0x71058000, {FPR_VD, FPR_VJ, FPR_VK}},
1228
    {LISA_VSSRAN_BU_H, 0x71068000, {FPR_VD, FPR_VJ, FPR_VK}},
1229
    {LISA_VSSRAN_HU_W, 0x71070000, {FPR_VD, FPR_VJ, FPR_VK}},
1230
    {LISA_VSSRAN_WU_D, 0x71078000, {FPR_VD, FPR_VJ, FPR_VK}},
1231
    {LISA_VSSRLRN_BU_H, 0x71088000, {FPR_VD, FPR_VJ, FPR_VK}},
1232
    {LISA_VSSRLRN_HU_W, 0x71090000, {FPR_VD, FPR_VJ, FPR_VK}},
1233
    {LISA_VSSRLRN_WU_D, 0x71098000, {FPR_VD, FPR_VJ, FPR_VK}},
1234
    {LISA_VSSRARN_BU_H, 0x710a8000, {FPR_VD, FPR_VJ, FPR_VK}},
1235
    {LISA_VSSRARN_HU_W, 0x710b0000, {FPR_VD, FPR_VJ, FPR_VK}},
1236
    {LISA_VSSRARN_WU_D, 0x710b8000, {FPR_VD, FPR_VJ, FPR_VK}},
1237
    {LISA_VBITCLR_B, 0x710c0000, {FPR_VD, FPR_VJ, FPR_VK}},
1238
    {LISA_VBITCLR_H, 0x710c8000, {FPR_VD, FPR_VJ, FPR_VK}},
1239
    {LISA_VBITCLR_W, 0x710d0000, {FPR_VD, FPR_VJ, FPR_VK}},
1240
    {LISA_VBITCLR_D, 0x710d8000, {FPR_VD, FPR_VJ, FPR_VK}},
1241
    {LISA_VBITSET_B, 0x710e0000, {FPR_VD, FPR_VJ, FPR_VK}},
1242
    {LISA_VBITSET_H, 0x710e8000, {FPR_VD, FPR_VJ, FPR_VK}},
1243
    {LISA_VBITSET_W, 0x710f0000, {FPR_VD, FPR_VJ, FPR_VK}},
1244
    {LISA_VBITSET_D, 0x710f8000, {FPR_VD, FPR_VJ, FPR_VK}},
1245
    {LISA_VBITREV_B, 0x71100000, {FPR_VD, FPR_VJ, FPR_VK}},
1246
    {LISA_VBITREV_H, 0x71108000, {FPR_VD, FPR_VJ, FPR_VK}},
1247
    {LISA_VBITREV_W, 0x71110000, {FPR_VD, FPR_VJ, FPR_VK}},
1248
    {LISA_VBITREV_D, 0x71118000, {FPR_VD, FPR_VJ, FPR_VK}},
1249
    {LISA_VBSTRC12_B, 0x71120000, {FPR_VD, FPR_VJ, FPR_VK}},
1250
    {LISA_VBSTRC12_H, 0x71128000, {FPR_VD, FPR_VJ, FPR_VK}},
1251
    {LISA_VBSTRC12_W, 0x71130000, {FPR_VD, FPR_VJ, FPR_VK}},
1252
    {LISA_VBSTRC12_D, 0x71138000, {FPR_VD, FPR_VJ, FPR_VK}},
1253
    {LISA_VBSTRC21_B, 0x71140000, {FPR_VD, FPR_VJ, FPR_VK}},
1254
    {LISA_VBSTRC21_H, 0x71148000, {FPR_VD, FPR_VJ, FPR_VK}},
1255
    {LISA_VBSTRC21_W, 0x71150000, {FPR_VD, FPR_VJ, FPR_VK}},
1256
    {LISA_VBSTRC21_D, 0x71158000, {FPR_VD, FPR_VJ, FPR_VK}},
1257
    {LISA_VPACKEV_B, 0x71160000, {FPR_VD, FPR_VJ, FPR_VK}},
1258
    {LISA_VPACKEV_H, 0x71168000, {FPR_VD, FPR_VJ, FPR_VK}},
1259
    {LISA_VPACKEV_W, 0x71170000, {FPR_VD, FPR_VJ, FPR_VK}},
1260
    {LISA_VPACKEV_D, 0x71178000, {FPR_VD, FPR_VJ, FPR_VK}},
1261
    {LISA_VPACKOD_B, 0x71180000, {FPR_VD, FPR_VJ, FPR_VK}},
1262
    {LISA_VPACKOD_H, 0x71188000, {FPR_VD, FPR_VJ, FPR_VK}},
1263
    {LISA_VPACKOD_W, 0x71190000, {FPR_VD, FPR_VJ, FPR_VK}},
1264
    {LISA_VPACKOD_D, 0x71198000, {FPR_VD, FPR_VJ, FPR_VK}},
1265
    {LISA_VILVL_B, 0x711a0000, {FPR_VD, FPR_VJ, FPR_VK}},
1266
    {LISA_VILVL_H, 0x711a8000, {FPR_VD, FPR_VJ, FPR_VK}},
1267
    {LISA_VILVL_W, 0x711b0000, {FPR_VD, FPR_VJ, FPR_VK}},
1268
    {LISA_VILVL_D, 0x711b8000, {FPR_VD, FPR_VJ, FPR_VK}},
1269
    {LISA_VILVH_B, 0x711c0000, {FPR_VD, FPR_VJ, FPR_VK}},
1270
    {LISA_VILVH_H, 0x711c8000, {FPR_VD, FPR_VJ, FPR_VK}},
1271
    {LISA_VILVH_W, 0x711d0000, {FPR_VD, FPR_VJ, FPR_VK}},
1272
    {LISA_VILVH_D, 0x711d8000, {FPR_VD, FPR_VJ, FPR_VK}},
1273
    {LISA_VPICKEV_B, 0x711e0000, {FPR_VD, FPR_VJ, FPR_VK}},
1274
    {LISA_VPICKEV_H, 0x711e8000, {FPR_VD, FPR_VJ, FPR_VK}},
1275
    {LISA_VPICKEV_W, 0x711f0000, {FPR_VD, FPR_VJ, FPR_VK}},
1276
    {LISA_VPICKEV_D, 0x711f8000, {FPR_VD, FPR_VJ, FPR_VK}},
1277
    {LISA_VPICKOD_B, 0x71200000, {FPR_VD, FPR_VJ, FPR_VK}},
1278
    {LISA_VPICKOD_H, 0x71208000, {FPR_VD, FPR_VJ, FPR_VK}},
1279
    {LISA_VPICKOD_W, 0x71210000, {FPR_VD, FPR_VJ, FPR_VK}},
1280
    {LISA_VPICKOD_D, 0x71218000, {FPR_VD, FPR_VJ, FPR_VK}},
1281
    {LISA_VREPLVE_B, 0x71220000, {FPR_VD, FPR_VJ, GPR_RK}},
1282
    {LISA_VREPLVE_H, 0x71228000, {FPR_VD, FPR_VJ, GPR_RK}},
1283
    {LISA_VREPLVE_W, 0x71230000, {FPR_VD, FPR_VJ, GPR_RK}},
1284
    {LISA_VREPLVE_D, 0x71238000, {FPR_VD, FPR_VJ, GPR_RK}},
1285
    {LISA_VEXTRCOL_B, 0x71240000, {FPR_VD, FPR_VJ, GPR_RK}},
1286
    {LISA_VEXTRCOL_H, 0x71248000, {FPR_VD, FPR_VJ, GPR_RK}},
1287
    {LISA_VEXTRCOL_W, 0x71250000, {FPR_VD, FPR_VJ, GPR_RK}},
1288
    {LISA_VEXTRCOL_D, 0x71258000, {FPR_VD, FPR_VJ, GPR_RK}},
1289
    {LISA_VAND_V, 0x71260000, {FPR_VD, FPR_VJ, FPR_VK}},
1290
    {LISA_VOR_V, 0x71268000, {FPR_VD, FPR_VJ, FPR_VK}},
1291
    {LISA_VXOR_V, 0x71270000, {FPR_VD, FPR_VJ, FPR_VK}},
1292
    {LISA_VNOR_V, 0x71278000, {FPR_VD, FPR_VJ, FPR_VK}},
1293
    {LISA_VANDN_V, 0x71280000, {FPR_VD, FPR_VJ, FPR_VK}},
1294
    {LISA_VORN_V, 0x71288000, {FPR_VD, FPR_VJ, FPR_VK}},
1295
    {LISA_VRANDSIGN_B, 0x71290000, {FPR_VD, FPR_VJ, FPR_VK}},
1296
    {LISA_VRANDSIGN_H, 0x71298000, {FPR_VD, FPR_VJ, FPR_VK}},
1297
    {LISA_VRORSIGN_B, 0x712a0000, {FPR_VD, FPR_VJ, FPR_VK}},
1298
    {LISA_VRORSIGN_H, 0x712a8000, {FPR_VD, FPR_VJ, FPR_VK}},
1299
    {LISA_VFRSTP_B, 0x712b0000, {FPR_VD, FPR_VJ, FPR_VK}},
1300
    {LISA_VFRSTP_H, 0x712b8000, {FPR_VD, FPR_VJ, FPR_VK}},
1301
    {LISA_VCLRSTRR_V, 0x712c0000, {FPR_VD, FPR_VJ, GPR_RK}},
1302
    {LISA_VCLRSTRV_V, 0x712c8000, {FPR_VD, FPR_VJ, FPR_VK}},
1303
    {LISA_VADD_Q, 0x712d0000, {FPR_VD, FPR_VJ, FPR_VK}},
1304
    {LISA_VSUB_Q, 0x712d8000, {FPR_VD, FPR_VJ, FPR_VK}},
1305
    {LISA_VSIGNCOV_B, 0x712e0000, {FPR_VD, FPR_VJ, FPR_VK}},
1306
    {LISA_VSIGNCOV_H, 0x712e8000, {FPR_VD, FPR_VJ, FPR_VK}},
1307
    {LISA_VSIGNCOV_W, 0x712f0000, {FPR_VD, FPR_VJ, FPR_VK}},
1308
    {LISA_VSIGNCOV_D, 0x712f8000, {FPR_VD, FPR_VJ, FPR_VK}},
1309
    {LISA_VFADD_S, 0x71308000, {FPR_VD, FPR_VJ, FPR_VK}},
1310
    {LISA_VFADD_D, 0x71310000, {FPR_VD, FPR_VJ, FPR_VK}},
1311
    {LISA_VFSUB_S, 0x71328000, {FPR_VD, FPR_VJ, FPR_VK}},
1312
    {LISA_VFSUB_D, 0x71330000, {FPR_VD, FPR_VJ, FPR_VK}},
1313
    {LISA_VFADDSUB_S, 0x71348000, {FPR_VD, FPR_VJ, FPR_VK}},
1314
    {LISA_VFADDSUB_D, 0x71350000, {FPR_VD, FPR_VJ, FPR_VK}},
1315
    {LISA_VFSUBADD_S, 0x71368000, {FPR_VD, FPR_VJ, FPR_VK}},
1316
    {LISA_VFSUBADD_D, 0x71370000, {FPR_VD, FPR_VJ, FPR_VK}},
1317
    {LISA_VFMUL_S, 0x71388000, {FPR_VD, FPR_VJ, FPR_VK}},
1318
    {LISA_VFMUL_D, 0x71390000, {FPR_VD, FPR_VJ, FPR_VK}},
1319
    {LISA_VFDIV_S, 0x713a8000, {FPR_VD, FPR_VJ, FPR_VK}},
1320
    {LISA_VFDIV_D, 0x713b0000, {FPR_VD, FPR_VJ, FPR_VK}},
1321
    {LISA_VFMAX_S, 0x713c8000, {FPR_VD, FPR_VJ, FPR_VK}},
1322
    {LISA_VFMAX_D, 0x713d0000, {FPR_VD, FPR_VJ, FPR_VK}},
1323
    {LISA_VFMIN_S, 0x713e8000, {FPR_VD, FPR_VJ, FPR_VK}},
1324
    {LISA_VFMIN_D, 0x713f0000, {FPR_VD, FPR_VJ, FPR_VK}},
1325
    {LISA_VFMAXA_S, 0x71408000, {FPR_VD, FPR_VJ, FPR_VK}},
1326
    {LISA_VFMAXA_D, 0x71410000, {FPR_VD, FPR_VJ, FPR_VK}},
1327
    {LISA_VFMINA_S, 0x71428000, {FPR_VD, FPR_VJ, FPR_VK}},
1328
    {LISA_VFMINA_D, 0x71430000, {FPR_VD, FPR_VJ, FPR_VK}},
1329
    {LISA_VFSCALEB_S, 0x71448000, {FPR_VD, FPR_VJ, FPR_VK}},
1330
    {LISA_VFSCALEB_D, 0x71450000, {FPR_VD, FPR_VJ, FPR_VK}},
1331
    {LISA_VFCVT_H_S, 0x71460000, {FPR_VD, FPR_VJ, FPR_VK}},
1332
    {LISA_VFCVT_S_D, 0x71468000, {FPR_VD, FPR_VJ, FPR_VK}},
1333
    {LISA_VFFINT_S_L, 0x71480000, {FPR_VD, FPR_VJ, FPR_VK}},
1334
    {LISA_VFTINT_W_D, 0x71498000, {FPR_VD, FPR_VJ, FPR_VK}},
1335
    {LISA_VFTINTRM_W_D, 0x714a0000, {FPR_VD, FPR_VJ, FPR_VK}},
1336
    {LISA_VFTINTRP_W_D, 0x714a8000, {FPR_VD, FPR_VJ, FPR_VK}},
1337
    {LISA_VFTINTRZ_W_D, 0x714b0000, {FPR_VD, FPR_VJ, FPR_VK}},
1338
    {LISA_VFTINTRNE_W_D, 0x714b8000, {FPR_VD, FPR_VJ, FPR_VK}},
1339
    {LISA_VHADD4_H_BU, 0x714e8000, {FPR_VD, FPR_VJ, FPR_VK}},
1340
    {LISA_VSHUF4_W, 0x714f0000, {FPR_VD, FPR_VJ, FPR_VK}},
1341
    {LISA_VSHUF2_D, 0x714f8000, {FPR_VD, FPR_VJ, FPR_VK}},
1342
    {LISA_AES128_ENC, 0x71500000, {FPR_VD, FPR_VJ, FPR_VK}},
1343
    {LISA_AES128_DEC, 0x71508000, {FPR_VD, FPR_VJ, FPR_VK}},
1344
    {LISA_AES192_ENC, 0x71510000, {FPR_VD, FPR_VJ, FPR_VK}},
1345
    {LISA_AES192_DEC, 0x71518000, {FPR_VD, FPR_VJ, FPR_VK}},
1346
    {LISA_AES256_ENC, 0x71520000, {FPR_VD, FPR_VJ, FPR_VK}},
1347
    {LISA_AES256_DEC, 0x71528000, {FPR_VD, FPR_VJ, FPR_VK}},
1348
    {LISA_AES_KG, 0x71530000, {FPR_VD, FPR_VJ, FPR_VK}},
1349
    {LISA_AES_FR_ENC, 0x71538000, {FPR_VD, FPR_VJ, FPR_VK}},
1350
    {LISA_AES_FR_DEC, 0x71540000, {FPR_VD, FPR_VJ, FPR_VK}},
1351
    {LISA_AES_LR_ENC, 0x71548000, {FPR_VD, FPR_VJ, FPR_VK}},
1352
    {LISA_AES_LR_DEC, 0x71550000, {FPR_VD, FPR_VJ, FPR_VK}},
1353
    {LISA_AES_MC_ENC, 0x71558000, {FPR_VD, FPR_VJ}},
1354
    {LISA_AES_MC_DEC, 0x71560000, {FPR_VD, FPR_VJ}},
1355
    {LISA_AES_SB_ENC, 0x71568000, {FPR_VD, FPR_VJ}},
1356
    {LISA_AES_SB_DEC, 0x71570000, {FPR_VD, FPR_VJ}},
1357
    {LISA_AES_SR_ENC, 0x71578000, {FPR_VD, FPR_VJ}},
1358
    {LISA_AES_SR_DEC, 0x71580000, {FPR_VD, FPR_VJ}},
1359
    {LISA_MD5_MS, 0x71588000, {FPR_VD, FPR_VJ, FPR_VK}},
1360
    {LISA_MD5_4R, 0x71590000, {FPR_VD, FPR_VJ, FPR_VK}},
1361
    {LISA_SHA1_MS_1, 0x71598000, {FPR_VD, FPR_VJ, FPR_VK}},
1362
    {LISA_SHA1_MS_2, 0x715a0000, {FPR_VD, FPR_VJ, FPR_VK}},
1363
    {LISA_SHA1_HASH_4R, 0x715a8000, {FPR_VD, FPR_VJ, FPR_VK}},
1364
    {LISA_SHA256_MS_1, 0x715b0000, {FPR_VD, FPR_VJ, FPR_VK}},
1365
    {LISA_SHA256_MS_2, 0x715b8000, {FPR_VD, FPR_VJ, FPR_VK}},
1366
    {LISA_SHA256_HASH_2R, 0x715c0000, {FPR_VD, FPR_VJ, FPR_VK}},
1367
    {LISA_SHA512_MS_1, 0x715c8000, {FPR_VD, FPR_VJ, FPR_VK}},
1368
    {LISA_SHA512_MS_2, 0x715d0000, {FPR_VD, FPR_VJ, FPR_VK}},
1369
    {LISA_SHA512_HASH_R_1, 0x715d8000, {FPR_VD, FPR_VJ, FPR_VK}},
1370
    {LISA_SHA512_HASH_R_2, 0x715e0000, {FPR_VD, FPR_VJ, FPR_VK}},
1371
    {LISA_VPMUL_W, 0x71600000, {FPR_VD, FPR_VJ, FPR_VK}},
1372
    {LISA_VPMUL_D, 0x71608000, {FPR_VD, FPR_VJ, FPR_VK}},
1373
    {LISA_VPMUH_W, 0x71610000, {FPR_VD, FPR_VJ, FPR_VK}},
1374
    {LISA_VPMUH_D, 0x71618000, {FPR_VD, FPR_VJ, FPR_VK}},
1375
    {LISA_VPMULACC_W, 0x71620000, {FPR_VD, FPR_VJ, FPR_VK}},
1376
    {LISA_VPMULACC_D, 0x71628000, {FPR_VD, FPR_VJ, FPR_VK}},
1377
    {LISA_VPMUHACC_W, 0x71630000, {FPR_VD, FPR_VJ, FPR_VK}},
1378
    {LISA_VPMUHACC_D, 0x71638000, {FPR_VD, FPR_VJ, FPR_VK}},
1379
    {LISA_VPMULWL_H_B, 0x71640000, {FPR_VD, FPR_VJ, FPR_VK}},
1380
    {LISA_VPMULWL_W_H, 0x71648000, {FPR_VD, FPR_VJ, FPR_VK}},
1381
    {LISA_VPMULWL_D_W, 0x71650000, {FPR_VD, FPR_VJ, FPR_VK}},
1382
    {LISA_VPMULWL_Q_D, 0x71658000, {FPR_VD, FPR_VJ, FPR_VK}},
1383
    {LISA_VPMULWH_H_B, 0x71660000, {FPR_VD, FPR_VJ, FPR_VK}},
1384
    {LISA_VPMULWH_W_H, 0x71668000, {FPR_VD, FPR_VJ, FPR_VK}},
1385
    {LISA_VPMULWH_D_W, 0x71670000, {FPR_VD, FPR_VJ, FPR_VK}},
1386
    {LISA_VPMULWH_Q_D, 0x71678000, {FPR_VD, FPR_VJ, FPR_VK}},
1387
    {LISA_VPMADDWL_H_B, 0x71680000, {FPR_VD, FPR_VJ, FPR_VK}},
1388
    {LISA_VPMADDWL_W_H, 0x71688000, {FPR_VD, FPR_VJ, FPR_VK}},
1389
    {LISA_VPMADDWL_D_W, 0x71690000, {FPR_VD, FPR_VJ, FPR_VK}},
1390
    {LISA_VPMADDWL_Q_D, 0x71698000, {FPR_VD, FPR_VJ, FPR_VK}},
1391
    {LISA_VPMADDWH_H_B, 0x716a0000, {FPR_VD, FPR_VJ, FPR_VK}},
1392
    {LISA_VPMADDWH_W_H, 0x716a8000, {FPR_VD, FPR_VJ, FPR_VK}},
1393
    {LISA_VPMADDWH_D_W, 0x716b0000, {FPR_VD, FPR_VJ, FPR_VK}},
1394
    {LISA_VPMADDWH_Q_D, 0x716b8000, {FPR_VD, FPR_VJ, FPR_VK}},
1395
    {LISA_VPDP2_Q_D, 0x716c0000, {FPR_VD, FPR_VJ, FPR_VK}},
1396
    {LISA_VPDP2ADD_Q_D, 0x716c8000, {FPR_VD, FPR_VJ, FPR_VK}},
1397
    {LISA_VCDP4_RE_D_H, 0x71700000, {FPR_VD, FPR_VJ, FPR_VK}},
1398
    {LISA_VCDP4_IM_D_H, 0x71708000, {FPR_VD, FPR_VJ, FPR_VK}},
1399
    {LISA_VCDP4ADD_RE_D_H, 0x71710000, {FPR_VD, FPR_VJ, FPR_VK}},
1400
    {LISA_VCDP4ADD_IM_D_H, 0x71718000, {FPR_VD, FPR_VJ, FPR_VK}},
1401
    {LISA_VCDP2_RE_Q_W, 0x71720000, {FPR_VD, FPR_VJ, FPR_VK}},
1402
    {LISA_VCDP2_IM_Q_W, 0x71728000, {FPR_VD, FPR_VJ, FPR_VK}},
1403
    {LISA_VCDP2ADD_RE_Q_W, 0x71730000, {FPR_VD, FPR_VJ, FPR_VK}},
1404
    {LISA_VCDP2ADD_IM_Q_W, 0x71738000, {FPR_VD, FPR_VJ, FPR_VK}},
1405
    {LISA_VSIGNSEL_W, 0x71790000, {FPR_VD, FPR_VJ, FPR_VK}},
1406
    {LISA_VSIGNSEL_D, 0x71798000, {FPR_VD, FPR_VJ, FPR_VK}},
1407
    {LISA_VSHUF_H, 0x717a8000, {FPR_VD, FPR_VJ, FPR_VK}},
1408
    {LISA_VSHUF_W, 0x717b0000, {FPR_VD, FPR_VJ, FPR_VK}},
1409
    {LISA_VSHUF_D, 0x717b8000, {FPR_VD, FPR_VJ, FPR_VK}},
1410
    {LISA_VSEQI_B, 0x72800000, {FPR_VD, FPR_VJ, IMM_SI5}},
1411
    {LISA_VSEQI_H, 0x72808000, {FPR_VD, FPR_VJ, IMM_SI5}},
1412
    {LISA_VSEQI_W, 0x72810000, {FPR_VD, FPR_VJ, IMM_SI5}},
1413
    {LISA_VSEQI_D, 0x72818000, {FPR_VD, FPR_VJ, IMM_SI5}},
1414
    {LISA_VSLEI_B, 0x72820000, {FPR_VD, FPR_VJ, IMM_SI5}},
1415
    {LISA_VSLEI_H, 0x72828000, {FPR_VD, FPR_VJ, IMM_SI5}},
1416
    {LISA_VSLEI_W, 0x72830000, {FPR_VD, FPR_VJ, IMM_SI5}},
1417
    {LISA_VSLEI_D, 0x72838000, {FPR_VD, FPR_VJ, IMM_SI5}},
1418
    {LISA_VSLEI_BU, 0x72840000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1419
    {LISA_VSLEI_HU, 0x72848000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1420
    {LISA_VSLEI_WU, 0x72850000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1421
    {LISA_VSLEI_DU, 0x72858000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1422
    {LISA_VSLTI_B, 0x72860000, {FPR_VD, FPR_VJ, IMM_SI5}},
1423
    {LISA_VSLTI_H, 0x72868000, {FPR_VD, FPR_VJ, IMM_SI5}},
1424
    {LISA_VSLTI_W, 0x72870000, {FPR_VD, FPR_VJ, IMM_SI5}},
1425
    {LISA_VSLTI_D, 0x72878000, {FPR_VD, FPR_VJ, IMM_SI5}},
1426
    {LISA_VSLTI_BU, 0x72880000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1427
    {LISA_VSLTI_HU, 0x72888000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1428
    {LISA_VSLTI_WU, 0x72890000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1429
    {LISA_VSLTI_DU, 0x72898000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1430
    {LISA_VADDI_BU, 0x728a0000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1431
    {LISA_VADDI_HU, 0x728a8000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1432
    {LISA_VADDI_WU, 0x728b0000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1433
    {LISA_VADDI_DU, 0x728b8000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1434
    {LISA_VSUBI_BU, 0x728c0000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1435
    {LISA_VSUBI_HU, 0x728c8000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1436
    {LISA_VSUBI_WU, 0x728d0000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1437
    {LISA_VSUBI_DU, 0x728d8000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1438
    {LISA_VBSLL_V, 0x728e0000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1439
    {LISA_VBSRL_V, 0x728e8000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1440
    {LISA_VMAXI_B, 0x72900000, {FPR_VD, FPR_VJ, IMM_SI5}},
1441
    {LISA_VMAXI_H, 0x72908000, {FPR_VD, FPR_VJ, IMM_SI5}},
1442
    {LISA_VMAXI_W, 0x72910000, {FPR_VD, FPR_VJ, IMM_SI5}},
1443
    {LISA_VMAXI_D, 0x72918000, {FPR_VD, FPR_VJ, IMM_SI5}},
1444
    {LISA_VMINI_B, 0x72920000, {FPR_VD, FPR_VJ, IMM_SI5}},
1445
    {LISA_VMINI_H, 0x72928000, {FPR_VD, FPR_VJ, IMM_SI5}},
1446
    {LISA_VMINI_W, 0x72930000, {FPR_VD, FPR_VJ, IMM_SI5}},
1447
    {LISA_VMINI_D, 0x72938000, {FPR_VD, FPR_VJ, IMM_SI5}},
1448
    {LISA_VMAXI_BU, 0x72940000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1449
    {LISA_VMAXI_HU, 0x72948000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1450
    {LISA_VMAXI_WU, 0x72950000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1451
    {LISA_VMAXI_DU, 0x72958000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1452
    {LISA_VMINI_BU, 0x72960000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1453
    {LISA_VMINI_HU, 0x72968000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1454
    {LISA_VMINI_WU, 0x72970000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1455
    {LISA_VMINI_DU, 0x72978000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1456
    {LISA_VRANDSIGNI_B, 0x72980000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1457
    {LISA_VRANDSIGNI_H, 0x72988000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1458
    {LISA_VRORSIGNI_B, 0x72990000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1459
    {LISA_VRORSIGNI_H, 0x72998000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1460
    {LISA_VFRSTPI_B, 0x729a0000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1461
    {LISA_VFRSTPI_H, 0x729a8000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1462
    {LISA_VCLRSTRI_V, 0x729b0000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1463
    {LISA_VMEPATMSK_V, 0x729b8000, {FPR_VD, IMM_MODE, IMM_UI5L}},
1464
    {LISA_VCLO_B, 0x729c0000, {FPR_VD, FPR_VJ}},
1465
    {LISA_VCLO_H, 0x729c0400, {FPR_VD, FPR_VJ}},
1466
    {LISA_VCLO_W, 0x729c0800, {FPR_VD, FPR_VJ}},
1467
    {LISA_VCLO_D, 0x729c0c00, {FPR_VD, FPR_VJ}},
1468
    {LISA_VCLZ_B, 0x729c1000, {FPR_VD, FPR_VJ}},
1469
    {LISA_VCLZ_H, 0x729c1400, {FPR_VD, FPR_VJ}},
1470
    {LISA_VCLZ_W, 0x729c1800, {FPR_VD, FPR_VJ}},
1471
    {LISA_VCLZ_D, 0x729c1c00, {FPR_VD, FPR_VJ}},
1472
    {LISA_VPCNT_B, 0x729c2000, {FPR_VD, FPR_VJ}},
1473
    {LISA_VPCNT_H, 0x729c2400, {FPR_VD, FPR_VJ}},
1474
    {LISA_VPCNT_W, 0x729c2800, {FPR_VD, FPR_VJ}},
1475
    {LISA_VPCNT_D, 0x729c2c00, {FPR_VD, FPR_VJ}},
1476
    {LISA_VNEG_B, 0x729c3000, {FPR_VD, FPR_VJ}},
1477
    {LISA_VNEG_H, 0x729c3400, {FPR_VD, FPR_VJ}},
1478
    {LISA_VNEG_W, 0x729c3800, {FPR_VD, FPR_VJ}},
1479
    {LISA_VNEG_D, 0x729c3c00, {FPR_VD, FPR_VJ}},
1480
    {LISA_VMSKLTZ_B, 0x729c4000, {FPR_VD, FPR_VJ}},
1481
    {LISA_VMSKLTZ_H, 0x729c4400, {FPR_VD, FPR_VJ}},
1482
    {LISA_VMSKLTZ_W, 0x729c4800, {FPR_VD, FPR_VJ}},
1483
    {LISA_VMSKLTZ_D, 0x729c4c00, {FPR_VD, FPR_VJ}},
1484
    {LISA_VMSKGEZ_B, 0x729c5000, {FPR_VD, FPR_VJ}},
1485
    {LISA_VMSKNZ_B, 0x729c6000, {FPR_VD, FPR_VJ}},
1486
    {LISA_VMSKCOPY_B, 0x729c7000, {FPR_VD, FPR_VJ}},
1487
    {LISA_VMSKFILL_B, 0x729c8000, {FPR_VD, FPR_VJ}},
1488
    {LISA_VFRSTM_B, 0x729c9000, {FPR_VD, FPR_VJ}},
1489
    {LISA_VFRSTM_H, 0x729c9400, {FPR_VD, FPR_VJ}},
1490
    {LISA_VSETEQZ_V, 0x729c9800, {FCC_CD, FPR_VJ}},
1491
    {LISA_VSETNEZ_V, 0x729c9c00, {FCC_CD, FPR_VJ}},
1492
    {LISA_VSETANYEQZ_B, 0x729ca000, {FCC_CD, FPR_VJ}},
1493
    {LISA_VSETANYEQZ_H, 0x729ca400, {FCC_CD, FPR_VJ}},
1494
    {LISA_VSETANYEQZ_W, 0x729ca800, {FCC_CD, FPR_VJ}},
1495
    {LISA_VSETANYEQZ_D, 0x729cac00, {FCC_CD, FPR_VJ}},
1496
    {LISA_VSETALLNEZ_B, 0x729cb000, {FCC_CD, FPR_VJ}},
1497
    {LISA_VSETALLNEZ_H, 0x729cb400, {FCC_CD, FPR_VJ}},
1498
    {LISA_VSETALLNEZ_W, 0x729cb800, {FCC_CD, FPR_VJ}},
1499
    {LISA_VSETALLNEZ_D, 0x729cbc00, {FCC_CD, FPR_VJ}},
1500
    {LISA_VFLOGB_S, 0x729cc400, {FPR_VD, FPR_VJ}},
1501
    {LISA_VFLOGB_D, 0x729cc800, {FPR_VD, FPR_VJ}},
1502
    {LISA_VFCLASS_S, 0x729cd400, {FPR_VD, FPR_VJ}},
1503
    {LISA_VFCLASS_D, 0x729cd800, {FPR_VD, FPR_VJ}},
1504
    {LISA_VFSQRT_S, 0x729ce400, {FPR_VD, FPR_VJ}},
1505
    {LISA_VFSQRT_D, 0x729ce800, {FPR_VD, FPR_VJ}},
1506
    {LISA_VFRECIP_S, 0x729cf400, {FPR_VD, FPR_VJ}},
1507
    {LISA_VFRECIP_D, 0x729cf800, {FPR_VD, FPR_VJ}},
1508
    {LISA_VFRSQRT_S, 0x729d0400, {FPR_VD, FPR_VJ}},
1509
    {LISA_VFRSQRT_D, 0x729d0800, {FPR_VD, FPR_VJ}},
1510
    {LISA_VFRINT_S, 0x729d3400, {FPR_VD, FPR_VJ}},
1511
    {LISA_VFRINT_D, 0x729d3800, {FPR_VD, FPR_VJ}},
1512
    {LISA_VFRINTRM_S, 0x729d4400, {FPR_VD, FPR_VJ}},
1513
    {LISA_VFRINTRM_D, 0x729d4800, {FPR_VD, FPR_VJ}},
1514
    {LISA_VFRINTRP_S, 0x729d5400, {FPR_VD, FPR_VJ}},
1515
    {LISA_VFRINTRP_D, 0x729d5800, {FPR_VD, FPR_VJ}},
1516
    {LISA_VFRINTRZ_S, 0x729d6400, {FPR_VD, FPR_VJ}},
1517
    {LISA_VFRINTRZ_D, 0x729d6800, {FPR_VD, FPR_VJ}},
1518
    {LISA_VFRINTRNE_S, 0x729d7400, {FPR_VD, FPR_VJ}},
1519
    {LISA_VFRINTRNE_D, 0x729d7800, {FPR_VD, FPR_VJ}},
1520
    {LISA_VEXTL_W_B, 0x729d8400, {FPR_VD, FPR_VJ}},
1521
    {LISA_VEXTL_D_B, 0x729d8800, {FPR_VD, FPR_VJ}},
1522
    {LISA_VEXTL_D_H, 0x729d9400, {FPR_VD, FPR_VJ}},
1523
    {LISA_VEXTL_W_BU, 0x729dac00, {FPR_VD, FPR_VJ}},
1524
    {LISA_VEXTL_D_BU, 0x729db000, {FPR_VD, FPR_VJ}},
1525
    {LISA_VEXTL_D_HU, 0x729dbc00, {FPR_VD, FPR_VJ}},
1526
    {LISA_VHADD8_D_BU, 0x729dd000, {FPR_VD, FPR_VJ}},
1527
    {LISA_VHMINPOS_W_HU, 0x729dd400, {FPR_VD, FPR_VJ}},
1528
    {LISA_VHMINPOS_D_HU, 0x729dd800, {FPR_VD, FPR_VJ}},
1529
    {LISA_VHMINPOS_Q_HU, 0x729ddc00, {FPR_VD, FPR_VJ}},
1530
    {LISA_VCLRTAIL_B, 0x729de000, {FPR_VD, FPR_VJ}},
1531
    {LISA_VCLRTAIL_H, 0x729de400, {FPR_VD, FPR_VJ}},
1532
    {LISA_VFCVTL_S_H, 0x729de800, {FPR_VD, FPR_VJ}},
1533
    {LISA_VFCVTH_S_H, 0x729dec00, {FPR_VD, FPR_VJ}},
1534
    {LISA_VFCVTL_D_S, 0x729df000, {FPR_VD, FPR_VJ}},
1535
    {LISA_VFCVTH_D_S, 0x729df400, {FPR_VD, FPR_VJ}},
1536
    {LISA_VFFINT_S_W, 0x729e0000, {FPR_VD, FPR_VJ}},
1537
    {LISA_VFFINT_S_WU, 0x729e0400, {FPR_VD, FPR_VJ}},
1538
    {LISA_VFFINT_D_L, 0x729e0800, {FPR_VD, FPR_VJ}},
1539
    {LISA_VFFINT_D_LU, 0x729e0c00, {FPR_VD, FPR_VJ}},
1540
    {LISA_VFFINTL_D_W, 0x729e1000, {FPR_VD, FPR_VJ}},
1541
    {LISA_VFFINTH_D_W, 0x729e1400, {FPR_VD, FPR_VJ}},
1542
    {LISA_VFTINT_W_S, 0x729e3000, {FPR_VD, FPR_VJ}},
1543
    {LISA_VFTINT_L_D, 0x729e3400, {FPR_VD, FPR_VJ}},
1544
    {LISA_VFTINTRM_W_S, 0x729e3800, {FPR_VD, FPR_VJ}},
1545
    {LISA_VFTINTRM_L_D, 0x729e3c00, {FPR_VD, FPR_VJ}},
1546
    {LISA_VFTINTRP_W_S, 0x729e4000, {FPR_VD, FPR_VJ}},
1547
    {LISA_VFTINTRP_L_D, 0x729e4400, {FPR_VD, FPR_VJ}},
1548
    {LISA_VFTINTRZ_W_S, 0x729e4800, {FPR_VD, FPR_VJ}},
1549
    {LISA_VFTINTRZ_L_D, 0x729e4c00, {FPR_VD, FPR_VJ}},
1550
    {LISA_VFTINTRNE_W_S, 0x729e5000, {FPR_VD, FPR_VJ}},
1551
    {LISA_VFTINTRNE_L_D, 0x729e5400, {FPR_VD, FPR_VJ}},
1552
    {LISA_VFTINT_WU_S, 0x729e5800, {FPR_VD, FPR_VJ}},
1553
    {LISA_VFTINT_LU_D, 0x729e5c00, {FPR_VD, FPR_VJ}},
1554
    {LISA_VFTINTRZ_WU_S, 0x729e7000, {FPR_VD, FPR_VJ}},
1555
    {LISA_VFTINTRZ_LU_D, 0x729e7400, {FPR_VD, FPR_VJ}},
1556
    {LISA_VFTINTL_L_S, 0x729e8000, {FPR_VD, FPR_VJ}},
1557
    {LISA_VFTINTH_L_S, 0x729e8400, {FPR_VD, FPR_VJ}},
1558
    {LISA_VFTINTRML_L_S, 0x729e8800, {FPR_VD, FPR_VJ}},
1559
    {LISA_VFTINTRMH_L_S, 0x729e8c00, {FPR_VD, FPR_VJ}},
1560
    {LISA_VFTINTRPL_L_S, 0x729e9000, {FPR_VD, FPR_VJ}},
1561
    {LISA_VFTINTRPH_L_S, 0x729e9400, {FPR_VD, FPR_VJ}},
1562
    {LISA_VFTINTRZL_L_S, 0x729e9800, {FPR_VD, FPR_VJ}},
1563
    {LISA_VFTINTRZH_L_S, 0x729e9c00, {FPR_VD, FPR_VJ}},
1564
    {LISA_VFTINTRNEL_L_S, 0x729ea000, {FPR_VD, FPR_VJ}},
1565
    {LISA_VFTINTRNEH_L_S, 0x729ea400, {FPR_VD, FPR_VJ}},
1566
    {LISA_VEXTH_H_B, 0x729ee000, {FPR_VD, FPR_VJ}},
1567
    {LISA_VEXTH_W_H, 0x729ee400, {FPR_VD, FPR_VJ}},
1568
    {LISA_VEXTH_D_W, 0x729ee800, {FPR_VD, FPR_VJ}},
1569
    {LISA_VEXTH_Q_D, 0x729eec00, {FPR_VD, FPR_VJ}},
1570
    {LISA_VEXTH_HU_BU, 0x729ef000, {FPR_VD, FPR_VJ}},
1571
    {LISA_VEXTH_WU_HU, 0x729ef400, {FPR_VD, FPR_VJ}},
1572
    {LISA_VEXTH_DU_WU, 0x729ef800, {FPR_VD, FPR_VJ}},
1573
    {LISA_VEXTH_QU_DU, 0x729efc00, {FPR_VD, FPR_VJ}},
1574
    {LISA_VREPLGR2VR_B, 0x729f0000, {FPR_VD, GPR_RJ}},
1575
    {LISA_VREPLGR2VR_H, 0x729f0400, {FPR_VD, GPR_RJ}},
1576
    {LISA_VREPLGR2VR_W, 0x729f0800, {FPR_VD, GPR_RJ}},
1577
    {LISA_VREPLGR2VR_D, 0x729f0c00, {FPR_VD, GPR_RJ}},
1578
    {LISA_VROTRI_B, 0x72a02000, {FPR_VD, FPR_VJ, IMM_UI3}},
1579
    {LISA_VROTRI_H, 0x72a04000, {FPR_VD, FPR_VJ, IMM_UI4}},
1580
    {LISA_VROTRI_W, 0x72a08000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1581
    {LISA_VROTRI_D, 0x72a10000, {FPR_VD, FPR_VJ, IMM_UI6}},
1582
    {LISA_VSRLRI_B, 0x72a42000, {FPR_VD, FPR_VJ, IMM_UI3}},
1583
    {LISA_VSRLRI_H, 0x72a44000, {FPR_VD, FPR_VJ, IMM_UI4}},
1584
    {LISA_VSRLRI_W, 0x72a48000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1585
    {LISA_VSRLRI_D, 0x72a50000, {FPR_VD, FPR_VJ, IMM_UI6}},
1586
    {LISA_VSRARI_B, 0x72a82000, {FPR_VD, FPR_VJ, IMM_UI3}},
1587
    {LISA_VSRARI_H, 0x72a84000, {FPR_VD, FPR_VJ, IMM_UI4}},
1588
    {LISA_VSRARI_W, 0x72a88000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1589
    {LISA_VSRARI_D, 0x72a90000, {FPR_VD, FPR_VJ, IMM_UI6}},
1590
    {LISA_VINSGR2VR_B, 0x72eb8000, {FPR_VD, GPR_RJ, IMM_UI4}},
1591
    {LISA_VINSGR2VR_H, 0x72ebc000, {FPR_VD, GPR_RJ, IMM_UI3}},
1592
    {LISA_VINSGR2VR_W, 0x72ebe000, {FPR_VD, GPR_RJ, IMM_UI2}},
1593
    {LISA_VINSGR2VR_D, 0x72ebf000, {FPR_VD, GPR_RJ, IMM_UI1}},
1594
    {LISA_VPICKVE2GR_B, 0x72ef8000, {GPR_RD, FPR_VJ, IMM_UI4}},
1595
    {LISA_VPICKVE2GR_H, 0x72efc000, {GPR_RD, FPR_VJ, IMM_UI3}},
1596
    {LISA_VPICKVE2GR_W, 0x72efe000, {GPR_RD, FPR_VJ, IMM_UI2}},
1597
    {LISA_VPICKVE2GR_D, 0x72eff000, {GPR_RD, FPR_VJ, IMM_UI1}},
1598
    {LISA_VPICKVE2GR_BU, 0x72f38000, {GPR_RD, FPR_VJ, IMM_UI4}},
1599
    {LISA_VPICKVE2GR_HU, 0x72f3c000, {GPR_RD, FPR_VJ, IMM_UI3}},
1600
    {LISA_VPICKVE2GR_WU, 0x72f3e000, {GPR_RD, FPR_VJ, IMM_UI2}},
1601
    {LISA_VPICKVE2GR_DU, 0x72f3f000, {GPR_RD, FPR_VJ, IMM_UI1}},
1602
    {LISA_VREPLVEI_B, 0x72f78000, {FPR_VD, FPR_VJ, IMM_UI4}},
1603
    {LISA_VREPLVEI_H, 0x72f7c000, {FPR_VD, FPR_VJ, IMM_UI3}},
1604
    {LISA_VREPLVEI_W, 0x72f7e000, {FPR_VD, FPR_VJ, IMM_UI2}},
1605
    {LISA_VREPLVEI_D, 0x72f7f000, {FPR_VD, FPR_VJ, IMM_UI1}},
1606
    {LISA_VEXTRCOLI_B, 0x72fb8000, {FPR_VD, FPR_VJ, IMM_UI4}},
1607
    {LISA_VEXTRCOLI_H, 0x72fbc000, {FPR_VD, FPR_VJ, IMM_UI3}},
1608
    {LISA_VEXTRCOLI_W, 0x72fbe000, {FPR_VD, FPR_VJ, IMM_UI2}},
1609
    {LISA_VEXTRCOLI_D, 0x72fbf000, {FPR_VD, FPR_VJ, IMM_UI1}},
1610
    {LISA_VSLLWIL_H_B, 0x73082000, {FPR_VD, FPR_VJ, IMM_UI3}},
1611
    {LISA_VSLLWIL_W_H, 0x73084000, {FPR_VD, FPR_VJ, IMM_UI4}},
1612
    {LISA_VSLLWIL_D_W, 0x73088000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1613
    {LISA_VEXTL_Q_D, 0x73090000, {FPR_VD, FPR_VJ}},
1614
    {LISA_VSLLWIL_HU_BU, 0x730c2000, {FPR_VD, FPR_VJ, IMM_UI3}},
1615
    {LISA_VSLLWIL_WU_HU, 0x730c4000, {FPR_VD, FPR_VJ, IMM_UI4}},
1616
    {LISA_VSLLWIL_DU_WU, 0x730c8000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1617
    {LISA_VEXTL_QU_DU, 0x730d0000, {FPR_VD, FPR_VJ}},
1618
    {LISA_VBITCLRI_B, 0x73102000, {FPR_VD, FPR_VJ, IMM_UI3}},
1619
    {LISA_VBITCLRI_H, 0x73104000, {FPR_VD, FPR_VJ, IMM_UI4}},
1620
    {LISA_VBITCLRI_W, 0x73108000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1621
    {LISA_VBITCLRI_D, 0x73110000, {FPR_VD, FPR_VJ, IMM_UI6}},
1622
    {LISA_VBITSETI_B, 0x73142000, {FPR_VD, FPR_VJ, IMM_UI3}},
1623
    {LISA_VBITSETI_H, 0x73144000, {FPR_VD, FPR_VJ, IMM_UI4}},
1624
    {LISA_VBITSETI_W, 0x73148000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1625
    {LISA_VBITSETI_D, 0x73150000, {FPR_VD, FPR_VJ, IMM_UI6}},
1626
    {LISA_VBITREVI_B, 0x73182000, {FPR_VD, FPR_VJ, IMM_UI3}},
1627
    {LISA_VBITREVI_H, 0x73184000, {FPR_VD, FPR_VJ, IMM_UI4}},
1628
    {LISA_VBITREVI_W, 0x73188000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1629
    {LISA_VBITREVI_D, 0x73190000, {FPR_VD, FPR_VJ, IMM_UI6}},
1630
    {LISA_VBSTRC12I_B, 0x731c2000, {FPR_VD, FPR_VJ, IMM_UI3}},
1631
    {LISA_VBSTRC12I_H, 0x731c4000, {FPR_VD, FPR_VJ, IMM_UI4}},
1632
    {LISA_VBSTRC12I_W, 0x731c8000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1633
    {LISA_VBSTRC12I_D, 0x731d0000, {FPR_VD, FPR_VJ, IMM_UI6}},
1634
    {LISA_VBSTRC21I_B, 0x73202000, {FPR_VD, FPR_VJ, IMM_UI3}},
1635
    {LISA_VBSTRC21I_H, 0x73204000, {FPR_VD, FPR_VJ, IMM_UI4}},
1636
    {LISA_VBSTRC21I_W, 0x73208000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1637
    {LISA_VBSTRC21I_D, 0x73210000, {FPR_VD, FPR_VJ, IMM_UI6}},
1638
    {LISA_VSAT_B, 0x73242000, {FPR_VD, FPR_VJ, IMM_UI3}},
1639
    {LISA_VSAT_H, 0x73244000, {FPR_VD, FPR_VJ, IMM_UI4}},
1640
    {LISA_VSAT_W, 0x73248000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1641
    {LISA_VSAT_D, 0x73250000, {FPR_VD, FPR_VJ, IMM_UI6}},
1642
    {LISA_VSAT_BU, 0x73282000, {FPR_VD, FPR_VJ, IMM_UI3}},
1643
    {LISA_VSAT_HU, 0x73284000, {FPR_VD, FPR_VJ, IMM_UI4}},
1644
    {LISA_VSAT_WU, 0x73288000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1645
    {LISA_VSAT_DU, 0x73290000, {FPR_VD, FPR_VJ, IMM_UI6}},
1646
    {LISA_VSLLI_B, 0x732c2000, {FPR_VD, FPR_VJ, IMM_UI3}},
1647
    {LISA_VSLLI_H, 0x732c4000, {FPR_VD, FPR_VJ, IMM_UI4}},
1648
    {LISA_VSLLI_W, 0x732c8000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1649
    {LISA_VSLLI_D, 0x732d0000, {FPR_VD, FPR_VJ, IMM_UI6}},
1650
    {LISA_VSRLI_B, 0x73302000, {FPR_VD, FPR_VJ, IMM_UI3}},
1651
    {LISA_VSRLI_H, 0x73304000, {FPR_VD, FPR_VJ, IMM_UI4}},
1652
    {LISA_VSRLI_W, 0x73308000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1653
    {LISA_VSRLI_D, 0x73310000, {FPR_VD, FPR_VJ, IMM_UI6}},
1654
    {LISA_VSRAI_B, 0x73342000, {FPR_VD, FPR_VJ, IMM_UI3}},
1655
    {LISA_VSRAI_H, 0x73344000, {FPR_VD, FPR_VJ, IMM_UI4}},
1656
    {LISA_VSRAI_W, 0x73348000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1657
    {LISA_VSRAI_D, 0x73350000, {FPR_VD, FPR_VJ, IMM_UI6}},
1658
    {LISA_VSRLRNENI_B_H, 0x73384000, {FPR_VD, FPR_VJ, IMM_UI4}},
1659
    {LISA_VSRLRNENI_H_W, 0x73388000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1660
    {LISA_VSRLRNENI_W_D, 0x73390000, {FPR_VD, FPR_VJ, IMM_UI6}},
1661
    {LISA_VSRLRNENI_D_Q, 0x733a0000, {FPR_VD, FPR_VJ, IMM_UI7}},
1662
    {LISA_VSRARNENI_B_H, 0x733c4000, {FPR_VD, FPR_VJ, IMM_UI4}},
1663
    {LISA_VSRARNENI_H_W, 0x733c8000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1664
    {LISA_VSRARNENI_W_D, 0x733d0000, {FPR_VD, FPR_VJ, IMM_UI6}},
1665
    {LISA_VSRARNENI_D_Q, 0x733e0000, {FPR_VD, FPR_VJ, IMM_UI7}},
1666
    {LISA_VSRLNI_B_H, 0x73404000, {FPR_VD, FPR_VJ, IMM_UI4}},
1667
    {LISA_VSRLNI_H_W, 0x73408000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1668
    {LISA_VSRLNI_W_D, 0x73410000, {FPR_VD, FPR_VJ, IMM_UI6}},
1669
    {LISA_VSRLNI_D_Q, 0x73420000, {FPR_VD, FPR_VJ, IMM_UI7}},
1670
    {LISA_VSRLRNI_B_H, 0x73444000, {FPR_VD, FPR_VJ, IMM_UI4}},
1671
    {LISA_VSRLRNI_H_W, 0x73448000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1672
    {LISA_VSRLRNI_W_D, 0x73450000, {FPR_VD, FPR_VJ, IMM_UI6}},
1673
    {LISA_VSRLRNI_D_Q, 0x73460000, {FPR_VD, FPR_VJ, IMM_UI7}},
1674
    {LISA_VSSRLNI_B_H, 0x73484000, {FPR_VD, FPR_VJ, IMM_UI4}},
1675
    {LISA_VSSRLNI_H_W, 0x73488000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1676
    {LISA_VSSRLNI_W_D, 0x73490000, {FPR_VD, FPR_VJ, IMM_UI6}},
1677
    {LISA_VSSRLNI_D_Q, 0x734a0000, {FPR_VD, FPR_VJ, IMM_UI7}},
1678
    {LISA_VSSRLNI_BU_H, 0x734c4000, {FPR_VD, FPR_VJ, IMM_UI4}},
1679
    {LISA_VSSRLNI_HU_W, 0x734c8000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1680
    {LISA_VSSRLNI_WU_D, 0x734d0000, {FPR_VD, FPR_VJ, IMM_UI6}},
1681
    {LISA_VSSRLNI_DU_Q, 0x734e0000, {FPR_VD, FPR_VJ, IMM_UI7}},
1682
    {LISA_VSSRLRNI_B_H, 0x73504000, {FPR_VD, FPR_VJ, IMM_UI4}},
1683
    {LISA_VSSRLRNI_H_W, 0x73508000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1684
    {LISA_VSSRLRNI_W_D, 0x73510000, {FPR_VD, FPR_VJ, IMM_UI6}},
1685
    {LISA_VSSRLRNI_D_Q, 0x73520000, {FPR_VD, FPR_VJ, IMM_UI7}},
1686
    {LISA_VSSRLRNI_BU_H, 0x73544000, {FPR_VD, FPR_VJ, IMM_UI4}},
1687
    {LISA_VSSRLRNI_HU_W, 0x73548000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1688
    {LISA_VSSRLRNI_WU_D, 0x73550000, {FPR_VD, FPR_VJ, IMM_UI6}},
1689
    {LISA_VSSRLRNI_DU_Q, 0x73560000, {FPR_VD, FPR_VJ, IMM_UI7}},
1690
    {LISA_VSRANI_B_H, 0x73584000, {FPR_VD, FPR_VJ, IMM_UI4}},
1691
    {LISA_VSRANI_H_W, 0x73588000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1692
    {LISA_VSRANI_W_D, 0x73590000, {FPR_VD, FPR_VJ, IMM_UI6}},
1693
    {LISA_VSRANI_D_Q, 0x735a0000, {FPR_VD, FPR_VJ, IMM_UI7}},
1694
    {LISA_VSRARNI_B_H, 0x735c4000, {FPR_VD, FPR_VJ, IMM_UI4}},
1695
    {LISA_VSRARNI_H_W, 0x735c8000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1696
    {LISA_VSRARNI_W_D, 0x735d0000, {FPR_VD, FPR_VJ, IMM_UI6}},
1697
    {LISA_VSRARNI_D_Q, 0x735e0000, {FPR_VD, FPR_VJ, IMM_UI7}},
1698
    {LISA_VSSRANI_B_H, 0x73604000, {FPR_VD, FPR_VJ, IMM_UI4}},
1699
    {LISA_VSSRANI_H_W, 0x73608000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1700
    {LISA_VSSRANI_W_D, 0x73610000, {FPR_VD, FPR_VJ, IMM_UI6}},
1701
    {LISA_VSSRANI_D_Q, 0x73620000, {FPR_VD, FPR_VJ, IMM_UI7}},
1702
    {LISA_VSSRANI_BU_H, 0x73644000, {FPR_VD, FPR_VJ, IMM_UI4}},
1703
    {LISA_VSSRANI_HU_W, 0x73648000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1704
    {LISA_VSSRANI_WU_D, 0x73650000, {FPR_VD, FPR_VJ, IMM_UI6}},
1705
    {LISA_VSSRANI_DU_Q, 0x73660000, {FPR_VD, FPR_VJ, IMM_UI7}},
1706
    {LISA_VSSRARNI_B_H, 0x73684000, {FPR_VD, FPR_VJ, IMM_UI4}},
1707
    {LISA_VSSRARNI_H_W, 0x73688000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1708
    {LISA_VSSRARNI_W_D, 0x73690000, {FPR_VD, FPR_VJ, IMM_UI6}},
1709
    {LISA_VSSRARNI_D_Q, 0x736a0000, {FPR_VD, FPR_VJ, IMM_UI7}},
1710
    {LISA_VSSRARNI_BU_H, 0x736c4000, {FPR_VD, FPR_VJ, IMM_UI4}},
1711
    {LISA_VSSRARNI_HU_W, 0x736c8000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1712
    {LISA_VSSRARNI_WU_D, 0x736d0000, {FPR_VD, FPR_VJ, IMM_UI6}},
1713
    {LISA_VSSRARNI_DU_Q, 0x736e0000, {FPR_VD, FPR_VJ, IMM_UI7}},
1714
    {LISA_VSSRLRNENI_B_H, 0x73704000, {FPR_VD, FPR_VJ, IMM_UI4}},
1715
    {LISA_VSSRLRNENI_H_W, 0x73708000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1716
    {LISA_VSSRLRNENI_W_D, 0x73710000, {FPR_VD, FPR_VJ, IMM_UI6}},
1717
    {LISA_VSSRLRNENI_D_Q, 0x73720000, {FPR_VD, FPR_VJ, IMM_UI7}},
1718
    {LISA_VSSRLRNENI_BU_H, 0x73744000, {FPR_VD, FPR_VJ, IMM_UI4}},
1719
    {LISA_VSSRLRNENI_HU_W, 0x73748000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1720
    {LISA_VSSRLRNENI_WU_D, 0x73750000, {FPR_VD, FPR_VJ, IMM_UI6}},
1721
    {LISA_VSSRLRNENI_DU_Q, 0x73760000, {FPR_VD, FPR_VJ, IMM_UI7}},
1722
    {LISA_VSSRARNENI_B_H, 0x73784000, {FPR_VD, FPR_VJ, IMM_UI4}},
1723
    {LISA_VSSRARNENI_H_W, 0x73788000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1724
    {LISA_VSSRARNENI_W_D, 0x73790000, {FPR_VD, FPR_VJ, IMM_UI6}},
1725
    {LISA_VSSRARNENI_D_Q, 0x737a0000, {FPR_VD, FPR_VJ, IMM_UI7}},
1726
    {LISA_VSSRARNENI_BU_H, 0x737c4000, {FPR_VD, FPR_VJ, IMM_UI4}},
1727
    {LISA_VSSRARNENI_HU_W, 0x737c8000, {FPR_VD, FPR_VJ, IMM_UI5L}},
1728
    {LISA_VSSRARNENI_WU_D, 0x737d0000, {FPR_VD, FPR_VJ, IMM_UI6}},
1729
    {LISA_VSSRARNENI_DU_Q, 0x737e0000, {FPR_VD, FPR_VJ, IMM_UI7}},
1730
    {LISA_VEXTRINS_D, 0x73800000, {FPR_VD, FPR_VJ, IMM_UI8}},
1731
    {LISA_VEXTRINS_W, 0x73840000, {FPR_VD, FPR_VJ, IMM_UI8}},
1732
    {LISA_VEXTRINS_H, 0x73880000, {FPR_VD, FPR_VJ, IMM_UI8}},
1733
    {LISA_VEXTRINS_B, 0x738c0000, {FPR_VD, FPR_VJ, IMM_UI8}},
1734
    {LISA_VSHUF4I_B, 0x73900000, {FPR_VD, FPR_VJ, IMM_UI8}},
1735
    {LISA_VSHUF4I_H, 0x73940000, {FPR_VD, FPR_VJ, IMM_UI8}},
1736
    {LISA_VSHUF4I_W, 0x73980000, {FPR_VD, FPR_VJ, IMM_UI8}},
1737
    {LISA_VSHUF4I_D, 0x739c0000, {FPR_VD, FPR_VJ, IMM_UI8}},
1738
    {LISA_VSHUFI1_B, 0x73a00000, {FPR_VD, FPR_VJ, IMM_UI8}},
1739
    {LISA_VSHUFI2_B, 0x73a40000, {FPR_VD, FPR_VJ, IMM_UI8}},
1740
    {LISA_VSHUFI3_B, 0x73a80000, {FPR_VD, FPR_VJ, IMM_UI8}},
1741
    {LISA_VSHUFI4_B, 0x73ac0000, {FPR_VD, FPR_VJ, IMM_UI8}},
1742
    {LISA_VSHUFI1_H, 0x73b00000, {FPR_VD, FPR_VJ, IMM_UI8}},
1743
    {LISA_VSHUFI2_H, 0x73b40000, {FPR_VD, FPR_VJ, IMM_UI8}},
1744
    {LISA_VSELI_H, 0x73b80000, {FPR_VD, FPR_VJ, IMM_UI8}},
1745
    {LISA_VSELI_W, 0x73bc0000, {FPR_VD, FPR_VJ, IMM_UI8}},
1746
    {LISA_VSELI_D, 0x73c00000, {FPR_VD, FPR_VJ, IMM_UI8}},
1747
    {LISA_VBITSELI_B, 0x73c40000, {FPR_VD, FPR_VJ, IMM_UI8}},
1748
    {LISA_VBITMVZI_B, 0x73c80000, {FPR_VD, FPR_VJ, IMM_UI8}},
1749
    {LISA_VBITMVNZI_B, 0x73cc0000, {FPR_VD, FPR_VJ, IMM_UI8}},
1750
    {LISA_VANDI_B, 0x73d00000, {FPR_VD, FPR_VJ, IMM_UI8}},
1751
    {LISA_VORI_B, 0x73d40000, {FPR_VD, FPR_VJ, IMM_UI8}},
1752
    {LISA_VXORI_B, 0x73d80000, {FPR_VD, FPR_VJ, IMM_UI8}},
1753
    {LISA_VNORI_B, 0x73dc0000, {FPR_VD, FPR_VJ, IMM_UI8}},
1754
    {LISA_VLDI, 0x73e00000, {FPR_VD, IMM_I13}},
1755
    {LISA_VPERMI_W, 0x73e40000, {FPR_VD, FPR_VJ, IMM_UI8}},
1756
    {LISA_XVSEQ_B, 0x74000000, {FPR_XD, FPR_XJ, FPR_XK}},
1757
    {LISA_XVSEQ_H, 0x74008000, {FPR_XD, FPR_XJ, FPR_XK}},
1758
    {LISA_XVSEQ_W, 0x74010000, {FPR_XD, FPR_XJ, FPR_XK}},
1759
    {LISA_XVSEQ_D, 0x74018000, {FPR_XD, FPR_XJ, FPR_XK}},
1760
    {LISA_XVSLE_B, 0x74020000, {FPR_XD, FPR_XJ, FPR_XK}},
1761
    {LISA_XVSLE_H, 0x74028000, {FPR_XD, FPR_XJ, FPR_XK}},
1762
    {LISA_XVSLE_W, 0x74030000, {FPR_XD, FPR_XJ, FPR_XK}},
1763
    {LISA_XVSLE_D, 0x74038000, {FPR_XD, FPR_XJ, FPR_XK}},
1764
    {LISA_XVSLE_BU, 0x74040000, {FPR_XD, FPR_XJ, FPR_XK}},
1765
    {LISA_XVSLE_HU, 0x74048000, {FPR_XD, FPR_XJ, FPR_XK}},
1766
    {LISA_XVSLE_WU, 0x74050000, {FPR_XD, FPR_XJ, FPR_XK}},
1767
    {LISA_XVSLE_DU, 0x74058000, {FPR_XD, FPR_XJ, FPR_XK}},
1768
    {LISA_XVSLT_B, 0x74060000, {FPR_XD, FPR_XJ, FPR_XK}},
1769
    {LISA_XVSLT_H, 0x74068000, {FPR_XD, FPR_XJ, FPR_XK}},
1770
    {LISA_XVSLT_W, 0x74070000, {FPR_XD, FPR_XJ, FPR_XK}},
1771
    {LISA_XVSLT_D, 0x74078000, {FPR_XD, FPR_XJ, FPR_XK}},
1772
    {LISA_XVSLT_BU, 0x74080000, {FPR_XD, FPR_XJ, FPR_XK}},
1773
    {LISA_XVSLT_HU, 0x74088000, {FPR_XD, FPR_XJ, FPR_XK}},
1774
    {LISA_XVSLT_WU, 0x74090000, {FPR_XD, FPR_XJ, FPR_XK}},
1775
    {LISA_XVSLT_DU, 0x74098000, {FPR_XD, FPR_XJ, FPR_XK}},
1776
    {LISA_XVADD_B, 0x740a0000, {FPR_XD, FPR_XJ, FPR_XK}},
1777
    {LISA_XVADD_H, 0x740a8000, {FPR_XD, FPR_XJ, FPR_XK}},
1778
    {LISA_XVADD_W, 0x740b0000, {FPR_XD, FPR_XJ, FPR_XK}},
1779
    {LISA_XVADD_D, 0x740b8000, {FPR_XD, FPR_XJ, FPR_XK}},
1780
    {LISA_XVSUB_B, 0x740c0000, {FPR_XD, FPR_XJ, FPR_XK}},
1781
    {LISA_XVSUB_H, 0x740c8000, {FPR_XD, FPR_XJ, FPR_XK}},
1782
    {LISA_XVSUB_W, 0x740d0000, {FPR_XD, FPR_XJ, FPR_XK}},
1783
    {LISA_XVSUB_D, 0x740d8000, {FPR_XD, FPR_XJ, FPR_XK}},
1784
    {LISA_XVADDW_H_H_B, 0x740e0000, {FPR_XD, FPR_XJ, FPR_XK}},
1785
    {LISA_XVADDW_W_W_H, 0x740e8000, {FPR_XD, FPR_XJ, FPR_XK}},
1786
    {LISA_XVADDW_D_D_W, 0x740f0000, {FPR_XD, FPR_XJ, FPR_XK}},
1787
    {LISA_XVADDW_H_H_BU, 0x74100000, {FPR_XD, FPR_XJ, FPR_XK}},
1788
    {LISA_XVADDW_W_W_HU, 0x74108000, {FPR_XD, FPR_XJ, FPR_XK}},
1789
    {LISA_XVADDW_D_D_WU, 0x74110000, {FPR_XD, FPR_XJ, FPR_XK}},
1790
    {LISA_XVSUBW_H_H_B, 0x74120000, {FPR_XD, FPR_XJ, FPR_XK}},
1791
    {LISA_XVSUBW_W_W_H, 0x74128000, {FPR_XD, FPR_XJ, FPR_XK}},
1792
    {LISA_XVSUBW_D_D_W, 0x74130000, {FPR_XD, FPR_XJ, FPR_XK}},
1793
    {LISA_XVSUBW_H_H_BU, 0x74140000, {FPR_XD, FPR_XJ, FPR_XK}},
1794
    {LISA_XVSUBW_W_W_HU, 0x74148000, {FPR_XD, FPR_XJ, FPR_XK}},
1795
    {LISA_XVSUBW_D_D_WU, 0x74150000, {FPR_XD, FPR_XJ, FPR_XK}},
1796
    {LISA_XVSADDW_H_H_B, 0x74160000, {FPR_XD, FPR_XJ, FPR_XK}},
1797
    {LISA_XVSADDW_W_W_H, 0x74168000, {FPR_XD, FPR_XJ, FPR_XK}},
1798
    {LISA_XVSADDW_D_D_W, 0x74170000, {FPR_XD, FPR_XJ, FPR_XK}},
1799
    {LISA_XVSADDW_HU_HU_BU, 0x74180000, {FPR_XD, FPR_XJ, FPR_XK}},
1800
    {LISA_XVSADDW_WU_WU_HU, 0x74188000, {FPR_XD, FPR_XJ, FPR_XK}},
1801
    {LISA_XVSADDW_DU_DU_WU, 0x74190000, {FPR_XD, FPR_XJ, FPR_XK}},
1802
    {LISA_XVSSUBW_H_H_B, 0x741a0000, {FPR_XD, FPR_XJ, FPR_XK}},
1803
    {LISA_XVSSUBW_W_W_H, 0x741a8000, {FPR_XD, FPR_XJ, FPR_XK}},
1804
    {LISA_XVSSUBW_D_D_W, 0x741b0000, {FPR_XD, FPR_XJ, FPR_XK}},
1805
    {LISA_XVSSUBW_HU_HU_BU, 0x741c0000, {FPR_XD, FPR_XJ, FPR_XK}},
1806
    {LISA_XVSSUBW_WU_WU_HU, 0x741c8000, {FPR_XD, FPR_XJ, FPR_XK}},
1807
    {LISA_XVSSUBW_DU_DU_WU, 0x741d0000, {FPR_XD, FPR_XJ, FPR_XK}},
1808
    {LISA_XVADDWEV_H_B, 0x741e0000, {FPR_XD, FPR_XJ, FPR_XK}},
1809
    {LISA_XVADDWEV_W_H, 0x741e8000, {FPR_XD, FPR_XJ, FPR_XK}},
1810
    {LISA_XVADDWEV_D_W, 0x741f0000, {FPR_XD, FPR_XJ, FPR_XK}},
1811
    {LISA_XVADDWEV_Q_D, 0x741f8000, {FPR_XD, FPR_XJ, FPR_XK}},
1812
    {LISA_XVSUBWEV_H_B, 0x74200000, {FPR_XD, FPR_XJ, FPR_XK}},
1813
    {LISA_XVSUBWEV_W_H, 0x74208000, {FPR_XD, FPR_XJ, FPR_XK}},
1814
    {LISA_XVSUBWEV_D_W, 0x74210000, {FPR_XD, FPR_XJ, FPR_XK}},
1815
    {LISA_XVSUBWEV_Q_D, 0x74218000, {FPR_XD, FPR_XJ, FPR_XK}},
1816
    {LISA_XVADDWOD_H_B, 0x74220000, {FPR_XD, FPR_XJ, FPR_XK}},
1817
    {LISA_XVADDWOD_W_H, 0x74228000, {FPR_XD, FPR_XJ, FPR_XK}},
1818
    {LISA_XVADDWOD_D_W, 0x74230000, {FPR_XD, FPR_XJ, FPR_XK}},
1819
    {LISA_XVADDWOD_Q_D, 0x74238000, {FPR_XD, FPR_XJ, FPR_XK}},
1820
    {LISA_XVSUBWOD_H_B, 0x74240000, {FPR_XD, FPR_XJ, FPR_XK}},
1821
    {LISA_XVSUBWOD_W_H, 0x74248000, {FPR_XD, FPR_XJ, FPR_XK}},
1822
    {LISA_XVSUBWOD_D_W, 0x74250000, {FPR_XD, FPR_XJ, FPR_XK}},
1823
    {LISA_XVSUBWOD_Q_D, 0x74258000, {FPR_XD, FPR_XJ, FPR_XK}},
1824
    {LISA_XVADDWL_H_B, 0x74260000, {FPR_XD, FPR_XJ, FPR_XK}},
1825
    {LISA_XVADDWL_W_H, 0x74268000, {FPR_XD, FPR_XJ, FPR_XK}},
1826
    {LISA_XVADDWL_D_W, 0x74270000, {FPR_XD, FPR_XJ, FPR_XK}},
1827
    {LISA_XVADDWL_Q_D, 0x74278000, {FPR_XD, FPR_XJ, FPR_XK}},
1828
    {LISA_XVSUBWL_H_B, 0x74280000, {FPR_XD, FPR_XJ, FPR_XK}},
1829
    {LISA_XVSUBWL_W_H, 0x74288000, {FPR_XD, FPR_XJ, FPR_XK}},
1830
    {LISA_XVSUBWL_D_W, 0x74290000, {FPR_XD, FPR_XJ, FPR_XK}},
1831
    {LISA_XVSUBWL_Q_D, 0x74298000, {FPR_XD, FPR_XJ, FPR_XK}},
1832
    {LISA_XVADDWH_H_B, 0x742a0000, {FPR_XD, FPR_XJ, FPR_XK}},
1833
    {LISA_XVADDWH_W_H, 0x742a8000, {FPR_XD, FPR_XJ, FPR_XK}},
1834
    {LISA_XVADDWH_D_W, 0x742b0000, {FPR_XD, FPR_XJ, FPR_XK}},
1835
    {LISA_XVADDWH_Q_D, 0x742b8000, {FPR_XD, FPR_XJ, FPR_XK}},
1836
    {LISA_XVSUBWH_H_B, 0x742c0000, {FPR_XD, FPR_XJ, FPR_XK}},
1837
    {LISA_XVSUBWH_W_H, 0x742c8000, {FPR_XD, FPR_XJ, FPR_XK}},
1838
    {LISA_XVSUBWH_D_W, 0x742d0000, {FPR_XD, FPR_XJ, FPR_XK}},
1839
    {LISA_XVSUBWH_Q_D, 0x742d8000, {FPR_XD, FPR_XJ, FPR_XK}},
1840
    {LISA_XVADDWEV_H_BU, 0x742e0000, {FPR_XD, FPR_XJ, FPR_XK}},
1841
    {LISA_XVADDWEV_W_HU, 0x742e8000, {FPR_XD, FPR_XJ, FPR_XK}},
1842
    {LISA_XVADDWEV_D_WU, 0x742f0000, {FPR_XD, FPR_XJ, FPR_XK}},
1843
    {LISA_XVADDWEV_Q_DU, 0x742f8000, {FPR_XD, FPR_XJ, FPR_XK}},
1844
    {LISA_XVSUBWEV_H_BU, 0x74300000, {FPR_XD, FPR_XJ, FPR_XK}},
1845
    {LISA_XVSUBWEV_W_HU, 0x74308000, {FPR_XD, FPR_XJ, FPR_XK}},
1846
    {LISA_XVSUBWEV_D_WU, 0x74310000, {FPR_XD, FPR_XJ, FPR_XK}},
1847
    {LISA_XVSUBWEV_Q_DU, 0x74318000, {FPR_XD, FPR_XJ, FPR_XK}},
1848
    {LISA_XVADDWOD_H_BU, 0x74320000, {FPR_XD, FPR_XJ, FPR_XK}},
1849
    {LISA_XVADDWOD_W_HU, 0x74328000, {FPR_XD, FPR_XJ, FPR_XK}},
1850
    {LISA_XVADDWOD_D_WU, 0x74330000, {FPR_XD, FPR_XJ, FPR_XK}},
1851
    {LISA_XVADDWOD_Q_DU, 0x74338000, {FPR_XD, FPR_XJ, FPR_XK}},
1852
    {LISA_XVSUBWOD_H_BU, 0x74340000, {FPR_XD, FPR_XJ, FPR_XK}},
1853
    {LISA_XVSUBWOD_W_HU, 0x74348000, {FPR_XD, FPR_XJ, FPR_XK}},
1854
    {LISA_XVSUBWOD_D_WU, 0x74350000, {FPR_XD, FPR_XJ, FPR_XK}},
1855
    {LISA_XVSUBWOD_Q_DU, 0x74358000, {FPR_XD, FPR_XJ, FPR_XK}},
1856
    {LISA_XVADDWL_H_BU, 0x74360000, {FPR_XD, FPR_XJ, FPR_XK}},
1857
    {LISA_XVADDWL_W_HU, 0x74368000, {FPR_XD, FPR_XJ, FPR_XK}},
1858
    {LISA_XVADDWL_D_WU, 0x74370000, {FPR_XD, FPR_XJ, FPR_XK}},
1859
    {LISA_XVADDWL_Q_DU, 0x74378000, {FPR_XD, FPR_XJ, FPR_XK}},
1860
    {LISA_XVSUBWL_H_BU, 0x74380000, {FPR_XD, FPR_XJ, FPR_XK}},
1861
    {LISA_XVSUBWL_W_HU, 0x74388000, {FPR_XD, FPR_XJ, FPR_XK}},
1862
    {LISA_XVSUBWL_D_WU, 0x74390000, {FPR_XD, FPR_XJ, FPR_XK}},
1863
    {LISA_XVSUBWL_Q_DU, 0x74398000, {FPR_XD, FPR_XJ, FPR_XK}},
1864
    {LISA_XVADDWH_H_BU, 0x743a0000, {FPR_XD, FPR_XJ, FPR_XK}},
1865
    {LISA_XVADDWH_W_HU, 0x743a8000, {FPR_XD, FPR_XJ, FPR_XK}},
1866
    {LISA_XVADDWH_D_WU, 0x743b0000, {FPR_XD, FPR_XJ, FPR_XK}},
1867
    {LISA_XVADDWH_Q_DU, 0x743b8000, {FPR_XD, FPR_XJ, FPR_XK}},
1868
    {LISA_XVSUBWH_H_BU, 0x743c0000, {FPR_XD, FPR_XJ, FPR_XK}},
1869
    {LISA_XVSUBWH_W_HU, 0x743c8000, {FPR_XD, FPR_XJ, FPR_XK}},
1870
    {LISA_XVSUBWH_D_WU, 0x743d0000, {FPR_XD, FPR_XJ, FPR_XK}},
1871
    {LISA_XVSUBWH_Q_DU, 0x743d8000, {FPR_XD, FPR_XJ, FPR_XK}},
1872
    {LISA_XVADDWEV_H_BU_B, 0x743e0000, {FPR_XD, FPR_XJ, FPR_XK}},
1873
    {LISA_XVADDWEV_W_HU_H, 0x743e8000, {FPR_XD, FPR_XJ, FPR_XK}},
1874
    {LISA_XVADDWEV_D_WU_W, 0x743f0000, {FPR_XD, FPR_XJ, FPR_XK}},
1875
    {LISA_XVADDWEV_Q_DU_D, 0x743f8000, {FPR_XD, FPR_XJ, FPR_XK}},
1876
    {LISA_XVADDWOD_H_BU_B, 0x74400000, {FPR_XD, FPR_XJ, FPR_XK}},
1877
    {LISA_XVADDWOD_W_HU_H, 0x74408000, {FPR_XD, FPR_XJ, FPR_XK}},
1878
    {LISA_XVADDWOD_D_WU_W, 0x74410000, {FPR_XD, FPR_XJ, FPR_XK}},
1879
    {LISA_XVADDWOD_Q_DU_D, 0x74418000, {FPR_XD, FPR_XJ, FPR_XK}},
1880
    {LISA_XVADDWL_H_BU_B, 0x74420000, {FPR_XD, FPR_XJ, FPR_XK}},
1881
    {LISA_XVADDWL_W_HU_H, 0x74428000, {FPR_XD, FPR_XJ, FPR_XK}},
1882
    {LISA_XVADDWL_D_WU_W, 0x74430000, {FPR_XD, FPR_XJ, FPR_XK}},
1883
    {LISA_XVADDWL_Q_DU_D, 0x74438000, {FPR_XD, FPR_XJ, FPR_XK}},
1884
    {LISA_XVADDWH_H_BU_B, 0x74440000, {FPR_XD, FPR_XJ, FPR_XK}},
1885
    {LISA_XVADDWH_W_HU_H, 0x74448000, {FPR_XD, FPR_XJ, FPR_XK}},
1886
    {LISA_XVADDWH_D_WU_W, 0x74450000, {FPR_XD, FPR_XJ, FPR_XK}},
1887
    {LISA_XVADDWH_Q_DU_D, 0x74458000, {FPR_XD, FPR_XJ, FPR_XK}},
1888
    {LISA_XVSADD_B, 0x74460000, {FPR_XD, FPR_XJ, FPR_XK}},
1889
    {LISA_XVSADD_H, 0x74468000, {FPR_XD, FPR_XJ, FPR_XK}},
1890
    {LISA_XVSADD_W, 0x74470000, {FPR_XD, FPR_XJ, FPR_XK}},
1891
    {LISA_XVSADD_D, 0x74478000, {FPR_XD, FPR_XJ, FPR_XK}},
1892
    {LISA_XVSSUB_B, 0x74480000, {FPR_XD, FPR_XJ, FPR_XK}},
1893
    {LISA_XVSSUB_H, 0x74488000, {FPR_XD, FPR_XJ, FPR_XK}},
1894
    {LISA_XVSSUB_W, 0x74490000, {FPR_XD, FPR_XJ, FPR_XK}},
1895
    {LISA_XVSSUB_D, 0x74498000, {FPR_XD, FPR_XJ, FPR_XK}},
1896
    {LISA_XVSADD_BU, 0x744a0000, {FPR_XD, FPR_XJ, FPR_XK}},
1897
    {LISA_XVSADD_HU, 0x744a8000, {FPR_XD, FPR_XJ, FPR_XK}},
1898
    {LISA_XVSADD_WU, 0x744b0000, {FPR_XD, FPR_XJ, FPR_XK}},
1899
    {LISA_XVSADD_DU, 0x744b8000, {FPR_XD, FPR_XJ, FPR_XK}},
1900
    {LISA_XVSSUB_BU, 0x744c0000, {FPR_XD, FPR_XJ, FPR_XK}},
1901
    {LISA_XVSSUB_HU, 0x744c8000, {FPR_XD, FPR_XJ, FPR_XK}},
1902
    {LISA_XVSSUB_WU, 0x744d0000, {FPR_XD, FPR_XJ, FPR_XK}},
1903
    {LISA_XVSSUB_DU, 0x744d8000, {FPR_XD, FPR_XJ, FPR_XK}},
1904
    {LISA_XVSSUB_BU_BU_B, 0x744e0000, {FPR_XD, FPR_XJ, FPR_XK}},
1905
    {LISA_XVSSUB_HU_HU_H, 0x744e8000, {FPR_XD, FPR_XJ, FPR_XK}},
1906
    {LISA_XVSSUB_WU_WU_W, 0x744f0000, {FPR_XD, FPR_XJ, FPR_XK}},
1907
    {LISA_XVSSUB_DU_DU_D, 0x744f8000, {FPR_XD, FPR_XJ, FPR_XK}},
1908
    {LISA_XVSSUB_BU_B_BU, 0x74500000, {FPR_XD, FPR_XJ, FPR_XK}},
1909
    {LISA_XVSSUB_HU_H_HU, 0x74508000, {FPR_XD, FPR_XJ, FPR_XK}},
1910
    {LISA_XVSSUB_WU_W_WU, 0x74510000, {FPR_XD, FPR_XJ, FPR_XK}},
1911
    {LISA_XVSSUB_DU_D_DU, 0x74518000, {FPR_XD, FPR_XJ, FPR_XK}},
1912
    {LISA_XVSSUB_B_BU_BU, 0x74520000, {FPR_XD, FPR_XJ, FPR_XK}},
1913
    {LISA_XVSSUB_H_HU_HU, 0x74528000, {FPR_XD, FPR_XJ, FPR_XK}},
1914
    {LISA_XVSSUB_W_WU_WU, 0x74530000, {FPR_XD, FPR_XJ, FPR_XK}},
1915
    {LISA_XVSSUB_D_DU_DU, 0x74538000, {FPR_XD, FPR_XJ, FPR_XK}},
1916
    {LISA_XVHADDW_H_B, 0x74540000, {FPR_XD, FPR_XJ, FPR_XK}},
1917
    {LISA_XVHADDW_W_H, 0x74548000, {FPR_XD, FPR_XJ, FPR_XK}},
1918
    {LISA_XVHADDW_D_W, 0x74550000, {FPR_XD, FPR_XJ, FPR_XK}},
1919
    {LISA_XVHADDW_Q_D, 0x74558000, {FPR_XD, FPR_XJ, FPR_XK}},
1920
    {LISA_XVHSUBW_H_B, 0x74560000, {FPR_XD, FPR_XJ, FPR_XK}},
1921
    {LISA_XVHSUBW_W_H, 0x74568000, {FPR_XD, FPR_XJ, FPR_XK}},
1922
    {LISA_XVHSUBW_D_W, 0x74570000, {FPR_XD, FPR_XJ, FPR_XK}},
1923
    {LISA_XVHSUBW_Q_D, 0x74578000, {FPR_XD, FPR_XJ, FPR_XK}},
1924
    {LISA_XVHADDW_HU_BU, 0x74580000, {FPR_XD, FPR_XJ, FPR_XK}},
1925
    {LISA_XVHADDW_WU_HU, 0x74588000, {FPR_XD, FPR_XJ, FPR_XK}},
1926
    {LISA_XVHADDW_DU_WU, 0x74590000, {FPR_XD, FPR_XJ, FPR_XK}},
1927
    {LISA_XVHADDW_QU_DU, 0x74598000, {FPR_XD, FPR_XJ, FPR_XK}},
1928
    {LISA_XVHSUBW_HU_BU, 0x745a0000, {FPR_XD, FPR_XJ, FPR_XK}},
1929
    {LISA_XVHSUBW_WU_HU, 0x745a8000, {FPR_XD, FPR_XJ, FPR_XK}},
1930
    {LISA_XVHSUBW_DU_WU, 0x745b0000, {FPR_XD, FPR_XJ, FPR_XK}},
1931
    {LISA_XVHSUBW_QU_DU, 0x745b8000, {FPR_XD, FPR_XJ, FPR_XK}},
1932
    {LISA_XVADDA_B, 0x745c0000, {FPR_XD, FPR_XJ, FPR_XK}},
1933
    {LISA_XVADDA_H, 0x745c8000, {FPR_XD, FPR_XJ, FPR_XK}},
1934
    {LISA_XVADDA_W, 0x745d0000, {FPR_XD, FPR_XJ, FPR_XK}},
1935
    {LISA_XVADDA_D, 0x745d8000, {FPR_XD, FPR_XJ, FPR_XK}},
1936
    {LISA_XVSADDA_B, 0x745e0000, {FPR_XD, FPR_XJ, FPR_XK}},
1937
    {LISA_XVSADDA_H, 0x745e8000, {FPR_XD, FPR_XJ, FPR_XK}},
1938
    {LISA_XVSADDA_W, 0x745f0000, {FPR_XD, FPR_XJ, FPR_XK}},
1939
    {LISA_XVSADDA_D, 0x745f8000, {FPR_XD, FPR_XJ, FPR_XK}},
1940
    {LISA_XVABSD_B, 0x74600000, {FPR_XD, FPR_XJ, FPR_XK}},
1941
    {LISA_XVABSD_H, 0x74608000, {FPR_XD, FPR_XJ, FPR_XK}},
1942
    {LISA_XVABSD_W, 0x74610000, {FPR_XD, FPR_XJ, FPR_XK}},
1943
    {LISA_XVABSD_D, 0x74618000, {FPR_XD, FPR_XJ, FPR_XK}},
1944
    {LISA_XVABSD_BU, 0x74620000, {FPR_XD, FPR_XJ, FPR_XK}},
1945
    {LISA_XVABSD_HU, 0x74628000, {FPR_XD, FPR_XJ, FPR_XK}},
1946
    {LISA_XVABSD_WU, 0x74630000, {FPR_XD, FPR_XJ, FPR_XK}},
1947
    {LISA_XVABSD_DU, 0x74638000, {FPR_XD, FPR_XJ, FPR_XK}},
1948
    {LISA_XVAVG_B, 0x74640000, {FPR_XD, FPR_XJ, FPR_XK}},
1949
    {LISA_XVAVG_H, 0x74648000, {FPR_XD, FPR_XJ, FPR_XK}},
1950
    {LISA_XVAVG_W, 0x74650000, {FPR_XD, FPR_XJ, FPR_XK}},
1951
    {LISA_XVAVG_D, 0x74658000, {FPR_XD, FPR_XJ, FPR_XK}},
1952
    {LISA_XVAVG_BU, 0x74660000, {FPR_XD, FPR_XJ, FPR_XK}},
1953
    {LISA_XVAVG_HU, 0x74668000, {FPR_XD, FPR_XJ, FPR_XK}},
1954
    {LISA_XVAVG_WU, 0x74670000, {FPR_XD, FPR_XJ, FPR_XK}},
1955
    {LISA_XVAVG_DU, 0x74678000, {FPR_XD, FPR_XJ, FPR_XK}},
1956
    {LISA_XVAVGR_B, 0x74680000, {FPR_XD, FPR_XJ, FPR_XK}},
1957
    {LISA_XVAVGR_H, 0x74688000, {FPR_XD, FPR_XJ, FPR_XK}},
1958
    {LISA_XVAVGR_W, 0x74690000, {FPR_XD, FPR_XJ, FPR_XK}},
1959
    {LISA_XVAVGR_D, 0x74698000, {FPR_XD, FPR_XJ, FPR_XK}},
1960
    {LISA_XVAVGR_BU, 0x746a0000, {FPR_XD, FPR_XJ, FPR_XK}},
1961
    {LISA_XVAVGR_HU, 0x746a8000, {FPR_XD, FPR_XJ, FPR_XK}},
1962
    {LISA_XVAVGR_WU, 0x746b0000, {FPR_XD, FPR_XJ, FPR_XK}},
1963
    {LISA_XVAVGR_DU, 0x746b8000, {FPR_XD, FPR_XJ, FPR_XK}},
1964
    {LISA_XVHALFD_B, 0x746c0000, {FPR_XD, FPR_XJ, FPR_XK}},
1965
    {LISA_XVHALFD_H, 0x746c8000, {FPR_XD, FPR_XJ, FPR_XK}},
1966
    {LISA_XVHALFD_W, 0x746d0000, {FPR_XD, FPR_XJ, FPR_XK}},
1967
    {LISA_XVHALFD_D, 0x746d8000, {FPR_XD, FPR_XJ, FPR_XK}},
1968
    {LISA_XVHALFD_BU, 0x746e0000, {FPR_XD, FPR_XJ, FPR_XK}},
1969
    {LISA_XVHALFD_HU, 0x746e8000, {FPR_XD, FPR_XJ, FPR_XK}},
1970
    {LISA_XVHALFD_WU, 0x746f0000, {FPR_XD, FPR_XJ, FPR_XK}},
1971
    {LISA_XVHALFD_DU, 0x746f8000, {FPR_XD, FPR_XJ, FPR_XK}},
1972
    {LISA_XVMAX_B, 0x74700000, {FPR_XD, FPR_XJ, FPR_XK}},
1973
    {LISA_XVMAX_H, 0x74708000, {FPR_XD, FPR_XJ, FPR_XK}},
1974
    {LISA_XVMAX_W, 0x74710000, {FPR_XD, FPR_XJ, FPR_XK}},
1975
    {LISA_XVMAX_D, 0x74718000, {FPR_XD, FPR_XJ, FPR_XK}},
1976
    {LISA_XVMIN_B, 0x74720000, {FPR_XD, FPR_XJ, FPR_XK}},
1977
    {LISA_XVMIN_H, 0x74728000, {FPR_XD, FPR_XJ, FPR_XK}},
1978
    {LISA_XVMIN_W, 0x74730000, {FPR_XD, FPR_XJ, FPR_XK}},
1979
    {LISA_XVMIN_D, 0x74738000, {FPR_XD, FPR_XJ, FPR_XK}},
1980
    {LISA_XVMAX_BU, 0x74740000, {FPR_XD, FPR_XJ, FPR_XK}},
1981
    {LISA_XVMAX_HU, 0x74748000, {FPR_XD, FPR_XJ, FPR_XK}},
1982
    {LISA_XVMAX_WU, 0x74750000, {FPR_XD, FPR_XJ, FPR_XK}},
1983
    {LISA_XVMAX_DU, 0x74758000, {FPR_XD, FPR_XJ, FPR_XK}},
1984
    {LISA_XVMIN_BU, 0x74760000, {FPR_XD, FPR_XJ, FPR_XK}},
1985
    {LISA_XVMIN_HU, 0x74768000, {FPR_XD, FPR_XJ, FPR_XK}},
1986
    {LISA_XVMIN_WU, 0x74770000, {FPR_XD, FPR_XJ, FPR_XK}},
1987
    {LISA_XVMIN_DU, 0x74778000, {FPR_XD, FPR_XJ, FPR_XK}},
1988
    {LISA_XVMAXA_B, 0x74780000, {FPR_XD, FPR_XJ, FPR_XK}},
1989
    {LISA_XVMAXA_H, 0x74788000, {FPR_XD, FPR_XJ, FPR_XK}},
1990
    {LISA_XVMAXA_W, 0x74790000, {FPR_XD, FPR_XJ, FPR_XK}},
1991
    {LISA_XVMAXA_D, 0x74798000, {FPR_XD, FPR_XJ, FPR_XK}},
1992
    {LISA_XVMINA_B, 0x747a0000, {FPR_XD, FPR_XJ, FPR_XK}},
1993
    {LISA_XVMINA_H, 0x747a8000, {FPR_XD, FPR_XJ, FPR_XK}},
1994
    {LISA_XVMINA_W, 0x747b0000, {FPR_XD, FPR_XJ, FPR_XK}},
1995
    {LISA_XVMINA_D, 0x747b8000, {FPR_XD, FPR_XJ, FPR_XK}},
1996
    {LISA_XVSADW_H_B, 0x747c0000, {FPR_XD, FPR_XJ, FPR_XK}},
1997
    {LISA_XVSADW_W_H, 0x747c8000, {FPR_XD, FPR_XJ, FPR_XK}},
1998
    {LISA_XVSADW_D_W, 0x747d0000, {FPR_XD, FPR_XJ, FPR_XK}},
1999
    {LISA_XVSADW_H_BU, 0x747e0000, {FPR_XD, FPR_XJ, FPR_XK}},
2000
    {LISA_XVSADW_W_HU, 0x747e8000, {FPR_XD, FPR_XJ, FPR_XK}},
2001
    {LISA_XVSADW_D_WU, 0x747f0000, {FPR_XD, FPR_XJ, FPR_XK}},
2002
    {LISA_XVACCSADW_H_B, 0x74800000, {FPR_XD, FPR_XJ, FPR_XK}},
2003
    {LISA_XVACCSADW_W_H, 0x74808000, {FPR_XD, FPR_XJ, FPR_XK}},
2004
    {LISA_XVACCSADW_D_W, 0x74810000, {FPR_XD, FPR_XJ, FPR_XK}},
2005
    {LISA_XVACCSADW_H_BU, 0x74820000, {FPR_XD, FPR_XJ, FPR_XK}},
2006
    {LISA_XVACCSADW_W_HU, 0x74828000, {FPR_XD, FPR_XJ, FPR_XK}},
2007
    {LISA_XVACCSADW_D_WU, 0x74830000, {FPR_XD, FPR_XJ, FPR_XK}},
2008
    {LISA_XVMUL_B, 0x74840000, {FPR_XD, FPR_XJ, FPR_XK}},
2009
    {LISA_XVMUL_H, 0x74848000, {FPR_XD, FPR_XJ, FPR_XK}},
2010
    {LISA_XVMUL_W, 0x74850000, {FPR_XD, FPR_XJ, FPR_XK}},
2011
    {LISA_XVMUL_D, 0x74858000, {FPR_XD, FPR_XJ, FPR_XK}},
2012
    {LISA_XVMUH_B, 0x74860000, {FPR_XD, FPR_XJ, FPR_XK}},
2013
    {LISA_XVMUH_H, 0x74868000, {FPR_XD, FPR_XJ, FPR_XK}},
2014
    {LISA_XVMUH_W, 0x74870000, {FPR_XD, FPR_XJ, FPR_XK}},
2015
    {LISA_XVMUH_D, 0x74878000, {FPR_XD, FPR_XJ, FPR_XK}},
2016
    {LISA_XVMUH_BU, 0x74880000, {FPR_XD, FPR_XJ, FPR_XK}},
2017
    {LISA_XVMUH_HU, 0x74888000, {FPR_XD, FPR_XJ, FPR_XK}},
2018
    {LISA_XVMUH_WU, 0x74890000, {FPR_XD, FPR_XJ, FPR_XK}},
2019
    {LISA_XVMUH_DU, 0x74898000, {FPR_XD, FPR_XJ, FPR_XK}},
2020
    {LISA_XVMUH_BU_B, 0x748a0000, {FPR_XD, FPR_XJ, FPR_XK}},
2021
    {LISA_XVMUH_HU_H, 0x748a8000, {FPR_XD, FPR_XJ, FPR_XK}},
2022
    {LISA_XVMUH_WU_W, 0x748b0000, {FPR_XD, FPR_XJ, FPR_XK}},
2023
    {LISA_XVMUH_DU_D, 0x748b8000, {FPR_XD, FPR_XJ, FPR_XK}},
2024
    {LISA_XVMULXW_H_B, 0x748c0000, {FPR_XD, FPR_XJ, FPR_XK}},
2025
    {LISA_XVMULXW_W_H, 0x748c8000, {FPR_XD, FPR_XJ, FPR_XK}},
2026
    {LISA_XVMULXW_D_W, 0x748d0000, {FPR_XD, FPR_XJ, FPR_XK}},
2027
    {LISA_XVMULXW_H_BU, 0x748e0000, {FPR_XD, FPR_XJ, FPR_XK}},
2028
    {LISA_XVMULXW_W_HU, 0x748e8000, {FPR_XD, FPR_XJ, FPR_XK}},
2029
    {LISA_XVMULXW_D_WU, 0x748f0000, {FPR_XD, FPR_XJ, FPR_XK}},
2030
    {LISA_XVMULWEV_H_B, 0x74900000, {FPR_XD, FPR_XJ, FPR_XK}},
2031
    {LISA_XVMULWEV_W_H, 0x74908000, {FPR_XD, FPR_XJ, FPR_XK}},
2032
    {LISA_XVMULWEV_D_W, 0x74910000, {FPR_XD, FPR_XJ, FPR_XK}},
2033
    {LISA_XVMULWEV_Q_D, 0x74918000, {FPR_XD, FPR_XJ, FPR_XK}},
2034
    {LISA_XVMULWOD_H_B, 0x74920000, {FPR_XD, FPR_XJ, FPR_XK}},
2035
    {LISA_XVMULWOD_W_H, 0x74928000, {FPR_XD, FPR_XJ, FPR_XK}},
2036
    {LISA_XVMULWOD_D_W, 0x74930000, {FPR_XD, FPR_XJ, FPR_XK}},
2037
    {LISA_XVMULWOD_Q_D, 0x74938000, {FPR_XD, FPR_XJ, FPR_XK}},
2038
    {LISA_XVMULWL_H_B, 0x74940000, {FPR_XD, FPR_XJ, FPR_XK}},
2039
    {LISA_XVMULWL_W_H, 0x74948000, {FPR_XD, FPR_XJ, FPR_XK}},
2040
    {LISA_XVMULWL_D_W, 0x74950000, {FPR_XD, FPR_XJ, FPR_XK}},
2041
    {LISA_XVMULWL_Q_D, 0x74958000, {FPR_XD, FPR_XJ, FPR_XK}},
2042
    {LISA_XVMULWH_H_B, 0x74960000, {FPR_XD, FPR_XJ, FPR_XK}},
2043
    {LISA_XVMULWH_W_H, 0x74968000, {FPR_XD, FPR_XJ, FPR_XK}},
2044
    {LISA_XVMULWH_D_W, 0x74970000, {FPR_XD, FPR_XJ, FPR_XK}},
2045
    {LISA_XVMULWH_Q_D, 0x74978000, {FPR_XD, FPR_XJ, FPR_XK}},
2046
    {LISA_XVMULWEV_H_BU, 0x74980000, {FPR_XD, FPR_XJ, FPR_XK}},
2047
    {LISA_XVMULWEV_W_HU, 0x74988000, {FPR_XD, FPR_XJ, FPR_XK}},
2048
    {LISA_XVMULWEV_D_WU, 0x74990000, {FPR_XD, FPR_XJ, FPR_XK}},
2049
    {LISA_XVMULWEV_Q_DU, 0x74998000, {FPR_XD, FPR_XJ, FPR_XK}},
2050
    {LISA_XVMULWOD_H_BU, 0x749a0000, {FPR_XD, FPR_XJ, FPR_XK}},
2051
    {LISA_XVMULWOD_W_HU, 0x749a8000, {FPR_XD, FPR_XJ, FPR_XK}},
2052
    {LISA_XVMULWOD_D_WU, 0x749b0000, {FPR_XD, FPR_XJ, FPR_XK}},
2053
    {LISA_XVMULWOD_Q_DU, 0x749b8000, {FPR_XD, FPR_XJ, FPR_XK}},
2054
    {LISA_XVMULWL_H_BU, 0x749c0000, {FPR_XD, FPR_XJ, FPR_XK}},
2055
    {LISA_XVMULWL_W_HU, 0x749c8000, {FPR_XD, FPR_XJ, FPR_XK}},
2056
    {LISA_XVMULWL_D_WU, 0x749d0000, {FPR_XD, FPR_XJ, FPR_XK}},
2057
    {LISA_XVMULWL_Q_DU, 0x749d8000, {FPR_XD, FPR_XJ, FPR_XK}},
2058
    {LISA_XVMULWH_H_BU, 0x749e0000, {FPR_XD, FPR_XJ, FPR_XK}},
2059
    {LISA_XVMULWH_W_HU, 0x749e8000, {FPR_XD, FPR_XJ, FPR_XK}},
2060
    {LISA_XVMULWH_D_WU, 0x749f0000, {FPR_XD, FPR_XJ, FPR_XK}},
2061
    {LISA_XVMULWH_Q_DU, 0x749f8000, {FPR_XD, FPR_XJ, FPR_XK}},
2062
    {LISA_XVMULWEV_H_BU_B, 0x74a00000, {FPR_XD, FPR_XJ, FPR_XK}},
2063
    {LISA_XVMULWEV_W_HU_H, 0x74a08000, {FPR_XD, FPR_XJ, FPR_XK}},
2064
    {LISA_XVMULWEV_D_WU_W, 0x74a10000, {FPR_XD, FPR_XJ, FPR_XK}},
2065
    {LISA_XVMULWEV_Q_DU_D, 0x74a18000, {FPR_XD, FPR_XJ, FPR_XK}},
2066
    {LISA_XVMULWOD_H_BU_B, 0x74a20000, {FPR_XD, FPR_XJ, FPR_XK}},
2067
    {LISA_XVMULWOD_W_HU_H, 0x74a28000, {FPR_XD, FPR_XJ, FPR_XK}},
2068
    {LISA_XVMULWOD_D_WU_W, 0x74a30000, {FPR_XD, FPR_XJ, FPR_XK}},
2069
    {LISA_XVMULWOD_Q_DU_D, 0x74a38000, {FPR_XD, FPR_XJ, FPR_XK}},
2070
    {LISA_XVMULWL_H_BU_B, 0x74a40000, {FPR_XD, FPR_XJ, FPR_XK}},
2071
    {LISA_XVMULWL_W_HU_H, 0x74a48000, {FPR_XD, FPR_XJ, FPR_XK}},
2072
    {LISA_XVMULWL_D_WU_W, 0x74a50000, {FPR_XD, FPR_XJ, FPR_XK}},
2073
    {LISA_XVMULWL_Q_DU_D, 0x74a58000, {FPR_XD, FPR_XJ, FPR_XK}},
2074
    {LISA_XVMULWH_H_BU_B, 0x74a60000, {FPR_XD, FPR_XJ, FPR_XK}},
2075
    {LISA_XVMULWH_W_HU_H, 0x74a68000, {FPR_XD, FPR_XJ, FPR_XK}},
2076
    {LISA_XVMULWH_D_WU_W, 0x74a70000, {FPR_XD, FPR_XJ, FPR_XK}},
2077
    {LISA_XVMULWH_Q_DU_D, 0x74a78000, {FPR_XD, FPR_XJ, FPR_XK}},
2078
    {LISA_XVMADD_B, 0x74a80000, {FPR_XD, FPR_XJ, FPR_XK}},
2079
    {LISA_XVMADD_H, 0x74a88000, {FPR_XD, FPR_XJ, FPR_XK}},
2080
    {LISA_XVMADD_W, 0x74a90000, {FPR_XD, FPR_XJ, FPR_XK}},
2081
    {LISA_XVMADD_D, 0x74a98000, {FPR_XD, FPR_XJ, FPR_XK}},
2082
    {LISA_XVMSUB_B, 0x74aa0000, {FPR_XD, FPR_XJ, FPR_XK}},
2083
    {LISA_XVMSUB_H, 0x74aa8000, {FPR_XD, FPR_XJ, FPR_XK}},
2084
    {LISA_XVMSUB_W, 0x74ab0000, {FPR_XD, FPR_XJ, FPR_XK}},
2085
    {LISA_XVMSUB_D, 0x74ab8000, {FPR_XD, FPR_XJ, FPR_XK}},
2086
    {LISA_XVMADDWEV_H_B, 0x74ac0000, {FPR_XD, FPR_XJ, FPR_XK}},
2087
    {LISA_XVMADDWEV_W_H, 0x74ac8000, {FPR_XD, FPR_XJ, FPR_XK}},
2088
    {LISA_XVMADDWEV_D_W, 0x74ad0000, {FPR_XD, FPR_XJ, FPR_XK}},
2089
    {LISA_XVMADDWEV_Q_D, 0x74ad8000, {FPR_XD, FPR_XJ, FPR_XK}},
2090
    {LISA_XVMADDWOD_H_B, 0x74ae0000, {FPR_XD, FPR_XJ, FPR_XK}},
2091
    {LISA_XVMADDWOD_W_H, 0x74ae8000, {FPR_XD, FPR_XJ, FPR_XK}},
2092
    {LISA_XVMADDWOD_D_W, 0x74af0000, {FPR_XD, FPR_XJ, FPR_XK}},
2093
    {LISA_XVMADDWOD_Q_D, 0x74af8000, {FPR_XD, FPR_XJ, FPR_XK}},
2094
    {LISA_XVMADDWL_H_B, 0x74b00000, {FPR_XD, FPR_XJ, FPR_XK}},
2095
    {LISA_XVMADDWL_W_H, 0x74b08000, {FPR_XD, FPR_XJ, FPR_XK}},
2096
    {LISA_XVMADDWL_D_W, 0x74b10000, {FPR_XD, FPR_XJ, FPR_XK}},
2097
    {LISA_XVMADDWL_Q_D, 0x74b18000, {FPR_XD, FPR_XJ, FPR_XK}},
2098
    {LISA_XVMADDWH_H_B, 0x74b20000, {FPR_XD, FPR_XJ, FPR_XK}},
2099
    {LISA_XVMADDWH_W_H, 0x74b28000, {FPR_XD, FPR_XJ, FPR_XK}},
2100
    {LISA_XVMADDWH_D_W, 0x74b30000, {FPR_XD, FPR_XJ, FPR_XK}},
2101
    {LISA_XVMADDWH_Q_D, 0x74b38000, {FPR_XD, FPR_XJ, FPR_XK}},
2102
    {LISA_XVMADDWEV_H_BU, 0x74b40000, {FPR_XD, FPR_XJ, FPR_XK}},
2103
    {LISA_XVMADDWEV_W_HU, 0x74b48000, {FPR_XD, FPR_XJ, FPR_XK}},
2104
    {LISA_XVMADDWEV_D_WU, 0x74b50000, {FPR_XD, FPR_XJ, FPR_XK}},
2105
    {LISA_XVMADDWEV_Q_DU, 0x74b58000, {FPR_XD, FPR_XJ, FPR_XK}},
2106
    {LISA_XVMADDWOD_H_BU, 0x74b60000, {FPR_XD, FPR_XJ, FPR_XK}},
2107
    {LISA_XVMADDWOD_W_HU, 0x74b68000, {FPR_XD, FPR_XJ, FPR_XK}},
2108
    {LISA_XVMADDWOD_D_WU, 0x74b70000, {FPR_XD, FPR_XJ, FPR_XK}},
2109
    {LISA_XVMADDWOD_Q_DU, 0x74b78000, {FPR_XD, FPR_XJ, FPR_XK}},
2110
    {LISA_XVMADDWL_H_BU, 0x74b80000, {FPR_XD, FPR_XJ, FPR_XK}},
2111
    {LISA_XVMADDWL_W_HU, 0x74b88000, {FPR_XD, FPR_XJ, FPR_XK}},
2112
    {LISA_XVMADDWL_D_WU, 0x74b90000, {FPR_XD, FPR_XJ, FPR_XK}},
2113
    {LISA_XVMADDWL_Q_DU, 0x74b98000, {FPR_XD, FPR_XJ, FPR_XK}},
2114
    {LISA_XVMADDWH_H_BU, 0x74ba0000, {FPR_XD, FPR_XJ, FPR_XK}},
2115
    {LISA_XVMADDWH_W_HU, 0x74ba8000, {FPR_XD, FPR_XJ, FPR_XK}},
2116
    {LISA_XVMADDWH_D_WU, 0x74bb0000, {FPR_XD, FPR_XJ, FPR_XK}},
2117
    {LISA_XVMADDWH_Q_DU, 0x74bb8000, {FPR_XD, FPR_XJ, FPR_XK}},
2118
    {LISA_XVMADDWEV_H_BU_B, 0x74bc0000, {FPR_XD, FPR_XJ, FPR_XK}},
2119
    {LISA_XVMADDWEV_W_HU_H, 0x74bc8000, {FPR_XD, FPR_XJ, FPR_XK}},
2120
    {LISA_XVMADDWEV_D_WU_W, 0x74bd0000, {FPR_XD, FPR_XJ, FPR_XK}},
2121
    {LISA_XVMADDWEV_Q_DU_D, 0x74bd8000, {FPR_XD, FPR_XJ, FPR_XK}},
2122
    {LISA_XVMADDWOD_H_BU_B, 0x74be0000, {FPR_XD, FPR_XJ, FPR_XK}},
2123
    {LISA_XVMADDWOD_W_HU_H, 0x74be8000, {FPR_XD, FPR_XJ, FPR_XK}},
2124
    {LISA_XVMADDWOD_D_WU_W, 0x74bf0000, {FPR_XD, FPR_XJ, FPR_XK}},
2125
    {LISA_XVMADDWOD_Q_DU_D, 0x74bf8000, {FPR_XD, FPR_XJ, FPR_XK}},
2126
    {LISA_XVMADDWL_H_BU_B, 0x74c00000, {FPR_XD, FPR_XJ, FPR_XK}},
2127
    {LISA_XVMADDWL_W_HU_H, 0x74c08000, {FPR_XD, FPR_XJ, FPR_XK}},
2128
    {LISA_XVMADDWL_D_WU_W, 0x74c10000, {FPR_XD, FPR_XJ, FPR_XK}},
2129
    {LISA_XVMADDWL_Q_DU_D, 0x74c18000, {FPR_XD, FPR_XJ, FPR_XK}},
2130
    {LISA_XVMADDWH_H_BU_B, 0x74c20000, {FPR_XD, FPR_XJ, FPR_XK}},
2131
    {LISA_XVMADDWH_W_HU_H, 0x74c28000, {FPR_XD, FPR_XJ, FPR_XK}},
2132
    {LISA_XVMADDWH_D_WU_W, 0x74c30000, {FPR_XD, FPR_XJ, FPR_XK}},
2133
    {LISA_XVMADDWH_Q_DU_D, 0x74c38000, {FPR_XD, FPR_XJ, FPR_XK}},
2134
    {LISA_XVDP2_H_B, 0x74c40000, {FPR_XD, FPR_XJ, FPR_XK}},
2135
    {LISA_XVDP2_W_H, 0x74c48000, {FPR_XD, FPR_XJ, FPR_XK}},
2136
    {LISA_XVDP2_D_W, 0x74c50000, {FPR_XD, FPR_XJ, FPR_XK}},
2137
    {LISA_XVDP2_Q_D, 0x74c58000, {FPR_XD, FPR_XJ, FPR_XK}},
2138
    {LISA_XVDP2_HU_BU, 0x74c60000, {FPR_XD, FPR_XJ, FPR_XK}},
2139
    {LISA_XVDP2_WU_HU, 0x74c68000, {FPR_XD, FPR_XJ, FPR_XK}},
2140
    {LISA_XVDP2_DU_WU, 0x74c70000, {FPR_XD, FPR_XJ, FPR_XK}},
2141
    {LISA_XVDP2_QU_DU, 0x74c78000, {FPR_XD, FPR_XJ, FPR_XK}},
2142
    {LISA_XVDP2_H_BU_B, 0x74c80000, {FPR_XD, FPR_XJ, FPR_XK}},
2143
    {LISA_XVDP2_W_HU_H, 0x74c88000, {FPR_XD, FPR_XJ, FPR_XK}},
2144
    {LISA_XVDP2_D_WU_W, 0x74c90000, {FPR_XD, FPR_XJ, FPR_XK}},
2145
    {LISA_XVDP2_Q_DU_D, 0x74c98000, {FPR_XD, FPR_XJ, FPR_XK}},
2146
    {LISA_XVDP2ADD_H_B, 0x74ca0000, {FPR_XD, FPR_XJ, FPR_XK}},
2147
    {LISA_XVDP2ADD_W_H, 0x74ca8000, {FPR_XD, FPR_XJ, FPR_XK}},
2148
    {LISA_XVDP2ADD_D_W, 0x74cb0000, {FPR_XD, FPR_XJ, FPR_XK}},
2149
    {LISA_XVDP2ADD_Q_D, 0x74cb8000, {FPR_XD, FPR_XJ, FPR_XK}},
2150
    {LISA_XVDP2ADD_H_BU, 0x74cc0000, {FPR_XD, FPR_XJ, FPR_XK}},
2151
    {LISA_XVDP2ADD_W_HU, 0x74cc8000, {FPR_XD, FPR_XJ, FPR_XK}},
2152
    {LISA_XVDP2ADD_D_WU, 0x74cd0000, {FPR_XD, FPR_XJ, FPR_XK}},
2153
    {LISA_XVDP2ADD_Q_DU, 0x74cd8000, {FPR_XD, FPR_XJ, FPR_XK}},
2154
    {LISA_XVDP2ADD_H_BU_B, 0x74ce0000, {FPR_XD, FPR_XJ, FPR_XK}},
2155
    {LISA_XVDP2ADD_W_HU_H, 0x74ce8000, {FPR_XD, FPR_XJ, FPR_XK}},
2156
    {LISA_XVDP2ADD_D_WU_W, 0x74cf0000, {FPR_XD, FPR_XJ, FPR_XK}},
2157
    {LISA_XVDP2ADD_Q_DU_D, 0x74cf8000, {FPR_XD, FPR_XJ, FPR_XK}},
2158
    {LISA_XVDP2SUB_H_B, 0x74d00000, {FPR_XD, FPR_XJ, FPR_XK}},
2159
    {LISA_XVDP2SUB_W_H, 0x74d08000, {FPR_XD, FPR_XJ, FPR_XK}},
2160
    {LISA_XVDP2SUB_D_W, 0x74d10000, {FPR_XD, FPR_XJ, FPR_XK}},
2161
    {LISA_XVDP2SUB_Q_D, 0x74d18000, {FPR_XD, FPR_XJ, FPR_XK}},
2162
    {LISA_XVDP2SUB_H_BU, 0x74d20000, {FPR_XD, FPR_XJ, FPR_XK}},
2163
    {LISA_XVDP2SUB_W_HU, 0x74d28000, {FPR_XD, FPR_XJ, FPR_XK}},
2164
    {LISA_XVDP2SUB_D_WU, 0x74d30000, {FPR_XD, FPR_XJ, FPR_XK}},
2165
    {LISA_XVDP2SUB_Q_DU, 0x74d38000, {FPR_XD, FPR_XJ, FPR_XK}},
2166
    {LISA_XVDP4_W_B, 0x74d40000, {FPR_XD, FPR_XJ, FPR_XK}},
2167
    {LISA_XVDP4_D_H, 0x74d48000, {FPR_XD, FPR_XJ, FPR_XK}},
2168
    {LISA_XVDP4_Q_W, 0x74d50000, {FPR_XD, FPR_XJ, FPR_XK}},
2169
    {LISA_XVDP4_W_BU, 0x74d60000, {FPR_XD, FPR_XJ, FPR_XK}},
2170
    {LISA_XVDP4_D_HU, 0x74d68000, {FPR_XD, FPR_XJ, FPR_XK}},
2171
    {LISA_XVDP4_Q_WU, 0x74d70000, {FPR_XD, FPR_XJ, FPR_XK}},
2172
    {LISA_XVDP4_W_BU_B, 0x74d80000, {FPR_XD, FPR_XJ, FPR_XK}},
2173
    {LISA_XVDP4_D_HU_H, 0x74d88000, {FPR_XD, FPR_XJ, FPR_XK}},
2174
    {LISA_XVDP4_Q_WU_W, 0x74d90000, {FPR_XD, FPR_XJ, FPR_XK}},
2175
    {LISA_XVDP4ADD_W_B, 0x74da0000, {FPR_XD, FPR_XJ, FPR_XK}},
2176
    {LISA_XVDP4ADD_D_H, 0x74da8000, {FPR_XD, FPR_XJ, FPR_XK}},
2177
    {LISA_XVDP4ADD_Q_W, 0x74db0000, {FPR_XD, FPR_XJ, FPR_XK}},
2178
    {LISA_XVDP4ADD_W_BU, 0x74dc0000, {FPR_XD, FPR_XJ, FPR_XK}},
2179
    {LISA_XVDP4ADD_D_HU, 0x74dc8000, {FPR_XD, FPR_XJ, FPR_XK}},
2180
    {LISA_XVDP4ADD_Q_WU, 0x74dd0000, {FPR_XD, FPR_XJ, FPR_XK}},
2181
    {LISA_XVDP4ADD_W_BU_B, 0x74de0000, {FPR_XD, FPR_XJ, FPR_XK}},
2182
    {LISA_XVDP4ADD_D_HU_H, 0x74de8000, {FPR_XD, FPR_XJ, FPR_XK}},
2183
    {LISA_XVDP4ADD_Q_WU_W, 0x74df0000, {FPR_XD, FPR_XJ, FPR_XK}},
2184
    {LISA_XVDIV_B, 0x74e00000, {FPR_XD, FPR_XJ, FPR_XK}},
2185
    {LISA_XVDIV_H, 0x74e08000, {FPR_XD, FPR_XJ, FPR_XK}},
2186
    {LISA_XVDIV_W, 0x74e10000, {FPR_XD, FPR_XJ, FPR_XK}},
2187
    {LISA_XVDIV_D, 0x74e18000, {FPR_XD, FPR_XJ, FPR_XK}},
2188
    {LISA_XVMOD_B, 0x74e20000, {FPR_XD, FPR_XJ, FPR_XK}},
2189
    {LISA_XVMOD_H, 0x74e28000, {FPR_XD, FPR_XJ, FPR_XK}},
2190
    {LISA_XVMOD_W, 0x74e30000, {FPR_XD, FPR_XJ, FPR_XK}},
2191
    {LISA_XVMOD_D, 0x74e38000, {FPR_XD, FPR_XJ, FPR_XK}},
2192
    {LISA_XVDIV_BU, 0x74e40000, {FPR_XD, FPR_XJ, FPR_XK}},
2193
    {LISA_XVDIV_HU, 0x74e48000, {FPR_XD, FPR_XJ, FPR_XK}},
2194
    {LISA_XVDIV_WU, 0x74e50000, {FPR_XD, FPR_XJ, FPR_XK}},
2195
    {LISA_XVDIV_DU, 0x74e58000, {FPR_XD, FPR_XJ, FPR_XK}},
2196
    {LISA_XVMOD_BU, 0x74e60000, {FPR_XD, FPR_XJ, FPR_XK}},
2197
    {LISA_XVMOD_HU, 0x74e68000, {FPR_XD, FPR_XJ, FPR_XK}},
2198
    {LISA_XVMOD_WU, 0x74e70000, {FPR_XD, FPR_XJ, FPR_XK}},
2199
    {LISA_XVMOD_DU, 0x74e78000, {FPR_XD, FPR_XJ, FPR_XK}},
2200
    {LISA_XVSLL_B, 0x74e80000, {FPR_XD, FPR_XJ, FPR_XK}},
2201
    {LISA_XVSLL_H, 0x74e88000, {FPR_XD, FPR_XJ, FPR_XK}},
2202
    {LISA_XVSLL_W, 0x74e90000, {FPR_XD, FPR_XJ, FPR_XK}},
2203
    {LISA_XVSLL_D, 0x74e98000, {FPR_XD, FPR_XJ, FPR_XK}},
2204
    {LISA_XVSRL_B, 0x74ea0000, {FPR_XD, FPR_XJ, FPR_XK}},
2205
    {LISA_XVSRL_H, 0x74ea8000, {FPR_XD, FPR_XJ, FPR_XK}},
2206
    {LISA_XVSRL_W, 0x74eb0000, {FPR_XD, FPR_XJ, FPR_XK}},
2207
    {LISA_XVSRL_D, 0x74eb8000, {FPR_XD, FPR_XJ, FPR_XK}},
2208
    {LISA_XVSRA_B, 0x74ec0000, {FPR_XD, FPR_XJ, FPR_XK}},
2209
    {LISA_XVSRA_H, 0x74ec8000, {FPR_XD, FPR_XJ, FPR_XK}},
2210
    {LISA_XVSRA_W, 0x74ed0000, {FPR_XD, FPR_XJ, FPR_XK}},
2211
    {LISA_XVSRA_D, 0x74ed8000, {FPR_XD, FPR_XJ, FPR_XK}},
2212
    {LISA_XVROTR_B, 0x74ee0000, {FPR_XD, FPR_XJ, FPR_XK}},
2213
    {LISA_XVROTR_H, 0x74ee8000, {FPR_XD, FPR_XJ, FPR_XK}},
2214
    {LISA_XVROTR_W, 0x74ef0000, {FPR_XD, FPR_XJ, FPR_XK}},
2215
    {LISA_XVROTR_D, 0x74ef8000, {FPR_XD, FPR_XJ, FPR_XK}},
2216
    {LISA_XVSRLR_B, 0x74f00000, {FPR_XD, FPR_XJ, FPR_XK}},
2217
    {LISA_XVSRLR_H, 0x74f08000, {FPR_XD, FPR_XJ, FPR_XK}},
2218
    {LISA_XVSRLR_W, 0x74f10000, {FPR_XD, FPR_XJ, FPR_XK}},
2219
    {LISA_XVSRLR_D, 0x74f18000, {FPR_XD, FPR_XJ, FPR_XK}},
2220
    {LISA_XVSRAR_B, 0x74f20000, {FPR_XD, FPR_XJ, FPR_XK}},
2221
    {LISA_XVSRAR_H, 0x74f28000, {FPR_XD, FPR_XJ, FPR_XK}},
2222
    {LISA_XVSRAR_W, 0x74f30000, {FPR_XD, FPR_XJ, FPR_XK}},
2223
    {LISA_XVSRAR_D, 0x74f38000, {FPR_XD, FPR_XJ, FPR_XK}},
2224
    {LISA_XVSRLN_B_H, 0x74f48000, {FPR_XD, FPR_XJ, FPR_XK}},
2225
    {LISA_XVSRLN_H_W, 0x74f50000, {FPR_XD, FPR_XJ, FPR_XK}},
2226
    {LISA_XVSRLN_W_D, 0x74f58000, {FPR_XD, FPR_XJ, FPR_XK}},
2227
    {LISA_XVSRAN_B_H, 0x74f68000, {FPR_XD, FPR_XJ, FPR_XK}},
2228
    {LISA_XVSRAN_H_W, 0x74f70000, {FPR_XD, FPR_XJ, FPR_XK}},
2229
    {LISA_XVSRAN_W_D, 0x74f78000, {FPR_XD, FPR_XJ, FPR_XK}},
2230
    {LISA_XVSRLRN_B_H, 0x74f88000, {FPR_XD, FPR_XJ, FPR_XK}},
2231
    {LISA_XVSRLRN_H_W, 0x74f90000, {FPR_XD, FPR_XJ, FPR_XK}},
2232
    {LISA_XVSRLRN_W_D, 0x74f98000, {FPR_XD, FPR_XJ, FPR_XK}},
2233
    {LISA_XVSRARN_B_H, 0x74fa8000, {FPR_XD, FPR_XJ, FPR_XK}},
2234
    {LISA_XVSRARN_H_W, 0x74fb0000, {FPR_XD, FPR_XJ, FPR_XK}},
2235
    {LISA_XVSRARN_W_D, 0x74fb8000, {FPR_XD, FPR_XJ, FPR_XK}},
2236
    {LISA_XVSSRLN_B_H, 0x74fc8000, {FPR_XD, FPR_XJ, FPR_XK}},
2237
    {LISA_XVSSRLN_H_W, 0x74fd0000, {FPR_XD, FPR_XJ, FPR_XK}},
2238
    {LISA_XVSSRLN_W_D, 0x74fd8000, {FPR_XD, FPR_XJ, FPR_XK}},
2239
    {LISA_XVSSRAN_B_H, 0x74fe8000, {FPR_XD, FPR_XJ, FPR_XK}},
2240
    {LISA_XVSSRAN_H_W, 0x74ff0000, {FPR_XD, FPR_XJ, FPR_XK}},
2241
    {LISA_XVSSRAN_W_D, 0x74ff8000, {FPR_XD, FPR_XJ, FPR_XK}},
2242
    {LISA_XVSSRLRN_B_H, 0x75008000, {FPR_XD, FPR_XJ, FPR_XK}},
2243
    {LISA_XVSSRLRN_H_W, 0x75010000, {FPR_XD, FPR_XJ, FPR_XK}},
2244
    {LISA_XVSSRLRN_W_D, 0x75018000, {FPR_XD, FPR_XJ, FPR_XK}},
2245
    {LISA_XVSSRARN_B_H, 0x75028000, {FPR_XD, FPR_XJ, FPR_XK}},
2246
    {LISA_XVSSRARN_H_W, 0x75030000, {FPR_XD, FPR_XJ, FPR_XK}},
2247
    {LISA_XVSSRARN_W_D, 0x75038000, {FPR_XD, FPR_XJ, FPR_XK}},
2248
    {LISA_XVSSRLN_BU_H, 0x75048000, {FPR_XD, FPR_XJ, FPR_XK}},
2249
    {LISA_XVSSRLN_HU_W, 0x75050000, {FPR_XD, FPR_XJ, FPR_XK}},
2250
    {LISA_XVSSRLN_WU_D, 0x75058000, {FPR_XD, FPR_XJ, FPR_XK}},
2251
    {LISA_XVSSRAN_BU_H, 0x75068000, {FPR_XD, FPR_XJ, FPR_XK}},
2252
    {LISA_XVSSRAN_HU_W, 0x75070000, {FPR_XD, FPR_XJ, FPR_XK}},
2253
    {LISA_XVSSRAN_WU_D, 0x75078000, {FPR_XD, FPR_XJ, FPR_XK}},
2254
    {LISA_XVSSRLRN_BU_H, 0x75088000, {FPR_XD, FPR_XJ, FPR_XK}},
2255
    {LISA_XVSSRLRN_HU_W, 0x75090000, {FPR_XD, FPR_XJ, FPR_XK}},
2256
    {LISA_XVSSRLRN_WU_D, 0x75098000, {FPR_XD, FPR_XJ, FPR_XK}},
2257
    {LISA_XVSSRARN_BU_H, 0x750a8000, {FPR_XD, FPR_XJ, FPR_XK}},
2258
    {LISA_XVSSRARN_HU_W, 0x750b0000, {FPR_XD, FPR_XJ, FPR_XK}},
2259
    {LISA_XVSSRARN_WU_D, 0x750b8000, {FPR_XD, FPR_XJ, FPR_XK}},
2260
    {LISA_XVBITCLR_B, 0x750c0000, {FPR_XD, FPR_XJ, FPR_XK}},
2261
    {LISA_XVBITCLR_H, 0x750c8000, {FPR_XD, FPR_XJ, FPR_XK}},
2262
    {LISA_XVBITCLR_W, 0x750d0000, {FPR_XD, FPR_XJ, FPR_XK}},
2263
    {LISA_XVBITCLR_D, 0x750d8000, {FPR_XD, FPR_XJ, FPR_XK}},
2264
    {LISA_XVBITSET_B, 0x750e0000, {FPR_XD, FPR_XJ, FPR_XK}},
2265
    {LISA_XVBITSET_H, 0x750e8000, {FPR_XD, FPR_XJ, FPR_XK}},
2266
    {LISA_XVBITSET_W, 0x750f0000, {FPR_XD, FPR_XJ, FPR_XK}},
2267
    {LISA_XVBITSET_D, 0x750f8000, {FPR_XD, FPR_XJ, FPR_XK}},
2268
    {LISA_XVBITREV_B, 0x75100000, {FPR_XD, FPR_XJ, FPR_XK}},
2269
    {LISA_XVBITREV_H, 0x75108000, {FPR_XD, FPR_XJ, FPR_XK}},
2270
    {LISA_XVBITREV_W, 0x75110000, {FPR_XD, FPR_XJ, FPR_XK}},
2271
    {LISA_XVBITREV_D, 0x75118000, {FPR_XD, FPR_XJ, FPR_XK}},
2272
    {LISA_XVBSTRC12_B, 0x75120000, {FPR_XD, FPR_XJ, FPR_XK}},
2273
    {LISA_XVBSTRC12_H, 0x75128000, {FPR_XD, FPR_XJ, FPR_XK}},
2274
    {LISA_XVBSTRC12_W, 0x75130000, {FPR_XD, FPR_XJ, FPR_XK}},
2275
    {LISA_XVBSTRC12_D, 0x75138000, {FPR_XD, FPR_XJ, FPR_XK}},
2276
    {LISA_XVBSTRC21_B, 0x75140000, {FPR_XD, FPR_XJ, FPR_XK}},
2277
    {LISA_XVBSTRC21_H, 0x75148000, {FPR_XD, FPR_XJ, FPR_XK}},
2278
    {LISA_XVBSTRC21_W, 0x75150000, {FPR_XD, FPR_XJ, FPR_XK}},
2279
    {LISA_XVBSTRC21_D, 0x75158000, {FPR_XD, FPR_XJ, FPR_XK}},
2280
    {LISA_XVPACKEV_B, 0x75160000, {FPR_XD, FPR_XJ, FPR_XK}},
2281
    {LISA_XVPACKEV_H, 0x75168000, {FPR_XD, FPR_XJ, FPR_XK}},
2282
    {LISA_XVPACKEV_W, 0x75170000, {FPR_XD, FPR_XJ, FPR_XK}},
2283
    {LISA_XVPACKEV_D, 0x75178000, {FPR_XD, FPR_XJ, FPR_XK}},
2284
    {LISA_XVPACKOD_B, 0x75180000, {FPR_XD, FPR_XJ, FPR_XK}},
2285
    {LISA_XVPACKOD_H, 0x75188000, {FPR_XD, FPR_XJ, FPR_XK}},
2286
    {LISA_XVPACKOD_W, 0x75190000, {FPR_XD, FPR_XJ, FPR_XK}},
2287
    {LISA_XVPACKOD_D, 0x75198000, {FPR_XD, FPR_XJ, FPR_XK}},
2288
    {LISA_XVILVL_B, 0x751a0000, {FPR_XD, FPR_XJ, FPR_XK}},
2289
    {LISA_XVILVL_H, 0x751a8000, {FPR_XD, FPR_XJ, FPR_XK}},
2290
    {LISA_XVILVL_W, 0x751b0000, {FPR_XD, FPR_XJ, FPR_XK}},
2291
    {LISA_XVILVL_D, 0x751b8000, {FPR_XD, FPR_XJ, FPR_XK}},
2292
    {LISA_XVILVH_B, 0x751c0000, {FPR_XD, FPR_XJ, FPR_XK}},
2293
    {LISA_XVILVH_H, 0x751c8000, {FPR_XD, FPR_XJ, FPR_XK}},
2294
    {LISA_XVILVH_W, 0x751d0000, {FPR_XD, FPR_XJ, FPR_XK}},
2295
    {LISA_XVILVH_D, 0x751d8000, {FPR_XD, FPR_XJ, FPR_XK}},
2296
    {LISA_XVPICKEV_B, 0x751e0000, {FPR_XD, FPR_XJ, FPR_XK}},
2297
    {LISA_XVPICKEV_H, 0x751e8000, {FPR_XD, FPR_XJ, FPR_XK}},
2298
    {LISA_XVPICKEV_W, 0x751f0000, {FPR_XD, FPR_XJ, FPR_XK}},
2299
    {LISA_XVPICKEV_D, 0x751f8000, {FPR_XD, FPR_XJ, FPR_XK}},
2300
    {LISA_XVPICKOD_B, 0x75200000, {FPR_XD, FPR_XJ, FPR_XK}},
2301
    {LISA_XVPICKOD_H, 0x75208000, {FPR_XD, FPR_XJ, FPR_XK}},
2302
    {LISA_XVPICKOD_W, 0x75210000, {FPR_XD, FPR_XJ, FPR_XK}},
2303
    {LISA_XVPICKOD_D, 0x75218000, {FPR_XD, FPR_XJ, FPR_XK}},
2304
    {LISA_XVREPLVE_B, 0x75220000, {FPR_XD, FPR_XJ, GPR_RK}},
2305
    {LISA_XVREPLVE_H, 0x75228000, {FPR_XD, FPR_XJ, GPR_RK}},
2306
    {LISA_XVREPLVE_W, 0x75230000, {FPR_XD, FPR_XJ, GPR_RK}},
2307
    {LISA_XVREPLVE_D, 0x75238000, {FPR_XD, FPR_XJ, GPR_RK}},
2308
    {LISA_XVEXTRCOL_B, 0x75240000, {FPR_XD, FPR_XJ, GPR_RK}},
2309
    {LISA_XVEXTRCOL_H, 0x75248000, {FPR_XD, FPR_XJ, GPR_RK}},
2310
    {LISA_XVEXTRCOL_W, 0x75250000, {FPR_XD, FPR_XJ, GPR_RK}},
2311
    {LISA_XVEXTRCOL_D, 0x75258000, {FPR_XD, FPR_XJ, GPR_RK}},
2312
    {LISA_XVAND_V, 0x75260000, {FPR_XD, FPR_XJ, FPR_XK}},
2313
    {LISA_XVOR_V, 0x75268000, {FPR_XD, FPR_XJ, FPR_XK}},
2314
    {LISA_XVXOR_V, 0x75270000, {FPR_XD, FPR_XJ, FPR_XK}},
2315
    {LISA_XVNOR_V, 0x75278000, {FPR_XD, FPR_XJ, FPR_XK}},
2316
    {LISA_XVANDN_V, 0x75280000, {FPR_XD, FPR_XJ, FPR_XK}},
2317
    {LISA_XVORN_V, 0x75288000, {FPR_XD, FPR_XJ, FPR_XK}},
2318
    {LISA_XVRANDSIGN_B, 0x75290000, {FPR_XD, FPR_XJ, FPR_XK}},
2319
    {LISA_XVRANDSIGN_H, 0x75298000, {FPR_XD, FPR_XJ, FPR_XK}},
2320
    {LISA_XVRORSIGN_B, 0x752a0000, {FPR_XD, FPR_XJ, FPR_XK}},
2321
    {LISA_XVRORSIGN_H, 0x752a8000, {FPR_XD, FPR_XJ, FPR_XK}},
2322
    {LISA_XVFRSTP_B, 0x752b0000, {FPR_XD, FPR_XJ, FPR_XK}},
2323
    {LISA_XVFRSTP_H, 0x752b8000, {FPR_XD, FPR_XJ, FPR_XK}},
2324
    {LISA_XVCLRSTRR_V, 0x752c0000, {FPR_XD, FPR_XJ, GPR_RK}},
2325
    {LISA_XVCLRSTRV_V, 0x752c8000, {FPR_XD, FPR_XJ, FPR_XK}},
2326
    {LISA_XVADD_Q, 0x752d0000, {FPR_XD, FPR_XJ, FPR_XK}},
2327
    {LISA_XVSUB_Q, 0x752d8000, {FPR_XD, FPR_XJ, FPR_XK}},
2328
    {LISA_XVSIGNCOV_B, 0x752e0000, {FPR_XD, FPR_XJ, FPR_XK}},
2329
    {LISA_XVSIGNCOV_H, 0x752e8000, {FPR_XD, FPR_XJ, FPR_XK}},
2330
    {LISA_XVSIGNCOV_W, 0x752f0000, {FPR_XD, FPR_XJ, FPR_XK}},
2331
    {LISA_XVSIGNCOV_D, 0x752f8000, {FPR_XD, FPR_XJ, FPR_XK}},
2332
    {LISA_XVFADD_S, 0x75308000, {FPR_XD, FPR_XJ, FPR_XK}},
2333
    {LISA_XVFADD_D, 0x75310000, {FPR_XD, FPR_XJ, FPR_XK}},
2334
    {LISA_XVFSUB_S, 0x75328000, {FPR_XD, FPR_XJ, FPR_XK}},
2335
    {LISA_XVFSUB_D, 0x75330000, {FPR_XD, FPR_XJ, FPR_XK}},
2336
    {LISA_XVFADDSUB_S, 0x75348000, {FPR_XD, FPR_XJ, FPR_XK}},
2337
    {LISA_XVFADDSUB_D, 0x75350000, {FPR_XD, FPR_XJ, FPR_XK}},
2338
    {LISA_XVFSUBADD_S, 0x75368000, {FPR_XD, FPR_XJ, FPR_XK}},
2339
    {LISA_XVFSUBADD_D, 0x75370000, {FPR_XD, FPR_XJ, FPR_XK}},
2340
    {LISA_XVFMUL_S, 0x75388000, {FPR_XD, FPR_XJ, FPR_XK}},
2341
    {LISA_XVFMUL_D, 0x75390000, {FPR_XD, FPR_XJ, FPR_XK}},
2342
    {LISA_XVFDIV_S, 0x753a8000, {FPR_XD, FPR_XJ, FPR_XK}},
2343
    {LISA_XVFDIV_D, 0x753b0000, {FPR_XD, FPR_XJ, FPR_XK}},
2344
    {LISA_XVFMAX_S, 0x753c8000, {FPR_XD, FPR_XJ, FPR_XK}},
2345
    {LISA_XVFMAX_D, 0x753d0000, {FPR_XD, FPR_XJ, FPR_XK}},
2346
    {LISA_XVFMIN_S, 0x753e8000, {FPR_XD, FPR_XJ, FPR_XK}},
2347
    {LISA_XVFMIN_D, 0x753f0000, {FPR_XD, FPR_XJ, FPR_XK}},
2348
    {LISA_XVFMAXA_S, 0x75408000, {FPR_XD, FPR_XJ, FPR_XK}},
2349
    {LISA_XVFMAXA_D, 0x75410000, {FPR_XD, FPR_XJ, FPR_XK}},
2350
    {LISA_XVFMINA_S, 0x75428000, {FPR_XD, FPR_XJ, FPR_XK}},
2351
    {LISA_XVFMINA_D, 0x75430000, {FPR_XD, FPR_XJ, FPR_XK}},
2352
    {LISA_XVFSCALEB_S, 0x75448000, {FPR_XD, FPR_XJ, FPR_XK}},
2353
    {LISA_XVFSCALEB_D, 0x75450000, {FPR_XD, FPR_XJ, FPR_XK}},
2354
    {LISA_XVFCVT_H_S, 0x75460000, {FPR_XD, FPR_XJ, FPR_XK}},
2355
    {LISA_XVFCVT_S_D, 0x75468000, {FPR_XD, FPR_XJ, FPR_XK}},
2356
    {LISA_XVFFINT_S_L, 0x75480000, {FPR_XD, FPR_XJ, FPR_XK}},
2357
    {LISA_XVFTINT_W_D, 0x75498000, {FPR_XD, FPR_XJ, FPR_XK}},
2358
    {LISA_XVFTINTRM_W_D, 0x754a0000, {FPR_XD, FPR_XJ, FPR_XK}},
2359
    {LISA_XVFTINTRP_W_D, 0x754a8000, {FPR_XD, FPR_XJ, FPR_XK}},
2360
    {LISA_XVFTINTRZ_W_D, 0x754b0000, {FPR_XD, FPR_XJ, FPR_XK}},
2361
    {LISA_XVFTINTRNE_W_D, 0x754b8000, {FPR_XD, FPR_XJ, FPR_XK}},
2362
    {LISA_XVHADD4_H_BU, 0x754e8000, {FPR_XD, FPR_XJ, FPR_XK}},
2363
    {LISA_XVSHUF4_W, 0x754f0000, {FPR_XD, FPR_XJ, FPR_XK}},
2364
    {LISA_XVSHUF2_D, 0x754f8000, {FPR_XD, FPR_XJ, FPR_XK}},
2365
    {LISA_XVPMUL_W, 0x75600000, {FPR_XD, FPR_XJ, FPR_XK}},
2366
    {LISA_XVPMUL_D, 0x75608000, {FPR_XD, FPR_XJ, FPR_XK}},
2367
    {LISA_XVPMUH_W, 0x75610000, {FPR_XD, FPR_XJ, FPR_XK}},
2368
    {LISA_XVPMUH_D, 0x75618000, {FPR_XD, FPR_XJ, FPR_XK}},
2369
    {LISA_XVPMULACC_W, 0x75620000, {FPR_XD, FPR_XJ, FPR_XK}},
2370
    {LISA_XVPMULACC_D, 0x75628000, {FPR_XD, FPR_XJ, FPR_XK}},
2371
    {LISA_XVPMUHACC_W, 0x75630000, {FPR_XD, FPR_XJ, FPR_XK}},
2372
    {LISA_XVPMUHACC_D, 0x75638000, {FPR_XD, FPR_XJ, FPR_XK}},
2373
    {LISA_XVPMULWL_H_B, 0x75640000, {FPR_XD, FPR_XJ, FPR_XK}},
2374
    {LISA_XVPMULWL_W_H, 0x75648000, {FPR_XD, FPR_XJ, FPR_XK}},
2375
    {LISA_XVPMULWL_D_W, 0x75650000, {FPR_XD, FPR_XJ, FPR_XK}},
2376
    {LISA_XVPMULWL_Q_D, 0x75658000, {FPR_XD, FPR_XJ, FPR_XK}},
2377
    {LISA_XVPMULWH_H_B, 0x75660000, {FPR_XD, FPR_XJ, FPR_XK}},
2378
    {LISA_XVPMULWH_W_H, 0x75668000, {FPR_XD, FPR_XJ, FPR_XK}},
2379
    {LISA_XVPMULWH_D_W, 0x75670000, {FPR_XD, FPR_XJ, FPR_XK}},
2380
    {LISA_XVPMULWH_Q_D, 0x75678000, {FPR_XD, FPR_XJ, FPR_XK}},
2381
    {LISA_XVPMADDWL_H_B, 0x75680000, {FPR_XD, FPR_XJ, FPR_XK}},
2382
    {LISA_XVPMADDWL_W_H, 0x75688000, {FPR_XD, FPR_XJ, FPR_XK}},
2383
    {LISA_XVPMADDWL_D_W, 0x75690000, {FPR_XD, FPR_XJ, FPR_XK}},
2384
    {LISA_XVPMADDWL_Q_D, 0x75698000, {FPR_XD, FPR_XJ, FPR_XK}},
2385
    {LISA_XVPMADDWH_H_B, 0x756a0000, {FPR_XD, FPR_XJ, FPR_XK}},
2386
    {LISA_XVPMADDWH_W_H, 0x756a8000, {FPR_XD, FPR_XJ, FPR_XK}},
2387
    {LISA_XVPMADDWH_D_W, 0x756b0000, {FPR_XD, FPR_XJ, FPR_XK}},
2388
    {LISA_XVPMADDWH_Q_D, 0x756b8000, {FPR_XD, FPR_XJ, FPR_XK}},
2389
    {LISA_XVPDP2_Q_D, 0x756c0000, {FPR_XD, FPR_XJ, FPR_XK}},
2390
    {LISA_XVPDP2ADD_Q_D, 0x756c8000, {FPR_XD, FPR_XJ, FPR_XK}},
2391
    {LISA_XVCDP4_RE_D_H, 0x75700000, {FPR_XD, FPR_XJ, FPR_XK}},
2392
    {LISA_XVCDP4_IM_D_H, 0x75708000, {FPR_XD, FPR_XJ, FPR_XK}},
2393
    {LISA_XVCDP4ADD_RE_D_H, 0x75710000, {FPR_XD, FPR_XJ, FPR_XK}},
2394
    {LISA_XVCDP4ADD_IM_D_H, 0x75718000, {FPR_XD, FPR_XJ, FPR_XK}},
2395
    {LISA_XVCDP2_RE_Q_W, 0x75720000, {FPR_XD, FPR_XJ, FPR_XK}},
2396
    {LISA_XVCDP2_IM_Q_W, 0x75728000, {FPR_XD, FPR_XJ, FPR_XK}},
2397
    {LISA_XVCDP2ADD_RE_Q_W, 0x75730000, {FPR_XD, FPR_XJ, FPR_XK}},
2398
    {LISA_XVCDP2ADD_IM_Q_W, 0x75738000, {FPR_XD, FPR_XJ, FPR_XK}},
2399
    {LISA_XVSIGNSEL_W, 0x75790000, {FPR_XD, FPR_XJ, FPR_XK}},
2400
    {LISA_XVSIGNSEL_D, 0x75798000, {FPR_XD, FPR_XJ, FPR_XK}},
2401
    {LISA_XVSHUF_H, 0x757a8000, {FPR_XD, FPR_XJ, FPR_XK}},
2402
    {LISA_XVSHUF_W, 0x757b0000, {FPR_XD, FPR_XJ, FPR_XK}},
2403
    {LISA_XVSHUF_D, 0x757b8000, {FPR_XD, FPR_XJ, FPR_XK}},
2404
    {LISA_XVPERM_W, 0x757d0000, {FPR_XD, FPR_XJ, FPR_XK}},
2405
    {LISA_XVSEQI_B, 0x76800000, {FPR_XD, FPR_XJ, IMM_SI5}},
2406
    {LISA_XVSEQI_H, 0x76808000, {FPR_XD, FPR_XJ, IMM_SI5}},
2407
    {LISA_XVSEQI_W, 0x76810000, {FPR_XD, FPR_XJ, IMM_SI5}},
2408
    {LISA_XVSEQI_D, 0x76818000, {FPR_XD, FPR_XJ, IMM_SI5}},
2409
    {LISA_XVSLEI_B, 0x76820000, {FPR_XD, FPR_XJ, IMM_SI5}},
2410
    {LISA_XVSLEI_H, 0x76828000, {FPR_XD, FPR_XJ, IMM_SI5}},
2411
    {LISA_XVSLEI_W, 0x76830000, {FPR_XD, FPR_XJ, IMM_SI5}},
2412
    {LISA_XVSLEI_D, 0x76838000, {FPR_XD, FPR_XJ, IMM_SI5}},
2413
    {LISA_XVSLEI_BU, 0x76840000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2414
    {LISA_XVSLEI_HU, 0x76848000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2415
    {LISA_XVSLEI_WU, 0x76850000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2416
    {LISA_XVSLEI_DU, 0x76858000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2417
    {LISA_XVSLTI_B, 0x76860000, {FPR_XD, FPR_XJ, IMM_SI5}},
2418
    {LISA_XVSLTI_H, 0x76868000, {FPR_XD, FPR_XJ, IMM_SI5}},
2419
    {LISA_XVSLTI_W, 0x76870000, {FPR_XD, FPR_XJ, IMM_SI5}},
2420
    {LISA_XVSLTI_D, 0x76878000, {FPR_XD, FPR_XJ, IMM_SI5}},
2421
    {LISA_XVSLTI_BU, 0x76880000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2422
    {LISA_XVSLTI_HU, 0x76888000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2423
    {LISA_XVSLTI_WU, 0x76890000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2424
    {LISA_XVSLTI_DU, 0x76898000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2425
    {LISA_XVADDI_BU, 0x768a0000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2426
    {LISA_XVADDI_HU, 0x768a8000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2427
    {LISA_XVADDI_WU, 0x768b0000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2428
    {LISA_XVADDI_DU, 0x768b8000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2429
    {LISA_XVSUBI_BU, 0x768c0000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2430
    {LISA_XVSUBI_HU, 0x768c8000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2431
    {LISA_XVSUBI_WU, 0x768d0000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2432
    {LISA_XVSUBI_DU, 0x768d8000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2433
    {LISA_XVBSLL_V, 0x768e0000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2434
    {LISA_XVBSRL_V, 0x768e8000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2435
    {LISA_XVMAXI_B, 0x76900000, {FPR_XD, FPR_XJ, IMM_SI5}},
2436
    {LISA_XVMAXI_H, 0x76908000, {FPR_XD, FPR_XJ, IMM_SI5}},
2437
    {LISA_XVMAXI_W, 0x76910000, {FPR_XD, FPR_XJ, IMM_SI5}},
2438
    {LISA_XVMAXI_D, 0x76918000, {FPR_XD, FPR_XJ, IMM_SI5}},
2439
    {LISA_XVMINI_B, 0x76920000, {FPR_XD, FPR_XJ, IMM_SI5}},
2440
    {LISA_XVMINI_H, 0x76928000, {FPR_XD, FPR_XJ, IMM_SI5}},
2441
    {LISA_XVMINI_W, 0x76930000, {FPR_XD, FPR_XJ, IMM_SI5}},
2442
    {LISA_XVMINI_D, 0x76938000, {FPR_XD, FPR_XJ, IMM_SI5}},
2443
    {LISA_XVMAXI_BU, 0x76940000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2444
    {LISA_XVMAXI_HU, 0x76948000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2445
    {LISA_XVMAXI_WU, 0x76950000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2446
    {LISA_XVMAXI_DU, 0x76958000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2447
    {LISA_XVMINI_BU, 0x76960000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2448
    {LISA_XVMINI_HU, 0x76968000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2449
    {LISA_XVMINI_WU, 0x76970000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2450
    {LISA_XVMINI_DU, 0x76978000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2451
    {LISA_XVRANDSIGNI_B, 0x76980000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2452
    {LISA_XVRANDSIGNI_H, 0x76988000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2453
    {LISA_XVRORSIGNI_B, 0x76990000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2454
    {LISA_XVRORSIGNI_H, 0x76998000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2455
    {LISA_XVFRSTPI_B, 0x769a0000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2456
    {LISA_XVFRSTPI_H, 0x769a8000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2457
    {LISA_XVCLRSTRI_V, 0x769b0000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2458
    {LISA_XVMEPATMSK_V, 0x769b8000, {FPR_XD, IMM_MODE, IMM_UI5L}},
2459
    {LISA_XVCLO_B, 0x769c0000, {FPR_XD, FPR_XJ}},
2460
    {LISA_XVCLO_H, 0x769c0400, {FPR_XD, FPR_XJ}},
2461
    {LISA_XVCLO_W, 0x769c0800, {FPR_XD, FPR_XJ}},
2462
    {LISA_XVCLO_D, 0x769c0c00, {FPR_XD, FPR_XJ}},
2463
    {LISA_XVCLZ_B, 0x769c1000, {FPR_XD, FPR_XJ}},
2464
    {LISA_XVCLZ_H, 0x769c1400, {FPR_XD, FPR_XJ}},
2465
    {LISA_XVCLZ_W, 0x769c1800, {FPR_XD, FPR_XJ}},
2466
    {LISA_XVCLZ_D, 0x769c1c00, {FPR_XD, FPR_XJ}},
2467
    {LISA_XVPCNT_B, 0x769c2000, {FPR_XD, FPR_XJ}},
2468
    {LISA_XVPCNT_H, 0x769c2400, {FPR_XD, FPR_XJ}},
2469
    {LISA_XVPCNT_W, 0x769c2800, {FPR_XD, FPR_XJ}},
2470
    {LISA_XVPCNT_D, 0x769c2c00, {FPR_XD, FPR_XJ}},
2471
    {LISA_XVNEG_B, 0x769c3000, {FPR_XD, FPR_XJ}},
2472
    {LISA_XVNEG_H, 0x769c3400, {FPR_XD, FPR_XJ}},
2473
    {LISA_XVNEG_W, 0x769c3800, {FPR_XD, FPR_XJ}},
2474
    {LISA_XVNEG_D, 0x769c3c00, {FPR_XD, FPR_XJ}},
2475
    {LISA_XVMSKLTZ_B, 0x769c4000, {FPR_XD, FPR_XJ}},
2476
    {LISA_XVMSKLTZ_H, 0x769c4400, {FPR_XD, FPR_XJ}},
2477
    {LISA_XVMSKLTZ_W, 0x769c4800, {FPR_XD, FPR_XJ}},
2478
    {LISA_XVMSKLTZ_D, 0x769c4c00, {FPR_XD, FPR_XJ}},
2479
    {LISA_XVMSKGEZ_B, 0x769c5000, {FPR_XD, FPR_XJ}},
2480
    {LISA_XVMSKNZ_B, 0x769c6000, {FPR_XD, FPR_XJ}},
2481
    {LISA_XVMSKCOPY_B, 0x769c7000, {FPR_XD, FPR_XJ}},
2482
    {LISA_XVMSKFILL_B, 0x769c8000, {FPR_XD, FPR_XJ}},
2483
    {LISA_XVFRSTM_B, 0x769c9000, {FPR_XD, FPR_XJ}},
2484
    {LISA_XVFRSTM_H, 0x769c9400, {FPR_XD, FPR_XJ}},
2485
    {LISA_XVSETEQZ_V, 0x769c9800, {FCC_CD, FPR_XJ}},
2486
    {LISA_XVSETNEZ_V, 0x769c9c00, {FCC_CD, FPR_XJ}},
2487
    {LISA_XVSETANYEQZ_B, 0x769ca000, {FCC_CD, FPR_XJ}},
2488
    {LISA_XVSETANYEQZ_H, 0x769ca400, {FCC_CD, FPR_XJ}},
2489
    {LISA_XVSETANYEQZ_W, 0x769ca800, {FCC_CD, FPR_XJ}},
2490
    {LISA_XVSETANYEQZ_D, 0x769cac00, {FCC_CD, FPR_XJ}},
2491
    {LISA_XVSETALLNEZ_B, 0x769cb000, {FCC_CD, FPR_XJ}},
2492
    {LISA_XVSETALLNEZ_H, 0x769cb400, {FCC_CD, FPR_XJ}},
2493
    {LISA_XVSETALLNEZ_W, 0x769cb800, {FCC_CD, FPR_XJ}},
2494
    {LISA_XVSETALLNEZ_D, 0x769cbc00, {FCC_CD, FPR_XJ}},
2495
    {LISA_XVFLOGB_S, 0x769cc400, {FPR_XD, FPR_XJ}},
2496
    {LISA_XVFLOGB_D, 0x769cc800, {FPR_XD, FPR_XJ}},
2497
    {LISA_XVFCLASS_S, 0x769cd400, {FPR_XD, FPR_XJ}},
2498
    {LISA_XVFCLASS_D, 0x769cd800, {FPR_XD, FPR_XJ}},
2499
    {LISA_XVFSQRT_S, 0x769ce400, {FPR_XD, FPR_XJ}},
2500
    {LISA_XVFSQRT_D, 0x769ce800, {FPR_XD, FPR_XJ}},
2501
    {LISA_XVFRECIP_S, 0x769cf400, {FPR_XD, FPR_XJ}},
2502
    {LISA_XVFRECIP_D, 0x769cf800, {FPR_XD, FPR_XJ}},
2503
    {LISA_XVFRSQRT_S, 0x769d0400, {FPR_XD, FPR_XJ}},
2504
    {LISA_XVFRSQRT_D, 0x769d0800, {FPR_XD, FPR_XJ}},
2505
    {LISA_XVFRINT_S, 0x769d3400, {FPR_XD, FPR_XJ}},
2506
    {LISA_XVFRINT_D, 0x769d3800, {FPR_XD, FPR_XJ}},
2507
    {LISA_XVFRINTRM_S, 0x769d4400, {FPR_XD, FPR_XJ}},
2508
    {LISA_XVFRINTRM_D, 0x769d4800, {FPR_XD, FPR_XJ}},
2509
    {LISA_XVFRINTRP_S, 0x769d5400, {FPR_XD, FPR_XJ}},
2510
    {LISA_XVFRINTRP_D, 0x769d5800, {FPR_XD, FPR_XJ}},
2511
    {LISA_XVFRINTRZ_S, 0x769d6400, {FPR_XD, FPR_XJ}},
2512
    {LISA_XVFRINTRZ_D, 0x769d6800, {FPR_XD, FPR_XJ}},
2513
    {LISA_XVFRINTRNE_S, 0x769d7400, {FPR_XD, FPR_XJ}},
2514
    {LISA_XVFRINTRNE_D, 0x769d7800, {FPR_XD, FPR_XJ}},
2515
    {LISA_XVEXTL_W_B, 0x769d8400, {FPR_XD, FPR_XJ}},
2516
    {LISA_XVEXTL_D_B, 0x769d8800, {FPR_XD, FPR_XJ}},
2517
    {LISA_XVEXTL_D_H, 0x769d9400, {FPR_XD, FPR_XJ}},
2518
    {LISA_XVEXTL_W_BU, 0x769dac00, {FPR_XD, FPR_XJ}},
2519
    {LISA_XVEXTL_D_BU, 0x769db000, {FPR_XD, FPR_XJ}},
2520
    {LISA_XVEXTL_D_HU, 0x769dbc00, {FPR_XD, FPR_XJ}},
2521
    {LISA_XVHADD8_D_BU, 0x769dd000, {FPR_XD, FPR_XJ}},
2522
    {LISA_XVHMINPOS_W_HU, 0x769dd400, {FPR_XD, FPR_XJ}},
2523
    {LISA_XVHMINPOS_D_HU, 0x769dd800, {FPR_XD, FPR_XJ}},
2524
    {LISA_XVHMINPOS_Q_HU, 0x769ddc00, {FPR_XD, FPR_XJ}},
2525
    {LISA_XVCLRTAIL_B, 0x769de000, {FPR_XD, FPR_XJ}},
2526
    {LISA_XVCLRTAIL_H, 0x769de400, {FPR_XD, FPR_XJ}},
2527
    {LISA_XVFCVTL_S_H, 0x769de800, {FPR_XD, FPR_XJ}},
2528
    {LISA_XVFCVTH_S_H, 0x769dec00, {FPR_XD, FPR_XJ}},
2529
    {LISA_XVFCVTL_D_S, 0x769df000, {FPR_XD, FPR_XJ}},
2530
    {LISA_XVFCVTH_D_S, 0x769df400, {FPR_XD, FPR_XJ}},
2531
    {LISA_XVFFINT_S_W, 0x769e0000, {FPR_XD, FPR_XJ}},
2532
    {LISA_XVFFINT_S_WU, 0x769e0400, {FPR_XD, FPR_XJ}},
2533
    {LISA_XVFFINT_D_L, 0x769e0800, {FPR_XD, FPR_XJ}},
2534
    {LISA_XVFFINT_D_LU, 0x769e0c00, {FPR_XD, FPR_XJ}},
2535
    {LISA_XVFFINTL_D_W, 0x769e1000, {FPR_XD, FPR_XJ}},
2536
    {LISA_XVFFINTH_D_W, 0x769e1400, {FPR_XD, FPR_XJ}},
2537
    {LISA_XVFTINT_W_S, 0x769e3000, {FPR_XD, FPR_XJ}},
2538
    {LISA_XVFTINT_L_D, 0x769e3400, {FPR_XD, FPR_XJ}},
2539
    {LISA_XVFTINTRM_W_S, 0x769e3800, {FPR_XD, FPR_XJ}},
2540
    {LISA_XVFTINTRM_L_D, 0x769e3c00, {FPR_XD, FPR_XJ}},
2541
    {LISA_XVFTINTRP_W_S, 0x769e4000, {FPR_XD, FPR_XJ}},
2542
    {LISA_XVFTINTRP_L_D, 0x769e4400, {FPR_XD, FPR_XJ}},
2543
    {LISA_XVFTINTRZ_W_S, 0x769e4800, {FPR_XD, FPR_XJ}},
2544
    {LISA_XVFTINTRZ_L_D, 0x769e4c00, {FPR_XD, FPR_XJ}},
2545
    {LISA_XVFTINTRNE_W_S, 0x769e5000, {FPR_XD, FPR_XJ}},
2546
    {LISA_XVFTINTRNE_L_D, 0x769e5400, {FPR_XD, FPR_XJ}},
2547
    {LISA_XVFTINT_WU_S, 0x769e5800, {FPR_XD, FPR_XJ}},
2548
    {LISA_XVFTINT_LU_D, 0x769e5c00, {FPR_XD, FPR_XJ}},
2549
    {LISA_XVFTINTRZ_WU_S, 0x769e7000, {FPR_XD, FPR_XJ}},
2550
    {LISA_XVFTINTRZ_LU_D, 0x769e7400, {FPR_XD, FPR_XJ}},
2551
    {LISA_XVFTINTL_L_S, 0x769e8000, {FPR_XD, FPR_XJ}},
2552
    {LISA_XVFTINTH_L_S, 0x769e8400, {FPR_XD, FPR_XJ}},
2553
    {LISA_XVFTINTRML_L_S, 0x769e8800, {FPR_XD, FPR_XJ}},
2554
    {LISA_XVFTINTRMH_L_S, 0x769e8c00, {FPR_XD, FPR_XJ}},
2555
    {LISA_XVFTINTRPL_L_S, 0x769e9000, {FPR_XD, FPR_XJ}},
2556
    {LISA_XVFTINTRPH_L_S, 0x769e9400, {FPR_XD, FPR_XJ}},
2557
    {LISA_XVFTINTRZL_L_S, 0x769e9800, {FPR_XD, FPR_XJ}},
2558
    {LISA_XVFTINTRZH_L_S, 0x769e9c00, {FPR_XD, FPR_XJ}},
2559
    {LISA_XVFTINTRNEL_L_S, 0x769ea000, {FPR_XD, FPR_XJ}},
2560
    {LISA_XVFTINTRNEH_L_S, 0x769ea400, {FPR_XD, FPR_XJ}},
2561
    {LISA_XVEXTH_H_B, 0x769ee000, {FPR_XD, FPR_XJ}},
2562
    {LISA_XVEXTH_W_H, 0x769ee400, {FPR_XD, FPR_XJ}},
2563
    {LISA_XVEXTH_D_W, 0x769ee800, {FPR_XD, FPR_XJ}},
2564
    {LISA_XVEXTH_Q_D, 0x769eec00, {FPR_XD, FPR_XJ}},
2565
    {LISA_XVEXTH_HU_BU, 0x769ef000, {FPR_XD, FPR_XJ}},
2566
    {LISA_XVEXTH_WU_HU, 0x769ef400, {FPR_XD, FPR_XJ}},
2567
    {LISA_XVEXTH_DU_WU, 0x769ef800, {FPR_XD, FPR_XJ}},
2568
    {LISA_XVEXTH_QU_DU, 0x769efc00, {FPR_XD, FPR_XJ}},
2569
    {LISA_XVREPLGR2VR_B, 0x769f0000, {FPR_XD, GPR_RJ}},
2570
    {LISA_XVREPLGR2VR_H, 0x769f0400, {FPR_XD, GPR_RJ}},
2571
    {LISA_XVREPLGR2VR_W, 0x769f0800, {FPR_XD, GPR_RJ}},
2572
    {LISA_XVREPLGR2VR_D, 0x769f0c00, {FPR_XD, GPR_RJ}},
2573
    {LISA_VEXT2XV_H_B, 0x769f1000, {FPR_XD, FPR_XJ}},
2574
    {LISA_VEXT2XV_W_B, 0x769f1400, {FPR_XD, FPR_XJ}},
2575
    {LISA_VEXT2XV_D_B, 0x769f1800, {FPR_XD, FPR_XJ}},
2576
    {LISA_VEXT2XV_W_H, 0x769f1c00, {FPR_XD, FPR_XJ}},
2577
    {LISA_VEXT2XV_D_H, 0x769f2000, {FPR_XD, FPR_XJ}},
2578
    {LISA_VEXT2XV_D_W, 0x769f2400, {FPR_XD, FPR_XJ}},
2579
    {LISA_VEXT2XV_HU_BU, 0x769f2800, {FPR_XD, FPR_XJ}},
2580
    {LISA_VEXT2XV_WU_BU, 0x769f2c00, {FPR_XD, FPR_XJ}},
2581
    {LISA_VEXT2XV_DU_BU, 0x769f3000, {FPR_XD, FPR_XJ}},
2582
    {LISA_VEXT2XV_WU_HU, 0x769f3400, {FPR_XD, FPR_XJ}},
2583
    {LISA_VEXT2XV_DU_HU, 0x769f3800, {FPR_XD, FPR_XJ}},
2584
    {LISA_VEXT2XV_DU_WU, 0x769f3c00, {FPR_XD, FPR_XJ}},
2585
    {LISA_XVHSELI_D, 0x769f8000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2586
    {LISA_XVROTRI_B, 0x76a02000, {FPR_XD, FPR_XJ, IMM_UI3}},
2587
    {LISA_XVROTRI_H, 0x76a04000, {FPR_XD, FPR_XJ, IMM_UI4}},
2588
    {LISA_XVROTRI_W, 0x76a08000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2589
    {LISA_XVROTRI_D, 0x76a10000, {FPR_XD, FPR_XJ, IMM_UI6}},
2590
    {LISA_XVSRLRI_B, 0x76a42000, {FPR_XD, FPR_XJ, IMM_UI3}},
2591
    {LISA_XVSRLRI_H, 0x76a44000, {FPR_XD, FPR_XJ, IMM_UI4}},
2592
    {LISA_XVSRLRI_W, 0x76a48000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2593
    {LISA_XVSRLRI_D, 0x76a50000, {FPR_XD, FPR_XJ, IMM_UI6}},
2594
    {LISA_XVSRARI_B, 0x76a82000, {FPR_XD, FPR_XJ, IMM_UI3}},
2595
    {LISA_XVSRARI_H, 0x76a84000, {FPR_XD, FPR_XJ, IMM_UI4}},
2596
    {LISA_XVSRARI_W, 0x76a88000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2597
    {LISA_XVSRARI_D, 0x76a90000, {FPR_XD, FPR_XJ, IMM_UI6}},
2598
    {LISA_XVINSGR2VR_W, 0x76ebc000, {FPR_XD, GPR_RJ, IMM_UI3}},
2599
    {LISA_XVINSGR2VR_D, 0x76ebe000, {FPR_XD, GPR_RJ, IMM_UI2}},
2600
    {LISA_XVPICKVE2GR_W, 0x76efc000, {GPR_RD, FPR_XJ, IMM_UI3}},
2601
    {LISA_XVPICKVE2GR_D, 0x76efe000, {GPR_RD, FPR_XJ, IMM_UI2}},
2602
    {LISA_XVPICKVE2GR_WU, 0x76f3c000, {GPR_RD, FPR_XJ, IMM_UI3}},
2603
    {LISA_XVPICKVE2GR_DU, 0x76f3e000, {GPR_RD, FPR_XJ, IMM_UI2}},
2604
    {LISA_XVREPL128VEI_B, 0x76f78000, {FPR_XD, FPR_XJ, IMM_UI4}},
2605
    {LISA_XVREPL128VEI_H, 0x76f7c000, {FPR_XD, FPR_XJ, IMM_UI3}},
2606
    {LISA_XVREPL128VEI_W, 0x76f7e000, {FPR_XD, FPR_XJ, IMM_UI2}},
2607
    {LISA_XVREPL128VEI_D, 0x76f7f000, {FPR_XD, FPR_XJ, IMM_UI1}},
2608
    {LISA_XVEXTRCOLI_B, 0x76fb8000, {FPR_XD, FPR_XJ, IMM_UI4}},
2609
    {LISA_XVEXTRCOLI_H, 0x76fbc000, {FPR_XD, FPR_XJ, IMM_UI3}},
2610
    {LISA_XVEXTRCOLI_W, 0x76fbe000, {FPR_XD, FPR_XJ, IMM_UI2}},
2611
    {LISA_XVEXTRCOLI_D, 0x76fbf000, {FPR_XD, FPR_XJ, IMM_UI1}},
2612
    {LISA_XVINSVE0_W, 0x76ffc000, {FPR_XD, FPR_XJ, IMM_UI3}},
2613
    {LISA_XVINSVE0_D, 0x76ffe000, {FPR_XD, FPR_XJ, IMM_UI2}},
2614
    {LISA_XVPICKVE_W, 0x7703c000, {FPR_XD, FPR_XJ, IMM_UI3}},
2615
    {LISA_XVPICKVE_D, 0x7703e000, {FPR_XD, FPR_XJ, IMM_UI2}},
2616
    {LISA_XVREPLVE0_B, 0x77070000, {FPR_XD, FPR_XJ}},
2617
    {LISA_XVREPLVE0_H, 0x77078000, {FPR_XD, FPR_XJ}},
2618
    {LISA_XVREPLVE0_W, 0x7707c000, {FPR_XD, FPR_XJ}},
2619
    {LISA_XVREPLVE0_D, 0x7707e000, {FPR_XD, FPR_XJ}},
2620
    {LISA_XVREPLVE0_Q, 0x7707f000, {FPR_XD, FPR_XJ}},
2621
    {LISA_XVSLLWIL_H_B, 0x77082000, {FPR_XD, FPR_XJ, IMM_UI3}},
2622
    {LISA_XVSLLWIL_W_H, 0x77084000, {FPR_XD, FPR_XJ, IMM_UI4}},
2623
    {LISA_XVSLLWIL_D_W, 0x77088000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2624
    {LISA_XVEXTL_Q_D, 0x77090000, {FPR_XD, FPR_XJ}},
2625
    {LISA_XVSLLWIL_HU_BU, 0x770c2000, {FPR_XD, FPR_XJ, IMM_UI3}},
2626
    {LISA_XVSLLWIL_WU_HU, 0x770c4000, {FPR_XD, FPR_XJ, IMM_UI4}},
2627
    {LISA_XVSLLWIL_DU_WU, 0x770c8000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2628
    {LISA_XVEXTL_QU_DU, 0x770d0000, {FPR_XD, FPR_XJ}},
2629
    {LISA_XVBITCLRI_B, 0x77102000, {FPR_XD, FPR_XJ, IMM_UI3}},
2630
    {LISA_XVBITCLRI_H, 0x77104000, {FPR_XD, FPR_XJ, IMM_UI4}},
2631
    {LISA_XVBITCLRI_W, 0x77108000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2632
    {LISA_XVBITCLRI_D, 0x77110000, {FPR_XD, FPR_XJ, IMM_UI6}},
2633
    {LISA_XVBITSETI_B, 0x77142000, {FPR_XD, FPR_XJ, IMM_UI3}},
2634
    {LISA_XVBITSETI_H, 0x77144000, {FPR_XD, FPR_XJ, IMM_UI4}},
2635
    {LISA_XVBITSETI_W, 0x77148000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2636
    {LISA_XVBITSETI_D, 0x77150000, {FPR_XD, FPR_XJ, IMM_UI6}},
2637
    {LISA_XVBITREVI_B, 0x77182000, {FPR_XD, FPR_XJ, IMM_UI3}},
2638
    {LISA_XVBITREVI_H, 0x77184000, {FPR_XD, FPR_XJ, IMM_UI4}},
2639
    {LISA_XVBITREVI_W, 0x77188000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2640
    {LISA_XVBITREVI_D, 0x77190000, {FPR_XD, FPR_XJ, IMM_UI6}},
2641
    {LISA_XVBSTRC12I_B, 0x771c2000, {FPR_XD, FPR_XJ, IMM_UI3}},
2642
    {LISA_XVBSTRC12I_H, 0x771c4000, {FPR_XD, FPR_XJ, IMM_UI4}},
2643
    {LISA_XVBSTRC12I_W, 0x771c8000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2644
    {LISA_XVBSTRC12I_D, 0x771d0000, {FPR_XD, FPR_XJ, IMM_UI6}},
2645
    {LISA_XVBSTRC21I_B, 0x77202000, {FPR_XD, FPR_XJ, IMM_UI3}},
2646
    {LISA_XVBSTRC21I_H, 0x77204000, {FPR_XD, FPR_XJ, IMM_UI4}},
2647
    {LISA_XVBSTRC21I_W, 0x77208000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2648
    {LISA_XVBSTRC21I_D, 0x77210000, {FPR_XD, FPR_XJ, IMM_UI6}},
2649
    {LISA_XVSAT_B, 0x77242000, {FPR_XD, FPR_XJ, IMM_UI3}},
2650
    {LISA_XVSAT_H, 0x77244000, {FPR_XD, FPR_XJ, IMM_UI4}},
2651
    {LISA_XVSAT_W, 0x77248000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2652
    {LISA_XVSAT_D, 0x77250000, {FPR_XD, FPR_XJ, IMM_UI6}},
2653
    {LISA_XVSAT_BU, 0x77282000, {FPR_XD, FPR_XJ, IMM_UI3}},
2654
    {LISA_XVSAT_HU, 0x77284000, {FPR_XD, FPR_XJ, IMM_UI4}},
2655
    {LISA_XVSAT_WU, 0x77288000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2656
    {LISA_XVSAT_DU, 0x77290000, {FPR_XD, FPR_XJ, IMM_UI6}},
2657
    {LISA_XVSLLI_B, 0x772c2000, {FPR_XD, FPR_XJ, IMM_UI3}},
2658
    {LISA_XVSLLI_H, 0x772c4000, {FPR_XD, FPR_XJ, IMM_UI4}},
2659
    {LISA_XVSLLI_W, 0x772c8000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2660
    {LISA_XVSLLI_D, 0x772d0000, {FPR_XD, FPR_XJ, IMM_UI6}},
2661
    {LISA_XVSRLI_B, 0x77302000, {FPR_XD, FPR_XJ, IMM_UI3}},
2662
    {LISA_XVSRLI_H, 0x77304000, {FPR_XD, FPR_XJ, IMM_UI4}},
2663
    {LISA_XVSRLI_W, 0x77308000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2664
    {LISA_XVSRLI_D, 0x77310000, {FPR_XD, FPR_XJ, IMM_UI6}},
2665
    {LISA_XVSRAI_B, 0x77342000, {FPR_XD, FPR_XJ, IMM_UI3}},
2666
    {LISA_XVSRAI_H, 0x77344000, {FPR_XD, FPR_XJ, IMM_UI4}},
2667
    {LISA_XVSRAI_W, 0x77348000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2668
    {LISA_XVSRAI_D, 0x77350000, {FPR_XD, FPR_XJ, IMM_UI6}},
2669
    {LISA_XVSRLRNENI_B_H, 0x77384000, {FPR_XD, FPR_XJ, IMM_UI4}},
2670
    {LISA_XVSRLRNENI_H_W, 0x77388000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2671
    {LISA_XVSRLRNENI_W_D, 0x77390000, {FPR_XD, FPR_XJ, IMM_UI6}},
2672
    {LISA_XVSRLRNENI_D_Q, 0x773a0000, {FPR_XD, FPR_XJ, IMM_UI7}},
2673
    {LISA_XVSRARNENI_B_H, 0x773c4000, {FPR_XD, FPR_XJ, IMM_UI4}},
2674
    {LISA_XVSRARNENI_H_W, 0x773c8000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2675
    {LISA_XVSRARNENI_W_D, 0x773d0000, {FPR_XD, FPR_XJ, IMM_UI6}},
2676
    {LISA_XVSRARNENI_D_Q, 0x773e0000, {FPR_XD, FPR_XJ, IMM_UI7}},
2677
    {LISA_XVSRLNI_B_H, 0x77404000, {FPR_XD, FPR_XJ, IMM_UI4}},
2678
    {LISA_XVSRLNI_H_W, 0x77408000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2679
    {LISA_XVSRLNI_W_D, 0x77410000, {FPR_XD, FPR_XJ, IMM_UI6}},
2680
    {LISA_XVSRLNI_D_Q, 0x77420000, {FPR_XD, FPR_XJ, IMM_UI7}},
2681
    {LISA_XVSRLRNI_B_H, 0x77444000, {FPR_XD, FPR_XJ, IMM_UI4}},
2682
    {LISA_XVSRLRNI_H_W, 0x77448000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2683
    {LISA_XVSRLRNI_W_D, 0x77450000, {FPR_XD, FPR_XJ, IMM_UI6}},
2684
    {LISA_XVSRLRNI_D_Q, 0x77460000, {FPR_XD, FPR_XJ, IMM_UI7}},
2685
    {LISA_XVSSRLNI_B_H, 0x77484000, {FPR_XD, FPR_XJ, IMM_UI4}},
2686
    {LISA_XVSSRLNI_H_W, 0x77488000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2687
    {LISA_XVSSRLNI_W_D, 0x77490000, {FPR_XD, FPR_XJ, IMM_UI6}},
2688
    {LISA_XVSSRLNI_D_Q, 0x774a0000, {FPR_XD, FPR_XJ, IMM_UI7}},
2689
    {LISA_XVSSRLNI_BU_H, 0x774c4000, {FPR_XD, FPR_XJ, IMM_UI4}},
2690
    {LISA_XVSSRLNI_HU_W, 0x774c8000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2691
    {LISA_XVSSRLNI_WU_D, 0x774d0000, {FPR_XD, FPR_XJ, IMM_UI6}},
2692
    {LISA_XVSSRLNI_DU_Q, 0x774e0000, {FPR_XD, FPR_XJ, IMM_UI7}},
2693
    {LISA_XVSSRLRNI_B_H, 0x77504000, {FPR_XD, FPR_XJ, IMM_UI4}},
2694
    {LISA_XVSSRLRNI_H_W, 0x77508000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2695
    {LISA_XVSSRLRNI_W_D, 0x77510000, {FPR_XD, FPR_XJ, IMM_UI6}},
2696
    {LISA_XVSSRLRNI_D_Q, 0x77520000, {FPR_XD, FPR_XJ, IMM_UI7}},
2697
    {LISA_XVSSRLRNI_BU_H, 0x77544000, {FPR_XD, FPR_XJ, IMM_UI4}},
2698
    {LISA_XVSSRLRNI_HU_W, 0x77548000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2699
    {LISA_XVSSRLRNI_WU_D, 0x77550000, {FPR_XD, FPR_XJ, IMM_UI6}},
2700
    {LISA_XVSSRLRNI_DU_Q, 0x77560000, {FPR_XD, FPR_XJ, IMM_UI7}},
2701
    {LISA_XVSRANI_B_H, 0x77584000, {FPR_XD, FPR_XJ, IMM_UI4}},
2702
    {LISA_XVSRANI_H_W, 0x77588000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2703
    {LISA_XVSRANI_W_D, 0x77590000, {FPR_XD, FPR_XJ, IMM_UI6}},
2704
    {LISA_XVSRANI_D_Q, 0x775a0000, {FPR_XD, FPR_XJ, IMM_UI7}},
2705
    {LISA_XVSRARNI_B_H, 0x775c4000, {FPR_XD, FPR_XJ, IMM_UI4}},
2706
    {LISA_XVSRARNI_H_W, 0x775c8000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2707
    {LISA_XVSRARNI_W_D, 0x775d0000, {FPR_XD, FPR_XJ, IMM_UI6}},
2708
    {LISA_XVSRARNI_D_Q, 0x775e0000, {FPR_XD, FPR_XJ, IMM_UI7}},
2709
    {LISA_XVSSRANI_B_H, 0x77604000, {FPR_XD, FPR_XJ, IMM_UI4}},
2710
    {LISA_XVSSRANI_H_W, 0x77608000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2711
    {LISA_XVSSRANI_W_D, 0x77610000, {FPR_XD, FPR_XJ, IMM_UI6}},
2712
    {LISA_XVSSRANI_D_Q, 0x77620000, {FPR_XD, FPR_XJ, IMM_UI7}},
2713
    {LISA_XVSSRANI_BU_H, 0x77644000, {FPR_XD, FPR_XJ, IMM_UI4}},
2714
    {LISA_XVSSRANI_HU_W, 0x77648000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2715
    {LISA_XVSSRANI_WU_D, 0x77650000, {FPR_XD, FPR_XJ, IMM_UI6}},
2716
    {LISA_XVSSRANI_DU_Q, 0x77660000, {FPR_XD, FPR_XJ, IMM_UI7}},
2717
    {LISA_XVSSRARNI_B_H, 0x77684000, {FPR_XD, FPR_XJ, IMM_UI4}},
2718
    {LISA_XVSSRARNI_H_W, 0x77688000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2719
    {LISA_XVSSRARNI_W_D, 0x77690000, {FPR_XD, FPR_XJ, IMM_UI6}},
2720
    {LISA_XVSSRARNI_D_Q, 0x776a0000, {FPR_XD, FPR_XJ, IMM_UI7}},
2721
    {LISA_XVSSRARNI_BU_H, 0x776c4000, {FPR_XD, FPR_XJ, IMM_UI4}},
2722
    {LISA_XVSSRARNI_HU_W, 0x776c8000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2723
    {LISA_XVSSRARNI_WU_D, 0x776d0000, {FPR_XD, FPR_XJ, IMM_UI6}},
2724
    {LISA_XVSSRARNI_DU_Q, 0x776e0000, {FPR_XD, FPR_XJ, IMM_UI7}},
2725
    {LISA_XVSSRLRNENI_B_H, 0x77704000, {FPR_XD, FPR_XJ, IMM_UI4}},
2726
    {LISA_XVSSRLRNENI_H_W, 0x77708000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2727
    {LISA_XVSSRLRNENI_W_D, 0x77710000, {FPR_XD, FPR_XJ, IMM_UI6}},
2728
    {LISA_XVSSRLRNENI_D_Q, 0x77720000, {FPR_XD, FPR_XJ, IMM_UI7}},
2729
    {LISA_XVSSRLRNENI_BU_H, 0x77744000, {FPR_XD, FPR_XJ, IMM_UI4}},
2730
    {LISA_XVSSRLRNENI_HU_W, 0x77748000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2731
    {LISA_XVSSRLRNENI_WU_D, 0x77750000, {FPR_XD, FPR_XJ, IMM_UI6}},
2732
    {LISA_XVSSRLRNENI_DU_Q, 0x77760000, {FPR_XD, FPR_XJ, IMM_UI7}},
2733
    {LISA_XVSSRARNENI_B_H, 0x77784000, {FPR_XD, FPR_XJ, IMM_UI4}},
2734
    {LISA_XVSSRARNENI_H_W, 0x77788000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2735
    {LISA_XVSSRARNENI_W_D, 0x77790000, {FPR_XD, FPR_XJ, IMM_UI6}},
2736
    {LISA_XVSSRARNENI_D_Q, 0x777a0000, {FPR_XD, FPR_XJ, IMM_UI7}},
2737
    {LISA_XVSSRARNENI_BU_H, 0x777c4000, {FPR_XD, FPR_XJ, IMM_UI4}},
2738
    {LISA_XVSSRARNENI_HU_W, 0x777c8000, {FPR_XD, FPR_XJ, IMM_UI5L}},
2739
    {LISA_XVSSRARNENI_WU_D, 0x777d0000, {FPR_XD, FPR_XJ, IMM_UI6}},
2740
    {LISA_XVSSRARNENI_DU_Q, 0x777e0000, {FPR_XD, FPR_XJ, IMM_UI7}},
2741
    {LISA_XVEXTRINS_D, 0x77800000, {FPR_XD, FPR_XJ, IMM_UI8}},
2742
    {LISA_XVEXTRINS_W, 0x77840000, {FPR_XD, FPR_XJ, IMM_UI8}},
2743
    {LISA_XVEXTRINS_H, 0x77880000, {FPR_XD, FPR_XJ, IMM_UI8}},
2744
    {LISA_XVEXTRINS_B, 0x778c0000, {FPR_XD, FPR_XJ, IMM_UI8}},
2745
    {LISA_XVSHUF4I_B, 0x77900000, {FPR_XD, FPR_XJ, IMM_UI8}},
2746
    {LISA_XVSHUF4I_H, 0x77940000, {FPR_XD, FPR_XJ, IMM_UI8}},
2747
    {LISA_XVSHUF4I_W, 0x77980000, {FPR_XD, FPR_XJ, IMM_UI8}},
2748
    {LISA_XVSHUF4I_D, 0x779c0000, {FPR_XD, FPR_XJ, IMM_UI8}},
2749
    {LISA_XVSHUFI1_B, 0x77a00000, {FPR_XD, FPR_XJ, IMM_UI8}},
2750
    {LISA_XVSHUFI2_B, 0x77a40000, {FPR_XD, FPR_XJ, IMM_UI8}},
2751
    {LISA_XVSHUFI3_B, 0x77a80000, {FPR_XD, FPR_XJ, IMM_UI8}},
2752
    {LISA_XVSHUFI4_B, 0x77ac0000, {FPR_XD, FPR_XJ, IMM_UI8}},
2753
    {LISA_XVSHUFI1_H, 0x77b00000, {FPR_XD, FPR_XJ, IMM_UI8}},
2754
    {LISA_XVSHUFI2_H, 0x77b40000, {FPR_XD, FPR_XJ, IMM_UI8}},
2755
    {LISA_XVSELI_H, 0x77b80000, {FPR_XD, FPR_XJ, IMM_UI8}},
2756
    {LISA_XVSELI_W, 0x77bc0000, {FPR_XD, FPR_XJ, IMM_UI8}},
2757
    {LISA_XVSELI_D, 0x77c00000, {FPR_XD, FPR_XJ, IMM_UI8}},
2758
    {LISA_XVBITSELI_B, 0x77c40000, {FPR_XD, FPR_XJ, IMM_UI8}},
2759
    {LISA_XVBITMVZI_B, 0x77c80000, {FPR_XD, FPR_XJ, IMM_UI8}},
2760
    {LISA_XVBITMVNZI_B, 0x77cc0000, {FPR_XD, FPR_XJ, IMM_UI8}},
2761
    {LISA_XVANDI_B, 0x77d00000, {FPR_XD, FPR_XJ, IMM_UI8}},
2762
    {LISA_XVORI_B, 0x77d40000, {FPR_XD, FPR_XJ, IMM_UI8}},
2763
    {LISA_XVXORI_B, 0x77d80000, {FPR_XD, FPR_XJ, IMM_UI8}},
2764
    {LISA_XVNORI_B, 0x77dc0000, {FPR_XD, FPR_XJ, IMM_UI8}},
2765
    {LISA_XVLDI, 0x77e00000, {FPR_XD, IMM_I13}},
2766
    {LISA_XVPERMI_W, 0x77e40000, {FPR_XD, FPR_XJ, IMM_UI8}},
2767
    {LISA_XVPERMI_D, 0x77e80000, {FPR_XD, FPR_XJ, IMM_UI8}},
2768
    {LISA_XVPERMI_Q, 0x77ec0000, {FPR_XD, FPR_XJ, IMM_UI8}},
2769
    {LISA_ENDING, 0x0, {}},
2770
};
2771

2772
static bool is_la_sign_opnd[] = {
2773
    0,//OPD_INVALID
2774
    0,//OPD_CA
2775
    0,//OPD_CD
2776
    0,//OPD_CJ
2777
    0,//OPD_CODE
2778
    0,//OPD_CONDF
2779
    0,//OPD_CONDH
2780
    0,//OPD_CONDL
2781
    0,//OPD_CSR
2782
    0,//OPD_FA
2783
    0,//OPD_FCSRH
2784
    0,//OPD_FCSRL
2785
    0,//OPD_FD
2786
    0,//OPD_FJ
2787
    0,//OPD_FK
2788
    0,//OPD_HINTL
2789
    0,//OPD_HINTS
2790
    1,//OPD_I13
2791
    0,//OPD_IDXS
2792
    0,//OPD_IDXM
2793
    0,//OPD_IDXL
2794
    0,//OPD_IDXLL
2795
    0,//OPD_LEVEL
2796
    0,//OPD_LSBD
2797
    0,//OPD_LSBW
2798
    0,//OPD_MODE
2799
    0,//OPD_MSBD
2800
    0,//OPD_MSBW
2801
    1,//OPD_OFFS
2802
    1,//OPD_OFFL
2803
    1,//OPD_OFFLL
2804
    0,//OPD_OPCACHE
2805
    0,//OPD_OPX86
2806
    0,//OPD_PTR
2807
    0,//OPD_RD
2808
    0,//OPD_RJ
2809
    0,//OPD_RK
2810
    0,//OPD_SA2
2811
    0,//OPD_SA3
2812
    0,//OPD_SD
2813
    0,//OPD_SEQ
2814
    1,//OPD_SI10
2815
    1,//OPD_SI11
2816
    1,//OPD_SI12
2817
    1,//OPD_SI14
2818
    1,//OPD_SI16
2819
    1,//OPD_SI20
2820
    1,//OPD_SI5
2821
    1,//OPD_SI8
2822
    1,//OPD_SI9
2823
    0,//OPD_SJ
2824
    0,//OPD_UI1
2825
    0,//OPD_UI12
2826
    0,//OPD_UI2
2827
    0,//OPD_UI3
2828
    0,//OPD_UI4
2829
    0,//OPD_UI5H
2830
    0,//OPD_UI5L
2831
    0,//OPD_UI6
2832
    0,//OPD_UI7
2833
    0,//OPD_UI8
2834
    0,//OPD_VA
2835
    0,//OPD_VD
2836
    0,//OPD_VJ
2837
    0,//OPD_VK
2838
    0,//OPD_XA
2839
    0,//OPD_XD
2840
    0,//OPD_XJ
2841
    0,//OPD_XK
2842
};
2843

2844
LA_OPCODE get_ins_op(uint32_t insn)
2845
{
2846
    switch ((insn >> 26) & 0x3f) {
2847
    case 0x0:
2848
        switch ((insn >> 22) & 0xf) {
2849
        case 0x0:
2850
            switch ((insn >> 18) & 0xf) {
2851
            case 0x0:
2852
                switch ((insn >> 15) & 0x7) {
2853
                case 0x0:
2854
                    switch ((insn >> 10) & 0x1f) {
2855
                    case 0x2:
2856
                        switch ((insn >> 2) & 0x7) {
2857
                        case 0x0: return LISA_GR2SCR;
2858
                        }
2859
                        break;
2860
                    case 0x3:
2861
                        switch ((insn >> 7) & 0x7) {
2862
                        case 0x0: return LISA_SCR2GR;
2863
                        }
2864
                        break;
2865
                    case 0x4: return LISA_CLO_W;
2866
                    case 0x5: return LISA_CLZ_W;
2867
                    case 0x6: return LISA_CTO_W;
2868
                    case 0x7: return LISA_CTZ_W;
2869
                    case 0x8: return LISA_CLO_D;
2870
                    case 0x9: return LISA_CLZ_D;
2871
                    case 0xa: return LISA_CTO_D;
2872
                    case 0xb: return LISA_CTZ_D;
2873
                    case 0xc: return LISA_REVB_2H;
2874
                    case 0xd: return LISA_REVB_4H;
2875
                    case 0xe: return LISA_REVB_2W;
2876
                    case 0xf: return LISA_REVB_D;
2877
                    case 0x10: return LISA_REVH_2W;
2878
                    case 0x11: return LISA_REVH_D;
2879
                    case 0x12: return LISA_BITREV_4B;
2880
                    case 0x13: return LISA_BITREV_8B;
2881
                    case 0x14: return LISA_BITREV_W;
2882
                    case 0x15: return LISA_BITREV_D;
2883
                    case 0x16: return LISA_EXT_W_H;
2884
                    case 0x17: return LISA_EXT_W_B;
2885
                    case 0x18: return LISA_RDTIMEL_W;
2886
                    case 0x19: return LISA_RDTIMEH_W;
2887
                    case 0x1a: return LISA_RDTIME_D;
2888
                    case 0x1b: return LISA_CPUCFG;
2889
                    case 0x1e: return LISA_X86LOOPE;
2890
                    case 0x1f: return LISA_X86LOOPNE;
2891
                    }
2892
                    break;
2893
                case 0x1:
2894
                    switch (insn & 0x00007c1f) {
2895
                    case 0x00000000: return LISA_X86INC_B;
2896
                    case 0x00000001: return LISA_X86INC_H;
2897
                    case 0x00000002: return LISA_X86INC_W;
2898
                    case 0x00000003: return LISA_X86INC_D;
2899
                    case 0x00000004: return LISA_X86DEC_B;
2900
                    case 0x00000005: return LISA_X86DEC_H;
2901
                    case 0x00000006: return LISA_X86DEC_W;
2902
                    case 0x00000007: return LISA_X86DEC_D;
2903
                    case 0x00000008:
2904
                        switch ((insn >> 5) & 0x1f) {
2905
                        case 0x0: return LISA_X86SETTM;
2906
                        case 0x1: return LISA_X86CLRTM;
2907
                        }
2908
                        break;
2909
                    case 0x00000009:
2910
                        switch ((insn >> 5) & 0x1f) {
2911
                        case 0x0: return LISA_X86INCTOP;
2912
                        case 0x1: return LISA_X86DECTOP;
2913
                        }
2914
                        break;
2915
                    }
2916
                    break;
2917
                case 0x2:
2918
                    switch (insn & 0x0000001f) {
2919
                    case 0x00000000: return LISA_ASRTLE_D;
2920
                    }
2921
                    break;
2922
                case 0x3:
2923
                    switch (insn & 0x0000001f) {
2924
                    case 0x00000000: return LISA_ASRTGT_D;
2925
                    }
2926
                    break;
2927
                }
2928
                break;
2929
            case 0x1:
2930
                switch ((insn >> 17) & 0x1) {
2931
                case 0x0: return LISA_ALSL_W;
2932
                case 0x1: return LISA_ALSL_WU;
2933
                }
2934
                break;
2935
            case 0x2:
2936
                switch ((insn >> 17) & 0x1) {
2937
                case 0x0: return LISA_BYTEPICK_W;
2938
                }
2939
                break;
2940
            case 0x3: return LISA_BYTEPICK_D;
2941
            case 0x4:
2942
                switch ((insn >> 15) & 0x7) {
2943
                case 0x0: return LISA_ADD_W;
2944
                case 0x1: return LISA_ADD_D;
2945
                case 0x2: return LISA_SUB_W;
2946
                case 0x3: return LISA_SUB_D;
2947
                case 0x4: return LISA_SLT;
2948
                case 0x5: return LISA_SLTU;
2949
                case 0x6: return LISA_MASKEQZ;
2950
                case 0x7: return LISA_MASKNEZ;
2951
                }
2952
                break;
2953
            case 0x5:
2954
                switch ((insn >> 15) & 0x7) {
2955
                case 0x0: return LISA_NOR;
2956
                case 0x1: return LISA_AND;
2957
                case 0x2: return LISA_OR;
2958
                case 0x3: return LISA_XOR;
2959
                case 0x4: return LISA_ORN;
2960
                case 0x5: return LISA_ANDN;
2961
                case 0x6: return LISA_SLL_W;
2962
                case 0x7: return LISA_SRL_W;
2963
                }
2964
                break;
2965
            case 0x6:
2966
                switch ((insn >> 15) & 0x7) {
2967
                case 0x0: return LISA_SRA_W;
2968
                case 0x1: return LISA_SLL_D;
2969
                case 0x2: return LISA_SRL_D;
2970
                case 0x3: return LISA_SRA_D;
2971
                case 0x6: return LISA_ROTR_W;
2972
                case 0x7: return LISA_ROTR_D;
2973
                }
2974
                break;
2975
            case 0x7:
2976
                switch ((insn >> 15) & 0x7) {
2977
                case 0x0: return LISA_MUL_W;
2978
                case 0x1: return LISA_MULH_W;
2979
                case 0x2: return LISA_MULH_WU;
2980
                case 0x3: return LISA_MUL_D;
2981
                case 0x4: return LISA_MULH_D;
2982
                case 0x5: return LISA_MULH_DU;
2983
                case 0x6: return LISA_MULW_D_W;
2984
                case 0x7: return LISA_MULW_D_WU;
2985
                }
2986
                break;
2987
            case 0x8:
2988
                switch ((insn >> 15) & 0x7) {
2989
                case 0x0: return LISA_DIV_W;
2990
                case 0x1: return LISA_MOD_W;
2991
                case 0x2: return LISA_DIV_WU;
2992
                case 0x3: return LISA_MOD_WU;
2993
                case 0x4: return LISA_DIV_D;
2994
                case 0x5: return LISA_MOD_D;
2995
                case 0x6: return LISA_DIV_DU;
2996
                case 0x7: return LISA_MOD_DU;
2997
                }
2998
                break;
2999
            case 0x9:
3000
                switch ((insn >> 15) & 0x7) {
3001
                case 0x0: return LISA_CRC_W_B_W;
3002
                case 0x1: return LISA_CRC_W_H_W;
3003
                case 0x2: return LISA_CRC_W_W_W;
3004
                case 0x3: return LISA_CRC_W_D_W;
3005
                case 0x4: return LISA_CRCC_W_B_W;
3006
                case 0x5: return LISA_CRCC_W_H_W;
3007
                case 0x6: return LISA_CRCC_W_W_W;
3008
                case 0x7: return LISA_CRCC_W_D_W;
3009
                }
3010
                break;
3011
            case 0xa:
3012
                switch ((insn >> 15) & 0x7) {
3013
                case 0x4: return LISA_BREAK;
3014
                case 0x6: return LISA_SYSCALL;
3015
                }
3016
                break;
3017
            case 0xb:
3018
                switch ((insn >> 17) & 0x1) {
3019
                case 0x0: return LISA_ALSL_D;
3020
                }
3021
                break;
3022
            case 0xc:
3023
                switch ((insn >> 15) & 0x7) {
3024
                case 0x0: return LISA_ADC_B;
3025
                case 0x1: return LISA_ADC_H;
3026
                case 0x2: return LISA_ADC_W;
3027
                case 0x3: return LISA_ADC_D;
3028
                case 0x4: return LISA_SBC_B;
3029
                case 0x5: return LISA_SBC_H;
3030
                case 0x6: return LISA_SBC_W;
3031
                case 0x7: return LISA_SBC_D;
3032
                }
3033
                break;
3034
            case 0xd:
3035
                switch ((insn >> 15) & 0x7) {
3036
                case 0x0: return LISA_RCR_B;
3037
                case 0x1: return LISA_RCR_H;
3038
                case 0x2: return LISA_RCR_W;
3039
                case 0x3: return LISA_RCR_D;
3040
                case 0x5:
3041
                    switch (insn & 0x000043e0) {
3042
                    case 0x00000000: return LISA_SETX86J;
3043
                    }
3044
                    break;
3045
                }
3046
                break;
3047
            case 0xf:
3048
                switch (insn & 0x0003801f) {
3049
                case 0x00028000: return LISA_X86MUL_B;
3050
                case 0x00028001: return LISA_X86MUL_H;
3051
                case 0x00028002: return LISA_X86MUL_W;
3052
                case 0x00028003: return LISA_X86MUL_D;
3053
                case 0x00028004: return LISA_X86MUL_BU;
3054
                case 0x00028005: return LISA_X86MUL_HU;
3055
                case 0x00028006: return LISA_X86MUL_WU;
3056
                case 0x00028007: return LISA_X86MUL_DU;
3057
                case 0x00030000: return LISA_X86ADD_WU;
3058
                case 0x00030001: return LISA_X86ADD_DU;
3059
                case 0x00030002: return LISA_X86SUB_WU;
3060
                case 0x00030003: return LISA_X86SUB_DU;
3061
                case 0x00030004: return LISA_X86ADD_B;
3062
                case 0x00030005: return LISA_X86ADD_H;
3063
                case 0x00030006: return LISA_X86ADD_W;
3064
                case 0x00030007: return LISA_X86ADD_D;
3065
                case 0x00030008: return LISA_X86SUB_B;
3066
                case 0x00030009: return LISA_X86SUB_H;
3067
                case 0x0003000a: return LISA_X86SUB_W;
3068
                case 0x0003000b: return LISA_X86SUB_D;
3069
                case 0x0003000c: return LISA_X86ADC_B;
3070
                case 0x0003000d: return LISA_X86ADC_H;
3071
                case 0x0003000e: return LISA_X86ADC_W;
3072
                case 0x0003000f: return LISA_X86ADC_D;
3073
                case 0x00030010: return LISA_X86SBC_B;
3074
                case 0x00030011: return LISA_X86SBC_H;
3075
                case 0x00030012: return LISA_X86SBC_W;
3076
                case 0x00030013: return LISA_X86SBC_D;
3077
                case 0x00030014: return LISA_X86SLL_B;
3078
                case 0x00030015: return LISA_X86SLL_H;
3079
                case 0x00030016: return LISA_X86SLL_W;
3080
                case 0x00030017: return LISA_X86SLL_D;
3081
                case 0x00030018: return LISA_X86SRL_B;
3082
                case 0x00030019: return LISA_X86SRL_H;
3083
                case 0x0003001a: return LISA_X86SRL_W;
3084
                case 0x0003001b: return LISA_X86SRL_D;
3085
                case 0x0003001c: return LISA_X86SRA_B;
3086
                case 0x0003001d: return LISA_X86SRA_H;
3087
                case 0x0003001e: return LISA_X86SRA_W;
3088
                case 0x0003001f: return LISA_X86SRA_D;
3089
                case 0x00038000: return LISA_X86ROTR_B;
3090
                case 0x00038001: return LISA_X86ROTR_H;
3091
                case 0x00038002: return LISA_X86ROTR_D;
3092
                case 0x00038003: return LISA_X86ROTR_W;
3093
                case 0x00038004: return LISA_X86ROTL_B;
3094
                case 0x00038005: return LISA_X86ROTL_H;
3095
                case 0x00038006: return LISA_X86ROTL_W;
3096
                case 0x00038007: return LISA_X86ROTL_D;
3097
                case 0x00038008: return LISA_X86RCR_B;
3098
                case 0x00038009: return LISA_X86RCR_H;
3099
                case 0x0003800a: return LISA_X86RCR_W;
3100
                case 0x0003800b: return LISA_X86RCR_D;
3101
                case 0x0003800c: return LISA_X86RCL_B;
3102
                case 0x0003800d: return LISA_X86RCL_H;
3103
                case 0x0003800e: return LISA_X86RCL_W;
3104
                case 0x0003800f: return LISA_X86RCL_D;
3105
                case 0x00038010: return LISA_X86AND_B;
3106
                case 0x00038011: return LISA_X86AND_H;
3107
                case 0x00038012: return LISA_X86AND_W;
3108
                case 0x00038013: return LISA_X86AND_D;
3109
                case 0x00038014: return LISA_X86OR_B;
3110
                case 0x00038015: return LISA_X86OR_H;
3111
                case 0x00038016: return LISA_X86OR_W;
3112
                case 0x00038017: return LISA_X86OR_D;
3113
                case 0x00038018: return LISA_X86XOR_B;
3114
                case 0x00038019: return LISA_X86XOR_H;
3115
                case 0x0003801a: return LISA_X86XOR_W;
3116
                case 0x0003801b: return LISA_X86XOR_D;
3117
                }
3118
                break;
3119
            }
3120
            break;
3121
        case 0x1:
3122
            switch ((insn >> 21) & 0x1) {
3123
            case 0x0:
3124
                switch ((insn >> 18) & 0x7) {
3125
                case 0x0:
3126
                    switch ((insn >> 16) & 0x3) {
3127
                    case 0x0:
3128
                        switch ((insn >> 15) & 0x1) {
3129
                        case 0x1: return LISA_SLLI_W;
3130
                        }
3131
                        break;
3132
                    case 0x1: return LISA_SLLI_D;
3133
                    }
3134
                    break;
3135
                case 0x1:
3136
                    switch ((insn >> 16) & 0x3) {
3137
                    case 0x0:
3138
                        switch ((insn >> 15) & 0x1) {
3139
                        case 0x1: return LISA_SRLI_W;
3140
                        }
3141
                        break;
3142
                    case 0x1: return LISA_SRLI_D;
3143
                    }
3144
                    break;
3145
                case 0x2:
3146
                    switch ((insn >> 16) & 0x3) {
3147
                    case 0x0:
3148
                        switch ((insn >> 15) & 0x1) {
3149
                        case 0x1: return LISA_SRAI_W;
3150
                        }
3151
                        break;
3152
                    case 0x1: return LISA_SRAI_D;
3153
                    }
3154
                    break;
3155
                case 0x3:
3156
                    switch ((insn >> 16) & 0x3) {
3157
                    case 0x0:
3158
                        switch ((insn >> 15) & 0x1) {
3159
                        case 0x0:
3160
                            switch ((insn >> 14) & 0x1) {
3161
                            case 0x0:
3162
                                switch ((insn >> 13) & 0x1) {
3163
                                case 0x1: return LISA_ROTRI_B;
3164
                                }
3165
                                break;
3166
                            case 0x1: return LISA_ROTRI_H;
3167
                            }
3168
                            break;
3169
                        case 0x1: return LISA_ROTRI_W;
3170
                        }
3171
                        break;
3172
                    case 0x1: return LISA_ROTRI_D;
3173
                    }
3174
                    break;
3175
                case 0x4:
3176
                    switch ((insn >> 16) & 0x3) {
3177
                    case 0x0:
3178
                        switch ((insn >> 15) & 0x1) {
3179
                        case 0x0:
3180
                            switch ((insn >> 14) & 0x1) {
3181
                            case 0x0:
3182
                                switch ((insn >> 13) & 0x1) {
3183
                                case 0x1: return LISA_RCRI_B;
3184
                                }
3185
                                break;
3186
                            case 0x1: return LISA_RCRI_H;
3187
                            }
3188
                            break;
3189
                        case 0x1: return LISA_RCRI_W;
3190
                        }
3191
                        break;
3192
                    case 0x1: return LISA_RCRI_D;
3193
                    }
3194
                    break;
3195
                case 0x5:
3196
                    switch (insn & 0x0003001f) {
3197
                    case 0x00000000:
3198
                        switch ((insn >> 13) & 0x7) {
3199
                        case 0x1: return LISA_X86SLLI_B;
3200
                        }
3201
                        break;
3202
                    case 0x00000001:
3203
                        switch ((insn >> 14) & 0x3) {
3204
                        case 0x1: return LISA_X86SLLI_H;
3205
                        }
3206
                        break;
3207
                    case 0x00000002:
3208
                        switch ((insn >> 15) & 0x1) {
3209
                        case 0x1: return LISA_X86SLLI_W;
3210
                        }
3211
                        break;
3212
                    case 0x00000004:
3213
                        switch ((insn >> 13) & 0x7) {
3214
                        case 0x1: return LISA_X86SRLI_B;
3215
                        }
3216
                        break;
3217
                    case 0x00000005:
3218
                        switch ((insn >> 14) & 0x3) {
3219
                        case 0x1: return LISA_X86SRLI_H;
3220
                        }
3221
                        break;
3222
                    case 0x00000006:
3223
                        switch ((insn >> 15) & 0x1) {
3224
                        case 0x1: return LISA_X86SRLI_W;
3225
                        }
3226
                        break;
3227
                    case 0x00000008:
3228
                        switch ((insn >> 13) & 0x7) {
3229
                        case 0x1: return LISA_X86SRAI_B;
3230
                        }
3231
                        break;
3232
                    case 0x00000009:
3233
                        switch ((insn >> 14) & 0x3) {
3234
                        case 0x1: return LISA_X86SRAI_H;
3235
                        }
3236
                        break;
3237
                    case 0x0000000a:
3238
                        switch ((insn >> 15) & 0x1) {
3239
                        case 0x1: return LISA_X86SRAI_W;
3240
                        }
3241
                        break;
3242
                    case 0x0000000c:
3243
                        switch ((insn >> 13) & 0x7) {
3244
                        case 0x1: return LISA_X86ROTRI_B;
3245
                        }
3246
                        break;
3247
                    case 0x0000000d:
3248
                        switch ((insn >> 14) & 0x3) {
3249
                        case 0x1: return LISA_X86ROTRI_H;
3250
                        }
3251
                        break;
3252
                    case 0x0000000e:
3253
                        switch ((insn >> 15) & 0x1) {
3254
                        case 0x1: return LISA_X86ROTRI_W;
3255
                        }
3256
                        break;
3257
                    case 0x00000010:
3258
                        switch ((insn >> 13) & 0x7) {
3259
                        case 0x1: return LISA_X86RCRI_B;
3260
                        }
3261
                        break;
3262
                    case 0x00000011:
3263
                        switch ((insn >> 14) & 0x3) {
3264
                        case 0x1: return LISA_X86RCRI_H;
3265
                        }
3266
                        break;
3267
                    case 0x00000012:
3268
                        switch ((insn >> 15) & 0x1) {
3269
                        case 0x1: return LISA_X86RCRI_W;
3270
                        }
3271
                        break;
3272
                    case 0x00000014:
3273
                        switch ((insn >> 13) & 0x7) {
3274
                        case 0x1: return LISA_X86ROTLI_B;
3275
                        }
3276
                        break;
3277
                    case 0x00000015:
3278
                        switch ((insn >> 14) & 0x3) {
3279
                        case 0x1: return LISA_X86ROTLI_H;
3280
                        }
3281
                        break;
3282
                    case 0x00000016:
3283
                        switch ((insn >> 15) & 0x1) {
3284
                        case 0x1: return LISA_X86ROTLI_W;
3285
                        }
3286
                        break;
3287
                    case 0x00000018:
3288
                        switch ((insn >> 13) & 0x7) {
3289
                        case 0x1: return LISA_X86RCLI_B;
3290
                        }
3291
                        break;
3292
                    case 0x00000019:
3293
                        switch ((insn >> 14) & 0x3) {
3294
                        case 0x1: return LISA_X86RCLI_H;
3295
                        }
3296
                        break;
3297
                    case 0x0000001a:
3298
                        switch ((insn >> 15) & 0x1) {
3299
                        case 0x1: return LISA_X86RCLI_W;
3300
                        }
3301
                        break;
3302
                    case 0x00010003: return LISA_X86SLLI_D;
3303
                    case 0x00010007: return LISA_X86SRLI_D;
3304
                    case 0x0001000b: return LISA_X86SRAI_D;
3305
                    case 0x0001000f: return LISA_X86ROTRI_D;
3306
                    case 0x00010013: return LISA_X86RCRI_D;
3307
                    case 0x00010017: return LISA_X86ROTLI_D;
3308
                    case 0x0001001b: return LISA_X86RCLI_D;
3309
                    }
3310
                    break;
3311
                case 0x7:
3312
                    switch ((insn >> 5) & 0x1f) {
3313
                    case 0x0: return LISA_X86MFFLAG;
3314
                    case 0x1: return LISA_X86MTFLAG;
3315
                    }
3316
                    break;
3317
                }
3318
                break;
3319
            case 0x1:
3320
                switch ((insn >> 15) & 0x1) {
3321
                case 0x0: return LISA_BSTRINS_W;
3322
                case 0x1: return LISA_BSTRPICK_W;
3323
                }
3324
                break;
3325
            }
3326
            break;
3327
        case 0x2: return LISA_BSTRINS_D;
3328
        case 0x3: return LISA_BSTRPICK_D;
3329
        case 0x4:
3330
            switch ((insn >> 15) & 0x7f) {
3331
            case 0x1: return LISA_FADD_S;
3332
            case 0x2: return LISA_FADD_D;
3333
            case 0x5: return LISA_FSUB_S;
3334
            case 0x6: return LISA_FSUB_D;
3335
            case 0x9: return LISA_FMUL_S;
3336
            case 0xa: return LISA_FMUL_D;
3337
            case 0xd: return LISA_FDIV_S;
3338
            case 0xe: return LISA_FDIV_D;
3339
            case 0x11: return LISA_FMAX_S;
3340
            case 0x12: return LISA_FMAX_D;
3341
            case 0x15: return LISA_FMIN_S;
3342
            case 0x16: return LISA_FMIN_D;
3343
            case 0x19: return LISA_FMAXA_S;
3344
            case 0x1a: return LISA_FMAXA_D;
3345
            case 0x1d: return LISA_FMINA_S;
3346
            case 0x1e: return LISA_FMINA_D;
3347
            case 0x21: return LISA_FSCALEB_S;
3348
            case 0x22: return LISA_FSCALEB_D;
3349
            case 0x25: return LISA_FCOPYSIGN_S;
3350
            case 0x26: return LISA_FCOPYSIGN_D;
3351
            case 0x28:
3352
                switch ((insn >> 10) & 0x1f) {
3353
                case 0x1: return LISA_FABS_S;
3354
                case 0x2: return LISA_FABS_D;
3355
                case 0x5: return LISA_FNEG_S;
3356
                case 0x6: return LISA_FNEG_D;
3357
                case 0x9: return LISA_FLOGB_S;
3358
                case 0xa: return LISA_FLOGB_D;
3359
                case 0xd: return LISA_FCLASS_S;
3360
                case 0xe: return LISA_FCLASS_D;
3361
                case 0x11: return LISA_FSQRT_S;
3362
                case 0x12: return LISA_FSQRT_D;
3363
                case 0x15: return LISA_FRECIP_S;
3364
                case 0x16: return LISA_FRECIP_D;
3365
                case 0x19: return LISA_FRSQRT_S;
3366
                case 0x1a: return LISA_FRSQRT_D;
3367
                }
3368
                break;
3369
            case 0x29:
3370
                switch ((insn >> 10) & 0x1f) {
3371
                case 0x5: return LISA_FMOV_S;
3372
                case 0x6: return LISA_FMOV_D;
3373
                case 0x9: return LISA_MOVGR2FR_W;
3374
                case 0xa: return LISA_MOVGR2FR_D;
3375
                case 0xb: return LISA_MOVGR2FRH_W;
3376
                case 0xd: return LISA_MOVFR2GR_S;
3377
                case 0xe: return LISA_MOVFR2GR_D;
3378
                case 0xf: return LISA_MOVFRH2GR_S;
3379
                case 0x10: return LISA_MOVGR2FCSR;
3380
                case 0x12: return LISA_MOVFCSR2GR;
3381
                case 0x14:
3382
                    switch ((insn >> 3) & 0x3) {
3383
                    case 0x0: return LISA_MOVFR2CF;
3384
                    }
3385
                    break;
3386
                case 0x15:
3387
                    switch ((insn >> 8) & 0x3) {
3388
                    case 0x0: return LISA_MOVCF2FR;
3389
                    }
3390
                    break;
3391
                case 0x16:
3392
                    switch ((insn >> 3) & 0x3) {
3393
                    case 0x0: return LISA_MOVGR2CF;
3394
                    }
3395
                    break;
3396
                case 0x17:
3397
                    switch ((insn >> 8) & 0x3) {
3398
                    case 0x0: return LISA_MOVCF2GR;
3399
                    }
3400
                    break;
3401
                case 0x18: return LISA_FCVT_LD_D;
3402
                case 0x19: return LISA_FCVT_UD_D;
3403
                }
3404
                break;
3405
            case 0x2a: return LISA_FCVT_D_LD;
3406
            case 0x32:
3407
                switch ((insn >> 10) & 0x1f) {
3408
                case 0x6: return LISA_FCVT_S_D;
3409
                case 0x9: return LISA_FCVT_D_S;
3410
                }
3411
                break;
3412
            case 0x34:
3413
                switch ((insn >> 10) & 0x1f) {
3414
                case 0x1: return LISA_FTINTRM_W_S;
3415
                case 0x2: return LISA_FTINTRM_W_D;
3416
                case 0x9: return LISA_FTINTRM_L_S;
3417
                case 0xa: return LISA_FTINTRM_L_D;
3418
                case 0x11: return LISA_FTINTRP_W_S;
3419
                case 0x12: return LISA_FTINTRP_W_D;
3420
                case 0x19: return LISA_FTINTRP_L_S;
3421
                case 0x1a: return LISA_FTINTRP_L_D;
3422
                }
3423
                break;
3424
            case 0x35:
3425
                switch ((insn >> 10) & 0x1f) {
3426
                case 0x1: return LISA_FTINTRZ_W_S;
3427
                case 0x2: return LISA_FTINTRZ_W_D;
3428
                case 0x9: return LISA_FTINTRZ_L_S;
3429
                case 0xa: return LISA_FTINTRZ_L_D;
3430
                case 0x11: return LISA_FTINTRNE_W_S;
3431
                case 0x12: return LISA_FTINTRNE_W_D;
3432
                case 0x19: return LISA_FTINTRNE_L_S;
3433
                case 0x1a: return LISA_FTINTRNE_L_D;
3434
                }
3435
                break;
3436
            case 0x36:
3437
                switch ((insn >> 10) & 0x1f) {
3438
                case 0x1: return LISA_FTINT_W_S;
3439
                case 0x2: return LISA_FTINT_W_D;
3440
                case 0x9: return LISA_FTINT_L_S;
3441
                case 0xa: return LISA_FTINT_L_D;
3442
                }
3443
                break;
3444
            case 0x3a:
3445
                switch ((insn >> 10) & 0x1f) {
3446
                case 0x4: return LISA_FFINT_S_W;
3447
                case 0x6: return LISA_FFINT_S_L;
3448
                case 0x8: return LISA_FFINT_D_W;
3449
                case 0xa: return LISA_FFINT_D_L;
3450
                }
3451
                break;
3452
            case 0x3c:
3453
                switch ((insn >> 10) & 0x1f) {
3454
                case 0x11: return LISA_FRINT_S;
3455
                case 0x12: return LISA_FRINT_D;
3456
                }
3457
                break;
3458
            }
3459
            break;
3460
        case 0x8: return LISA_SLTI;
3461
        case 0x9: return LISA_SLTUI;
3462
        case 0xa: return LISA_ADDI_W;
3463
        case 0xb: return LISA_ADDI_D;
3464
        case 0xc: return LISA_LU52I_D;
3465
        case 0xd: return LISA_ANDI;
3466
        case 0xe: return LISA_ORI;
3467
        case 0xf: return LISA_XORI;
3468
        }
3469
        break;
3470
    case 0x2:
3471
        switch ((insn >> 20) & 0x3f) {
3472
        case 0x1: return LISA_FMADD_S;
3473
        case 0x2: return LISA_FMADD_D;
3474
        case 0x5: return LISA_FMSUB_S;
3475
        case 0x6: return LISA_FMSUB_D;
3476
        case 0x9: return LISA_FNMADD_S;
3477
        case 0xa: return LISA_FNMADD_D;
3478
        case 0xd: return LISA_FNMSUB_S;
3479
        case 0xe: return LISA_FNMSUB_D;
3480
        case 0x11: return LISA_VFMADD_S;
3481
        case 0x12: return LISA_VFMADD_D;
3482
        case 0x15: return LISA_VFMSUB_S;
3483
        case 0x16: return LISA_VFMSUB_D;
3484
        case 0x19: return LISA_VFNMADD_S;
3485
        case 0x1a: return LISA_VFNMADD_D;
3486
        case 0x1d: return LISA_VFNMSUB_S;
3487
        case 0x1e: return LISA_VFNMSUB_D;
3488
        case 0x21: return LISA_XVFMADD_S;
3489
        case 0x22: return LISA_XVFMADD_D;
3490
        case 0x25: return LISA_XVFMSUB_S;
3491
        case 0x26: return LISA_XVFMSUB_D;
3492
        case 0x29: return LISA_XVFNMADD_S;
3493
        case 0x2a: return LISA_XVFNMADD_D;
3494
        case 0x2d: return LISA_XVFNMSUB_S;
3495
        case 0x2e: return LISA_XVFNMSUB_D;
3496
        }
3497
        break;
3498
    case 0x3:
3499
        switch ((insn >> 20) & 0x3f) {
3500
        case 0x1:
3501
            switch ((insn >> 3) & 0x3) {
3502
            case 0x0: return LISA_FCMP_COND_S;
3503
            }
3504
            break;
3505
        case 0x2:
3506
            switch ((insn >> 3) & 0x3) {
3507
            case 0x0: return LISA_FCMP_COND_D;
3508
            }
3509
            break;
3510
        case 0x5: return LISA_VFCMP_COND_S;
3511
        case 0x6: return LISA_VFCMP_COND_D;
3512
        case 0x9: return LISA_XVFCMP_COND_S;
3513
        case 0xa: return LISA_XVFCMP_COND_D;
3514
        case 0x10:
3515
            switch ((insn >> 18) & 0x3) {
3516
            case 0x0: return LISA_FSEL;
3517
            }
3518
            break;
3519
        case 0x11: return LISA_VBITSEL_V;
3520
        case 0x12: return LISA_XVBITSEL_V;
3521
        case 0x15: return LISA_VSHUF_B;
3522
        case 0x16: return LISA_XVSHUF_B;
3523
        case 0x19: return LISA_VEXTR_V;
3524
        case 0x1a: return LISA_XVEXTR_V;
3525
        case 0x29: return LISA_VFMADDSUB_S;
3526
        case 0x2a: return LISA_VFMADDSUB_D;
3527
        case 0x2d: return LISA_VFMSUBADD_S;
3528
        case 0x2e: return LISA_VFMSUBADD_D;
3529
        case 0x31: return LISA_XVFMADDSUB_S;
3530
        case 0x32: return LISA_XVFMADDSUB_D;
3531
        case 0x35: return LISA_XVFMSUBADD_S;
3532
        case 0x36: return LISA_XVFMSUBADD_D;
3533
        }
3534
        break;
3535
    case 0x4: return LISA_ADDU16I_D;
3536
    case 0x5:
3537
        switch ((insn >> 25) & 0x1) {
3538
        case 0x0: return LISA_LU12I_W;
3539
        case 0x1: return LISA_LU32I_D;
3540
        }
3541
        break;
3542
    case 0x6:
3543
        switch ((insn >> 25) & 0x1) {
3544
        case 0x0: return LISA_PCADDI;
3545
        case 0x1: return LISA_PCALAU12I;
3546
        }
3547
        break;
3548
    case 0x7:
3549
        switch ((insn >> 25) & 0x1) {
3550
        case 0x0: return LISA_PCADDU12I;
3551
        case 0x1: return LISA_PCADDU18I;
3552
        }
3553
        break;
3554
    case 0x8:
3555
        switch ((insn >> 24) & 0x3) {
3556
        case 0x0: return LISA_LL_W;
3557
        case 0x1: return LISA_SC_W;
3558
        case 0x2: return LISA_LL_D;
3559
        case 0x3: return LISA_SC_D;
3560
        }
3561
        break;
3562
    case 0x9:
3563
        switch ((insn >> 24) & 0x3) {
3564
        case 0x0: return LISA_LDPTR_W;
3565
        case 0x1: return LISA_STPTR_W;
3566
        case 0x2: return LISA_LDPTR_D;
3567
        case 0x3: return LISA_STPTR_D;
3568
        }
3569
        break;
3570
    case 0xa:
3571
        switch ((insn >> 22) & 0xf) {
3572
        case 0x0: return LISA_LD_B;
3573
        case 0x1: return LISA_LD_H;
3574
        case 0x2: return LISA_LD_W;
3575
        case 0x3: return LISA_LD_D;
3576
        case 0x4: return LISA_ST_B;
3577
        case 0x5: return LISA_ST_H;
3578
        case 0x6: return LISA_ST_W;
3579
        case 0x7: return LISA_ST_D;
3580
        case 0x8: return LISA_LD_BU;
3581
        case 0x9: return LISA_LD_HU;
3582
        case 0xa: return LISA_LD_WU;
3583
        case 0xb: return LISA_PRELD;
3584
        case 0xc: return LISA_FLD_S;
3585
        case 0xd: return LISA_FST_S;
3586
        case 0xe: return LISA_FLD_D;
3587
        case 0xf: return LISA_FST_D;
3588
        }
3589
        break;
3590
    case 0xb:
3591
        switch ((insn >> 22) & 0xf) {
3592
        case 0x0: return LISA_VLD;
3593
        case 0x1: return LISA_VST;
3594
        case 0x2: return LISA_XVLD;
3595
        case 0x3: return LISA_XVST;
3596
        }
3597
        break;
3598
    case 0xc:
3599
        switch ((insn >> 23) & 0x7) {
3600
        case 0x0:
3601
            switch ((insn >> 21) & 0x3) {
3602
            case 0x0:
3603
                switch ((insn >> 19) & 0x3) {
3604
                case 0x2: return LISA_VLDREPL_D;
3605
                }
3606
                break;
3607
            case 0x1:
3608
                switch ((insn >> 20) & 0x1) {
3609
                case 0x0: return LISA_VLDREPL_W;
3610
                }
3611
                break;
3612
            case 0x2: return LISA_VLDREPL_H;
3613
            }
3614
            break;
3615
        case 0x1:
3616
            switch ((insn >> 22) & 0x1) {
3617
            case 0x0: return LISA_VLDREPL_B;
3618
            }
3619
            break;
3620
        case 0x2:
3621
            switch ((insn >> 21) & 0x3) {
3622
            case 0x0:
3623
                switch ((insn >> 19) & 0x3) {
3624
                case 0x2: return LISA_VSTELM_D;
3625
                }
3626
                break;
3627
            case 0x1:
3628
                switch ((insn >> 20) & 0x1) {
3629
                case 0x0: return LISA_VSTELM_W;
3630
                }
3631
                break;
3632
            case 0x2: return LISA_VSTELM_H;
3633
            }
3634
            break;
3635
        case 0x3:
3636
            switch ((insn >> 22) & 0x1) {
3637
            case 0x0: return LISA_VSTELM_B;
3638
            }
3639
            break;
3640
        case 0x4:
3641
            switch ((insn >> 21) & 0x3) {
3642
            case 0x0:
3643
                switch ((insn >> 19) & 0x3) {
3644
                case 0x2: return LISA_XVLDREPL_D;
3645
                }
3646
                break;
3647
            case 0x1:
3648
                switch ((insn >> 20) & 0x1) {
3649
                case 0x0: return LISA_XVLDREPL_W;
3650
                }
3651
                break;
3652
            case 0x2: return LISA_XVLDREPL_H;
3653
            }
3654
            break;
3655
        case 0x5:
3656
            switch ((insn >> 22) & 0x1) {
3657
            case 0x0: return LISA_XVLDREPL_B;
3658
            }
3659
            break;
3660
        case 0x6:
3661
            switch ((insn >> 22) & 0x1) {
3662
            case 0x0:
3663
                switch ((insn >> 21) & 0x1) {
3664
                case 0x0:
3665
                    switch ((insn >> 20) & 0x1) {
3666
                    case 0x1: return LISA_XVSTELM_D;
3667
                    }
3668
                    break;
3669
                case 0x1: return LISA_XVSTELM_W;
3670
                }
3671
                break;
3672
            case 0x1: return LISA_XVSTELM_H;
3673
            }
3674
            break;
3675
        case 0x7: return LISA_XVSTELM_B;
3676
        }
3677
        break;
3678
    case 0xe:
3679
        switch ((insn >> 15) & 0x7ff) {
3680
        case 0x0: return LISA_LDX_B;
3681
        case 0x8: return LISA_LDX_H;
3682
        case 0x10: return LISA_LDX_W;
3683
        case 0x18: return LISA_LDX_D;
3684
        case 0x20: return LISA_STX_B;
3685
        case 0x28: return LISA_STX_H;
3686
        case 0x30: return LISA_STX_W;
3687
        case 0x38: return LISA_STX_D;
3688
        case 0x40: return LISA_LDX_BU;
3689
        case 0x48: return LISA_LDX_HU;
3690
        case 0x50: return LISA_LDX_WU;
3691
        case 0x58: return LISA_PRELDX;
3692
        case 0x60: return LISA_FLDX_S;
3693
        case 0x68: return LISA_FLDX_D;
3694
        case 0x70: return LISA_FSTX_S;
3695
        case 0x78: return LISA_FSTX_D;
3696
        case 0x80: return LISA_VLDX;
3697
        case 0x88: return LISA_VSTX;
3698
        case 0x90: return LISA_XVLDX;
3699
        case 0x98: return LISA_XVSTX;
3700
        case 0xc0: return LISA_AMSWAP_W;
3701
        case 0xc1: return LISA_AMSWAP_D;
3702
        case 0xc2: return LISA_AMADD_W;
3703
        case 0xc3: return LISA_AMADD_D;
3704
        case 0xc4: return LISA_AMAND_W;
3705
        case 0xc5: return LISA_AMAND_D;
3706
        case 0xc6: return LISA_AMOR_W;
3707
        case 0xc7: return LISA_AMOR_D;
3708
        case 0xc8: return LISA_AMXOR_W;
3709
        case 0xc9: return LISA_AMXOR_D;
3710
        case 0xca: return LISA_AMMAX_W;
3711
        case 0xcb: return LISA_AMMAX_D;
3712
        case 0xcc: return LISA_AMMIN_W;
3713
        case 0xcd: return LISA_AMMIN_D;
3714
        case 0xce: return LISA_AMMAX_WU;
3715
        case 0xcf: return LISA_AMMAX_DU;
3716
        case 0xd0: return LISA_AMMIN_WU;
3717
        case 0xd1: return LISA_AMMIN_DU;
3718
        case 0xd2: return LISA_AMSWAP_DB_W;
3719
        case 0xd3: return LISA_AMSWAP_DB_D;
3720
        case 0xd4: return LISA_AMADD_DB_W;
3721
        case 0xd5: return LISA_AMADD_DB_D;
3722
        case 0xd6: return LISA_AMAND_DB_W;
3723
        case 0xd7: return LISA_AMAND_DB_D;
3724
        case 0xd8: return LISA_AMOR_DB_W;
3725
        case 0xd9: return LISA_AMOR_DB_D;
3726
        case 0xda: return LISA_AMXOR_DB_W;
3727
        case 0xdb: return LISA_AMXOR_DB_D;
3728
        case 0xdc: return LISA_AMMAX_DB_W;
3729
        case 0xdd: return LISA_AMMAX_DB_D;
3730
        case 0xde: return LISA_AMMIN_DB_W;
3731
        case 0xdf: return LISA_AMMIN_DB_D;
3732
        case 0xe0: return LISA_AMMAX_DB_WU;
3733
        case 0xe1: return LISA_AMMAX_DB_DU;
3734
        case 0xe2: return LISA_AMMIN_DB_WU;
3735
        case 0xe3: return LISA_AMMIN_DB_DU;
3736
        case 0xe4: return LISA_DBAR;
3737
        case 0xe5: return LISA_IBAR;
3738
        case 0xe8: return LISA_FLDGT_S;
3739
        case 0xe9: return LISA_FLDGT_D;
3740
        case 0xea: return LISA_FLDLE_S;
3741
        case 0xeb: return LISA_FLDLE_D;
3742
        case 0xec: return LISA_FSTGT_S;
3743
        case 0xed: return LISA_FSTGT_D;
3744
        case 0xee: return LISA_FSTLE_S;
3745
        case 0xef: return LISA_FSTLE_D;
3746
        case 0xf0: return LISA_LDGT_B;
3747
        case 0xf1: return LISA_LDGT_H;
3748
        case 0xf2: return LISA_LDGT_W;
3749
        case 0xf3: return LISA_LDGT_D;
3750
        case 0xf4: return LISA_LDLE_B;
3751
        case 0xf5: return LISA_LDLE_H;
3752
        case 0xf6: return LISA_LDLE_W;
3753
        case 0xf7: return LISA_LDLE_D;
3754
        case 0xf8: return LISA_STGT_B;
3755
        case 0xf9: return LISA_STGT_H;
3756
        case 0xfa: return LISA_STGT_W;
3757
        case 0xfb: return LISA_STGT_D;
3758
        case 0xfc: return LISA_STLE_B;
3759
        case 0xfd: return LISA_STLE_H;
3760
        case 0xfe: return LISA_STLE_W;
3761
        case 0xff: return LISA_STLE_D;
3762
        }
3763
        break;
3764
    case 0x10: return LISA_BEQZ;
3765
    case 0x11: return LISA_BNEZ;
3766
    case 0x12:
3767
        switch ((insn >> 8) & 0x3) {
3768
        case 0x0: return LISA_BCEQZ;
3769
        case 0x1: return LISA_BCNEZ;
3770
        }
3771
        break;
3772
    case 0x13: return LISA_JIRL;
3773
    case 0x14: return LISA_B;
3774
    case 0x15: return LISA_BL;
3775
    case 0x16: return LISA_BEQ;
3776
    case 0x17: return LISA_BNE;
3777
    case 0x18: return LISA_BLT;
3778
    case 0x19: return LISA_BGE;
3779
    case 0x1a: return LISA_BLTU;
3780
    case 0x1b: return LISA_BGEU;
3781
    case 0x1c:
3782
        switch ((insn >> 18) & 0xff) {
3783
        case 0x0:
3784
            switch ((insn >> 15) & 0x7) {
3785
            case 0x0: return LISA_VSEQ_B;
3786
            case 0x1: return LISA_VSEQ_H;
3787
            case 0x2: return LISA_VSEQ_W;
3788
            case 0x3: return LISA_VSEQ_D;
3789
            case 0x4: return LISA_VSLE_B;
3790
            case 0x5: return LISA_VSLE_H;
3791
            case 0x6: return LISA_VSLE_W;
3792
            case 0x7: return LISA_VSLE_D;
3793
            }
3794
            break;
3795
        case 0x1:
3796
            switch ((insn >> 15) & 0x7) {
3797
            case 0x0: return LISA_VSLE_BU;
3798
            case 0x1: return LISA_VSLE_HU;
3799
            case 0x2: return LISA_VSLE_WU;
3800
            case 0x3: return LISA_VSLE_DU;
3801
            case 0x4: return LISA_VSLT_B;
3802
            case 0x5: return LISA_VSLT_H;
3803
            case 0x6: return LISA_VSLT_W;
3804
            case 0x7: return LISA_VSLT_D;
3805
            }
3806
            break;
3807
        case 0x2:
3808
            switch ((insn >> 15) & 0x7) {
3809
            case 0x0: return LISA_VSLT_BU;
3810
            case 0x1: return LISA_VSLT_HU;
3811
            case 0x2: return LISA_VSLT_WU;
3812
            case 0x3: return LISA_VSLT_DU;
3813
            case 0x4: return LISA_VADD_B;
3814
            case 0x5: return LISA_VADD_H;
3815
            case 0x6: return LISA_VADD_W;
3816
            case 0x7: return LISA_VADD_D;
3817
            }
3818
            break;
3819
        case 0x3:
3820
            switch ((insn >> 15) & 0x7) {
3821
            case 0x0: return LISA_VSUB_B;
3822
            case 0x1: return LISA_VSUB_H;
3823
            case 0x2: return LISA_VSUB_W;
3824
            case 0x3: return LISA_VSUB_D;
3825
            }
3826
            break;
3827
        case 0x7:
3828
            switch ((insn >> 15) & 0x7) {
3829
            case 0x4: return LISA_VADDWEV_H_B;
3830
            case 0x5: return LISA_VADDWEV_W_H;
3831
            case 0x6: return LISA_VADDWEV_D_W;
3832
            case 0x7: return LISA_VADDWEV_Q_D;
3833
            }
3834
            break;
3835
        case 0x8:
3836
            switch ((insn >> 15) & 0x7) {
3837
            case 0x0: return LISA_VSUBWEV_H_B;
3838
            case 0x1: return LISA_VSUBWEV_W_H;
3839
            case 0x2: return LISA_VSUBWEV_D_W;
3840
            case 0x3: return LISA_VSUBWEV_Q_D;
3841
            case 0x4: return LISA_VADDWOD_H_B;
3842
            case 0x5: return LISA_VADDWOD_W_H;
3843
            case 0x6: return LISA_VADDWOD_D_W;
3844
            case 0x7: return LISA_VADDWOD_Q_D;
3845
            }
3846
            break;
3847
        case 0x9:
3848
            switch ((insn >> 15) & 0x7) {
3849
            case 0x0: return LISA_VSUBWOD_H_B;
3850
            case 0x1: return LISA_VSUBWOD_W_H;
3851
            case 0x2: return LISA_VSUBWOD_D_W;
3852
            case 0x3: return LISA_VSUBWOD_Q_D;
3853
            }
3854
            break;
3855
        case 0xb:
3856
            switch ((insn >> 15) & 0x7) {
3857
            case 0x4: return LISA_VADDWEV_H_BU;
3858
            case 0x5: return LISA_VADDWEV_W_HU;
3859
            case 0x6: return LISA_VADDWEV_D_WU;
3860
            case 0x7: return LISA_VADDWEV_Q_DU;
3861
            }
3862
            break;
3863
        case 0xc:
3864
            switch ((insn >> 15) & 0x7) {
3865
            case 0x0: return LISA_VSUBWEV_H_BU;
3866
            case 0x1: return LISA_VSUBWEV_W_HU;
3867
            case 0x2: return LISA_VSUBWEV_D_WU;
3868
            case 0x3: return LISA_VSUBWEV_Q_DU;
3869
            case 0x4: return LISA_VADDWOD_H_BU;
3870
            case 0x5: return LISA_VADDWOD_W_HU;
3871
            case 0x6: return LISA_VADDWOD_D_WU;
3872
            case 0x7: return LISA_VADDWOD_Q_DU;
3873
            }
3874
            break;
3875
        case 0xd:
3876
            switch ((insn >> 15) & 0x7) {
3877
            case 0x0: return LISA_VSUBWOD_H_BU;
3878
            case 0x1: return LISA_VSUBWOD_W_HU;
3879
            case 0x2: return LISA_VSUBWOD_D_WU;
3880
            case 0x3: return LISA_VSUBWOD_Q_DU;
3881
            }
3882
            break;
3883
        case 0xf:
3884
            switch ((insn >> 15) & 0x7) {
3885
            case 0x4: return LISA_VADDWEV_H_BU_B;
3886
            case 0x5: return LISA_VADDWEV_W_HU_H;
3887
            case 0x6: return LISA_VADDWEV_D_WU_W;
3888
            case 0x7: return LISA_VADDWEV_Q_DU_D;
3889
            }
3890
            break;
3891
        case 0x10:
3892
            switch ((insn >> 15) & 0x7) {
3893
            case 0x0: return LISA_VADDWOD_H_BU_B;
3894
            case 0x1: return LISA_VADDWOD_W_HU_H;
3895
            case 0x2: return LISA_VADDWOD_D_WU_W;
3896
            case 0x3: return LISA_VADDWOD_Q_DU_D;
3897
            }
3898
            break;
3899
        case 0x11:
3900
            switch ((insn >> 15) & 0x7) {
3901
            case 0x4: return LISA_VSADD_B;
3902
            case 0x5: return LISA_VSADD_H;
3903
            case 0x6: return LISA_VSADD_W;
3904
            case 0x7: return LISA_VSADD_D;
3905
            }
3906
            break;
3907
        case 0x12:
3908
            switch ((insn >> 15) & 0x7) {
3909
            case 0x0: return LISA_VSSUB_B;
3910
            case 0x1: return LISA_VSSUB_H;
3911
            case 0x2: return LISA_VSSUB_W;
3912
            case 0x3: return LISA_VSSUB_D;
3913
            case 0x4: return LISA_VSADD_BU;
3914
            case 0x5: return LISA_VSADD_HU;
3915
            case 0x6: return LISA_VSADD_WU;
3916
            case 0x7: return LISA_VSADD_DU;
3917
            }
3918
            break;
3919
        case 0x13:
3920
            switch ((insn >> 15) & 0x7) {
3921
            case 0x0: return LISA_VSSUB_BU;
3922
            case 0x1: return LISA_VSSUB_HU;
3923
            case 0x2: return LISA_VSSUB_WU;
3924
            case 0x3: return LISA_VSSUB_DU;
3925
            }
3926
            break;
3927
        case 0x15:
3928
            switch ((insn >> 15) & 0x7) {
3929
            case 0x0: return LISA_VHADDW_H_B;
3930
            case 0x1: return LISA_VHADDW_W_H;
3931
            case 0x2: return LISA_VHADDW_D_W;
3932
            case 0x3: return LISA_VHADDW_Q_D;
3933
            case 0x4: return LISA_VHSUBW_H_B;
3934
            case 0x5: return LISA_VHSUBW_W_H;
3935
            case 0x6: return LISA_VHSUBW_D_W;
3936
            case 0x7: return LISA_VHSUBW_Q_D;
3937
            }
3938
            break;
3939
        case 0x16:
3940
            switch ((insn >> 15) & 0x7) {
3941
            case 0x0: return LISA_VHADDW_HU_BU;
3942
            case 0x1: return LISA_VHADDW_WU_HU;
3943
            case 0x2: return LISA_VHADDW_DU_WU;
3944
            case 0x3: return LISA_VHADDW_QU_DU;
3945
            case 0x4: return LISA_VHSUBW_HU_BU;
3946
            case 0x5: return LISA_VHSUBW_WU_HU;
3947
            case 0x6: return LISA_VHSUBW_DU_WU;
3948
            case 0x7: return LISA_VHSUBW_QU_DU;
3949
            }
3950
            break;
3951
        case 0x17:
3952
            switch ((insn >> 15) & 0x7) {
3953
            case 0x0: return LISA_VADDA_B;
3954
            case 0x1: return LISA_VADDA_H;
3955
            case 0x2: return LISA_VADDA_W;
3956
            case 0x3: return LISA_VADDA_D;
3957
            }
3958
            break;
3959
        case 0x18:
3960
            switch ((insn >> 15) & 0x7) {
3961
            case 0x0: return LISA_VABSD_B;
3962
            case 0x1: return LISA_VABSD_H;
3963
            case 0x2: return LISA_VABSD_W;
3964
            case 0x3: return LISA_VABSD_D;
3965
            case 0x4: return LISA_VABSD_BU;
3966
            case 0x5: return LISA_VABSD_HU;
3967
            case 0x6: return LISA_VABSD_WU;
3968
            case 0x7: return LISA_VABSD_DU;
3969
            }
3970
            break;
3971
        case 0x19:
3972
            switch ((insn >> 15) & 0x7) {
3973
            case 0x0: return LISA_VAVG_B;
3974
            case 0x1: return LISA_VAVG_H;
3975
            case 0x2: return LISA_VAVG_W;
3976
            case 0x3: return LISA_VAVG_D;
3977
            case 0x4: return LISA_VAVG_BU;
3978
            case 0x5: return LISA_VAVG_HU;
3979
            case 0x6: return LISA_VAVG_WU;
3980
            case 0x7: return LISA_VAVG_DU;
3981
            }
3982
            break;
3983
        case 0x1a:
3984
            switch ((insn >> 15) & 0x7) {
3985
            case 0x0: return LISA_VAVGR_B;
3986
            case 0x1: return LISA_VAVGR_H;
3987
            case 0x2: return LISA_VAVGR_W;
3988
            case 0x3: return LISA_VAVGR_D;
3989
            case 0x4: return LISA_VAVGR_BU;
3990
            case 0x5: return LISA_VAVGR_HU;
3991
            case 0x6: return LISA_VAVGR_WU;
3992
            case 0x7: return LISA_VAVGR_DU;
3993
            }
3994
            break;
3995
        case 0x1c:
3996
            switch ((insn >> 15) & 0x7) {
3997
            case 0x0: return LISA_VMAX_B;
3998
            case 0x1: return LISA_VMAX_H;
3999
            case 0x2: return LISA_VMAX_W;
4000
            case 0x3: return LISA_VMAX_D;
4001
            case 0x4: return LISA_VMIN_B;
4002
            case 0x5: return LISA_VMIN_H;
4003
            case 0x6: return LISA_VMIN_W;
4004
            case 0x7: return LISA_VMIN_D;
4005
            }
4006
            break;
4007
        case 0x1d:
4008
            switch ((insn >> 15) & 0x7) {
4009
            case 0x0: return LISA_VMAX_BU;
4010
            case 0x1: return LISA_VMAX_HU;
4011
            case 0x2: return LISA_VMAX_WU;
4012
            case 0x3: return LISA_VMAX_DU;
4013
            case 0x4: return LISA_VMIN_BU;
4014
            case 0x5: return LISA_VMIN_HU;
4015
            case 0x6: return LISA_VMIN_WU;
4016
            case 0x7: return LISA_VMIN_DU;
4017
            }
4018
            break;
4019
        case 0x21:
4020
            switch ((insn >> 15) & 0x7) {
4021
            case 0x0: return LISA_VMUL_B;
4022
            case 0x1: return LISA_VMUL_H;
4023
            case 0x2: return LISA_VMUL_W;
4024
            case 0x3: return LISA_VMUL_D;
4025
            case 0x4: return LISA_VMUH_B;
4026
            case 0x5: return LISA_VMUH_H;
4027
            case 0x6: return LISA_VMUH_W;
4028
            case 0x7: return LISA_VMUH_D;
4029
            }
4030
            break;
4031
        case 0x22:
4032
            switch ((insn >> 15) & 0x7) {
4033
            case 0x0: return LISA_VMUH_BU;
4034
            case 0x1: return LISA_VMUH_HU;
4035
            case 0x2: return LISA_VMUH_WU;
4036
            case 0x3: return LISA_VMUH_DU;
4037
            }
4038
            break;
4039
        case 0x24:
4040
            switch ((insn >> 15) & 0x7) {
4041
            case 0x0: return LISA_VMULWEV_H_B;
4042
            case 0x1: return LISA_VMULWEV_W_H;
4043
            case 0x2: return LISA_VMULWEV_D_W;
4044
            case 0x3: return LISA_VMULWEV_Q_D;
4045
            case 0x4: return LISA_VMULWOD_H_B;
4046
            case 0x5: return LISA_VMULWOD_W_H;
4047
            case 0x6: return LISA_VMULWOD_D_W;
4048
            case 0x7: return LISA_VMULWOD_Q_D;
4049
            }
4050
            break;
4051
        case 0x26:
4052
            switch ((insn >> 15) & 0x7) {
4053
            case 0x0: return LISA_VMULWEV_H_BU;
4054
            case 0x1: return LISA_VMULWEV_W_HU;
4055
            case 0x2: return LISA_VMULWEV_D_WU;
4056
            case 0x3: return LISA_VMULWEV_Q_DU;
4057
            case 0x4: return LISA_VMULWOD_H_BU;
4058
            case 0x5: return LISA_VMULWOD_W_HU;
4059
            case 0x6: return LISA_VMULWOD_D_WU;
4060
            case 0x7: return LISA_VMULWOD_Q_DU;
4061
            }
4062
            break;
4063
        case 0x28:
4064
            switch ((insn >> 15) & 0x7) {
4065
            case 0x0: return LISA_VMULWEV_H_BU_B;
4066
            case 0x1: return LISA_VMULWEV_W_HU_H;
4067
            case 0x2: return LISA_VMULWEV_D_WU_W;
4068
            case 0x3: return LISA_VMULWEV_Q_DU_D;
4069
            case 0x4: return LISA_VMULWOD_H_BU_B;
4070
            case 0x5: return LISA_VMULWOD_W_HU_H;
4071
            case 0x6: return LISA_VMULWOD_D_WU_W;
4072
            case 0x7: return LISA_VMULWOD_Q_DU_D;
4073
            }
4074
            break;
4075
        case 0x2a:
4076
            switch ((insn >> 15) & 0x7) {
4077
            case 0x0: return LISA_VMADD_B;
4078
            case 0x1: return LISA_VMADD_H;
4079
            case 0x2: return LISA_VMADD_W;
4080
            case 0x3: return LISA_VMADD_D;
4081
            case 0x4: return LISA_VMSUB_B;
4082
            case 0x5: return LISA_VMSUB_H;
4083
            case 0x6: return LISA_VMSUB_W;
4084
            case 0x7: return LISA_VMSUB_D;
4085
            }
4086
            break;
4087
        case 0x2b:
4088
            switch ((insn >> 15) & 0x7) {
4089
            case 0x0: return LISA_VMADDWEV_H_B;
4090
            case 0x1: return LISA_VMADDWEV_W_H;
4091
            case 0x2: return LISA_VMADDWEV_D_W;
4092
            case 0x3: return LISA_VMADDWEV_Q_D;
4093
            case 0x4: return LISA_VMADDWOD_H_B;
4094
            case 0x5: return LISA_VMADDWOD_W_H;
4095
            case 0x6: return LISA_VMADDWOD_D_W;
4096
            case 0x7: return LISA_VMADDWOD_Q_D;
4097
            }
4098
            break;
4099
        case 0x2d:
4100
            switch ((insn >> 15) & 0x7) {
4101
            case 0x0: return LISA_VMADDWEV_H_BU;
4102
            case 0x1: return LISA_VMADDWEV_W_HU;
4103
            case 0x2: return LISA_VMADDWEV_D_WU;
4104
            case 0x3: return LISA_VMADDWEV_Q_DU;
4105
            case 0x4: return LISA_VMADDWOD_H_BU;
4106
            case 0x5: return LISA_VMADDWOD_W_HU;
4107
            case 0x6: return LISA_VMADDWOD_D_WU;
4108
            case 0x7: return LISA_VMADDWOD_Q_DU;
4109
            }
4110
            break;
4111
        case 0x2f:
4112
            switch ((insn >> 15) & 0x7) {
4113
            case 0x0: return LISA_VMADDWEV_H_BU_B;
4114
            case 0x1: return LISA_VMADDWEV_W_HU_H;
4115
            case 0x2: return LISA_VMADDWEV_D_WU_W;
4116
            case 0x3: return LISA_VMADDWEV_Q_DU_D;
4117
            case 0x4: return LISA_VMADDWOD_H_BU_B;
4118
            case 0x5: return LISA_VMADDWOD_W_HU_H;
4119
            case 0x6: return LISA_VMADDWOD_D_WU_W;
4120
            case 0x7: return LISA_VMADDWOD_Q_DU_D;
4121
            }
4122
            break;
4123
        case 0x38:
4124
            switch ((insn >> 15) & 0x7) {
4125
            case 0x0: return LISA_VDIV_B;
4126
            case 0x1: return LISA_VDIV_H;
4127
            case 0x2: return LISA_VDIV_W;
4128
            case 0x3: return LISA_VDIV_D;
4129
            case 0x4: return LISA_VMOD_B;
4130
            case 0x5: return LISA_VMOD_H;
4131
            case 0x6: return LISA_VMOD_W;
4132
            case 0x7: return LISA_VMOD_D;
4133
            }
4134
            break;
4135
        case 0x39:
4136
            switch ((insn >> 15) & 0x7) {
4137
            case 0x0: return LISA_VDIV_BU;
4138
            case 0x1: return LISA_VDIV_HU;
4139
            case 0x2: return LISA_VDIV_WU;
4140
            case 0x3: return LISA_VDIV_DU;
4141
            case 0x4: return LISA_VMOD_BU;
4142
            case 0x5: return LISA_VMOD_HU;
4143
            case 0x6: return LISA_VMOD_WU;
4144
            case 0x7: return LISA_VMOD_DU;
4145
            }
4146
            break;
4147
        case 0x3a:
4148
            switch ((insn >> 15) & 0x7) {
4149
            case 0x0: return LISA_VSLL_B;
4150
            case 0x1: return LISA_VSLL_H;
4151
            case 0x2: return LISA_VSLL_W;
4152
            case 0x3: return LISA_VSLL_D;
4153
            case 0x4: return LISA_VSRL_B;
4154
            case 0x5: return LISA_VSRL_H;
4155
            case 0x6: return LISA_VSRL_W;
4156
            case 0x7: return LISA_VSRL_D;
4157
            }
4158
            break;
4159
        case 0x3b:
4160
            switch ((insn >> 15) & 0x7) {
4161
            case 0x0: return LISA_VSRA_B;
4162
            case 0x1: return LISA_VSRA_H;
4163
            case 0x2: return LISA_VSRA_W;
4164
            case 0x3: return LISA_VSRA_D;
4165
            case 0x4: return LISA_VROTR_B;
4166
            case 0x5: return LISA_VROTR_H;
4167
            case 0x6: return LISA_VROTR_W;
4168
            case 0x7: return LISA_VROTR_D;
4169
            }
4170
            break;
4171
        case 0x3c:
4172
            switch ((insn >> 15) & 0x7) {
4173
            case 0x0: return LISA_VSRLR_B;
4174
            case 0x1: return LISA_VSRLR_H;
4175
            case 0x2: return LISA_VSRLR_W;
4176
            case 0x3: return LISA_VSRLR_D;
4177
            case 0x4: return LISA_VSRAR_B;
4178
            case 0x5: return LISA_VSRAR_H;
4179
            case 0x6: return LISA_VSRAR_W;
4180
            case 0x7: return LISA_VSRAR_D;
4181
            }
4182
            break;
4183
        case 0x3d:
4184
            switch ((insn >> 15) & 0x7) {
4185
            case 0x1: return LISA_VSRLN_B_H;
4186
            case 0x2: return LISA_VSRLN_H_W;
4187
            case 0x3: return LISA_VSRLN_W_D;
4188
            case 0x5: return LISA_VSRAN_B_H;
4189
            case 0x6: return LISA_VSRAN_H_W;
4190
            case 0x7: return LISA_VSRAN_W_D;
4191
            }
4192
            break;
4193
        case 0x3e:
4194
            switch ((insn >> 15) & 0x7) {
4195
            case 0x1: return LISA_VSRLRN_B_H;
4196
            case 0x2: return LISA_VSRLRN_H_W;
4197
            case 0x3: return LISA_VSRLRN_W_D;
4198
            case 0x5: return LISA_VSRARN_B_H;
4199
            case 0x6: return LISA_VSRARN_H_W;
4200
            case 0x7: return LISA_VSRARN_W_D;
4201
            }
4202
            break;
4203
        case 0x3f:
4204
            switch ((insn >> 15) & 0x7) {
4205
            case 0x1: return LISA_VSSRLN_B_H;
4206
            case 0x2: return LISA_VSSRLN_H_W;
4207
            case 0x3: return LISA_VSSRLN_W_D;
4208
            case 0x5: return LISA_VSSRAN_B_H;
4209
            case 0x6: return LISA_VSSRAN_H_W;
4210
            case 0x7: return LISA_VSSRAN_W_D;
4211
            }
4212
            break;
4213
        case 0x40:
4214
            switch ((insn >> 15) & 0x7) {
4215
            case 0x1: return LISA_VSSRLRN_B_H;
4216
            case 0x2: return LISA_VSSRLRN_H_W;
4217
            case 0x3: return LISA_VSSRLRN_W_D;
4218
            case 0x5: return LISA_VSSRARN_B_H;
4219
            case 0x6: return LISA_VSSRARN_H_W;
4220
            case 0x7: return LISA_VSSRARN_W_D;
4221
            }
4222
            break;
4223
        case 0x41:
4224
            switch ((insn >> 15) & 0x7) {
4225
            case 0x1: return LISA_VSSRLN_BU_H;
4226
            case 0x2: return LISA_VSSRLN_HU_W;
4227
            case 0x3: return LISA_VSSRLN_WU_D;
4228
            case 0x5: return LISA_VSSRAN_BU_H;
4229
            case 0x6: return LISA_VSSRAN_HU_W;
4230
            case 0x7: return LISA_VSSRAN_WU_D;
4231
            }
4232
            break;
4233
        case 0x42:
4234
            switch ((insn >> 15) & 0x7) {
4235
            case 0x1: return LISA_VSSRLRN_BU_H;
4236
            case 0x2: return LISA_VSSRLRN_HU_W;
4237
            case 0x3: return LISA_VSSRLRN_WU_D;
4238
            case 0x5: return LISA_VSSRARN_BU_H;
4239
            case 0x6: return LISA_VSSRARN_HU_W;
4240
            case 0x7: return LISA_VSSRARN_WU_D;
4241
            }
4242
            break;
4243
        case 0x43:
4244
            switch ((insn >> 15) & 0x7) {
4245
            case 0x0: return LISA_VBITCLR_B;
4246
            case 0x1: return LISA_VBITCLR_H;
4247
            case 0x2: return LISA_VBITCLR_W;
4248
            case 0x3: return LISA_VBITCLR_D;
4249
            case 0x4: return LISA_VBITSET_B;
4250
            case 0x5: return LISA_VBITSET_H;
4251
            case 0x6: return LISA_VBITSET_W;
4252
            case 0x7: return LISA_VBITSET_D;
4253
            }
4254
            break;
4255
        case 0x44:
4256
            switch ((insn >> 15) & 0x7) {
4257
            case 0x0: return LISA_VBITREV_B;
4258
            case 0x1: return LISA_VBITREV_H;
4259
            case 0x2: return LISA_VBITREV_W;
4260
            case 0x3: return LISA_VBITREV_D;
4261
            }
4262
            break;
4263
        case 0x45:
4264
            switch ((insn >> 15) & 0x7) {
4265
            case 0x4: return LISA_VPACKEV_B;
4266
            case 0x5: return LISA_VPACKEV_H;
4267
            case 0x6: return LISA_VPACKEV_W;
4268
            case 0x7: return LISA_VPACKEV_D;
4269
            }
4270
            break;
4271
        case 0x46:
4272
            switch ((insn >> 15) & 0x7) {
4273
            case 0x0: return LISA_VPACKOD_B;
4274
            case 0x1: return LISA_VPACKOD_H;
4275
            case 0x2: return LISA_VPACKOD_W;
4276
            case 0x3: return LISA_VPACKOD_D;
4277
            case 0x4: return LISA_VILVL_B;
4278
            case 0x5: return LISA_VILVL_H;
4279
            case 0x6: return LISA_VILVL_W;
4280
            case 0x7: return LISA_VILVL_D;
4281
            }
4282
            break;
4283
        case 0x47:
4284
            switch ((insn >> 15) & 0x7) {
4285
            case 0x0: return LISA_VILVH_B;
4286
            case 0x1: return LISA_VILVH_H;
4287
            case 0x2: return LISA_VILVH_W;
4288
            case 0x3: return LISA_VILVH_D;
4289
            case 0x4: return LISA_VPICKEV_B;
4290
            case 0x5: return LISA_VPICKEV_H;
4291
            case 0x6: return LISA_VPICKEV_W;
4292
            case 0x7: return LISA_VPICKEV_D;
4293
            }
4294
            break;
4295
        case 0x48:
4296
            switch ((insn >> 15) & 0x7) {
4297
            case 0x0: return LISA_VPICKOD_B;
4298
            case 0x1: return LISA_VPICKOD_H;
4299
            case 0x2: return LISA_VPICKOD_W;
4300
            case 0x3: return LISA_VPICKOD_D;
4301
            case 0x4: return LISA_VREPLVE_B;
4302
            case 0x5: return LISA_VREPLVE_H;
4303
            case 0x6: return LISA_VREPLVE_W;
4304
            case 0x7: return LISA_VREPLVE_D;
4305
            }
4306
            break;
4307
        case 0x49:
4308
            switch ((insn >> 15) & 0x7) {
4309
            case 0x4: return LISA_VAND_V;
4310
            case 0x5: return LISA_VOR_V;
4311
            case 0x6: return LISA_VXOR_V;
4312
            case 0x7: return LISA_VNOR_V;
4313
            }
4314
            break;
4315
        case 0x4a:
4316
            switch ((insn >> 15) & 0x7) {
4317
            case 0x0: return LISA_VANDN_V;
4318
            case 0x1: return LISA_VORN_V;
4319
            case 0x6: return LISA_VFRSTP_B;
4320
            case 0x7: return LISA_VFRSTP_H;
4321
            }
4322
            break;
4323
        case 0x4b:
4324
            switch ((insn >> 15) & 0x7) {
4325
            case 0x2: return LISA_VADD_Q;
4326
            case 0x3: return LISA_VSUB_Q;
4327
            case 0x4: return LISA_VSIGNCOV_B;
4328
            case 0x5: return LISA_VSIGNCOV_H;
4329
            case 0x6: return LISA_VSIGNCOV_W;
4330
            case 0x7: return LISA_VSIGNCOV_D;
4331
            }
4332
            break;
4333
        case 0x4c:
4334
            switch ((insn >> 15) & 0x7) {
4335
            case 0x1: return LISA_VFADD_S;
4336
            case 0x2: return LISA_VFADD_D;
4337
            case 0x5: return LISA_VFSUB_S;
4338
            case 0x6: return LISA_VFSUB_D;
4339
            }
4340
            break;
4341
        case 0x4e:
4342
            switch ((insn >> 15) & 0x7) {
4343
            case 0x1: return LISA_VFMUL_S;
4344
            case 0x2: return LISA_VFMUL_D;
4345
            case 0x5: return LISA_VFDIV_S;
4346
            case 0x6: return LISA_VFDIV_D;
4347
            }
4348
            break;
4349
        case 0x4f:
4350
            switch ((insn >> 15) & 0x7) {
4351
            case 0x1: return LISA_VFMAX_S;
4352
            case 0x2: return LISA_VFMAX_D;
4353
            case 0x5: return LISA_VFMIN_S;
4354
            case 0x6: return LISA_VFMIN_D;
4355
            }
4356
            break;
4357
        case 0x50:
4358
            switch ((insn >> 15) & 0x7) {
4359
            case 0x1: return LISA_VFMAXA_S;
4360
            case 0x2: return LISA_VFMAXA_D;
4361
            case 0x5: return LISA_VFMINA_S;
4362
            case 0x6: return LISA_VFMINA_D;
4363
            }
4364
            break;
4365
        case 0x51:
4366
            switch ((insn >> 15) & 0x7) {
4367
            case 0x1: return LISA_VFSCALEB_S;
4368
            case 0x2: return LISA_VFSCALEB_D;
4369
            case 0x4: return LISA_VFCVT_H_S;
4370
            case 0x5: return LISA_VFCVT_S_D;
4371
            }
4372
            break;
4373
        case 0x52:
4374
            switch ((insn >> 15) & 0x7) {
4375
            case 0x0: return LISA_VFFINT_S_L;
4376
            case 0x3: return LISA_VFTINT_W_D;
4377
            case 0x4: return LISA_VFTINTRM_W_D;
4378
            case 0x5: return LISA_VFTINTRP_W_D;
4379
            case 0x6: return LISA_VFTINTRZ_W_D;
4380
            case 0x7: return LISA_VFTINTRNE_W_D;
4381
            }
4382
            break;
4383
        case 0x5e:
4384
            switch ((insn >> 15) & 0x7) {
4385
            case 0x5: return LISA_VSHUF_H;
4386
            case 0x6: return LISA_VSHUF_W;
4387
            case 0x7: return LISA_VSHUF_D;
4388
            }
4389
            break;
4390
        case 0xa0:
4391
            switch ((insn >> 15) & 0x7) {
4392
            case 0x0: return LISA_VSEQI_B;
4393
            case 0x1: return LISA_VSEQI_H;
4394
            case 0x2: return LISA_VSEQI_W;
4395
            case 0x3: return LISA_VSEQI_D;
4396
            case 0x4: return LISA_VSLEI_B;
4397
            case 0x5: return LISA_VSLEI_H;
4398
            case 0x6: return LISA_VSLEI_W;
4399
            case 0x7: return LISA_VSLEI_D;
4400
            }
4401
            break;
4402
        case 0xa1:
4403
            switch ((insn >> 15) & 0x7) {
4404
            case 0x0: return LISA_VSLEI_BU;
4405
            case 0x1: return LISA_VSLEI_HU;
4406
            case 0x2: return LISA_VSLEI_WU;
4407
            case 0x3: return LISA_VSLEI_DU;
4408
            case 0x4: return LISA_VSLTI_B;
4409
            case 0x5: return LISA_VSLTI_H;
4410
            case 0x6: return LISA_VSLTI_W;
4411
            case 0x7: return LISA_VSLTI_D;
4412
            }
4413
            break;
4414
        case 0xa2:
4415
            switch ((insn >> 15) & 0x7) {
4416
            case 0x0: return LISA_VSLTI_BU;
4417
            case 0x1: return LISA_VSLTI_HU;
4418
            case 0x2: return LISA_VSLTI_WU;
4419
            case 0x3: return LISA_VSLTI_DU;
4420
            case 0x4: return LISA_VADDI_BU;
4421
            case 0x5: return LISA_VADDI_HU;
4422
            case 0x6: return LISA_VADDI_WU;
4423
            case 0x7: return LISA_VADDI_DU;
4424
            }
4425
            break;
4426
        case 0xa3:
4427
            switch ((insn >> 15) & 0x7) {
4428
            case 0x0: return LISA_VSUBI_BU;
4429
            case 0x1: return LISA_VSUBI_HU;
4430
            case 0x2: return LISA_VSUBI_WU;
4431
            case 0x3: return LISA_VSUBI_DU;
4432
            case 0x4: return LISA_VBSLL_V;
4433
            case 0x5: return LISA_VBSRL_V;
4434
            }
4435
            break;
4436
        case 0xa4:
4437
            switch ((insn >> 15) & 0x7) {
4438
            case 0x0: return LISA_VMAXI_B;
4439
            case 0x1: return LISA_VMAXI_H;
4440
            case 0x2: return LISA_VMAXI_W;
4441
            case 0x3: return LISA_VMAXI_D;
4442
            case 0x4: return LISA_VMINI_B;
4443
            case 0x5: return LISA_VMINI_H;
4444
            case 0x6: return LISA_VMINI_W;
4445
            case 0x7: return LISA_VMINI_D;
4446
            }
4447
            break;
4448
        case 0xa5:
4449
            switch ((insn >> 15) & 0x7) {
4450
            case 0x0: return LISA_VMAXI_BU;
4451
            case 0x1: return LISA_VMAXI_HU;
4452
            case 0x2: return LISA_VMAXI_WU;
4453
            case 0x3: return LISA_VMAXI_DU;
4454
            case 0x4: return LISA_VMINI_BU;
4455
            case 0x5: return LISA_VMINI_HU;
4456
            case 0x6: return LISA_VMINI_WU;
4457
            case 0x7: return LISA_VMINI_DU;
4458
            }
4459
            break;
4460
        case 0xa6:
4461
            switch ((insn >> 15) & 0x7) {
4462
            case 0x4: return LISA_VFRSTPI_B;
4463
            case 0x5: return LISA_VFRSTPI_H;
4464
            case 0x6: return LISA_VCLRSTRI_V;
4465
            case 0x7: return LISA_VMEPATMSK_V;
4466
            }
4467
            break;
4468
        case 0xa7:
4469
            switch ((insn >> 10) & 0xff) {
4470
            case 0x0: return LISA_VCLO_B;
4471
            case 0x1: return LISA_VCLO_H;
4472
            case 0x2: return LISA_VCLO_W;
4473
            case 0x3: return LISA_VCLO_D;
4474
            case 0x4: return LISA_VCLZ_B;
4475
            case 0x5: return LISA_VCLZ_H;
4476
            case 0x6: return LISA_VCLZ_W;
4477
            case 0x7: return LISA_VCLZ_D;
4478
            case 0x8: return LISA_VPCNT_B;
4479
            case 0x9: return LISA_VPCNT_H;
4480
            case 0xa: return LISA_VPCNT_W;
4481
            case 0xb: return LISA_VPCNT_D;
4482
            case 0xc: return LISA_VNEG_B;
4483
            case 0xd: return LISA_VNEG_H;
4484
            case 0xe: return LISA_VNEG_W;
4485
            case 0xf: return LISA_VNEG_D;
4486
            case 0x10: return LISA_VMSKLTZ_B;
4487
            case 0x11: return LISA_VMSKLTZ_H;
4488
            case 0x12: return LISA_VMSKLTZ_W;
4489
            case 0x13: return LISA_VMSKLTZ_D;
4490
            case 0x14: return LISA_VMSKGEZ_B;
4491
            case 0x18: return LISA_VMSKNZ_B;
4492
            case 0x1c: return LISA_VMSKCOPY_B;
4493
            case 0x20: return LISA_VMSKFILL_B;
4494
            case 0x24: return LISA_VFRSTM_B;
4495
            case 0x25: return LISA_VFRSTM_H;
4496
            case 0x26:
4497
                switch ((insn >> 3) & 0x3) {
4498
                case 0x0: return LISA_VSETEQZ_V;
4499
                }
4500
                break;
4501
            case 0x27:
4502
                switch ((insn >> 3) & 0x3) {
4503
                case 0x0: return LISA_VSETNEZ_V;
4504
                }
4505
                break;
4506
            case 0x28:
4507
                switch ((insn >> 3) & 0x3) {
4508
                case 0x0: return LISA_VSETANYEQZ_B;
4509
                }
4510
                break;
4511
            case 0x29:
4512
                switch ((insn >> 3) & 0x3) {
4513
                case 0x0: return LISA_VSETANYEQZ_H;
4514
                }
4515
                break;
4516
            case 0x2a:
4517
                switch ((insn >> 3) & 0x3) {
4518
                case 0x0: return LISA_VSETANYEQZ_W;
4519
                }
4520
                break;
4521
            case 0x2b:
4522
                switch ((insn >> 3) & 0x3) {
4523
                case 0x0: return LISA_VSETANYEQZ_D;
4524
                }
4525
                break;
4526
            case 0x2c:
4527
                switch ((insn >> 3) & 0x3) {
4528
                case 0x0: return LISA_VSETALLNEZ_B;
4529
                }
4530
                break;
4531
            case 0x2d:
4532
                switch ((insn >> 3) & 0x3) {
4533
                case 0x0: return LISA_VSETALLNEZ_H;
4534
                }
4535
                break;
4536
            case 0x2e:
4537
                switch ((insn >> 3) & 0x3) {
4538
                case 0x0: return LISA_VSETALLNEZ_W;
4539
                }
4540
                break;
4541
            case 0x2f:
4542
                switch ((insn >> 3) & 0x3) {
4543
                case 0x0: return LISA_VSETALLNEZ_D;
4544
                }
4545
                break;
4546
            case 0x31: return LISA_VFLOGB_S;
4547
            case 0x32: return LISA_VFLOGB_D;
4548
            case 0x35: return LISA_VFCLASS_S;
4549
            case 0x36: return LISA_VFCLASS_D;
4550
            case 0x39: return LISA_VFSQRT_S;
4551
            case 0x3a: return LISA_VFSQRT_D;
4552
            case 0x3d: return LISA_VFRECIP_S;
4553
            case 0x3e: return LISA_VFRECIP_D;
4554
            case 0x41: return LISA_VFRSQRT_S;
4555
            case 0x42: return LISA_VFRSQRT_D;
4556
            case 0x4d: return LISA_VFRINT_S;
4557
            case 0x4e: return LISA_VFRINT_D;
4558
            case 0x51: return LISA_VFRINTRM_S;
4559
            case 0x52: return LISA_VFRINTRM_D;
4560
            case 0x55: return LISA_VFRINTRP_S;
4561
            case 0x56: return LISA_VFRINTRP_D;
4562
            case 0x59: return LISA_VFRINTRZ_S;
4563
            case 0x5a: return LISA_VFRINTRZ_D;
4564
            case 0x5d: return LISA_VFRINTRNE_S;
4565
            case 0x5e: return LISA_VFRINTRNE_D;
4566
            case 0x61: return LISA_VEXTL_W_B;
4567
            case 0x62: return LISA_VEXTL_D_B;
4568
            case 0x65: return LISA_VEXTL_D_H;
4569
            case 0x6b: return LISA_VEXTL_W_BU;
4570
            case 0x6c: return LISA_VEXTL_D_BU;
4571
            case 0x6f: return LISA_VEXTL_D_HU;
4572
            case 0x74: return LISA_VHADD8_D_BU;
4573
            case 0x75: return LISA_VHMINPOS_W_HU;
4574
            case 0x76: return LISA_VHMINPOS_D_HU;
4575
            case 0x77: return LISA_VHMINPOS_Q_HU;
4576
            case 0x78: return LISA_VCLRTAIL_B;
4577
            case 0x79: return LISA_VCLRTAIL_H;
4578
            case 0x7a: return LISA_VFCVTL_S_H;
4579
            case 0x7b: return LISA_VFCVTH_S_H;
4580
            case 0x7c: return LISA_VFCVTL_D_S;
4581
            case 0x7d: return LISA_VFCVTH_D_S;
4582
            case 0x80: return LISA_VFFINT_S_W;
4583
            case 0x81: return LISA_VFFINT_S_WU;
4584
            case 0x82: return LISA_VFFINT_D_L;
4585
            case 0x83: return LISA_VFFINT_D_LU;
4586
            case 0x84: return LISA_VFFINTL_D_W;
4587
            case 0x85: return LISA_VFFINTH_D_W;
4588
            case 0x8c: return LISA_VFTINT_W_S;
4589
            case 0x8d: return LISA_VFTINT_L_D;
4590
            case 0x8e: return LISA_VFTINTRM_W_S;
4591
            case 0x8f: return LISA_VFTINTRM_L_D;
4592
            case 0x90: return LISA_VFTINTRP_W_S;
4593
            case 0x91: return LISA_VFTINTRP_L_D;
4594
            case 0x92: return LISA_VFTINTRZ_W_S;
4595
            case 0x93: return LISA_VFTINTRZ_L_D;
4596
            case 0x94: return LISA_VFTINTRNE_W_S;
4597
            case 0x95: return LISA_VFTINTRNE_L_D;
4598
            case 0x96: return LISA_VFTINT_WU_S;
4599
            case 0x97: return LISA_VFTINT_LU_D;
4600
            case 0x9c: return LISA_VFTINTRZ_WU_S;
4601
            case 0x9d: return LISA_VFTINTRZ_LU_D;
4602
            case 0xa0: return LISA_VFTINTL_L_S;
4603
            case 0xa1: return LISA_VFTINTH_L_S;
4604
            case 0xa2: return LISA_VFTINTRML_L_S;
4605
            case 0xa3: return LISA_VFTINTRMH_L_S;
4606
            case 0xa4: return LISA_VFTINTRPL_L_S;
4607
            case 0xa5: return LISA_VFTINTRPH_L_S;
4608
            case 0xa6: return LISA_VFTINTRZL_L_S;
4609
            case 0xa7: return LISA_VFTINTRZH_L_S;
4610
            case 0xa8: return LISA_VFTINTRNEL_L_S;
4611
            case 0xa9: return LISA_VFTINTRNEH_L_S;
4612
            case 0xb8: return LISA_VEXTH_H_B;
4613
            case 0xb9: return LISA_VEXTH_W_H;
4614
            case 0xba: return LISA_VEXTH_D_W;
4615
            case 0xbb: return LISA_VEXTH_Q_D;
4616
            case 0xbc: return LISA_VEXTH_HU_BU;
4617
            case 0xbd: return LISA_VEXTH_WU_HU;
4618
            case 0xbe: return LISA_VEXTH_DU_WU;
4619
            case 0xbf: return LISA_VEXTH_QU_DU;
4620
            case 0xc0: return LISA_VREPLGR2VR_B;
4621
            case 0xc1: return LISA_VREPLGR2VR_H;
4622
            case 0xc2: return LISA_VREPLGR2VR_W;
4623
            case 0xc3: return LISA_VREPLGR2VR_D;
4624
            }
4625
            break;
4626
        case 0xa8:
4627
            switch ((insn >> 16) & 0x3) {
4628
            case 0x0:
4629
                switch ((insn >> 15) & 0x1) {
4630
                case 0x0:
4631
                    switch ((insn >> 14) & 0x1) {
4632
                    case 0x0:
4633
                        switch ((insn >> 13) & 0x1) {
4634
                        case 0x1: return LISA_VROTRI_B;
4635
                        }
4636
                        break;
4637
                    case 0x1: return LISA_VROTRI_H;
4638
                    }
4639
                    break;
4640
                case 0x1: return LISA_VROTRI_W;
4641
                }
4642
                break;
4643
            case 0x1: return LISA_VROTRI_D;
4644
            }
4645
            break;
4646
        case 0xa9:
4647
            switch ((insn >> 16) & 0x3) {
4648
            case 0x0:
4649
                switch ((insn >> 15) & 0x1) {
4650
                case 0x0:
4651
                    switch ((insn >> 14) & 0x1) {
4652
                    case 0x0:
4653
                        switch ((insn >> 13) & 0x1) {
4654
                        case 0x1: return LISA_VSRLRI_B;
4655
                        }
4656
                        break;
4657
                    case 0x1: return LISA_VSRLRI_H;
4658
                    }
4659
                    break;
4660
                case 0x1: return LISA_VSRLRI_W;
4661
                }
4662
                break;
4663
            case 0x1: return LISA_VSRLRI_D;
4664
            }
4665
            break;
4666
        case 0xaa:
4667
            switch ((insn >> 16) & 0x3) {
4668
            case 0x0:
4669
                switch ((insn >> 15) & 0x1) {
4670
                case 0x0:
4671
                    switch ((insn >> 14) & 0x1) {
4672
                    case 0x0:
4673
                        switch ((insn >> 13) & 0x1) {
4674
                        case 0x1: return LISA_VSRARI_B;
4675
                        }
4676
                        break;
4677
                    case 0x1: return LISA_VSRARI_H;
4678
                    }
4679
                    break;
4680
                case 0x1: return LISA_VSRARI_W;
4681
                }
4682
                break;
4683
            case 0x1: return LISA_VSRARI_D;
4684
            }
4685
            break;
4686
        case 0xba:
4687
            switch ((insn >> 14) & 0xf) {
4688
            case 0xe: return LISA_VINSGR2VR_B;
4689
            case 0xf:
4690
                switch ((insn >> 13) & 0x1) {
4691
                case 0x0: return LISA_VINSGR2VR_H;
4692
                case 0x1:
4693
                    switch ((insn >> 12) & 0x1) {
4694
                    case 0x0: return LISA_VINSGR2VR_W;
4695
                    case 0x1:
4696
                        switch ((insn >> 11) & 0x1) {
4697
                        case 0x0: return LISA_VINSGR2VR_D;
4698
                        }
4699
                        break;
4700
                    }
4701
                    break;
4702
                }
4703
                break;
4704
            }
4705
            break;
4706
        case 0xbb:
4707
            switch ((insn >> 14) & 0xf) {
4708
            case 0xe: return LISA_VPICKVE2GR_B;
4709
            case 0xf:
4710
                switch ((insn >> 13) & 0x1) {
4711
                case 0x0: return LISA_VPICKVE2GR_H;
4712
                case 0x1:
4713
                    switch ((insn >> 12) & 0x1) {
4714
                    case 0x0: return LISA_VPICKVE2GR_W;
4715
                    case 0x1:
4716
                        switch ((insn >> 11) & 0x1) {
4717
                        case 0x0: return LISA_VPICKVE2GR_D;
4718
                        }
4719
                        break;
4720
                    }
4721
                    break;
4722
                }
4723
                break;
4724
            }
4725
            break;
4726
        case 0xbc:
4727
            switch ((insn >> 14) & 0xf) {
4728
            case 0xe: return LISA_VPICKVE2GR_BU;
4729
            case 0xf:
4730
                switch ((insn >> 13) & 0x1) {
4731
                case 0x0: return LISA_VPICKVE2GR_HU;
4732
                case 0x1:
4733
                    switch ((insn >> 12) & 0x1) {
4734
                    case 0x0: return LISA_VPICKVE2GR_WU;
4735
                    case 0x1:
4736
                        switch ((insn >> 11) & 0x1) {
4737
                        case 0x0: return LISA_VPICKVE2GR_DU;
4738
                        }
4739
                        break;
4740
                    }
4741
                    break;
4742
                }
4743
                break;
4744
            }
4745
            break;
4746
        case 0xbd:
4747
            switch ((insn >> 14) & 0xf) {
4748
            case 0xe: return LISA_VREPLVEI_B;
4749
            case 0xf:
4750
                switch ((insn >> 13) & 0x1) {
4751
                case 0x0: return LISA_VREPLVEI_H;
4752
                case 0x1:
4753
                    switch ((insn >> 12) & 0x1) {
4754
                    case 0x0: return LISA_VREPLVEI_W;
4755
                    case 0x1:
4756
                        switch ((insn >> 11) & 0x1) {
4757
                        case 0x0: return LISA_VREPLVEI_D;
4758
                        }
4759
                        break;
4760
                    }
4761
                    break;
4762
                }
4763
                break;
4764
            }
4765
            break;
4766
        case 0xbe:
4767
            switch ((insn >> 14) & 0xf) {
4768
            case 0xe: return LISA_VEXTRCOLI_B;
4769
            case 0xf:
4770
                switch ((insn >> 13) & 0x1) {
4771
                case 0x0: return LISA_VEXTRCOLI_H;
4772
                case 0x1:
4773
                    switch ((insn >> 12) & 0x1) {
4774
                    case 0x0: return LISA_VEXTRCOLI_W;
4775
                    case 0x1:
4776
                        switch ((insn >> 11) & 0x1) {
4777
                        case 0x0: return LISA_VEXTRCOLI_D;
4778
                        }
4779
                        break;
4780
                    }
4781
                    break;
4782
                }
4783
                break;
4784
            }
4785
            break;
4786
        case 0xc2:
4787
            switch ((insn >> 15) & 0x7) {
4788
            case 0x0:
4789
                switch ((insn >> 14) & 0x1) {
4790
                case 0x0:
4791
                    switch ((insn >> 13) & 0x1) {
4792
                    case 0x1: return LISA_VSLLWIL_H_B;
4793
                    }
4794
                    break;
4795
                case 0x1: return LISA_VSLLWIL_W_H;
4796
                }
4797
                break;
4798
            case 0x1: return LISA_VSLLWIL_D_W;
4799
            case 0x2:
4800
                switch ((insn >> 10) & 0x1f) {
4801
                case 0x0: return LISA_VEXTL_Q_D;
4802
                }
4803
                break;
4804
            }
4805
            break;
4806
        case 0xc3:
4807
            switch ((insn >> 15) & 0x7) {
4808
            case 0x0:
4809
                switch ((insn >> 14) & 0x1) {
4810
                case 0x0:
4811
                    switch ((insn >> 13) & 0x1) {
4812
                    case 0x1: return LISA_VSLLWIL_HU_BU;
4813
                    }
4814
                    break;
4815
                case 0x1: return LISA_VSLLWIL_WU_HU;
4816
                }
4817
                break;
4818
            case 0x1: return LISA_VSLLWIL_DU_WU;
4819
            case 0x2:
4820
                switch ((insn >> 10) & 0x1f) {
4821
                case 0x0: return LISA_VEXTL_QU_DU;
4822
                }
4823
                break;
4824
            }
4825
            break;
4826
        case 0xc4:
4827
            switch ((insn >> 16) & 0x3) {
4828
            case 0x0:
4829
                switch ((insn >> 15) & 0x1) {
4830
                case 0x0:
4831
                    switch ((insn >> 14) & 0x1) {
4832
                    case 0x0:
4833
                        switch ((insn >> 13) & 0x1) {
4834
                        case 0x1: return LISA_VBITCLRI_B;
4835
                        }
4836
                        break;
4837
                    case 0x1: return LISA_VBITCLRI_H;
4838
                    }
4839
                    break;
4840
                case 0x1: return LISA_VBITCLRI_W;
4841
                }
4842
                break;
4843
            case 0x1: return LISA_VBITCLRI_D;
4844
            }
4845
            break;
4846
        case 0xc5:
4847
            switch ((insn >> 16) & 0x3) {
4848
            case 0x0:
4849
                switch ((insn >> 15) & 0x1) {
4850
                case 0x0:
4851
                    switch ((insn >> 14) & 0x1) {
4852
                    case 0x0:
4853
                        switch ((insn >> 13) & 0x1) {
4854
                        case 0x1: return LISA_VBITSETI_B;
4855
                        }
4856
                        break;
4857
                    case 0x1: return LISA_VBITSETI_H;
4858
                    }
4859
                    break;
4860
                case 0x1: return LISA_VBITSETI_W;
4861
                }
4862
                break;
4863
            case 0x1: return LISA_VBITSETI_D;
4864
            }
4865
            break;
4866
        case 0xc6:
4867
            switch ((insn >> 16) & 0x3) {
4868
            case 0x0:
4869
                switch ((insn >> 15) & 0x1) {
4870
                case 0x0:
4871
                    switch ((insn >> 14) & 0x1) {
4872
                    case 0x0:
4873
                        switch ((insn >> 13) & 0x1) {
4874
                        case 0x1: return LISA_VBITREVI_B;
4875
                        }
4876
                        break;
4877
                    case 0x1: return LISA_VBITREVI_H;
4878
                    }
4879
                    break;
4880
                case 0x1: return LISA_VBITREVI_W;
4881
                }
4882
                break;
4883
            case 0x1: return LISA_VBITREVI_D;
4884
            }
4885
            break;
4886
        case 0xc7:
4887
            switch ((insn >> 16) & 0x3) {
4888
            case 0x0:
4889
                switch ((insn >> 15) & 0x1) {
4890
                case 0x0:
4891
                    switch ((insn >> 14) & 0x1) {
4892
                    case 0x0:
4893
                        switch ((insn >> 13) & 0x1) {
4894
                        case 0x1: return LISA_VBSTRC12I_B;
4895
                        }
4896
                        break;
4897
                    case 0x1: return LISA_VBSTRC12I_H;
4898
                    }
4899
                    break;
4900
                case 0x1: return LISA_VBSTRC12I_W;
4901
                }
4902
                break;
4903
            case 0x1: return LISA_VBSTRC12I_D;
4904
            }
4905
            break;
4906
        case 0xc8:
4907
            switch ((insn >> 16) & 0x3) {
4908
            case 0x0:
4909
                switch ((insn >> 15) & 0x1) {
4910
                case 0x0:
4911
                    switch ((insn >> 14) & 0x1) {
4912
                    case 0x0:
4913
                        switch ((insn >> 13) & 0x1) {
4914
                        case 0x1: return LISA_VBSTRC21I_B;
4915
                        }
4916
                        break;
4917
                    case 0x1: return LISA_VBSTRC21I_H;
4918
                    }
4919
                    break;
4920
                case 0x1: return LISA_VBSTRC21I_W;
4921
                }
4922
                break;
4923
            case 0x1: return LISA_VBSTRC21I_D;
4924
            }
4925
            break;
4926
        case 0xc9:
4927
            switch ((insn >> 16) & 0x3) {
4928
            case 0x0:
4929
                switch ((insn >> 15) & 0x1) {
4930
                case 0x0:
4931
                    switch ((insn >> 14) & 0x1) {
4932
                    case 0x0:
4933
                        switch ((insn >> 13) & 0x1) {
4934
                        case 0x1: return LISA_VSAT_B;
4935
                        }
4936
                        break;
4937
                    case 0x1: return LISA_VSAT_H;
4938
                    }
4939
                    break;
4940
                case 0x1: return LISA_VSAT_W;
4941
                }
4942
                break;
4943
            case 0x1: return LISA_VSAT_D;
4944
            }
4945
            break;
4946
        case 0xca:
4947
            switch ((insn >> 16) & 0x3) {
4948
            case 0x0:
4949
                switch ((insn >> 15) & 0x1) {
4950
                case 0x0:
4951
                    switch ((insn >> 14) & 0x1) {
4952
                    case 0x0:
4953
                        switch ((insn >> 13) & 0x1) {
4954
                        case 0x1: return LISA_VSAT_BU;
4955
                        }
4956
                        break;
4957
                    case 0x1: return LISA_VSAT_HU;
4958
                    }
4959
                    break;
4960
                case 0x1: return LISA_VSAT_WU;
4961
                }
4962
                break;
4963
            case 0x1: return LISA_VSAT_DU;
4964
            }
4965
            break;
4966
        case 0xcb:
4967
            switch ((insn >> 16) & 0x3) {
4968
            case 0x0:
4969
                switch ((insn >> 15) & 0x1) {
4970
                case 0x0:
4971
                    switch ((insn >> 14) & 0x1) {
4972
                    case 0x0:
4973
                        switch ((insn >> 13) & 0x1) {
4974
                        case 0x1: return LISA_VSLLI_B;
4975
                        }
4976
                        break;
4977
                    case 0x1: return LISA_VSLLI_H;
4978
                    }
4979
                    break;
4980
                case 0x1: return LISA_VSLLI_W;
4981
                }
4982
                break;
4983
            case 0x1: return LISA_VSLLI_D;
4984
            }
4985
            break;
4986
        case 0xcc:
4987
            switch ((insn >> 16) & 0x3) {
4988
            case 0x0:
4989
                switch ((insn >> 15) & 0x1) {
4990
                case 0x0:
4991
                    switch ((insn >> 14) & 0x1) {
4992
                    case 0x0:
4993
                        switch ((insn >> 13) & 0x1) {
4994
                        case 0x1: return LISA_VSRLI_B;
4995
                        }
4996
                        break;
4997
                    case 0x1: return LISA_VSRLI_H;
4998
                    }
4999
                    break;
5000
                case 0x1: return LISA_VSRLI_W;
5001
                }
5002
                break;
5003
            case 0x1: return LISA_VSRLI_D;
5004
            }
5005
            break;
5006
        case 0xcd:
5007
            switch ((insn >> 16) & 0x3) {
5008
            case 0x0:
5009
                switch ((insn >> 15) & 0x1) {
5010
                case 0x0:
5011
                    switch ((insn >> 14) & 0x1) {
5012
                    case 0x0:
5013
                        switch ((insn >> 13) & 0x1) {
5014
                        case 0x1: return LISA_VSRAI_B;
5015
                        }
5016
                        break;
5017
                    case 0x1: return LISA_VSRAI_H;
5018
                    }
5019
                    break;
5020
                case 0x1: return LISA_VSRAI_W;
5021
                }
5022
                break;
5023
            case 0x1: return LISA_VSRAI_D;
5024
            }
5025
            break;
5026
        case 0xce:
5027
            switch ((insn >> 17) & 0x1) {
5028
            case 0x0:
5029
                switch ((insn >> 16) & 0x1) {
5030
                case 0x0:
5031
                    switch ((insn >> 15) & 0x1) {
5032
                    case 0x0:
5033
                        switch ((insn >> 14) & 0x1) {
5034
                        case 0x1: return LISA_VSRLRNENI_B_H;
5035
                        }
5036
                        break;
5037
                    case 0x1: return LISA_VSRLRNENI_H_W;
5038
                    }
5039
                    break;
5040
                case 0x1: return LISA_VSRLRNENI_W_D;
5041
                }
5042
                break;
5043
            case 0x1: return LISA_VSRLRNENI_D_Q;
5044
            }
5045
            break;
5046
        case 0xcf:
5047
            switch ((insn >> 17) & 0x1) {
5048
            case 0x0:
5049
                switch ((insn >> 16) & 0x1) {
5050
                case 0x0:
5051
                    switch ((insn >> 15) & 0x1) {
5052
                    case 0x0:
5053
                        switch ((insn >> 14) & 0x1) {
5054
                        case 0x1: return LISA_VSRARNENI_B_H;
5055
                        }
5056
                        break;
5057
                    case 0x1: return LISA_VSRARNENI_H_W;
5058
                    }
5059
                    break;
5060
                case 0x1: return LISA_VSRARNENI_W_D;
5061
                }
5062
                break;
5063
            case 0x1: return LISA_VSRARNENI_D_Q;
5064
            }
5065
            break;
5066
        case 0xd0:
5067
            switch ((insn >> 17) & 0x1) {
5068
            case 0x0:
5069
                switch ((insn >> 16) & 0x1) {
5070
                case 0x0:
5071
                    switch ((insn >> 15) & 0x1) {
5072
                    case 0x0:
5073
                        switch ((insn >> 14) & 0x1) {
5074
                        case 0x1: return LISA_VSRLNI_B_H;
5075
                        }
5076
                        break;
5077
                    case 0x1: return LISA_VSRLNI_H_W;
5078
                    }
5079
                    break;
5080
                case 0x1: return LISA_VSRLNI_W_D;
5081
                }
5082
                break;
5083
            case 0x1: return LISA_VSRLNI_D_Q;
5084
            }
5085
            break;
5086
        case 0xd1:
5087
            switch ((insn >> 17) & 0x1) {
5088
            case 0x0:
5089
                switch ((insn >> 16) & 0x1) {
5090
                case 0x0:
5091
                    switch ((insn >> 15) & 0x1) {
5092
                    case 0x0:
5093
                        switch ((insn >> 14) & 0x1) {
5094
                        case 0x1: return LISA_VSRLRNI_B_H;
5095
                        }
5096
                        break;
5097
                    case 0x1: return LISA_VSRLRNI_H_W;
5098
                    }
5099
                    break;
5100
                case 0x1: return LISA_VSRLRNI_W_D;
5101
                }
5102
                break;
5103
            case 0x1: return LISA_VSRLRNI_D_Q;
5104
            }
5105
            break;
5106
        case 0xd2:
5107
            switch ((insn >> 17) & 0x1) {
5108
            case 0x0:
5109
                switch ((insn >> 16) & 0x1) {
5110
                case 0x0:
5111
                    switch ((insn >> 15) & 0x1) {
5112
                    case 0x0:
5113
                        switch ((insn >> 14) & 0x1) {
5114
                        case 0x1: return LISA_VSSRLNI_B_H;
5115
                        }
5116
                        break;
5117
                    case 0x1: return LISA_VSSRLNI_H_W;
5118
                    }
5119
                    break;
5120
                case 0x1: return LISA_VSSRLNI_W_D;
5121
                }
5122
                break;
5123
            case 0x1: return LISA_VSSRLNI_D_Q;
5124
            }
5125
            break;
5126
        case 0xd3:
5127
            switch ((insn >> 17) & 0x1) {
5128
            case 0x0:
5129
                switch ((insn >> 16) & 0x1) {
5130
                case 0x0:
5131
                    switch ((insn >> 15) & 0x1) {
5132
                    case 0x0:
5133
                        switch ((insn >> 14) & 0x1) {
5134
                        case 0x1: return LISA_VSSRLNI_BU_H;
5135
                        }
5136
                        break;
5137
                    case 0x1: return LISA_VSSRLNI_HU_W;
5138
                    }
5139
                    break;
5140
                case 0x1: return LISA_VSSRLNI_WU_D;
5141
                }
5142
                break;
5143
            case 0x1: return LISA_VSSRLNI_DU_Q;
5144
            }
5145
            break;
5146
        case 0xd4:
5147
            switch ((insn >> 17) & 0x1) {
5148
            case 0x0:
5149
                switch ((insn >> 16) & 0x1) {
5150
                case 0x0:
5151
                    switch ((insn >> 15) & 0x1) {
5152
                    case 0x0:
5153
                        switch ((insn >> 14) & 0x1) {
5154
                        case 0x1: return LISA_VSSRLRNI_B_H;
5155
                        }
5156
                        break;
5157
                    case 0x1: return LISA_VSSRLRNI_H_W;
5158
                    }
5159
                    break;
5160
                case 0x1: return LISA_VSSRLRNI_W_D;
5161
                }
5162
                break;
5163
            case 0x1: return LISA_VSSRLRNI_D_Q;
5164
            }
5165
            break;
5166
        case 0xd5:
5167
            switch ((insn >> 17) & 0x1) {
5168
            case 0x0:
5169
                switch ((insn >> 16) & 0x1) {
5170
                case 0x0:
5171
                    switch ((insn >> 15) & 0x1) {
5172
                    case 0x0:
5173
                        switch ((insn >> 14) & 0x1) {
5174
                        case 0x1: return LISA_VSSRLRNI_BU_H;
5175
                        }
5176
                        break;
5177
                    case 0x1: return LISA_VSSRLRNI_HU_W;
5178
                    }
5179
                    break;
5180
                case 0x1: return LISA_VSSRLRNI_WU_D;
5181
                }
5182
                break;
5183
            case 0x1: return LISA_VSSRLRNI_DU_Q;
5184
            }
5185
            break;
5186
        case 0xd6:
5187
            switch ((insn >> 17) & 0x1) {
5188
            case 0x0:
5189
                switch ((insn >> 16) & 0x1) {
5190
                case 0x0:
5191
                    switch ((insn >> 15) & 0x1) {
5192
                    case 0x0:
5193
                        switch ((insn >> 14) & 0x1) {
5194
                        case 0x1: return LISA_VSRANI_B_H;
5195
                        }
5196
                        break;
5197
                    case 0x1: return LISA_VSRANI_H_W;
5198
                    }
5199
                    break;
5200
                case 0x1: return LISA_VSRANI_W_D;
5201
                }
5202
                break;
5203
            case 0x1: return LISA_VSRANI_D_Q;
5204
            }
5205
            break;
5206
        case 0xd7:
5207
            switch ((insn >> 17) & 0x1) {
5208
            case 0x0:
5209
                switch ((insn >> 16) & 0x1) {
5210
                case 0x0:
5211
                    switch ((insn >> 15) & 0x1) {
5212
                    case 0x0:
5213
                        switch ((insn >> 14) & 0x1) {
5214
                        case 0x1: return LISA_VSRARNI_B_H;
5215
                        }
5216
                        break;
5217
                    case 0x1: return LISA_VSRARNI_H_W;
5218
                    }
5219
                    break;
5220
                case 0x1: return LISA_VSRARNI_W_D;
5221
                }
5222
                break;
5223
            case 0x1: return LISA_VSRARNI_D_Q;
5224
            }
5225
            break;
5226
        case 0xd8:
5227
            switch ((insn >> 17) & 0x1) {
5228
            case 0x0:
5229
                switch ((insn >> 16) & 0x1) {
5230
                case 0x0:
5231
                    switch ((insn >> 15) & 0x1) {
5232
                    case 0x0:
5233
                        switch ((insn >> 14) & 0x1) {
5234
                        case 0x1: return LISA_VSSRANI_B_H;
5235
                        }
5236
                        break;
5237
                    case 0x1: return LISA_VSSRANI_H_W;
5238
                    }
5239
                    break;
5240
                case 0x1: return LISA_VSSRANI_W_D;
5241
                }
5242
                break;
5243
            case 0x1: return LISA_VSSRANI_D_Q;
5244
            }
5245
            break;
5246
        case 0xd9:
5247
            switch ((insn >> 17) & 0x1) {
5248
            case 0x0:
5249
                switch ((insn >> 16) & 0x1) {
5250
                case 0x0:
5251
                    switch ((insn >> 15) & 0x1) {
5252
                    case 0x0:
5253
                        switch ((insn >> 14) & 0x1) {
5254
                        case 0x1: return LISA_VSSRANI_BU_H;
5255
                        }
5256
                        break;
5257
                    case 0x1: return LISA_VSSRANI_HU_W;
5258
                    }
5259
                    break;
5260
                case 0x1: return LISA_VSSRANI_WU_D;
5261
                }
5262
                break;
5263
            case 0x1: return LISA_VSSRANI_DU_Q;
5264
            }
5265
            break;
5266
        case 0xda:
5267
            switch ((insn >> 17) & 0x1) {
5268
            case 0x0:
5269
                switch ((insn >> 16) & 0x1) {
5270
                case 0x0:
5271
                    switch ((insn >> 15) & 0x1) {
5272
                    case 0x0:
5273
                        switch ((insn >> 14) & 0x1) {
5274
                        case 0x1: return LISA_VSSRARNI_B_H;
5275
                        }
5276
                        break;
5277
                    case 0x1: return LISA_VSSRARNI_H_W;
5278
                    }
5279
                    break;
5280
                case 0x1: return LISA_VSSRARNI_W_D;
5281
                }
5282
                break;
5283
            case 0x1: return LISA_VSSRARNI_D_Q;
5284
            }
5285
            break;
5286
        case 0xdb:
5287
            switch ((insn >> 17) & 0x1) {
5288
            case 0x0:
5289
                switch ((insn >> 16) & 0x1) {
5290
                case 0x0:
5291
                    switch ((insn >> 15) & 0x1) {
5292
                    case 0x0:
5293
                        switch ((insn >> 14) & 0x1) {
5294
                        case 0x1: return LISA_VSSRARNI_BU_H;
5295
                        }
5296
                        break;
5297
                    case 0x1: return LISA_VSSRARNI_HU_W;
5298
                    }
5299
                    break;
5300
                case 0x1: return LISA_VSSRARNI_WU_D;
5301
                }
5302
                break;
5303
            case 0x1: return LISA_VSSRARNI_DU_Q;
5304
            }
5305
            break;
5306
        case 0xdc:
5307
            switch ((insn >> 17) & 0x1) {
5308
            case 0x0:
5309
                switch ((insn >> 16) & 0x1) {
5310
                case 0x0:
5311
                    switch ((insn >> 15) & 0x1) {
5312
                    case 0x0:
5313
                        switch ((insn >> 14) & 0x1) {
5314
                        case 0x1: return LISA_VSSRLRNENI_B_H;
5315
                        }
5316
                        break;
5317
                    case 0x1: return LISA_VSSRLRNENI_H_W;
5318
                    }
5319
                    break;
5320
                case 0x1: return LISA_VSSRLRNENI_W_D;
5321
                }
5322
                break;
5323
            case 0x1: return LISA_VSSRLRNENI_D_Q;
5324
            }
5325
            break;
5326
        case 0xdd:
5327
            switch ((insn >> 17) & 0x1) {
5328
            case 0x0:
5329
                switch ((insn >> 16) & 0x1) {
5330
                case 0x0:
5331
                    switch ((insn >> 15) & 0x1) {
5332
                    case 0x0:
5333
                        switch ((insn >> 14) & 0x1) {
5334
                        case 0x1: return LISA_VSSRLRNENI_BU_H;
5335
                        }
5336
                        break;
5337
                    case 0x1: return LISA_VSSRLRNENI_HU_W;
5338
                    }
5339
                    break;
5340
                case 0x1: return LISA_VSSRLRNENI_WU_D;
5341
                }
5342
                break;
5343
            case 0x1: return LISA_VSSRLRNENI_DU_Q;
5344
            }
5345
            break;
5346
        case 0xde:
5347
            switch ((insn >> 17) & 0x1) {
5348
            case 0x0:
5349
                switch ((insn >> 16) & 0x1) {
5350
                case 0x0:
5351
                    switch ((insn >> 15) & 0x1) {
5352
                    case 0x0:
5353
                        switch ((insn >> 14) & 0x1) {
5354
                        case 0x1: return LISA_VSSRARNENI_B_H;
5355
                        }
5356
                        break;
5357
                    case 0x1: return LISA_VSSRARNENI_H_W;
5358
                    }
5359
                    break;
5360
                case 0x1: return LISA_VSSRARNENI_W_D;
5361
                }
5362
                break;
5363
            case 0x1: return LISA_VSSRARNENI_D_Q;
5364
            }
5365
            break;
5366
        case 0xdf:
5367
            switch ((insn >> 17) & 0x1) {
5368
            case 0x0:
5369
                switch ((insn >> 16) & 0x1) {
5370
                case 0x0:
5371
                    switch ((insn >> 15) & 0x1) {
5372
                    case 0x0:
5373
                        switch ((insn >> 14) & 0x1) {
5374
                        case 0x1: return LISA_VSSRARNENI_BU_H;
5375
                        }
5376
                        break;
5377
                    case 0x1: return LISA_VSSRARNENI_HU_W;
5378
                    }
5379
                    break;
5380
                case 0x1: return LISA_VSSRARNENI_WU_D;
5381
                }
5382
                break;
5383
            case 0x1: return LISA_VSSRARNENI_DU_Q;
5384
            }
5385
            break;
5386
        case 0xe0: return LISA_VEXTRINS_D;
5387
        case 0xe1: return LISA_VEXTRINS_W;
5388
        case 0xe2: return LISA_VEXTRINS_H;
5389
        case 0xe3: return LISA_VEXTRINS_B;
5390
        case 0xe4: return LISA_VSHUF4I_B;
5391
        case 0xe5: return LISA_VSHUF4I_H;
5392
        case 0xe6: return LISA_VSHUF4I_W;
5393
        case 0xe7: return LISA_VSHUF4I_D;
5394
        case 0xe8: return LISA_VSHUFI1_B;
5395
        case 0xe9: return LISA_VSHUFI2_B;
5396
        case 0xea: return LISA_VSHUFI3_B;
5397
        case 0xeb: return LISA_VSHUFI4_B;
5398
        case 0xec: return LISA_VSHUFI1_H;
5399
        case 0xed: return LISA_VSHUFI2_H;
5400
        case 0xee: return LISA_VSELI_H;
5401
        case 0xef: return LISA_VSELI_W;
5402
        case 0xf0: return LISA_VSELI_D;
5403
        case 0xf1: return LISA_VBITSELI_B;
5404
        case 0xf2: return LISA_VBITMVZI_B;
5405
        case 0xf3: return LISA_VBITMVNZI_B;
5406
        case 0xf4: return LISA_VANDI_B;
5407
        case 0xf5: return LISA_VORI_B;
5408
        case 0xf6: return LISA_VXORI_B;
5409
        case 0xf7: return LISA_VNORI_B;
5410
        case 0xf8: return LISA_VLDI;
5411
        case 0xf9: return LISA_VPERMI_W;
5412
        }
5413
        break;
5414
    case 0x1d:
5415
        switch ((insn >> 18) & 0xff) {
5416
        case 0x0:
5417
            switch ((insn >> 15) & 0x7) {
5418
            case 0x0: return LISA_XVSEQ_B;
5419
            case 0x1: return LISA_XVSEQ_H;
5420
            case 0x2: return LISA_XVSEQ_W;
5421
            case 0x3: return LISA_XVSEQ_D;
5422
            case 0x4: return LISA_XVSLE_B;
5423
            case 0x5: return LISA_XVSLE_H;
5424
            case 0x6: return LISA_XVSLE_W;
5425
            case 0x7: return LISA_XVSLE_D;
5426
            }
5427
            break;
5428
        case 0x1:
5429
            switch ((insn >> 15) & 0x7) {
5430
            case 0x0: return LISA_XVSLE_BU;
5431
            case 0x1: return LISA_XVSLE_HU;
5432
            case 0x2: return LISA_XVSLE_WU;
5433
            case 0x3: return LISA_XVSLE_DU;
5434
            case 0x4: return LISA_XVSLT_B;
5435
            case 0x5: return LISA_XVSLT_H;
5436
            case 0x6: return LISA_XVSLT_W;
5437
            case 0x7: return LISA_XVSLT_D;
5438
            }
5439
            break;
5440
        case 0x2:
5441
            switch ((insn >> 15) & 0x7) {
5442
            case 0x0: return LISA_XVSLT_BU;
5443
            case 0x1: return LISA_XVSLT_HU;
5444
            case 0x2: return LISA_XVSLT_WU;
5445
            case 0x3: return LISA_XVSLT_DU;
5446
            case 0x4: return LISA_XVADD_B;
5447
            case 0x5: return LISA_XVADD_H;
5448
            case 0x6: return LISA_XVADD_W;
5449
            case 0x7: return LISA_XVADD_D;
5450
            }
5451
            break;
5452
        case 0x3:
5453
            switch ((insn >> 15) & 0x7) {
5454
            case 0x0: return LISA_XVSUB_B;
5455
            case 0x1: return LISA_XVSUB_H;
5456
            case 0x2: return LISA_XVSUB_W;
5457
            case 0x3: return LISA_XVSUB_D;
5458
            }
5459
            break;
5460
        case 0x7:
5461
            switch ((insn >> 15) & 0x7) {
5462
            case 0x4: return LISA_XVADDWEV_H_B;
5463
            case 0x5: return LISA_XVADDWEV_W_H;
5464
            case 0x6: return LISA_XVADDWEV_D_W;
5465
            case 0x7: return LISA_XVADDWEV_Q_D;
5466
            }
5467
            break;
5468
        case 0x8:
5469
            switch ((insn >> 15) & 0x7) {
5470
            case 0x0: return LISA_XVSUBWEV_H_B;
5471
            case 0x1: return LISA_XVSUBWEV_W_H;
5472
            case 0x2: return LISA_XVSUBWEV_D_W;
5473
            case 0x3: return LISA_XVSUBWEV_Q_D;
5474
            case 0x4: return LISA_XVADDWOD_H_B;
5475
            case 0x5: return LISA_XVADDWOD_W_H;
5476
            case 0x6: return LISA_XVADDWOD_D_W;
5477
            case 0x7: return LISA_XVADDWOD_Q_D;
5478
            }
5479
            break;
5480
        case 0x9:
5481
            switch ((insn >> 15) & 0x7) {
5482
            case 0x0: return LISA_XVSUBWOD_H_B;
5483
            case 0x1: return LISA_XVSUBWOD_W_H;
5484
            case 0x2: return LISA_XVSUBWOD_D_W;
5485
            case 0x3: return LISA_XVSUBWOD_Q_D;
5486
            }
5487
            break;
5488
        case 0xb:
5489
            switch ((insn >> 15) & 0x7) {
5490
            case 0x4: return LISA_XVADDWEV_H_BU;
5491
            case 0x5: return LISA_XVADDWEV_W_HU;
5492
            case 0x6: return LISA_XVADDWEV_D_WU;
5493
            case 0x7: return LISA_XVADDWEV_Q_DU;
5494
            }
5495
            break;
5496
        case 0xc:
5497
            switch ((insn >> 15) & 0x7) {
5498
            case 0x0: return LISA_XVSUBWEV_H_BU;
5499
            case 0x1: return LISA_XVSUBWEV_W_HU;
5500
            case 0x2: return LISA_XVSUBWEV_D_WU;
5501
            case 0x3: return LISA_XVSUBWEV_Q_DU;
5502
            case 0x4: return LISA_XVADDWOD_H_BU;
5503
            case 0x5: return LISA_XVADDWOD_W_HU;
5504
            case 0x6: return LISA_XVADDWOD_D_WU;
5505
            case 0x7: return LISA_XVADDWOD_Q_DU;
5506
            }
5507
            break;
5508
        case 0xd:
5509
            switch ((insn >> 15) & 0x7) {
5510
            case 0x0: return LISA_XVSUBWOD_H_BU;
5511
            case 0x1: return LISA_XVSUBWOD_W_HU;
5512
            case 0x2: return LISA_XVSUBWOD_D_WU;
5513
            case 0x3: return LISA_XVSUBWOD_Q_DU;
5514
            }
5515
            break;
5516
        case 0xf:
5517
            switch ((insn >> 15) & 0x7) {
5518
            case 0x4: return LISA_XVADDWEV_H_BU_B;
5519
            case 0x5: return LISA_XVADDWEV_W_HU_H;
5520
            case 0x6: return LISA_XVADDWEV_D_WU_W;
5521
            case 0x7: return LISA_XVADDWEV_Q_DU_D;
5522
            }
5523
            break;
5524
        case 0x10:
5525
            switch ((insn >> 15) & 0x7) {
5526
            case 0x0: return LISA_XVADDWOD_H_BU_B;
5527
            case 0x1: return LISA_XVADDWOD_W_HU_H;
5528
            case 0x2: return LISA_XVADDWOD_D_WU_W;
5529
            case 0x3: return LISA_XVADDWOD_Q_DU_D;
5530
            }
5531
            break;
5532
        case 0x11:
5533
            switch ((insn >> 15) & 0x7) {
5534
            case 0x4: return LISA_XVSADD_B;
5535
            case 0x5: return LISA_XVSADD_H;
5536
            case 0x6: return LISA_XVSADD_W;
5537
            case 0x7: return LISA_XVSADD_D;
5538
            }
5539
            break;
5540
        case 0x12:
5541
            switch ((insn >> 15) & 0x7) {
5542
            case 0x0: return LISA_XVSSUB_B;
5543
            case 0x1: return LISA_XVSSUB_H;
5544
            case 0x2: return LISA_XVSSUB_W;
5545
            case 0x3: return LISA_XVSSUB_D;
5546
            case 0x4: return LISA_XVSADD_BU;
5547
            case 0x5: return LISA_XVSADD_HU;
5548
            case 0x6: return LISA_XVSADD_WU;
5549
            case 0x7: return LISA_XVSADD_DU;
5550
            }
5551
            break;
5552
        case 0x13:
5553
            switch ((insn >> 15) & 0x7) {
5554
            case 0x0: return LISA_XVSSUB_BU;
5555
            case 0x1: return LISA_XVSSUB_HU;
5556
            case 0x2: return LISA_XVSSUB_WU;
5557
            case 0x3: return LISA_XVSSUB_DU;
5558
            }
5559
            break;
5560
        case 0x15:
5561
            switch ((insn >> 15) & 0x7) {
5562
            case 0x0: return LISA_XVHADDW_H_B;
5563
            case 0x1: return LISA_XVHADDW_W_H;
5564
            case 0x2: return LISA_XVHADDW_D_W;
5565
            case 0x3: return LISA_XVHADDW_Q_D;
5566
            case 0x4: return LISA_XVHSUBW_H_B;
5567
            case 0x5: return LISA_XVHSUBW_W_H;
5568
            case 0x6: return LISA_XVHSUBW_D_W;
5569
            case 0x7: return LISA_XVHSUBW_Q_D;
5570
            }
5571
            break;
5572
        case 0x16:
5573
            switch ((insn >> 15) & 0x7) {
5574
            case 0x0: return LISA_XVHADDW_HU_BU;
5575
            case 0x1: return LISA_XVHADDW_WU_HU;
5576
            case 0x2: return LISA_XVHADDW_DU_WU;
5577
            case 0x3: return LISA_XVHADDW_QU_DU;
5578
            case 0x4: return LISA_XVHSUBW_HU_BU;
5579
            case 0x5: return LISA_XVHSUBW_WU_HU;
5580
            case 0x6: return LISA_XVHSUBW_DU_WU;
5581
            case 0x7: return LISA_XVHSUBW_QU_DU;
5582
            }
5583
            break;
5584
        case 0x17:
5585
            switch ((insn >> 15) & 0x7) {
5586
            case 0x0: return LISA_XVADDA_B;
5587
            case 0x1: return LISA_XVADDA_H;
5588
            case 0x2: return LISA_XVADDA_W;
5589
            case 0x3: return LISA_XVADDA_D;
5590
            }
5591
            break;
5592
        case 0x18:
5593
            switch ((insn >> 15) & 0x7) {
5594
            case 0x0: return LISA_XVABSD_B;
5595
            case 0x1: return LISA_XVABSD_H;
5596
            case 0x2: return LISA_XVABSD_W;
5597
            case 0x3: return LISA_XVABSD_D;
5598
            case 0x4: return LISA_XVABSD_BU;
5599
            case 0x5: return LISA_XVABSD_HU;
5600
            case 0x6: return LISA_XVABSD_WU;
5601
            case 0x7: return LISA_XVABSD_DU;
5602
            }
5603
            break;
5604
        case 0x19:
5605
            switch ((insn >> 15) & 0x7) {
5606
            case 0x0: return LISA_XVAVG_B;
5607
            case 0x1: return LISA_XVAVG_H;
5608
            case 0x2: return LISA_XVAVG_W;
5609
            case 0x3: return LISA_XVAVG_D;
5610
            case 0x4: return LISA_XVAVG_BU;
5611
            case 0x5: return LISA_XVAVG_HU;
5612
            case 0x6: return LISA_XVAVG_WU;
5613
            case 0x7: return LISA_XVAVG_DU;
5614
            }
5615
            break;
5616
        case 0x1a:
5617
            switch ((insn >> 15) & 0x7) {
5618
            case 0x0: return LISA_XVAVGR_B;
5619
            case 0x1: return LISA_XVAVGR_H;
5620
            case 0x2: return LISA_XVAVGR_W;
5621
            case 0x3: return LISA_XVAVGR_D;
5622
            case 0x4: return LISA_XVAVGR_BU;
5623
            case 0x5: return LISA_XVAVGR_HU;
5624
            case 0x6: return LISA_XVAVGR_WU;
5625
            case 0x7: return LISA_XVAVGR_DU;
5626
            }
5627
            break;
5628
        case 0x1c:
5629
            switch ((insn >> 15) & 0x7) {
5630
            case 0x0: return LISA_XVMAX_B;
5631
            case 0x1: return LISA_XVMAX_H;
5632
            case 0x2: return LISA_XVMAX_W;
5633
            case 0x3: return LISA_XVMAX_D;
5634
            case 0x4: return LISA_XVMIN_B;
5635
            case 0x5: return LISA_XVMIN_H;
5636
            case 0x6: return LISA_XVMIN_W;
5637
            case 0x7: return LISA_XVMIN_D;
5638
            }
5639
            break;
5640
        case 0x1d:
5641
            switch ((insn >> 15) & 0x7) {
5642
            case 0x0: return LISA_XVMAX_BU;
5643
            case 0x1: return LISA_XVMAX_HU;
5644
            case 0x2: return LISA_XVMAX_WU;
5645
            case 0x3: return LISA_XVMAX_DU;
5646
            case 0x4: return LISA_XVMIN_BU;
5647
            case 0x5: return LISA_XVMIN_HU;
5648
            case 0x6: return LISA_XVMIN_WU;
5649
            case 0x7: return LISA_XVMIN_DU;
5650
            }
5651
            break;
5652
        case 0x21:
5653
            switch ((insn >> 15) & 0x7) {
5654
            case 0x0: return LISA_XVMUL_B;
5655
            case 0x1: return LISA_XVMUL_H;
5656
            case 0x2: return LISA_XVMUL_W;
5657
            case 0x3: return LISA_XVMUL_D;
5658
            case 0x4: return LISA_XVMUH_B;
5659
            case 0x5: return LISA_XVMUH_H;
5660
            case 0x6: return LISA_XVMUH_W;
5661
            case 0x7: return LISA_XVMUH_D;
5662
            }
5663
            break;
5664
        case 0x22:
5665
            switch ((insn >> 15) & 0x7) {
5666
            case 0x0: return LISA_XVMUH_BU;
5667
            case 0x1: return LISA_XVMUH_HU;
5668
            case 0x2: return LISA_XVMUH_WU;
5669
            case 0x3: return LISA_XVMUH_DU;
5670
            }
5671
            break;
5672
        case 0x24:
5673
            switch ((insn >> 15) & 0x7) {
5674
            case 0x0: return LISA_XVMULWEV_H_B;
5675
            case 0x1: return LISA_XVMULWEV_W_H;
5676
            case 0x2: return LISA_XVMULWEV_D_W;
5677
            case 0x3: return LISA_XVMULWEV_Q_D;
5678
            case 0x4: return LISA_XVMULWOD_H_B;
5679
            case 0x5: return LISA_XVMULWOD_W_H;
5680
            case 0x6: return LISA_XVMULWOD_D_W;
5681
            case 0x7: return LISA_XVMULWOD_Q_D;
5682
            }
5683
            break;
5684
        case 0x26:
5685
            switch ((insn >> 15) & 0x7) {
5686
            case 0x0: return LISA_XVMULWEV_H_BU;
5687
            case 0x1: return LISA_XVMULWEV_W_HU;
5688
            case 0x2: return LISA_XVMULWEV_D_WU;
5689
            case 0x3: return LISA_XVMULWEV_Q_DU;
5690
            case 0x4: return LISA_XVMULWOD_H_BU;
5691
            case 0x5: return LISA_XVMULWOD_W_HU;
5692
            case 0x6: return LISA_XVMULWOD_D_WU;
5693
            case 0x7: return LISA_XVMULWOD_Q_DU;
5694
            }
5695
            break;
5696
        case 0x2a:
5697
            switch ((insn >> 15) & 0x7) {
5698
            case 0x0: return LISA_XVMADD_B;
5699
            case 0x1: return LISA_XVMADD_H;
5700
            case 0x2: return LISA_XVMADD_W;
5701
            case 0x3: return LISA_XVMADD_D;
5702
            case 0x4: return LISA_XVMSUB_B;
5703
            case 0x5: return LISA_XVMSUB_H;
5704
            case 0x6: return LISA_XVMSUB_W;
5705
            case 0x7: return LISA_XVMSUB_D;
5706
            }
5707
            break;
5708
        case 0x2b:
5709
            switch ((insn >> 15) & 0x7) {
5710
            case 0x0: return LISA_XVMADDWEV_H_B;
5711
            case 0x1: return LISA_XVMADDWEV_W_H;
5712
            case 0x2: return LISA_XVMADDWEV_D_W;
5713
            case 0x3: return LISA_XVMADDWEV_Q_D;
5714
            case 0x4: return LISA_XVMADDWOD_H_B;
5715
            case 0x5: return LISA_XVMADDWOD_W_H;
5716
            case 0x6: return LISA_XVMADDWOD_D_W;
5717
            case 0x7: return LISA_XVMADDWOD_Q_D;
5718
            }
5719
            break;
5720
        case 0x2d:
5721
            switch ((insn >> 15) & 0x7) {
5722
            case 0x0: return LISA_XVMADDWEV_H_BU;
5723
            case 0x1: return LISA_XVMADDWEV_W_HU;
5724
            case 0x2: return LISA_XVMADDWEV_D_WU;
5725
            case 0x3: return LISA_XVMADDWEV_Q_DU;
5726
            case 0x4: return LISA_XVMADDWOD_H_BU;
5727
            case 0x5: return LISA_XVMADDWOD_W_HU;
5728
            case 0x6: return LISA_XVMADDWOD_D_WU;
5729
            case 0x7: return LISA_XVMADDWOD_Q_DU;
5730
            }
5731
            break;
5732
        case 0x2f:
5733
            switch ((insn >> 15) & 0x7) {
5734
            case 0x0: return LISA_XVMADDWEV_H_BU_B;
5735
            case 0x1: return LISA_XVMADDWEV_W_HU_H;
5736
            case 0x2: return LISA_XVMADDWEV_D_WU_W;
5737
            case 0x3: return LISA_XVMADDWEV_Q_DU_D;
5738
            case 0x4: return LISA_XVMADDWOD_H_BU_B;
5739
            case 0x5: return LISA_XVMADDWOD_W_HU_H;
5740
            case 0x6: return LISA_XVMADDWOD_D_WU_W;
5741
            case 0x7: return LISA_XVMADDWOD_Q_DU_D;
5742
            }
5743
            break;
5744
        case 0x38:
5745
            switch ((insn >> 15) & 0x7) {
5746
            case 0x0: return LISA_XVDIV_B;
5747
            case 0x1: return LISA_XVDIV_H;
5748
            case 0x2: return LISA_XVDIV_W;
5749
            case 0x3: return LISA_XVDIV_D;
5750
            case 0x4: return LISA_XVMOD_B;
5751
            case 0x5: return LISA_XVMOD_H;
5752
            case 0x6: return LISA_XVMOD_W;
5753
            case 0x7: return LISA_XVMOD_D;
5754
            }
5755
            break;
5756
        case 0x39:
5757
            switch ((insn >> 15) & 0x7) {
5758
            case 0x0: return LISA_XVDIV_BU;
5759
            case 0x1: return LISA_XVDIV_HU;
5760
            case 0x2: return LISA_XVDIV_WU;
5761
            case 0x3: return LISA_XVDIV_DU;
5762
            case 0x4: return LISA_XVMOD_BU;
5763
            case 0x5: return LISA_XVMOD_HU;
5764
            case 0x6: return LISA_XVMOD_WU;
5765
            case 0x7: return LISA_XVMOD_DU;
5766
            }
5767
            break;
5768
        case 0x3a:
5769
            switch ((insn >> 15) & 0x7) {
5770
            case 0x0: return LISA_XVSLL_B;
5771
            case 0x1: return LISA_XVSLL_H;
5772
            case 0x2: return LISA_XVSLL_W;
5773
            case 0x3: return LISA_XVSLL_D;
5774
            case 0x4: return LISA_XVSRL_B;
5775
            case 0x5: return LISA_XVSRL_H;
5776
            case 0x6: return LISA_XVSRL_W;
5777
            case 0x7: return LISA_XVSRL_D;
5778
            }
5779
            break;
5780
        case 0x3b:
5781
            switch ((insn >> 15) & 0x7) {
5782
            case 0x0: return LISA_XVSRA_B;
5783
            case 0x1: return LISA_XVSRA_H;
5784
            case 0x2: return LISA_XVSRA_W;
5785
            case 0x3: return LISA_XVSRA_D;
5786
            case 0x4: return LISA_XVROTR_B;
5787
            case 0x5: return LISA_XVROTR_H;
5788
            case 0x6: return LISA_XVROTR_W;
5789
            case 0x7: return LISA_XVROTR_D;
5790
            }
5791
            break;
5792
        case 0x3c:
5793
            switch ((insn >> 15) & 0x7) {
5794
            case 0x0: return LISA_XVSRLR_B;
5795
            case 0x1: return LISA_XVSRLR_H;
5796
            case 0x2: return LISA_XVSRLR_W;
5797
            case 0x3: return LISA_XVSRLR_D;
5798
            case 0x4: return LISA_XVSRAR_B;
5799
            case 0x5: return LISA_XVSRAR_H;
5800
            case 0x6: return LISA_XVSRAR_W;
5801
            case 0x7: return LISA_XVSRAR_D;
5802
            }
5803
            break;
5804
        case 0x3d:
5805
            switch ((insn >> 15) & 0x7) {
5806
            case 0x1: return LISA_XVSRLN_B_H;
5807
            case 0x2: return LISA_XVSRLN_H_W;
5808
            case 0x3: return LISA_XVSRLN_W_D;
5809
            case 0x5: return LISA_XVSRAN_B_H;
5810
            case 0x6: return LISA_XVSRAN_H_W;
5811
            case 0x7: return LISA_XVSRAN_W_D;
5812
            }
5813
            break;
5814
        case 0x3e:
5815
            switch ((insn >> 15) & 0x7) {
5816
            case 0x1: return LISA_XVSRLRN_B_H;
5817
            case 0x2: return LISA_XVSRLRN_H_W;
5818
            case 0x3: return LISA_XVSRLRN_W_D;
5819
            case 0x5: return LISA_XVSRARN_B_H;
5820
            case 0x6: return LISA_XVSRARN_H_W;
5821
            case 0x7: return LISA_XVSRARN_W_D;
5822
            }
5823
            break;
5824
        case 0x3f:
5825
            switch ((insn >> 15) & 0x7) {
5826
            case 0x1: return LISA_XVSSRLN_B_H;
5827
            case 0x2: return LISA_XVSSRLN_H_W;
5828
            case 0x3: return LISA_XVSSRLN_W_D;
5829
            case 0x5: return LISA_XVSSRAN_B_H;
5830
            case 0x6: return LISA_XVSSRAN_H_W;
5831
            case 0x7: return LISA_XVSSRAN_W_D;
5832
            }
5833
            break;
5834
        case 0x40:
5835
            switch ((insn >> 15) & 0x7) {
5836
            case 0x1: return LISA_XVSSRLRN_B_H;
5837
            case 0x2: return LISA_XVSSRLRN_H_W;
5838
            case 0x3: return LISA_XVSSRLRN_W_D;
5839
            case 0x5: return LISA_XVSSRARN_B_H;
5840
            case 0x6: return LISA_XVSSRARN_H_W;
5841
            case 0x7: return LISA_XVSSRARN_W_D;
5842
            }
5843
            break;
5844
        case 0x41:
5845
            switch ((insn >> 15) & 0x7) {
5846
            case 0x1: return LISA_XVSSRLN_BU_H;
5847
            case 0x2: return LISA_XVSSRLN_HU_W;
5848
            case 0x3: return LISA_XVSSRLN_WU_D;
5849
            case 0x5: return LISA_XVSSRAN_BU_H;
5850
            case 0x6: return LISA_XVSSRAN_HU_W;
5851
            case 0x7: return LISA_XVSSRAN_WU_D;
5852
            }
5853
            break;
5854
        case 0x42:
5855
            switch ((insn >> 15) & 0x7) {
5856
            case 0x1: return LISA_XVSSRLRN_BU_H;
5857
            case 0x2: return LISA_XVSSRLRN_HU_W;
5858
            case 0x3: return LISA_XVSSRLRN_WU_D;
5859
            case 0x5: return LISA_XVSSRARN_BU_H;
5860
            case 0x6: return LISA_XVSSRARN_HU_W;
5861
            case 0x7: return LISA_XVSSRARN_WU_D;
5862
            }
5863
            break;
5864
        case 0x43:
5865
            switch ((insn >> 15) & 0x7) {
5866
            case 0x0: return LISA_XVBITCLR_B;
5867
            case 0x1: return LISA_XVBITCLR_H;
5868
            case 0x2: return LISA_XVBITCLR_W;
5869
            case 0x3: return LISA_XVBITCLR_D;
5870
            case 0x4: return LISA_XVBITSET_B;
5871
            case 0x5: return LISA_XVBITSET_H;
5872
            case 0x6: return LISA_XVBITSET_W;
5873
            case 0x7: return LISA_XVBITSET_D;
5874
            }
5875
            break;
5876
        case 0x44:
5877
            switch ((insn >> 15) & 0x7) {
5878
            case 0x0: return LISA_XVBITREV_B;
5879
            case 0x1: return LISA_XVBITREV_H;
5880
            case 0x2: return LISA_XVBITREV_W;
5881
            case 0x3: return LISA_XVBITREV_D;
5882
            }
5883
            break;
5884
        case 0x45:
5885
            switch ((insn >> 15) & 0x7) {
5886
            case 0x4: return LISA_XVPACKEV_B;
5887
            case 0x5: return LISA_XVPACKEV_H;
5888
            case 0x6: return LISA_XVPACKEV_W;
5889
            case 0x7: return LISA_XVPACKEV_D;
5890
            }
5891
            break;
5892
        case 0x46:
5893
            switch ((insn >> 15) & 0x7) {
5894
            case 0x0: return LISA_XVPACKOD_B;
5895
            case 0x1: return LISA_XVPACKOD_H;
5896
            case 0x2: return LISA_XVPACKOD_W;
5897
            case 0x3: return LISA_XVPACKOD_D;
5898
            case 0x4: return LISA_XVILVL_B;
5899
            case 0x5: return LISA_XVILVL_H;
5900
            case 0x6: return LISA_XVILVL_W;
5901
            case 0x7: return LISA_XVILVL_D;
5902
            }
5903
            break;
5904
        case 0x47:
5905
            switch ((insn >> 15) & 0x7) {
5906
            case 0x0: return LISA_XVILVH_B;
5907
            case 0x1: return LISA_XVILVH_H;
5908
            case 0x2: return LISA_XVILVH_W;
5909
            case 0x3: return LISA_XVILVH_D;
5910
            case 0x4: return LISA_XVPICKEV_B;
5911
            case 0x5: return LISA_XVPICKEV_H;
5912
            case 0x6: return LISA_XVPICKEV_W;
5913
            case 0x7: return LISA_XVPICKEV_D;
5914
            }
5915
            break;
5916
        case 0x48:
5917
            switch ((insn >> 15) & 0x7) {
5918
            case 0x0: return LISA_XVPICKOD_B;
5919
            case 0x1: return LISA_XVPICKOD_H;
5920
            case 0x2: return LISA_XVPICKOD_W;
5921
            case 0x3: return LISA_XVPICKOD_D;
5922
            case 0x4: return LISA_XVREPLVE_B;
5923
            case 0x5: return LISA_XVREPLVE_H;
5924
            case 0x6: return LISA_XVREPLVE_W;
5925
            case 0x7: return LISA_XVREPLVE_D;
5926
            }
5927
            break;
5928
        case 0x49:
5929
            switch ((insn >> 15) & 0x7) {
5930
            case 0x4: return LISA_XVAND_V;
5931
            case 0x5: return LISA_XVOR_V;
5932
            case 0x6: return LISA_XVXOR_V;
5933
            case 0x7: return LISA_XVNOR_V;
5934
            }
5935
            break;
5936
        case 0x4a:
5937
            switch ((insn >> 15) & 0x7) {
5938
            case 0x0: return LISA_XVANDN_V;
5939
            case 0x1: return LISA_XVORN_V;
5940
            case 0x6: return LISA_XVFRSTP_B;
5941
            case 0x7: return LISA_XVFRSTP_H;
5942
            }
5943
            break;
5944
        case 0x4b:
5945
            switch ((insn >> 15) & 0x7) {
5946
            case 0x2: return LISA_XVADD_Q;
5947
            case 0x3: return LISA_XVSUB_Q;
5948
            case 0x4: return LISA_XVSIGNCOV_B;
5949
            case 0x5: return LISA_XVSIGNCOV_H;
5950
            case 0x6: return LISA_XVSIGNCOV_W;
5951
            case 0x7: return LISA_XVSIGNCOV_D;
5952
            }
5953
            break;
5954
        case 0x4c:
5955
            switch ((insn >> 15) & 0x7) {
5956
            case 0x1: return LISA_XVFADD_S;
5957
            case 0x2: return LISA_XVFADD_D;
5958
            case 0x5: return LISA_XVFSUB_S;
5959
            case 0x6: return LISA_XVFSUB_D;
5960
            }
5961
            break;
5962
        case 0x4d:
5963
            switch ((insn >> 15) & 0x7) {
5964
            case 0x1: return LISA_XVFADDSUB_S;
5965
            case 0x2: return LISA_XVFADDSUB_D;
5966
            case 0x5: return LISA_XVFSUBADD_S;
5967
            case 0x6: return LISA_XVFSUBADD_D;
5968
            }
5969
            break;
5970
        case 0x4e:
5971
            switch ((insn >> 15) & 0x7) {
5972
            case 0x1: return LISA_XVFMUL_S;
5973
            case 0x2: return LISA_XVFMUL_D;
5974
            case 0x5: return LISA_XVFDIV_S;
5975
            case 0x6: return LISA_XVFDIV_D;
5976
            }
5977
            break;
5978
        case 0x4f:
5979
            switch ((insn >> 15) & 0x7) {
5980
            case 0x1: return LISA_XVFMAX_S;
5981
            case 0x2: return LISA_XVFMAX_D;
5982
            case 0x5: return LISA_XVFMIN_S;
5983
            case 0x6: return LISA_XVFMIN_D;
5984
            }
5985
            break;
5986
        case 0x50:
5987
            switch ((insn >> 15) & 0x7) {
5988
            case 0x1: return LISA_XVFMAXA_S;
5989
            case 0x2: return LISA_XVFMAXA_D;
5990
            case 0x5: return LISA_XVFMINA_S;
5991
            case 0x6: return LISA_XVFMINA_D;
5992
            }
5993
            break;
5994
        case 0x51:
5995
            switch ((insn >> 15) & 0x7) {
5996
            case 0x1: return LISA_XVFSCALEB_S;
5997
            case 0x2: return LISA_XVFSCALEB_D;
5998
            case 0x4: return LISA_XVFCVT_H_S;
5999
            case 0x5: return LISA_XVFCVT_S_D;
6000
            }
6001
            break;
6002
        case 0x52:
6003
            switch ((insn >> 15) & 0x7) {
6004
            case 0x0: return LISA_XVFFINT_S_L;
6005
            case 0x3: return LISA_XVFTINT_W_D;
6006
            case 0x4: return LISA_XVFTINTRM_W_D;
6007
            case 0x5: return LISA_XVFTINTRP_W_D;
6008
            case 0x6: return LISA_XVFTINTRZ_W_D;
6009
            case 0x7: return LISA_XVFTINTRNE_W_D;
6010
            }
6011
            break;
6012
        case 0x53:
6013
            switch ((insn >> 15) & 0x7) {
6014
            case 0x5: return LISA_XVHADD4_H_BU;
6015
            case 0x6: return LISA_XVSHUF4_W;
6016
            case 0x7: return LISA_XVSHUF2_D;
6017
            }
6018
            break;
6019
        case 0x58:
6020
            switch ((insn >> 15) & 0x7) {
6021
            case 0x0: return LISA_XVPMUL_W;
6022
            case 0x1: return LISA_XVPMUL_D;
6023
            case 0x2: return LISA_XVPMUH_W;
6024
            case 0x3: return LISA_XVPMUH_D;
6025
            case 0x4: return LISA_XVPMULACC_W;
6026
            case 0x5: return LISA_XVPMULACC_D;
6027
            case 0x6: return LISA_XVPMUHACC_W;
6028
            case 0x7: return LISA_XVPMUHACC_D;
6029
            }
6030
            break;
6031
        case 0x59:
6032
            switch ((insn >> 15) & 0x7) {
6033
            case 0x0: return LISA_XVPMULWL_H_B;
6034
            case 0x1: return LISA_XVPMULWL_W_H;
6035
            case 0x2: return LISA_XVPMULWL_D_W;
6036
            case 0x3: return LISA_XVPMULWL_Q_D;
6037
            case 0x4: return LISA_XVPMULWH_H_B;
6038
            case 0x5: return LISA_XVPMULWH_W_H;
6039
            case 0x6: return LISA_XVPMULWH_D_W;
6040
            case 0x7: return LISA_XVPMULWH_Q_D;
6041
            }
6042
            break;
6043
        case 0x5a:
6044
            switch ((insn >> 15) & 0x7) {
6045
            case 0x0: return LISA_XVPMADDWL_H_B;
6046
            case 0x1: return LISA_XVPMADDWL_W_H;
6047
            case 0x2: return LISA_XVPMADDWL_D_W;
6048
            case 0x3: return LISA_XVPMADDWL_Q_D;
6049
            case 0x4: return LISA_XVPMADDWH_H_B;
6050
            case 0x5: return LISA_XVPMADDWH_W_H;
6051
            case 0x6: return LISA_XVPMADDWH_D_W;
6052
            case 0x7: return LISA_XVPMADDWH_Q_D;
6053
            }
6054
            break;
6055
        case 0x5b:
6056
            switch ((insn >> 15) & 0x7) {
6057
            case 0x0: return LISA_XVPDP2_Q_D;
6058
            case 0x1: return LISA_XVPDP2ADD_Q_D;
6059
            }
6060
            break;
6061
        case 0x5c:
6062
            switch ((insn >> 15) & 0x7) {
6063
            case 0x0: return LISA_XVCDP4_RE_D_H;
6064
            case 0x1: return LISA_XVCDP4_IM_D_H;
6065
            case 0x2: return LISA_XVCDP4ADD_RE_D_H;
6066
            case 0x3: return LISA_XVCDP4ADD_IM_D_H;
6067
            case 0x4: return LISA_XVCDP2_RE_Q_W;
6068
            case 0x5: return LISA_XVCDP2_IM_Q_W;
6069
            case 0x6: return LISA_XVCDP2ADD_RE_Q_W;
6070
            case 0x7: return LISA_XVCDP2ADD_IM_Q_W;
6071
            }
6072
            break;
6073
        case 0x5e:
6074
            switch ((insn >> 15) & 0x7) {
6075
            case 0x2: return LISA_XVSIGNSEL_W;
6076
            case 0x3: return LISA_XVSIGNSEL_D;
6077
            case 0x5: return LISA_XVSHUF_H;
6078
            case 0x6: return LISA_XVSHUF_W;
6079
            case 0x7: return LISA_XVSHUF_D;
6080
            }
6081
            break;
6082
        case 0x5f:
6083
            switch ((insn >> 15) & 0x7) {
6084
            case 0x2: return LISA_XVPERM_W;
6085
            }
6086
            break;
6087
        case 0xa0:
6088
            switch ((insn >> 15) & 0x7) {
6089
            case 0x0: return LISA_XVSEQI_B;
6090
            case 0x1: return LISA_XVSEQI_H;
6091
            case 0x2: return LISA_XVSEQI_W;
6092
            case 0x3: return LISA_XVSEQI_D;
6093
            case 0x4: return LISA_XVSLEI_B;
6094
            case 0x5: return LISA_XVSLEI_H;
6095
            case 0x6: return LISA_XVSLEI_W;
6096
            case 0x7: return LISA_XVSLEI_D;
6097
            }
6098
            break;
6099
        case 0xa1:
6100
            switch ((insn >> 15) & 0x7) {
6101
            case 0x0: return LISA_XVSLEI_BU;
6102
            case 0x1: return LISA_XVSLEI_HU;
6103
            case 0x2: return LISA_XVSLEI_WU;
6104
            case 0x3: return LISA_XVSLEI_DU;
6105
            case 0x4: return LISA_XVSLTI_B;
6106
            case 0x5: return LISA_XVSLTI_H;
6107
            case 0x6: return LISA_XVSLTI_W;
6108
            case 0x7: return LISA_XVSLTI_D;
6109
            }
6110
            break;
6111
        case 0xa2:
6112
            switch ((insn >> 15) & 0x7) {
6113
            case 0x0: return LISA_XVSLTI_BU;
6114
            case 0x1: return LISA_XVSLTI_HU;
6115
            case 0x2: return LISA_XVSLTI_WU;
6116
            case 0x3: return LISA_XVSLTI_DU;
6117
            case 0x4: return LISA_XVADDI_BU;
6118
            case 0x5: return LISA_XVADDI_HU;
6119
            case 0x6: return LISA_XVADDI_WU;
6120
            case 0x7: return LISA_XVADDI_DU;
6121
            }
6122
            break;
6123
        case 0xa3:
6124
            switch ((insn >> 15) & 0x7) {
6125
            case 0x0: return LISA_XVSUBI_BU;
6126
            case 0x1: return LISA_XVSUBI_HU;
6127
            case 0x2: return LISA_XVSUBI_WU;
6128
            case 0x3: return LISA_XVSUBI_DU;
6129
            case 0x4: return LISA_XVBSLL_V;
6130
            case 0x5: return LISA_XVBSRL_V;
6131
            }
6132
            break;
6133
        case 0xa4:
6134
            switch ((insn >> 15) & 0x7) {
6135
            case 0x0: return LISA_XVMAXI_B;
6136
            case 0x1: return LISA_XVMAXI_H;
6137
            case 0x2: return LISA_XVMAXI_W;
6138
            case 0x3: return LISA_XVMAXI_D;
6139
            case 0x4: return LISA_XVMINI_B;
6140
            case 0x5: return LISA_XVMINI_H;
6141
            case 0x6: return LISA_XVMINI_W;
6142
            case 0x7: return LISA_XVMINI_D;
6143
            }
6144
            break;
6145
        case 0xa5:
6146
            switch ((insn >> 15) & 0x7) {
6147
            case 0x0: return LISA_XVMAXI_BU;
6148
            case 0x1: return LISA_XVMAXI_HU;
6149
            case 0x2: return LISA_XVMAXI_WU;
6150
            case 0x3: return LISA_XVMAXI_DU;
6151
            case 0x4: return LISA_XVMINI_BU;
6152
            case 0x5: return LISA_XVMINI_HU;
6153
            case 0x6: return LISA_XVMINI_WU;
6154
            case 0x7: return LISA_XVMINI_DU;
6155
            }
6156
            break;
6157
        case 0xa6:
6158
            switch ((insn >> 15) & 0x7) {
6159
            case 0x0: return LISA_XVRANDSIGNI_B;
6160
            case 0x1: return LISA_XVRANDSIGNI_H;
6161
            case 0x2: return LISA_XVRORSIGNI_B;
6162
            case 0x3: return LISA_XVRORSIGNI_H;
6163
            case 0x4: return LISA_XVFRSTPI_B;
6164
            case 0x5: return LISA_XVFRSTPI_H;
6165
            case 0x6: return LISA_XVCLRSTRI_V;
6166
            case 0x7: return LISA_XVMEPATMSK_V;
6167
            }
6168
            break;
6169
        case 0xa7:
6170
            switch ((insn >> 15) & 0x7) {
6171
            case 0x0:
6172
                switch ((insn >> 10) & 0x1f) {
6173
                case 0x0: return LISA_XVCLO_B;
6174
                case 0x1: return LISA_XVCLO_H;
6175
                case 0x2: return LISA_XVCLO_W;
6176
                case 0x3: return LISA_XVCLO_D;
6177
                case 0x4: return LISA_XVCLZ_B;
6178
                case 0x5: return LISA_XVCLZ_H;
6179
                case 0x6: return LISA_XVCLZ_W;
6180
                case 0x7: return LISA_XVCLZ_D;
6181
                case 0x8: return LISA_XVPCNT_B;
6182
                case 0x9: return LISA_XVPCNT_H;
6183
                case 0xa: return LISA_XVPCNT_W;
6184
                case 0xb: return LISA_XVPCNT_D;
6185
                case 0xc: return LISA_XVNEG_B;
6186
                case 0xd: return LISA_XVNEG_H;
6187
                case 0xe: return LISA_XVNEG_W;
6188
                case 0xf: return LISA_XVNEG_D;
6189
                case 0x10: return LISA_XVMSKLTZ_B;
6190
                case 0x11: return LISA_XVMSKLTZ_H;
6191
                case 0x12: return LISA_XVMSKLTZ_W;
6192
                case 0x13: return LISA_XVMSKLTZ_D;
6193
                case 0x14: return LISA_XVMSKGEZ_B;
6194
                case 0x18: return LISA_XVMSKNZ_B;
6195
                case 0x1c: return LISA_XVMSKCOPY_B;
6196
                }
6197
                break;
6198
            case 0x1:
6199
                switch ((insn >> 10) & 0x1f) {
6200
                case 0x0: return LISA_XVMSKFILL_B;
6201
                case 0x4: return LISA_XVFRSTM_B;
6202
                case 0x5: return LISA_XVFRSTM_H;
6203
                case 0x6:
6204
                    switch ((insn >> 3) & 0x3) {
6205
                    case 0x0: return LISA_XVSETEQZ_V;
6206
                    }
6207
                    break;
6208
                case 0x7:
6209
                    switch ((insn >> 3) & 0x3) {
6210
                    case 0x0: return LISA_XVSETNEZ_V;
6211
                    }
6212
                    break;
6213
                case 0x8:
6214
                    switch ((insn >> 3) & 0x3) {
6215
                    case 0x0: return LISA_XVSETANYEQZ_B;
6216
                    }
6217
                    break;
6218
                case 0x9:
6219
                    switch ((insn >> 3) & 0x3) {
6220
                    case 0x0: return LISA_XVSETANYEQZ_H;
6221
                    }
6222
                    break;
6223
                case 0xa:
6224
                    switch ((insn >> 3) & 0x3) {
6225
                    case 0x0: return LISA_XVSETANYEQZ_W;
6226
                    }
6227
                    break;
6228
                case 0xb:
6229
                    switch ((insn >> 3) & 0x3) {
6230
                    case 0x0: return LISA_XVSETANYEQZ_D;
6231
                    }
6232
                    break;
6233
                case 0xc:
6234
                    switch ((insn >> 3) & 0x3) {
6235
                    case 0x0: return LISA_XVSETALLNEZ_B;
6236
                    }
6237
                    break;
6238
                case 0xd:
6239
                    switch ((insn >> 3) & 0x3) {
6240
                    case 0x0: return LISA_XVSETALLNEZ_H;
6241
                    }
6242
                    break;
6243
                case 0xe:
6244
                    switch ((insn >> 3) & 0x3) {
6245
                    case 0x0: return LISA_XVSETALLNEZ_W;
6246
                    }
6247
                    break;
6248
                case 0xf:
6249
                    switch ((insn >> 3) & 0x3) {
6250
                    case 0x0: return LISA_XVSETALLNEZ_D;
6251
                    }
6252
                    break;
6253
                case 0x11: return LISA_XVFLOGB_S;
6254
                case 0x12: return LISA_XVFLOGB_D;
6255
                case 0x15: return LISA_XVFCLASS_S;
6256
                case 0x16: return LISA_XVFCLASS_D;
6257
                case 0x19: return LISA_XVFSQRT_S;
6258
                case 0x1a: return LISA_XVFSQRT_D;
6259
                case 0x1d: return LISA_XVFRECIP_S;
6260
                case 0x1e: return LISA_XVFRECIP_D;
6261
                }
6262
                break;
6263
            case 0x2:
6264
                switch ((insn >> 10) & 0x1f) {
6265
                case 0x1: return LISA_XVFRSQRT_S;
6266
                case 0x2: return LISA_XVFRSQRT_D;
6267
                case 0xd: return LISA_XVFRINT_S;
6268
                case 0xe: return LISA_XVFRINT_D;
6269
                case 0x11: return LISA_XVFRINTRM_S;
6270
                case 0x12: return LISA_XVFRINTRM_D;
6271
                case 0x15: return LISA_XVFRINTRP_S;
6272
                case 0x16: return LISA_XVFRINTRP_D;
6273
                case 0x19: return LISA_XVFRINTRZ_S;
6274
                case 0x1a: return LISA_XVFRINTRZ_D;
6275
                case 0x1d: return LISA_XVFRINTRNE_S;
6276
                case 0x1e: return LISA_XVFRINTRNE_D;
6277
                }
6278
                break;
6279
            case 0x3:
6280
                switch ((insn >> 10) & 0x1f) {
6281
                case 0x1: return LISA_XVEXTL_W_B;
6282
                case 0x2: return LISA_XVEXTL_D_B;
6283
                case 0x5: return LISA_XVEXTL_D_H;
6284
                case 0xb: return LISA_XVEXTL_W_BU;
6285
                case 0xc: return LISA_XVEXTL_D_BU;
6286
                case 0xf: return LISA_XVEXTL_D_HU;
6287
                case 0x14: return LISA_XVHADD8_D_BU;
6288
                case 0x15: return LISA_XVHMINPOS_W_HU;
6289
                case 0x16: return LISA_XVHMINPOS_D_HU;
6290
                case 0x17: return LISA_XVHMINPOS_Q_HU;
6291
                case 0x18: return LISA_XVCLRTAIL_B;
6292
                case 0x19: return LISA_XVCLRTAIL_H;
6293
                case 0x1a: return LISA_XVFCVTL_S_H;
6294
                case 0x1b: return LISA_XVFCVTH_S_H;
6295
                case 0x1c: return LISA_XVFCVTL_D_S;
6296
                case 0x1d: return LISA_XVFCVTH_D_S;
6297
                }
6298
                break;
6299
            case 0x4:
6300
                switch ((insn >> 10) & 0x1f) {
6301
                case 0x0: return LISA_XVFFINT_S_W;
6302
                case 0x1: return LISA_XVFFINT_S_WU;
6303
                case 0x2: return LISA_XVFFINT_D_L;
6304
                case 0x3: return LISA_XVFFINT_D_LU;
6305
                case 0x4: return LISA_XVFFINTL_D_W;
6306
                case 0x5: return LISA_XVFFINTH_D_W;
6307
                case 0xc: return LISA_XVFTINT_W_S;
6308
                case 0xd: return LISA_XVFTINT_L_D;
6309
                case 0xe: return LISA_XVFTINTRM_W_S;
6310
                case 0xf: return LISA_XVFTINTRM_L_D;
6311
                case 0x10: return LISA_XVFTINTRP_W_S;
6312
                case 0x11: return LISA_XVFTINTRP_L_D;
6313
                case 0x12: return LISA_XVFTINTRZ_W_S;
6314
                case 0x13: return LISA_XVFTINTRZ_L_D;
6315
                case 0x14: return LISA_XVFTINTRNE_W_S;
6316
                case 0x15: return LISA_XVFTINTRNE_L_D;
6317
                case 0x16: return LISA_XVFTINT_WU_S;
6318
                case 0x17: return LISA_XVFTINT_LU_D;
6319
                case 0x1c: return LISA_XVFTINTRZ_WU_S;
6320
                case 0x1d: return LISA_XVFTINTRZ_LU_D;
6321
                }
6322
                break;
6323
            case 0x5:
6324
                switch ((insn >> 10) & 0x1f) {
6325
                case 0x0: return LISA_XVFTINTL_L_S;
6326
                case 0x1: return LISA_XVFTINTH_L_S;
6327
                case 0x2: return LISA_XVFTINTRML_L_S;
6328
                case 0x3: return LISA_XVFTINTRMH_L_S;
6329
                case 0x4: return LISA_XVFTINTRPL_L_S;
6330
                case 0x5: return LISA_XVFTINTRPH_L_S;
6331
                case 0x6: return LISA_XVFTINTRZL_L_S;
6332
                case 0x7: return LISA_XVFTINTRZH_L_S;
6333
                case 0x8: return LISA_XVFTINTRNEL_L_S;
6334
                case 0x9: return LISA_XVFTINTRNEH_L_S;
6335
                case 0x18: return LISA_XVEXTH_H_B;
6336
                case 0x19: return LISA_XVEXTH_W_H;
6337
                case 0x1a: return LISA_XVEXTH_D_W;
6338
                case 0x1b: return LISA_XVEXTH_Q_D;
6339
                case 0x1c: return LISA_XVEXTH_HU_BU;
6340
                case 0x1d: return LISA_XVEXTH_WU_HU;
6341
                case 0x1e: return LISA_XVEXTH_DU_WU;
6342
                case 0x1f: return LISA_XVEXTH_QU_DU;
6343
                }
6344
                break;
6345
            case 0x6:
6346
                switch ((insn >> 10) & 0x1f) {
6347
                case 0x0: return LISA_XVREPLGR2VR_B;
6348
                case 0x1: return LISA_XVREPLGR2VR_H;
6349
                case 0x2: return LISA_XVREPLGR2VR_W;
6350
                case 0x3: return LISA_XVREPLGR2VR_D;
6351
                case 0x4: return LISA_VEXT2XV_H_B;
6352
                case 0x5: return LISA_VEXT2XV_W_B;
6353
                case 0x6: return LISA_VEXT2XV_D_B;
6354
                case 0x7: return LISA_VEXT2XV_W_H;
6355
                case 0x8: return LISA_VEXT2XV_D_H;
6356
                case 0x9: return LISA_VEXT2XV_D_W;
6357
                case 0xa: return LISA_VEXT2XV_HU_BU;
6358
                case 0xb: return LISA_VEXT2XV_WU_BU;
6359
                case 0xc: return LISA_VEXT2XV_DU_BU;
6360
                case 0xd: return LISA_VEXT2XV_WU_HU;
6361
                case 0xe: return LISA_VEXT2XV_DU_HU;
6362
                case 0xf: return LISA_VEXT2XV_DU_WU;
6363
                }
6364
                break;
6365
            case 0x7: return LISA_XVHSELI_D;
6366
            }
6367
            break;
6368
        case 0xa8:
6369
            switch ((insn >> 16) & 0x3) {
6370
            case 0x0:
6371
                switch ((insn >> 15) & 0x1) {
6372
                case 0x0:
6373
                    switch ((insn >> 14) & 0x1) {
6374
                    case 0x0:
6375
                        switch ((insn >> 13) & 0x1) {
6376
                        case 0x1: return LISA_XVROTRI_B;
6377
                        }
6378
                        break;
6379
                    case 0x1: return LISA_XVROTRI_H;
6380
                    }
6381
                    break;
6382
                case 0x1: return LISA_XVROTRI_W;
6383
                }
6384
                break;
6385
            case 0x1: return LISA_XVROTRI_D;
6386
            }
6387
            break;
6388
        case 0xa9:
6389
            switch ((insn >> 16) & 0x3) {
6390
            case 0x0:
6391
                switch ((insn >> 15) & 0x1) {
6392
                case 0x0:
6393
                    switch ((insn >> 14) & 0x1) {
6394
                    case 0x0:
6395
                        switch ((insn >> 13) & 0x1) {
6396
                        case 0x1: return LISA_XVSRLRI_B;
6397
                        }
6398
                        break;
6399
                    case 0x1: return LISA_XVSRLRI_H;
6400
                    }
6401
                    break;
6402
                case 0x1: return LISA_XVSRLRI_W;
6403
                }
6404
                break;
6405
            case 0x1: return LISA_XVSRLRI_D;
6406
            }
6407
            break;
6408
        case 0xaa:
6409
            switch ((insn >> 16) & 0x3) {
6410
            case 0x0:
6411
                switch ((insn >> 15) & 0x1) {
6412
                case 0x0:
6413
                    switch ((insn >> 14) & 0x1) {
6414
                    case 0x0:
6415
                        switch ((insn >> 13) & 0x1) {
6416
                        case 0x1: return LISA_XVSRARI_B;
6417
                        }
6418
                        break;
6419
                    case 0x1: return LISA_XVSRARI_H;
6420
                    }
6421
                    break;
6422
                case 0x1: return LISA_XVSRARI_W;
6423
                }
6424
                break;
6425
            case 0x1: return LISA_XVSRARI_D;
6426
            }
6427
            break;
6428
        case 0xba:
6429
            switch ((insn >> 13) & 0x1f) {
6430
            case 0x1e: return LISA_XVINSGR2VR_W;
6431
            case 0x1f:
6432
                switch ((insn >> 12) & 0x1) {
6433
                case 0x0: return LISA_XVINSGR2VR_D;
6434
                }
6435
                break;
6436
            }
6437
            break;
6438
        case 0xbb:
6439
            switch ((insn >> 13) & 0x1f) {
6440
            case 0x1e: return LISA_XVPICKVE2GR_W;
6441
            case 0x1f:
6442
                switch ((insn >> 12) & 0x1) {
6443
                case 0x0: return LISA_XVPICKVE2GR_D;
6444
                }
6445
                break;
6446
            }
6447
            break;
6448
        case 0xbc:
6449
            switch ((insn >> 13) & 0x1f) {
6450
            case 0x1e: return LISA_XVPICKVE2GR_WU;
6451
            case 0x1f:
6452
                switch ((insn >> 12) & 0x1) {
6453
                case 0x0: return LISA_XVPICKVE2GR_DU;
6454
                }
6455
                break;
6456
            }
6457
            break;
6458
        case 0xbd:
6459
            switch ((insn >> 14) & 0xf) {
6460
            case 0xe: return LISA_XVREPL128VEI_B;
6461
            case 0xf:
6462
                switch ((insn >> 13) & 0x1) {
6463
                case 0x0: return LISA_XVREPL128VEI_H;
6464
                case 0x1:
6465
                    switch ((insn >> 12) & 0x1) {
6466
                    case 0x0: return LISA_XVREPL128VEI_W;
6467
                    case 0x1:
6468
                        switch ((insn >> 11) & 0x1) {
6469
                        case 0x0: return LISA_XVREPL128VEI_D;
6470
                        }
6471
                        break;
6472
                    }
6473
                    break;
6474
                }
6475
                break;
6476
            }
6477
            break;
6478
        case 0xbe:
6479
            switch ((insn >> 14) & 0xf) {
6480
            case 0xe: return LISA_XVEXTRCOLI_B;
6481
            case 0xf:
6482
                switch ((insn >> 13) & 0x1) {
6483
                case 0x0: return LISA_XVEXTRCOLI_H;
6484
                case 0x1:
6485
                    switch ((insn >> 12) & 0x1) {
6486
                    case 0x0: return LISA_XVEXTRCOLI_W;
6487
                    case 0x1:
6488
                        switch ((insn >> 11) & 0x1) {
6489
                        case 0x0: return LISA_XVEXTRCOLI_D;
6490
                        }
6491
                        break;
6492
                    }
6493
                    break;
6494
                }
6495
                break;
6496
            }
6497
            break;
6498
        case 0xbf:
6499
            switch ((insn >> 13) & 0x1f) {
6500
            case 0x1e: return LISA_XVINSVE0_W;
6501
            case 0x1f:
6502
                switch ((insn >> 12) & 0x1) {
6503
                case 0x0: return LISA_XVINSVE0_D;
6504
                }
6505
                break;
6506
            }
6507
            break;
6508
        case 0xc0:
6509
            switch ((insn >> 13) & 0x1f) {
6510
            case 0x1e: return LISA_XVPICKVE_W;
6511
            case 0x1f:
6512
                switch ((insn >> 12) & 0x1) {
6513
                case 0x0: return LISA_XVPICKVE_D;
6514
                }
6515
                break;
6516
            }
6517
            break;
6518
        case 0xc1:
6519
            switch ((insn >> 10) & 0xff) {
6520
            case 0xc0: return LISA_XVREPLVE0_B;
6521
            case 0xe0: return LISA_XVREPLVE0_H;
6522
            case 0xf0: return LISA_XVREPLVE0_W;
6523
            case 0xf8: return LISA_XVREPLVE0_D;
6524
            case 0xfc: return LISA_XVREPLVE0_Q;
6525
            }
6526
            break;
6527
        case 0xc2:
6528
            switch ((insn >> 15) & 0x7) {
6529
            case 0x0:
6530
                switch ((insn >> 14) & 0x1) {
6531
                case 0x0:
6532
                    switch ((insn >> 13) & 0x1) {
6533
                    case 0x1: return LISA_XVSLLWIL_H_B;
6534
                    }
6535
                    break;
6536
                case 0x1: return LISA_XVSLLWIL_W_H;
6537
                }
6538
                break;
6539
            case 0x1: return LISA_XVSLLWIL_D_W;
6540
            case 0x2:
6541
                switch ((insn >> 10) & 0x1f) {
6542
                case 0x0: return LISA_XVEXTL_Q_D;
6543
                }
6544
                break;
6545
            }
6546
            break;
6547
        case 0xc3:
6548
            switch ((insn >> 15) & 0x7) {
6549
            case 0x0:
6550
                switch ((insn >> 14) & 0x1) {
6551
                case 0x0:
6552
                    switch ((insn >> 13) & 0x1) {
6553
                    case 0x1: return LISA_XVSLLWIL_HU_BU;
6554
                    }
6555
                    break;
6556
                case 0x1: return LISA_XVSLLWIL_WU_HU;
6557
                }
6558
                break;
6559
            case 0x1: return LISA_XVSLLWIL_DU_WU;
6560
            case 0x2:
6561
                switch ((insn >> 10) & 0x1f) {
6562
                case 0x0: return LISA_XVEXTL_QU_DU;
6563
                }
6564
                break;
6565
            }
6566
            break;
6567
        case 0xc4:
6568
            switch ((insn >> 16) & 0x3) {
6569
            case 0x0:
6570
                switch ((insn >> 15) & 0x1) {
6571
                case 0x0:
6572
                    switch ((insn >> 14) & 0x1) {
6573
                    case 0x0:
6574
                        switch ((insn >> 13) & 0x1) {
6575
                        case 0x1: return LISA_XVBITCLRI_B;
6576
                        }
6577
                        break;
6578
                    case 0x1: return LISA_XVBITCLRI_H;
6579
                    }
6580
                    break;
6581
                case 0x1: return LISA_XVBITCLRI_W;
6582
                }
6583
                break;
6584
            case 0x1: return LISA_XVBITCLRI_D;
6585
            }
6586
            break;
6587
        case 0xc5:
6588
            switch ((insn >> 16) & 0x3) {
6589
            case 0x0:
6590
                switch ((insn >> 15) & 0x1) {
6591
                case 0x0:
6592
                    switch ((insn >> 14) & 0x1) {
6593
                    case 0x0:
6594
                        switch ((insn >> 13) & 0x1) {
6595
                        case 0x1: return LISA_XVBITSETI_B;
6596
                        }
6597
                        break;
6598
                    case 0x1: return LISA_XVBITSETI_H;
6599
                    }
6600
                    break;
6601
                case 0x1: return LISA_XVBITSETI_W;
6602
                }
6603
                break;
6604
            case 0x1: return LISA_XVBITSETI_D;
6605
            }
6606
            break;
6607
        case 0xc6:
6608
            switch ((insn >> 16) & 0x3) {
6609
            case 0x0:
6610
                switch ((insn >> 15) & 0x1) {
6611
                case 0x0:
6612
                    switch ((insn >> 14) & 0x1) {
6613
                    case 0x0:
6614
                        switch ((insn >> 13) & 0x1) {
6615
                        case 0x1: return LISA_XVBITREVI_B;
6616
                        }
6617
                        break;
6618
                    case 0x1: return LISA_XVBITREVI_H;
6619
                    }
6620
                    break;
6621
                case 0x1: return LISA_XVBITREVI_W;
6622
                }
6623
                break;
6624
            case 0x1: return LISA_XVBITREVI_D;
6625
            }
6626
            break;
6627
        case 0xc7:
6628
            switch ((insn >> 16) & 0x3) {
6629
            case 0x0:
6630
                switch ((insn >> 15) & 0x1) {
6631
                case 0x0:
6632
                    switch ((insn >> 14) & 0x1) {
6633
                    case 0x0:
6634
                        switch ((insn >> 13) & 0x1) {
6635
                        case 0x1: return LISA_XVBSTRC12I_B;
6636
                        }
6637
                        break;
6638
                    case 0x1: return LISA_XVBSTRC12I_H;
6639
                    }
6640
                    break;
6641
                case 0x1: return LISA_XVBSTRC12I_W;
6642
                }
6643
                break;
6644
            case 0x1: return LISA_XVBSTRC12I_D;
6645
            }
6646
            break;
6647
        case 0xc8:
6648
            switch ((insn >> 16) & 0x3) {
6649
            case 0x0:
6650
                switch ((insn >> 15) & 0x1) {
6651
                case 0x0:
6652
                    switch ((insn >> 14) & 0x1) {
6653
                    case 0x0:
6654
                        switch ((insn >> 13) & 0x1) {
6655
                        case 0x1: return LISA_XVBSTRC21I_B;
6656
                        }
6657
                        break;
6658
                    case 0x1: return LISA_XVBSTRC21I_H;
6659
                    }
6660
                    break;
6661
                case 0x1: return LISA_XVBSTRC21I_W;
6662
                }
6663
                break;
6664
            case 0x1: return LISA_XVBSTRC21I_D;
6665
            }
6666
            break;
6667
        case 0xc9:
6668
            switch ((insn >> 16) & 0x3) {
6669
            case 0x0:
6670
                switch ((insn >> 15) & 0x1) {
6671
                case 0x0:
6672
                    switch ((insn >> 14) & 0x1) {
6673
                    case 0x0:
6674
                        switch ((insn >> 13) & 0x1) {
6675
                        case 0x1: return LISA_XVSAT_B;
6676
                        }
6677
                        break;
6678
                    case 0x1: return LISA_XVSAT_H;
6679
                    }
6680
                    break;
6681
                case 0x1: return LISA_XVSAT_W;
6682
                }
6683
                break;
6684
            case 0x1: return LISA_XVSAT_D;
6685
            }
6686
            break;
6687
        case 0xca:
6688
            switch ((insn >> 16) & 0x3) {
6689
            case 0x0:
6690
                switch ((insn >> 15) & 0x1) {
6691
                case 0x0:
6692
                    switch ((insn >> 14) & 0x1) {
6693
                    case 0x0:
6694
                        switch ((insn >> 13) & 0x1) {
6695
                        case 0x1: return LISA_XVSAT_BU;
6696
                        }
6697
                        break;
6698
                    case 0x1: return LISA_XVSAT_HU;
6699
                    }
6700
                    break;
6701
                case 0x1: return LISA_XVSAT_WU;
6702
                }
6703
                break;
6704
            case 0x1: return LISA_XVSAT_DU;
6705
            }
6706
            break;
6707
        case 0xcb:
6708
            switch ((insn >> 16) & 0x3) {
6709
            case 0x0:
6710
                switch ((insn >> 15) & 0x1) {
6711
                case 0x0:
6712
                    switch ((insn >> 14) & 0x1) {
6713
                    case 0x0:
6714
                        switch ((insn >> 13) & 0x1) {
6715
                        case 0x1: return LISA_XVSLLI_B;
6716
                        }
6717
                        break;
6718
                    case 0x1: return LISA_XVSLLI_H;
6719
                    }
6720
                    break;
6721
                case 0x1: return LISA_XVSLLI_W;
6722
                }
6723
                break;
6724
            case 0x1: return LISA_XVSLLI_D;
6725
            }
6726
            break;
6727
        case 0xcc:
6728
            switch ((insn >> 16) & 0x3) {
6729
            case 0x0:
6730
                switch ((insn >> 15) & 0x1) {
6731
                case 0x0:
6732
                    switch ((insn >> 14) & 0x1) {
6733
                    case 0x0:
6734
                        switch ((insn >> 13) & 0x1) {
6735
                        case 0x1: return LISA_XVSRLI_B;
6736
                        }
6737
                        break;
6738
                    case 0x1: return LISA_XVSRLI_H;
6739
                    }
6740
                    break;
6741
                case 0x1: return LISA_XVSRLI_W;
6742
                }
6743
                break;
6744
            case 0x1: return LISA_XVSRLI_D;
6745
            }
6746
            break;
6747
        case 0xcd:
6748
            switch ((insn >> 16) & 0x3) {
6749
            case 0x0:
6750
                switch ((insn >> 15) & 0x1) {
6751
                case 0x0:
6752
                    switch ((insn >> 14) & 0x1) {
6753
                    case 0x0:
6754
                        switch ((insn >> 13) & 0x1) {
6755
                        case 0x1: return LISA_XVSRAI_B;
6756
                        }
6757
                        break;
6758
                    case 0x1: return LISA_XVSRAI_H;
6759
                    }
6760
                    break;
6761
                case 0x1: return LISA_XVSRAI_W;
6762
                }
6763
                break;
6764
            case 0x1: return LISA_XVSRAI_D;
6765
            }
6766
            break;
6767
        case 0xce:
6768
            switch ((insn >> 17) & 0x1) {
6769
            case 0x0:
6770
                switch ((insn >> 16) & 0x1) {
6771
                case 0x0:
6772
                    switch ((insn >> 15) & 0x1) {
6773
                    case 0x0:
6774
                        switch ((insn >> 14) & 0x1) {
6775
                        case 0x1: return LISA_XVSRLRNENI_B_H;
6776
                        }
6777
                        break;
6778
                    case 0x1: return LISA_XVSRLRNENI_H_W;
6779
                    }
6780
                    break;
6781
                case 0x1: return LISA_XVSRLRNENI_W_D;
6782
                }
6783
                break;
6784
            case 0x1: return LISA_XVSRLRNENI_D_Q;
6785
            }
6786
            break;
6787
        case 0xcf:
6788
            switch ((insn >> 17) & 0x1) {
6789
            case 0x0:
6790
                switch ((insn >> 16) & 0x1) {
6791
                case 0x0:
6792
                    switch ((insn >> 15) & 0x1) {
6793
                    case 0x0:
6794
                        switch ((insn >> 14) & 0x1) {
6795
                        case 0x1: return LISA_XVSRARNENI_B_H;
6796
                        }
6797
                        break;
6798
                    case 0x1: return LISA_XVSRARNENI_H_W;
6799
                    }
6800
                    break;
6801
                case 0x1: return LISA_XVSRARNENI_W_D;
6802
                }
6803
                break;
6804
            case 0x1: return LISA_XVSRARNENI_D_Q;
6805
            }
6806
            break;
6807
        case 0xd0:
6808
            switch ((insn >> 17) & 0x1) {
6809
            case 0x0:
6810
                switch ((insn >> 16) & 0x1) {
6811
                case 0x0:
6812
                    switch ((insn >> 15) & 0x1) {
6813
                    case 0x0:
6814
                        switch ((insn >> 14) & 0x1) {
6815
                        case 0x1: return LISA_XVSRLNI_B_H;
6816
                        }
6817
                        break;
6818
                    case 0x1: return LISA_XVSRLNI_H_W;
6819
                    }
6820
                    break;
6821
                case 0x1: return LISA_XVSRLNI_W_D;
6822
                }
6823
                break;
6824
            case 0x1: return LISA_XVSRLNI_D_Q;
6825
            }
6826
            break;
6827
        case 0xd1:
6828
            switch ((insn >> 17) & 0x1) {
6829
            case 0x0:
6830
                switch ((insn >> 16) & 0x1) {
6831
                case 0x0:
6832
                    switch ((insn >> 15) & 0x1) {
6833
                    case 0x0:
6834
                        switch ((insn >> 14) & 0x1) {
6835
                        case 0x1: return LISA_XVSRLRNI_B_H;
6836
                        }
6837
                        break;
6838
                    case 0x1: return LISA_XVSRLRNI_H_W;
6839
                    }
6840
                    break;
6841
                case 0x1: return LISA_XVSRLRNI_W_D;
6842
                }
6843
                break;
6844
            case 0x1: return LISA_XVSRLRNI_D_Q;
6845
            }
6846
            break;
6847
        case 0xd2:
6848
            switch ((insn >> 17) & 0x1) {
6849
            case 0x0:
6850
                switch ((insn >> 16) & 0x1) {
6851
                case 0x0:
6852
                    switch ((insn >> 15) & 0x1) {
6853
                    case 0x0:
6854
                        switch ((insn >> 14) & 0x1) {
6855
                        case 0x1: return LISA_XVSSRLNI_B_H;
6856
                        }
6857
                        break;
6858
                    case 0x1: return LISA_XVSSRLNI_H_W;
6859
                    }
6860
                    break;
6861
                case 0x1: return LISA_XVSSRLNI_W_D;
6862
                }
6863
                break;
6864
            case 0x1: return LISA_XVSSRLNI_D_Q;
6865
            }
6866
            break;
6867
        case 0xd3:
6868
            switch ((insn >> 17) & 0x1) {
6869
            case 0x0:
6870
                switch ((insn >> 16) & 0x1) {
6871
                case 0x0:
6872
                    switch ((insn >> 15) & 0x1) {
6873
                    case 0x0:
6874
                        switch ((insn >> 14) & 0x1) {
6875
                        case 0x1: return LISA_XVSSRLNI_BU_H;
6876
                        }
6877
                        break;
6878
                    case 0x1: return LISA_XVSSRLNI_HU_W;
6879
                    }
6880
                    break;
6881
                case 0x1: return LISA_XVSSRLNI_WU_D;
6882
                }
6883
                break;
6884
            case 0x1: return LISA_XVSSRLNI_DU_Q;
6885
            }
6886
            break;
6887
        case 0xd4:
6888
            switch ((insn >> 17) & 0x1) {
6889
            case 0x0:
6890
                switch ((insn >> 16) & 0x1) {
6891
                case 0x0:
6892
                    switch ((insn >> 15) & 0x1) {
6893
                    case 0x0:
6894
                        switch ((insn >> 14) & 0x1) {
6895
                        case 0x1: return LISA_XVSSRLRNI_B_H;
6896
                        }
6897
                        break;
6898
                    case 0x1: return LISA_XVSSRLRNI_H_W;
6899
                    }
6900
                    break;
6901
                case 0x1: return LISA_XVSSRLRNI_W_D;
6902
                }
6903
                break;
6904
            case 0x1: return LISA_XVSSRLRNI_D_Q;
6905
            }
6906
            break;
6907
        case 0xd5:
6908
            switch ((insn >> 17) & 0x1) {
6909
            case 0x0:
6910
                switch ((insn >> 16) & 0x1) {
6911
                case 0x0:
6912
                    switch ((insn >> 15) & 0x1) {
6913
                    case 0x0:
6914
                        switch ((insn >> 14) & 0x1) {
6915
                        case 0x1: return LISA_XVSSRLRNI_BU_H;
6916
                        }
6917
                        break;
6918
                    case 0x1: return LISA_XVSSRLRNI_HU_W;
6919
                    }
6920
                    break;
6921
                case 0x1: return LISA_XVSSRLRNI_WU_D;
6922
                }
6923
                break;
6924
            case 0x1: return LISA_XVSSRLRNI_DU_Q;
6925
            }
6926
            break;
6927
        case 0xd6:
6928
            switch ((insn >> 17) & 0x1) {
6929
            case 0x0:
6930
                switch ((insn >> 16) & 0x1) {
6931
                case 0x0:
6932
                    switch ((insn >> 15) & 0x1) {
6933
                    case 0x0:
6934
                        switch ((insn >> 14) & 0x1) {
6935
                        case 0x1: return LISA_XVSRANI_B_H;
6936
                        }
6937
                        break;
6938
                    case 0x1: return LISA_XVSRANI_H_W;
6939
                    }
6940
                    break;
6941
                case 0x1: return LISA_XVSRANI_W_D;
6942
                }
6943
                break;
6944
            case 0x1: return LISA_XVSRANI_D_Q;
6945
            }
6946
            break;
6947
        case 0xd7:
6948
            switch ((insn >> 17) & 0x1) {
6949
            case 0x0:
6950
                switch ((insn >> 16) & 0x1) {
6951
                case 0x0:
6952
                    switch ((insn >> 15) & 0x1) {
6953
                    case 0x0:
6954
                        switch ((insn >> 14) & 0x1) {
6955
                        case 0x1: return LISA_XVSRARNI_B_H;
6956
                        }
6957
                        break;
6958
                    case 0x1: return LISA_XVSRARNI_H_W;
6959
                    }
6960
                    break;
6961
                case 0x1: return LISA_XVSRARNI_W_D;
6962
                }
6963
                break;
6964
            case 0x1: return LISA_XVSRARNI_D_Q;
6965
            }
6966
            break;
6967
        case 0xd8:
6968
            switch ((insn >> 17) & 0x1) {
6969
            case 0x0:
6970
                switch ((insn >> 16) & 0x1) {
6971
                case 0x0:
6972
                    switch ((insn >> 15) & 0x1) {
6973
                    case 0x0:
6974
                        switch ((insn >> 14) & 0x1) {
6975
                        case 0x1: return LISA_XVSSRANI_B_H;
6976
                        }
6977
                        break;
6978
                    case 0x1: return LISA_XVSSRANI_H_W;
6979
                    }
6980
                    break;
6981
                case 0x1: return LISA_XVSSRANI_W_D;
6982
                }
6983
                break;
6984
            case 0x1: return LISA_XVSSRANI_D_Q;
6985
            }
6986
            break;
6987
        case 0xd9:
6988
            switch ((insn >> 17) & 0x1) {
6989
            case 0x0:
6990
                switch ((insn >> 16) & 0x1) {
6991
                case 0x0:
6992
                    switch ((insn >> 15) & 0x1) {
6993
                    case 0x0:
6994
                        switch ((insn >> 14) & 0x1) {
6995
                        case 0x1: return LISA_XVSSRANI_BU_H;
6996
                        }
6997
                        break;
6998
                    case 0x1: return LISA_XVSSRANI_HU_W;
6999
                    }
7000
                    break;
7001
                case 0x1: return LISA_XVSSRANI_WU_D;
7002
                }
7003
                break;
7004
            case 0x1: return LISA_XVSSRANI_DU_Q;
7005
            }
7006
            break;
7007
        case 0xda:
7008
            switch ((insn >> 17) & 0x1) {
7009
            case 0x0:
7010
                switch ((insn >> 16) & 0x1) {
7011
                case 0x0:
7012
                    switch ((insn >> 15) & 0x1) {
7013
                    case 0x0:
7014
                        switch ((insn >> 14) & 0x1) {
7015
                        case 0x1: return LISA_XVSSRARNI_B_H;
7016
                        }
7017
                        break;
7018
                    case 0x1: return LISA_XVSSRARNI_H_W;
7019
                    }
7020
                    break;
7021
                case 0x1: return LISA_XVSSRARNI_W_D;
7022
                }
7023
                break;
7024
            case 0x1: return LISA_XVSSRARNI_D_Q;
7025
            }
7026
            break;
7027
        case 0xdb:
7028
            switch ((insn >> 17) & 0x1) {
7029
            case 0x0:
7030
                switch ((insn >> 16) & 0x1) {
7031
                case 0x0:
7032
                    switch ((insn >> 15) & 0x1) {
7033
                    case 0x0:
7034
                        switch ((insn >> 14) & 0x1) {
7035
                        case 0x1: return LISA_XVSSRARNI_BU_H;
7036
                        }
7037
                        break;
7038
                    case 0x1: return LISA_XVSSRARNI_HU_W;
7039
                    }
7040
                    break;
7041
                case 0x1: return LISA_XVSSRARNI_WU_D;
7042
                }
7043
                break;
7044
            case 0x1: return LISA_XVSSRARNI_DU_Q;
7045
            }
7046
            break;
7047
        case 0xdc:
7048
            switch ((insn >> 17) & 0x1) {
7049
            case 0x0:
7050
                switch ((insn >> 16) & 0x1) {
7051
                case 0x0:
7052
                    switch ((insn >> 15) & 0x1) {
7053
                    case 0x0:
7054
                        switch ((insn >> 14) & 0x1) {
7055
                        case 0x1: return LISA_XVSSRLRNENI_B_H;
7056
                        }
7057
                        break;
7058
                    case 0x1: return LISA_XVSSRLRNENI_H_W;
7059
                    }
7060
                    break;
7061
                case 0x1: return LISA_XVSSRLRNENI_W_D;
7062
                }
7063
                break;
7064
            case 0x1: return LISA_XVSSRLRNENI_D_Q;
7065
            }
7066
            break;
7067
        case 0xdd:
7068
            switch ((insn >> 17) & 0x1) {
7069
            case 0x0:
7070
                switch ((insn >> 16) & 0x1) {
7071
                case 0x0:
7072
                    switch ((insn >> 15) & 0x1) {
7073
                    case 0x0:
7074
                        switch ((insn >> 14) & 0x1) {
7075
                        case 0x1: return LISA_XVSSRLRNENI_BU_H;
7076
                        }
7077
                        break;
7078
                    case 0x1: return LISA_XVSSRLRNENI_HU_W;
7079
                    }
7080
                    break;
7081
                case 0x1: return LISA_XVSSRLRNENI_WU_D;
7082
                }
7083
                break;
7084
            case 0x1: return LISA_XVSSRLRNENI_DU_Q;
7085
            }
7086
            break;
7087
        case 0xde:
7088
            switch ((insn >> 17) & 0x1) {
7089
            case 0x0:
7090
                switch ((insn >> 16) & 0x1) {
7091
                case 0x0:
7092
                    switch ((insn >> 15) & 0x1) {
7093
                    case 0x0:
7094
                        switch ((insn >> 14) & 0x1) {
7095
                        case 0x1: return LISA_XVSSRARNENI_B_H;
7096
                        }
7097
                        break;
7098
                    case 0x1: return LISA_XVSSRARNENI_H_W;
7099
                    }
7100
                    break;
7101
                case 0x1: return LISA_XVSSRARNENI_W_D;
7102
                }
7103
                break;
7104
            case 0x1: return LISA_XVSSRARNENI_D_Q;
7105
            }
7106
            break;
7107
        case 0xdf:
7108
            switch ((insn >> 17) & 0x1) {
7109
            case 0x0:
7110
                switch ((insn >> 16) & 0x1) {
7111
                case 0x0:
7112
                    switch ((insn >> 15) & 0x1) {
7113
                    case 0x0:
7114
                        switch ((insn >> 14) & 0x1) {
7115
                        case 0x1: return LISA_XVSSRARNENI_BU_H;
7116
                        }
7117
                        break;
7118
                    case 0x1: return LISA_XVSSRARNENI_HU_W;
7119
                    }
7120
                    break;
7121
                case 0x1: return LISA_XVSSRARNENI_WU_D;
7122
                }
7123
                break;
7124
            case 0x1: return LISA_XVSSRARNENI_DU_Q;
7125
            }
7126
            break;
7127
        case 0xe0: return LISA_XVEXTRINS_D;
7128
        case 0xe1: return LISA_XVEXTRINS_W;
7129
        case 0xe2: return LISA_XVEXTRINS_H;
7130
        case 0xe3: return LISA_XVEXTRINS_B;
7131
        case 0xe4: return LISA_XVSHUF4I_B;
7132
        case 0xe5: return LISA_XVSHUF4I_H;
7133
        case 0xe6: return LISA_XVSHUF4I_W;
7134
        case 0xe7: return LISA_XVSHUF4I_D;
7135
        case 0xe8: return LISA_XVSHUFI1_B;
7136
        case 0xe9: return LISA_XVSHUFI2_B;
7137
        case 0xea: return LISA_XVSHUFI3_B;
7138
        case 0xeb: return LISA_XVSHUFI4_B;
7139
        case 0xec: return LISA_XVSHUFI1_H;
7140
        case 0xed: return LISA_XVSHUFI2_H;
7141
        case 0xee: return LISA_XVSELI_H;
7142
        case 0xef: return LISA_XVSELI_W;
7143
        case 0xf0: return LISA_XVSELI_D;
7144
        case 0xf1: return LISA_XVBITSELI_B;
7145
        case 0xf2: return LISA_XVBITMVZI_B;
7146
        case 0xf3: return LISA_XVBITMVNZI_B;
7147
        case 0xf4: return LISA_XVANDI_B;
7148
        case 0xf5: return LISA_XVORI_B;
7149
        case 0xf6: return LISA_XVXORI_B;
7150
        case 0xf7: return LISA_XVNORI_B;
7151
        case 0xf8: return LISA_XVLDI;
7152
        case 0xf9: return LISA_XVPERMI_W;
7153
        case 0xfa: return LISA_XVPERMI_D;
7154
        case 0xfb: return LISA_XVPERMI_Q;
7155
        }
7156
        break;
7157
    }
7158
    return LISA_INVALID;
7159
}
7160

7161
static const char *ir2_ins_name[] =  {
7162
    "INVALID",
7163
    "ill",
7164
    "label",
7165
    "x86.inst",
7166
    "dup",
7167
    "mov64",
7168
    "mov32.sx",
7169
    "mov32.zx",
7170
    "clr.h32",
7171
    "add",
7172
    "sub",
7173
    "addi.addrx",
7174
    "load.addrx",
7175
    "store.addrx",
7176
    "gr2scr",
7177
    "scr2gr",
7178
    "clo.w",
7179
    "clz.w",
7180
    "cto.w",
7181
    "ctz.w",
7182
    "clo.d",
7183
    "clz.d",
7184
    "cto.d",
7185
    "ctz.d",
7186
    "revb.2h",
7187
    "revb.4h",
7188
    "revb.2w",
7189
    "revb.d",
7190
    "revh.2w",
7191
    "revh.d",
7192
    "bitrev.4b",
7193
    "bitrev.8b",
7194
    "bitrev.w",
7195
    "bitrev.d",
7196
    "ext.w_h",
7197
    "ext.w_b",
7198
    "rdtimel.w",
7199
    "rdtimeh.w",
7200
    "rdtime.d",
7201
    "cpucfg",
7202
    "x86mttop",
7203
    "x86mftop",
7204
    "x86loope",
7205
    "x86loopne",
7206
    "x86inc.b",
7207
    "x86inc.h",
7208
    "x86inc.w",
7209
    "x86inc.d",
7210
    "x86dec.b",
7211
    "x86dec.h",
7212
    "x86dec.w",
7213
    "x86dec.d",
7214
    "x86settm",
7215
    "x86clrtm",
7216
    "x86inctop",
7217
    "x86dectop",
7218
    "asrtle.d",
7219
    "asrtgt.d",
7220
    "alsl.w",
7221
    "alsl.wu",
7222
    "bytepick.w",
7223
    "bytepick.d",
7224
    "add.w",
7225
    "add.d",
7226
    "sub.w",
7227
    "sub.d",
7228
    "slt",
7229
    "sltu",
7230
    "maskeqz",
7231
    "masknez",
7232
    "nor",
7233
    "and",
7234
    "or",
7235
    "xor",
7236
    "orn",
7237
    "andn",
7238
    "sll.w",
7239
    "srl.w",
7240
    "sra.w",
7241
    "sll.d",
7242
    "srl.d",
7243
    "sra.d",
7244
    "rotr.b",
7245
    "rotr.h",
7246
    "rotr.w",
7247
    "rotr.d",
7248
    "mul.w",
7249
    "mulh.w",
7250
    "mulh.wu",
7251
    "mul.d",
7252
    "mulh.d",
7253
    "mulh.du",
7254
    "mulw.d_w",
7255
    "mulw.d_wu",
7256
    "div.w",
7257
    "mod.w",
7258
    "div.wu",
7259
    "mod.wu",
7260
    "div.d",
7261
    "mod.d",
7262
    "div.du",
7263
    "mod.du",
7264
    "crc.w_b_w",
7265
    "crc.w_h_w",
7266
    "crc.w_w_w",
7267
    "crc.w_d_w",
7268
    "crcc.w_b_w",
7269
    "crcc.w_h_w",
7270
    "crcc.w_w_w",
7271
    "crcc.w_d_w",
7272
    "addu12i.w",
7273
    "addu12i.d",
7274
    "break",
7275
    "dbgcall",
7276
    "syscall",
7277
    "hypcall",
7278
    "alsl.d",
7279
    "adc.b",
7280
    "adc.h",
7281
    "adc.w",
7282
    "adc.d",
7283
    "sbc.b",
7284
    "sbc.h",
7285
    "sbc.w",
7286
    "sbc.d",
7287
    "rcr.b",
7288
    "rcr.h",
7289
    "rcr.w",
7290
    "rcr.d",
7291
    "armmove",
7292
    "setx86j",
7293
    "setarmj",
7294
    "armadd.w",
7295
    "armsub.w",
7296
    "armadc.w",
7297
    "armsbc.w",
7298
    "armand.w",
7299
    "armor.w",
7300
    "armxor.w",
7301
    "armsll.w",
7302
    "armsrl.w",
7303
    "armsra.w",
7304
    "armrotr.w",
7305
    "armslli.w",
7306
    "armsrli.w",
7307
    "armsrai.w",
7308
    "armrotri.w",
7309
    "x86mul.b",
7310
    "x86mul.h",
7311
    "x86mul.w",
7312
    "x86mul.d",
7313
    "x86mul.bu",
7314
    "x86mul.hu",
7315
    "x86mul.wu",
7316
    "x86mul.du",
7317
    "x86add.wu",
7318
    "x86add.du",
7319
    "x86sub.wu",
7320
    "x86sub.du",
7321
    "x86add.b",
7322
    "x86add.h",
7323
    "x86add.w",
7324
    "x86add.d",
7325
    "x86sub.b",
7326
    "x86sub.h",
7327
    "x86sub.w",
7328
    "x86sub.d",
7329
    "x86adc.b",
7330
    "x86adc.h",
7331
    "x86adc.w",
7332
    "x86adc.d",
7333
    "x86sbc.b",
7334
    "x86sbc.h",
7335
    "x86sbc.w",
7336
    "x86sbc.d",
7337
    "x86sll.b",
7338
    "x86sll.h",
7339
    "x86sll.w",
7340
    "x86sll.d",
7341
    "x86srl.b",
7342
    "x86srl.h",
7343
    "x86srl.w",
7344
    "x86srl.d",
7345
    "x86sra.b",
7346
    "x86sra.h",
7347
    "x86sra.w",
7348
    "x86sra.d",
7349
    "x86rotr.b",
7350
    "x86rotr.h",
7351
    "x86rotr.d",
7352
    "x86rotr.w",
7353
    "x86rotl.b",
7354
    "x86rotl.h",
7355
    "x86rotl.w",
7356
    "x86rotl.d",
7357
    "x86rcr.b",
7358
    "x86rcr.h",
7359
    "x86rcr.w",
7360
    "x86rcr.d",
7361
    "x86rcl.b",
7362
    "x86rcl.h",
7363
    "x86rcl.w",
7364
    "x86rcl.d",
7365
    "x86and.b",
7366
    "x86and.h",
7367
    "x86and.w",
7368
    "x86and.d",
7369
    "x86or.b",
7370
    "x86or.h",
7371
    "x86or.w",
7372
    "x86or.d",
7373
    "x86xor.b",
7374
    "x86xor.h",
7375
    "x86xor.w",
7376
    "x86xor.d",
7377
    "armnot.w",
7378
    "armmov.w",
7379
    "armmov.d",
7380
    "armrrx.w",
7381
    "slli.w",
7382
    "slli.d",
7383
    "srli.w",
7384
    "srli.d",
7385
    "srai.w",
7386
    "srai.d",
7387
    "rotri.b",
7388
    "rotri.h",
7389
    "rotri.w",
7390
    "rotri.d",
7391
    "rcri.b",
7392
    "rcri.h",
7393
    "rcri.w",
7394
    "rcri.d",
7395
    "x86slli.b",
7396
    "x86slli.h",
7397
    "x86slli.w",
7398
    "x86slli.d",
7399
    "x86srli.b",
7400
    "x86srli.h",
7401
    "x86srli.w",
7402
    "x86srli.d",
7403
    "x86srai.b",
7404
    "x86srai.h",
7405
    "x86srai.w",
7406
    "x86srai.d",
7407
    "x86rotri.b",
7408
    "x86rotri.h",
7409
    "x86rotri.w",
7410
    "x86rotri.d",
7411
    "x86rcri.b",
7412
    "x86rcri.h",
7413
    "x86rcri.w",
7414
    "x86rcri.d",
7415
    "x86rotli.b",
7416
    "x86rotli.h",
7417
    "x86rotli.w",
7418
    "x86rotli.d",
7419
    "x86rcli.b",
7420
    "x86rcli.h",
7421
    "x86rcli.w",
7422
    "x86rcli.d",
7423
    "x86settag",
7424
    "x86mfflag",
7425
    "x86mtflag",
7426
    "armmfflag",
7427
    "armmtflag",
7428
    "bstrins.w",
7429
    "bstrpick.w",
7430
    "bstrins.d",
7431
    "bstrpick.d",
7432
    "slti",
7433
    "sltui",
7434
    "addi.w",
7435
    "addi.d",
7436
    "lu52i.d",
7437
    "andi",
7438
    "ori",
7439
    "xori",
7440
    "addu16i.d",
7441
    "lu12i.w",
7442
    "lu32i.d",
7443
    "pcaddi",
7444
    "pcalau12i",
7445
    "pcaddu12i",
7446
    "pcaddu18i",
7447
    "ll.w",
7448
    "sc.w",
7449
    "ll.d",
7450
    "sc.d",
7451
    "ldptr.w",
7452
    "stptr.w",
7453
    "ldptr.d",
7454
    "stptr.d",
7455
    "ld.b",
7456
    "ld.h",
7457
    "ld.w",
7458
    "ld.d",
7459
    "st.b",
7460
    "st.h",
7461
    "st.w",
7462
    "st.d",
7463
    "ld.bu",
7464
    "ld.hu",
7465
    "ld.wu",
7466
    "preld",
7467
    "fld.s",
7468
    "fst.s",
7469
    "fld.d",
7470
    "fst.d",
7471
    "vld",
7472
    "vst",
7473
    "xvld",
7474
    "xvst",
7475
    "ldl.w",
7476
    "ldr.w",
7477
    "ldl.d",
7478
    "ldr.d",
7479
    "stl.w",
7480
    "str.w",
7481
    "stl.d",
7482
    "str.d",
7483
    "vldrepl.d",
7484
    "vldrepl.w",
7485
    "vldrepl.h",
7486
    "vldrepl.b",
7487
    "vstelm.d",
7488
    "vstelm.w",
7489
    "vstelm.h",
7490
    "vstelm.b",
7491
    "xvldrepl.d",
7492
    "xvldrepl.w",
7493
    "xvldrepl.h",
7494
    "xvldrepl.b",
7495
    "xvstelm.d",
7496
    "xvstelm.w",
7497
    "xvstelm.h",
7498
    "xvstelm.b",
7499
    "ldx.b",
7500
    "ldx.h",
7501
    "ldx.w",
7502
    "ldx.d",
7503
    "stx.b",
7504
    "stx.h",
7505
    "stx.w",
7506
    "stx.d",
7507
    "ldx.bu",
7508
    "ldx.hu",
7509
    "ldx.wu",
7510
    "preldx",
7511
    "fldx.s",
7512
    "fldx.d",
7513
    "fstx.s",
7514
    "fstx.d",
7515
    "vldx",
7516
    "vstx",
7517
    "xvldx",
7518
    "xvstx",
7519
    "amswap.w",
7520
    "amswap.d",
7521
    "amadd.w",
7522
    "amadd.d",
7523
    "amand.w",
7524
    "amand.d",
7525
    "amor.w",
7526
    "amor.d",
7527
    "amxor.w",
7528
    "amxor.d",
7529
    "ammax.w",
7530
    "ammax.d",
7531
    "ammin.w",
7532
    "ammin.d",
7533
    "ammax.wu",
7534
    "ammax.du",
7535
    "ammin.wu",
7536
    "ammin.du",
7537
    "amswap.db_w",
7538
    "amswap.db_d",
7539
    "amadd.db_w",
7540
    "amadd.db_d",
7541
    "amand.db_w",
7542
    "amand.db_d",
7543
    "amor.db_w",
7544
    "amor.db_d",
7545
    "amxor.db_w",
7546
    "amxor.db_d",
7547
    "ammax.db_w",
7548
    "ammax.db_d",
7549
    "ammin.db_w",
7550
    "ammin.db_d",
7551
    "ammax.db_wu",
7552
    "ammax.db_du",
7553
    "ammin.db_wu",
7554
    "ammin.db_du",
7555
    "dbar",
7556
    "ibar",
7557
    "fldgt.s",
7558
    "fldgt.d",
7559
    "fldle.s",
7560
    "fldle.d",
7561
    "fstgt.s",
7562
    "fstgt.d",
7563
    "fstle.s",
7564
    "fstle.d",
7565
    "ldgt.b",
7566
    "ldgt.h",
7567
    "ldgt.w",
7568
    "ldgt.d",
7569
    "ldle.b",
7570
    "ldle.h",
7571
    "ldle.w",
7572
    "ldle.d",
7573
    "stgt.b",
7574
    "stgt.h",
7575
    "stgt.w",
7576
    "stgt.d",
7577
    "stle.b",
7578
    "stle.h",
7579
    "stle.w",
7580
    "stle.d",
7581
    "beqz",
7582
    "bnez",
7583
    "bceqz",
7584
    "bcnez",
7585
    "jiscr0",
7586
    "jiscr1",
7587
    "jirl",
7588
    "b",
7589
    "bl",
7590
    "beq",
7591
    "bne",
7592
    "blt",
7593
    "bge",
7594
    "bltu",
7595
    "bgeu",
7596
    "fadd.s",
7597
    "fadd.d",
7598
    "fsub.s",
7599
    "fsub.d",
7600
    "fmul.s",
7601
    "fmul.d",
7602
    "fdiv.s",
7603
    "fdiv.d",
7604
    "fmax.s",
7605
    "fmax.d",
7606
    "fmin.s",
7607
    "fmin.d",
7608
    "fmaxa.s",
7609
    "fmaxa.d",
7610
    "fmina.s",
7611
    "fmina.d",
7612
    "fscaleb.s",
7613
    "fscaleb.d",
7614
    "fcopysign.s",
7615
    "fcopysign.d",
7616
    "fabs.s",
7617
    "fabs.d",
7618
    "fneg.s",
7619
    "fneg.d",
7620
    "flogb.s",
7621
    "flogb.d",
7622
    "fclass.s",
7623
    "fclass.d",
7624
    "fsqrt.s",
7625
    "fsqrt.d",
7626
    "frecip.s",
7627
    "frecip.d",
7628
    "frsqrt.s",
7629
    "frsqrt.d",
7630
    "fmov.s",
7631
    "fmov.d",
7632
    "movgr2fr.w",
7633
    "movgr2fr.d",
7634
    "movgr2frh.w",
7635
    "movfr2gr.s",
7636
    "movfr2gr.d",
7637
    "movfrh2gr.s",
7638
    "movgr2fcsr",
7639
    "movfcsr2gr",
7640
    "movfr2cf",
7641
    "movcf2fr",
7642
    "movgr2cf",
7643
    "movcf2gr",
7644
    "fcvt.ld_d",
7645
    "fcvt.ud_d",
7646
    "fcvt.d_ld",
7647
    "fcvt.s_d",
7648
    "fcvt.d_s",
7649
    "ftintrm.w_s",
7650
    "ftintrm.w_d",
7651
    "ftintrm.l_s",
7652
    "ftintrm.l_d",
7653
    "ftintrp.w_s",
7654
    "ftintrp.w_d",
7655
    "ftintrp.l_s",
7656
    "ftintrp.l_d",
7657
    "ftintrz.w_s",
7658
    "ftintrz.w_d",
7659
    "ftintrz.l_s",
7660
    "ftintrz.l_d",
7661
    "ftintrne.w_s",
7662
    "ftintrne.w_d",
7663
    "ftintrne.l_s",
7664
    "ftintrne.l_d",
7665
    "ftint.w_s",
7666
    "ftint.w_d",
7667
    "ftint.l_s",
7668
    "ftint.l_d",
7669
    "ffint.s_w",
7670
    "ffint.s_l",
7671
    "ffint.d_w",
7672
    "ffint.d_l",
7673
    "frint.s",
7674
    "frint.d",
7675
    "fmadd.s",
7676
    "fmadd.d",
7677
    "fmsub.s",
7678
    "fmsub.d",
7679
    "fnmadd.s",
7680
    "fnmadd.d",
7681
    "fnmsub.s",
7682
    "fnmsub.d",
7683
    "vfmadd.s",
7684
    "vfmadd.d",
7685
    "vfmsub.s",
7686
    "vfmsub.d",
7687
    "vfnmadd.s",
7688
    "vfnmadd.d",
7689
    "vfnmsub.s",
7690
    "vfnmsub.d",
7691
    "xvfmadd.s",
7692
    "xvfmadd.d",
7693
    "xvfmsub.s",
7694
    "xvfmsub.d",
7695
    "xvfnmadd.s",
7696
    "xvfnmadd.d",
7697
    "xvfnmsub.s",
7698
    "xvfnmsub.d",
7699
    "fcmp.cond_s",
7700
    "fcmp.cond_d",
7701
    "vfcmp.cond_s",
7702
    "vfcmp.cond_d",
7703
    "xvfcmp.cond_s",
7704
    "xvfcmp.cond_d",
7705
    "fsel",
7706
    "vbitsel.v",
7707
    "xvbitsel.v",
7708
    "vshuf.b",
7709
    "xvshuf.b",
7710
    "vextr.v",
7711
    "xvextr.v",
7712
    "vfmaddsub.s",
7713
    "vfmaddsub.d",
7714
    "vfmsubadd.s",
7715
    "vfmsubadd.d",
7716
    "xvfmaddsub.s",
7717
    "xvfmaddsub.d",
7718
    "xvfmsubadd.s",
7719
    "xvfmsubadd.d",
7720
    "vseq.b",
7721
    "vseq.h",
7722
    "vseq.w",
7723
    "vseq.d",
7724
    "vsle.b",
7725
    "vsle.h",
7726
    "vsle.w",
7727
    "vsle.d",
7728
    "vsle.bu",
7729
    "vsle.hu",
7730
    "vsle.wu",
7731
    "vsle.du",
7732
    "vslt.b",
7733
    "vslt.h",
7734
    "vslt.w",
7735
    "vslt.d",
7736
    "vslt.bu",
7737
    "vslt.hu",
7738
    "vslt.wu",
7739
    "vslt.du",
7740
    "vadd.b",
7741
    "vadd.h",
7742
    "vadd.w",
7743
    "vadd.d",
7744
    "vsub.b",
7745
    "vsub.h",
7746
    "vsub.w",
7747
    "vsub.d",
7748
    "vaddw.h_h_b",
7749
    "vaddw.w_w_h",
7750
    "vaddw.d_d_w",
7751
    "vaddw.h_h_bu",
7752
    "vaddw.w_w_hu",
7753
    "vaddw.d_d_wu",
7754
    "vsubw.h_h_b",
7755
    "vsubw.w_w_h",
7756
    "vsubw.d_d_w",
7757
    "vsubw.h_h_bu",
7758
    "vsubw.w_w_hu",
7759
    "vsubw.d_d_wu",
7760
    "vsaddw.h_h_b",
7761
    "vsaddw.w_w_h",
7762
    "vsaddw.d_d_w",
7763
    "vsaddw.hu_hu_bu",
7764
    "vsaddw.wu_wu_hu",
7765
    "vsaddw.du_du_wu",
7766
    "vssubw.h_h_b",
7767
    "vssubw.w_w_h",
7768
    "vssubw.d_d_w",
7769
    "vssubw.hu_hu_bu",
7770
    "vssubw.wu_wu_hu",
7771
    "vssubw.du_du_wu",
7772
    "vaddwev.h_b",
7773
    "vaddwev.w_h",
7774
    "vaddwev.d_w",
7775
    "vaddwev.q_d",
7776
    "vsubwev.h_b",
7777
    "vsubwev.w_h",
7778
    "vsubwev.d_w",
7779
    "vsubwev.q_d",
7780
    "vaddwod.h_b",
7781
    "vaddwod.w_h",
7782
    "vaddwod.d_w",
7783
    "vaddwod.q_d",
7784
    "vsubwod.h_b",
7785
    "vsubwod.w_h",
7786
    "vsubwod.d_w",
7787
    "vsubwod.q_d",
7788
    "vaddwl.h_b",
7789
    "vaddwl.w_h",
7790
    "vaddwl.d_w",
7791
    "vaddwl.q_d",
7792
    "vsubwl.h_b",
7793
    "vsubwl.w_h",
7794
    "vsubwl.d_w",
7795
    "vsubwl.q_d",
7796
    "vaddwh.h_b",
7797
    "vaddwh.w_h",
7798
    "vaddwh.d_w",
7799
    "vaddwh.q_d",
7800
    "vsubwh.h_b",
7801
    "vsubwh.w_h",
7802
    "vsubwh.d_w",
7803
    "vsubwh.q_d",
7804
    "vaddwev.h_bu",
7805
    "vaddwev.w_hu",
7806
    "vaddwev.d_wu",
7807
    "vaddwev.q_du",
7808
    "vsubwev.h_bu",
7809
    "vsubwev.w_hu",
7810
    "vsubwev.d_wu",
7811
    "vsubwev.q_du",
7812
    "vaddwod.h_bu",
7813
    "vaddwod.w_hu",
7814
    "vaddwod.d_wu",
7815
    "vaddwod.q_du",
7816
    "vsubwod.h_bu",
7817
    "vsubwod.w_hu",
7818
    "vsubwod.d_wu",
7819
    "vsubwod.q_du",
7820
    "vaddwl.h_bu",
7821
    "vaddwl.w_hu",
7822
    "vaddwl.d_wu",
7823
    "vaddwl.q_du",
7824
    "vsubwl.h_bu",
7825
    "vsubwl.w_hu",
7826
    "vsubwl.d_wu",
7827
    "vsubwl.q_du",
7828
    "vaddwh.h_bu",
7829
    "vaddwh.w_hu",
7830
    "vaddwh.d_wu",
7831
    "vaddwh.q_du",
7832
    "vsubwh.h_bu",
7833
    "vsubwh.w_hu",
7834
    "vsubwh.d_wu",
7835
    "vsubwh.q_du",
7836
    "vaddwev.h_bu_b",
7837
    "vaddwev.w_hu_h",
7838
    "vaddwev.d_wu_w",
7839
    "vaddwev.q_du_d",
7840
    "vaddwod.h_bu_b",
7841
    "vaddwod.w_hu_h",
7842
    "vaddwod.d_wu_w",
7843
    "vaddwod.q_du_d",
7844
    "vaddwl.h_bu_b",
7845
    "vaddwl.w_hu_h",
7846
    "vaddwl.d_wu_w",
7847
    "vaddwl.q_du_d",
7848
    "vaddwh.h_bu_b",
7849
    "vaddwh.w_hu_h",
7850
    "vaddwh.d_wu_w",
7851
    "vaddwh.q_du_d",
7852
    "vsadd.b",
7853
    "vsadd.h",
7854
    "vsadd.w",
7855
    "vsadd.d",
7856
    "vssub.b",
7857
    "vssub.h",
7858
    "vssub.w",
7859
    "vssub.d",
7860
    "vsadd.bu",
7861
    "vsadd.hu",
7862
    "vsadd.wu",
7863
    "vsadd.du",
7864
    "vssub.bu",
7865
    "vssub.hu",
7866
    "vssub.wu",
7867
    "vssub.du",
7868
    "vssub.bu_bu_b",
7869
    "vssub.hu_hu_h",
7870
    "vssub.wu_wu_w",
7871
    "vssub.du_du_d",
7872
    "vssub.bu_b_bu",
7873
    "vssub.hu_h_hu",
7874
    "vssub.wu_w_wu",
7875
    "vssub.du_d_du",
7876
    "vssub.b_bu_bu",
7877
    "vssub.h_hu_hu",
7878
    "vssub.w_wu_wu",
7879
    "vssub.d_du_du",
7880
    "vhaddw.h_b",
7881
    "vhaddw.w_h",
7882
    "vhaddw.d_w",
7883
    "vhaddw.q_d",
7884
    "vhsubw.h_b",
7885
    "vhsubw.w_h",
7886
    "vhsubw.d_w",
7887
    "vhsubw.q_d",
7888
    "vhaddw.hu_bu",
7889
    "vhaddw.wu_hu",
7890
    "vhaddw.du_wu",
7891
    "vhaddw.qu_du",
7892
    "vhsubw.hu_bu",
7893
    "vhsubw.wu_hu",
7894
    "vhsubw.du_wu",
7895
    "vhsubw.qu_du",
7896
    "vadda.b",
7897
    "vadda.h",
7898
    "vadda.w",
7899
    "vadda.d",
7900
    "vsadda.b",
7901
    "vsadda.h",
7902
    "vsadda.w",
7903
    "vsadda.d",
7904
    "vabsd.b",
7905
    "vabsd.h",
7906
    "vabsd.w",
7907
    "vabsd.d",
7908
    "vabsd.bu",
7909
    "vabsd.hu",
7910
    "vabsd.wu",
7911
    "vabsd.du",
7912
    "vavg.b",
7913
    "vavg.h",
7914
    "vavg.w",
7915
    "vavg.d",
7916
    "vavg.bu",
7917
    "vavg.hu",
7918
    "vavg.wu",
7919
    "vavg.du",
7920
    "vavgr.b",
7921
    "vavgr.h",
7922
    "vavgr.w",
7923
    "vavgr.d",
7924
    "vavgr.bu",
7925
    "vavgr.hu",
7926
    "vavgr.wu",
7927
    "vavgr.du",
7928
    "vhalfd.b",
7929
    "vhalfd.h",
7930
    "vhalfd.w",
7931
    "vhalfd.d",
7932
    "vhalfd.bu",
7933
    "vhalfd.hu",
7934
    "vhalfd.wu",
7935
    "vhalfd.du",
7936
    "vmax.b",
7937
    "vmax.h",
7938
    "vmax.w",
7939
    "vmax.d",
7940
    "vmin.b",
7941
    "vmin.h",
7942
    "vmin.w",
7943
    "vmin.d",
7944
    "vmax.bu",
7945
    "vmax.hu",
7946
    "vmax.wu",
7947
    "vmax.du",
7948
    "vmin.bu",
7949
    "vmin.hu",
7950
    "vmin.wu",
7951
    "vmin.du",
7952
    "vmaxa.b",
7953
    "vmaxa.h",
7954
    "vmaxa.w",
7955
    "vmaxa.d",
7956
    "vmina.b",
7957
    "vmina.h",
7958
    "vmina.w",
7959
    "vmina.d",
7960
    "vsadw.h_b",
7961
    "vsadw.w_h",
7962
    "vsadw.d_w",
7963
    "vsadw.h_bu",
7964
    "vsadw.w_hu",
7965
    "vsadw.d_wu",
7966
    "vaccsadw.h_b",
7967
    "vaccsadw.w_h",
7968
    "vaccsadw.d_w",
7969
    "vaccsadw.h_bu",
7970
    "vaccsadw.w_hu",
7971
    "vaccsadw.d_wu",
7972
    "vmul.b",
7973
    "vmul.h",
7974
    "vmul.w",
7975
    "vmul.d",
7976
    "vmuh.b",
7977
    "vmuh.h",
7978
    "vmuh.w",
7979
    "vmuh.d",
7980
    "vmuh.bu",
7981
    "vmuh.hu",
7982
    "vmuh.wu",
7983
    "vmuh.du",
7984
    "vmuh.bu_b",
7985
    "vmuh.hu_h",
7986
    "vmuh.wu_w",
7987
    "vmuh.du_d",
7988
    "vmulxw.h_b",
7989
    "vmulxw.w_h",
7990
    "vmulxw.d_w",
7991
    "vmulxw.h_bu",
7992
    "vmulxw.w_hu",
7993
    "vmulxw.d_wu",
7994
    "vmulwev.h_b",
7995
    "vmulwev.w_h",
7996
    "vmulwev.d_w",
7997
    "vmulwev.q_d",
7998
    "vmulwod.h_b",
7999
    "vmulwod.w_h",
8000
    "vmulwod.d_w",
8001
    "vmulwod.q_d",
8002
    "vmulwl.h_b",
8003
    "vmulwl.w_h",
8004
    "vmulwl.d_w",
8005
    "vmulwl.q_d",
8006
    "vmulwh.h_b",
8007
    "vmulwh.w_h",
8008
    "vmulwh.d_w",
8009
    "vmulwh.q_d",
8010
    "vmulwev.h_bu",
8011
    "vmulwev.w_hu",
8012
    "vmulwev.d_wu",
8013
    "vmulwev.q_du",
8014
    "vmulwod.h_bu",
8015
    "vmulwod.w_hu",
8016
    "vmulwod.d_wu",
8017
    "vmulwod.q_du",
8018
    "vmulwl.h_bu",
8019
    "vmulwl.w_hu",
8020
    "vmulwl.d_wu",
8021
    "vmulwl.q_du",
8022
    "vmulwh.h_bu",
8023
    "vmulwh.w_hu",
8024
    "vmulwh.d_wu",
8025
    "vmulwh.q_du",
8026
    "vmulwev.h_bu_b",
8027
    "vmulwev.w_hu_h",
8028
    "vmulwev.d_wu_w",
8029
    "vmulwev.q_du_d",
8030
    "vmulwod.h_bu_b",
8031
    "vmulwod.w_hu_h",
8032
    "vmulwod.d_wu_w",
8033
    "vmulwod.q_du_d",
8034
    "vmulwl.h_bu_b",
8035
    "vmulwl.w_hu_h",
8036
    "vmulwl.d_wu_w",
8037
    "vmulwl.q_du_d",
8038
    "vmulwh.h_bu_b",
8039
    "vmulwh.w_hu_h",
8040
    "vmulwh.d_wu_w",
8041
    "vmulwh.q_du_d",
8042
    "vmadd.b",
8043
    "vmadd.h",
8044
    "vmadd.w",
8045
    "vmadd.d",
8046
    "vmsub.b",
8047
    "vmsub.h",
8048
    "vmsub.w",
8049
    "vmsub.d",
8050
    "vmaddwev.h_b",
8051
    "vmaddwev.w_h",
8052
    "vmaddwev.d_w",
8053
    "vmaddwev.q_d",
8054
    "vmaddwod.h_b",
8055
    "vmaddwod.w_h",
8056
    "vmaddwod.d_w",
8057
    "vmaddwod.q_d",
8058
    "vmaddwl.h_b",
8059
    "vmaddwl.w_h",
8060
    "vmaddwl.d_w",
8061
    "vmaddwl.q_d",
8062
    "vmaddwh.h_b",
8063
    "vmaddwh.w_h",
8064
    "vmaddwh.d_w",
8065
    "vmaddwh.q_d",
8066
    "vmaddwev.h_bu",
8067
    "vmaddwev.w_hu",
8068
    "vmaddwev.d_wu",
8069
    "vmaddwev.q_du",
8070
    "vmaddwod.h_bu",
8071
    "vmaddwod.w_hu",
8072
    "vmaddwod.d_wu",
8073
    "vmaddwod.q_du",
8074
    "vmaddwl.h_bu",
8075
    "vmaddwl.w_hu",
8076
    "vmaddwl.d_wu",
8077
    "vmaddwl.q_du",
8078
    "vmaddwh.h_bu",
8079
    "vmaddwh.w_hu",
8080
    "vmaddwh.d_wu",
8081
    "vmaddwh.q_du",
8082
    "vmaddwev.h_bu_b",
8083
    "vmaddwev.w_hu_h",
8084
    "vmaddwev.d_wu_w",
8085
    "vmaddwev.q_du_d",
8086
    "vmaddwod.h_bu_b",
8087
    "vmaddwod.w_hu_h",
8088
    "vmaddwod.d_wu_w",
8089
    "vmaddwod.q_du_d",
8090
    "vmaddwl.h_bu_b",
8091
    "vmaddwl.w_hu_h",
8092
    "vmaddwl.d_wu_w",
8093
    "vmaddwl.q_du_d",
8094
    "vmaddwh.h_bu_b",
8095
    "vmaddwh.w_hu_h",
8096
    "vmaddwh.d_wu_w",
8097
    "vmaddwh.q_du_d",
8098
    "vdp2.h_b",
8099
    "vdp2.w_h",
8100
    "vdp2.d_w",
8101
    "vdp2.q_d",
8102
    "vdp2.hu_bu",
8103
    "vdp2.wu_hu",
8104
    "vdp2.du_wu",
8105
    "vdp2.qu_du",
8106
    "vdp2.h_bu_b",
8107
    "vdp2.w_hu_h",
8108
    "vdp2.d_wu_w",
8109
    "vdp2.q_du_d",
8110
    "vdp2add.h_b",
8111
    "vdp2add.w_h",
8112
    "vdp2add.d_w",
8113
    "vdp2add.q_d",
8114
    "vdp2add.h_bu",
8115
    "vdp2add.w_hu",
8116
    "vdp2add.d_wu",
8117
    "vdp2add.q_du",
8118
    "vdp2add.h_bu_b",
8119
    "vdp2add.w_hu_h",
8120
    "vdp2add.d_wu_w",
8121
    "vdp2add.q_du_d",
8122
    "vdp2sub.h_b",
8123
    "vdp2sub.w_h",
8124
    "vdp2sub.d_w",
8125
    "vdp2sub.q_d",
8126
    "vdp2sub.h_bu",
8127
    "vdp2sub.w_hu",
8128
    "vdp2sub.d_wu",
8129
    "vdp2sub.q_du",
8130
    "vdp4.w_b",
8131
    "vdp4.d_h",
8132
    "vdp4.q_w",
8133
    "vdp4.w_bu",
8134
    "vdp4.d_hu",
8135
    "vdp4.q_wu",
8136
    "vdp4.w_bu_b",
8137
    "vdp4.d_hu_h",
8138
    "vdp4.q_wu_w",
8139
    "vdp4add.w_b",
8140
    "vdp4add.d_h",
8141
    "vdp4add.q_w",
8142
    "vdp4add.w_bu",
8143
    "vdp4add.d_hu",
8144
    "vdp4add.q_wu",
8145
    "vdp4add.w_bu_b",
8146
    "vdp4add.d_hu_h",
8147
    "vdp4add.q_wu_w",
8148
    "vdiv.b",
8149
    "vdiv.h",
8150
    "vdiv.w",
8151
    "vdiv.d",
8152
    "vmod.b",
8153
    "vmod.h",
8154
    "vmod.w",
8155
    "vmod.d",
8156
    "vdiv.bu",
8157
    "vdiv.hu",
8158
    "vdiv.wu",
8159
    "vdiv.du",
8160
    "vmod.bu",
8161
    "vmod.hu",
8162
    "vmod.wu",
8163
    "vmod.du",
8164
    "vsll.b",
8165
    "vsll.h",
8166
    "vsll.w",
8167
    "vsll.d",
8168
    "vsrl.b",
8169
    "vsrl.h",
8170
    "vsrl.w",
8171
    "vsrl.d",
8172
    "vsra.b",
8173
    "vsra.h",
8174
    "vsra.w",
8175
    "vsra.d",
8176
    "vrotr.b",
8177
    "vrotr.h",
8178
    "vrotr.w",
8179
    "vrotr.d",
8180
    "vsrlr.b",
8181
    "vsrlr.h",
8182
    "vsrlr.w",
8183
    "vsrlr.d",
8184
    "vsrar.b",
8185
    "vsrar.h",
8186
    "vsrar.w",
8187
    "vsrar.d",
8188
    "vsrln.b_h",
8189
    "vsrln.h_w",
8190
    "vsrln.w_d",
8191
    "vsran.b_h",
8192
    "vsran.h_w",
8193
    "vsran.w_d",
8194
    "vsrlrn.b_h",
8195
    "vsrlrn.h_w",
8196
    "vsrlrn.w_d",
8197
    "vsrarn.b_h",
8198
    "vsrarn.h_w",
8199
    "vsrarn.w_d",
8200
    "vssrln.b_h",
8201
    "vssrln.h_w",
8202
    "vssrln.w_d",
8203
    "vssran.b_h",
8204
    "vssran.h_w",
8205
    "vssran.w_d",
8206
    "vssrlrn.b_h",
8207
    "vssrlrn.h_w",
8208
    "vssrlrn.w_d",
8209
    "vssrarn.b_h",
8210
    "vssrarn.h_w",
8211
    "vssrarn.w_d",
8212
    "vssrln.bu_h",
8213
    "vssrln.hu_w",
8214
    "vssrln.wu_d",
8215
    "vssran.bu_h",
8216
    "vssran.hu_w",
8217
    "vssran.wu_d",
8218
    "vssrlrn.bu_h",
8219
    "vssrlrn.hu_w",
8220
    "vssrlrn.wu_d",
8221
    "vssrarn.bu_h",
8222
    "vssrarn.hu_w",
8223
    "vssrarn.wu_d",
8224
    "vbitclr.b",
8225
    "vbitclr.h",
8226
    "vbitclr.w",
8227
    "vbitclr.d",
8228
    "vbitset.b",
8229
    "vbitset.h",
8230
    "vbitset.w",
8231
    "vbitset.d",
8232
    "vbitrev.b",
8233
    "vbitrev.h",
8234
    "vbitrev.w",
8235
    "vbitrev.d",
8236
    "vbstrc12.b",
8237
    "vbstrc12.h",
8238
    "vbstrc12.w",
8239
    "vbstrc12.d",
8240
    "vbstrc21.b",
8241
    "vbstrc21.h",
8242
    "vbstrc21.w",
8243
    "vbstrc21.d",
8244
    "vpackev.b",
8245
    "vpackev.h",
8246
    "vpackev.w",
8247
    "vpackev.d",
8248
    "vpackod.b",
8249
    "vpackod.h",
8250
    "vpackod.w",
8251
    "vpackod.d",
8252
    "vilvl.b",
8253
    "vilvl.h",
8254
    "vilvl.w",
8255
    "vilvl.d",
8256
    "vilvh.b",
8257
    "vilvh.h",
8258
    "vilvh.w",
8259
    "vilvh.d",
8260
    "vpickev.b",
8261
    "vpickev.h",
8262
    "vpickev.w",
8263
    "vpickev.d",
8264
    "vpickod.b",
8265
    "vpickod.h",
8266
    "vpickod.w",
8267
    "vpickod.d",
8268
    "vreplve.b",
8269
    "vreplve.h",
8270
    "vreplve.w",
8271
    "vreplve.d",
8272
    "vextrcol.b",
8273
    "vextrcol.h",
8274
    "vextrcol.w",
8275
    "vextrcol.d",
8276
    "vand.v",
8277
    "vor.v",
8278
    "vxor.v",
8279
    "vnor.v",
8280
    "vandn.v",
8281
    "vorn.v",
8282
    "vrandsign.b",
8283
    "vrandsign.h",
8284
    "vrorsign.b",
8285
    "vrorsign.h",
8286
    "vfrstp.b",
8287
    "vfrstp.h",
8288
    "vclrstrr.v",
8289
    "vclrstrv.v",
8290
    "vadd.q",
8291
    "vsub.q",
8292
    "vsigncov.b",
8293
    "vsigncov.h",
8294
    "vsigncov.w",
8295
    "vsigncov.d",
8296
    "vfadd.s",
8297
    "vfadd.d",
8298
    "vfsub.s",
8299
    "vfsub.d",
8300
    "vfaddsub.s",
8301
    "vfaddsub.d",
8302
    "vfsubadd.s",
8303
    "vfsubadd.d",
8304
    "vfmul.s",
8305
    "vfmul.d",
8306
    "vfdiv.s",
8307
    "vfdiv.d",
8308
    "vfmax.s",
8309
    "vfmax.d",
8310
    "vfmin.s",
8311
    "vfmin.d",
8312
    "vfmaxa.s",
8313
    "vfmaxa.d",
8314
    "vfmina.s",
8315
    "vfmina.d",
8316
    "vfscaleb.s",
8317
    "vfscaleb.d",
8318
    "vfcvt.h_s",
8319
    "vfcvt.s_d",
8320
    "vffint.s_l",
8321
    "vftint.w_d",
8322
    "vftintrm.w_d",
8323
    "vftintrp.w_d",
8324
    "vftintrz.w_d",
8325
    "vftintrne.w_d",
8326
    "vhadd4.h_bu",
8327
    "vshuf4.w",
8328
    "vshuf2.d",
8329
    "aes128.enc",
8330
    "aes128.dec",
8331
    "aes192.enc",
8332
    "aes192.dec",
8333
    "aes256.enc",
8334
    "aes256.dec",
8335
    "aes.kg",
8336
    "aes.fr_enc",
8337
    "aes.fr_dec",
8338
    "aes.lr_enc",
8339
    "aes.lr_dec",
8340
    "aes.mc_enc",
8341
    "aes.mc_dec",
8342
    "aes.sb_enc",
8343
    "aes.sb_dec",
8344
    "aes.sr_enc",
8345
    "aes.sr_dec",
8346
    "md5.ms",
8347
    "md5.4r",
8348
    "sha1.ms_1",
8349
    "sha1.ms_2",
8350
    "sha1.hash_4r",
8351
    "sha256.ms_1",
8352
    "sha256.ms_2",
8353
    "sha256.hash_2r",
8354
    "sha512.ms_1",
8355
    "sha512.ms_2",
8356
    "sha512.hash_r_1",
8357
    "sha512.hash_r_2",
8358
    "vpmul.w",
8359
    "vpmul.d",
8360
    "vpmuh.w",
8361
    "vpmuh.d",
8362
    "vpmulacc.w",
8363
    "vpmulacc.d",
8364
    "vpmuhacc.w",
8365
    "vpmuhacc.d",
8366
    "vpmulwl.h_b",
8367
    "vpmulwl.w_h",
8368
    "vpmulwl.d_w",
8369
    "vpmulwl.q_d",
8370
    "vpmulwh.h_b",
8371
    "vpmulwh.w_h",
8372
    "vpmulwh.d_w",
8373
    "vpmulwh.q_d",
8374
    "vpmaddwl.h_b",
8375
    "vpmaddwl.w_h",
8376
    "vpmaddwl.d_w",
8377
    "vpmaddwl.q_d",
8378
    "vpmaddwh.h_b",
8379
    "vpmaddwh.w_h",
8380
    "vpmaddwh.d_w",
8381
    "vpmaddwh.q_d",
8382
    "vpdp2.q_d",
8383
    "vpdp2add.q_d",
8384
    "vcdp4.re_d_h",
8385
    "vcdp4.im_d_h",
8386
    "vcdp4add.re_d_h",
8387
    "vcdp4add.im_d_h",
8388
    "vcdp2.re_q_w",
8389
    "vcdp2.im_q_w",
8390
    "vcdp2add.re_q_w",
8391
    "vcdp2add.im_q_w",
8392
    "vsignsel.w",
8393
    "vsignsel.d",
8394
    "vshuf.h",
8395
    "vshuf.w",
8396
    "vshuf.d",
8397
    "vseqi.b",
8398
    "vseqi.h",
8399
    "vseqi.w",
8400
    "vseqi.d",
8401
    "vslei.b",
8402
    "vslei.h",
8403
    "vslei.w",
8404
    "vslei.d",
8405
    "vslei.bu",
8406
    "vslei.hu",
8407
    "vslei.wu",
8408
    "vslei.du",
8409
    "vslti.b",
8410
    "vslti.h",
8411
    "vslti.w",
8412
    "vslti.d",
8413
    "vslti.bu",
8414
    "vslti.hu",
8415
    "vslti.wu",
8416
    "vslti.du",
8417
    "vaddi.bu",
8418
    "vaddi.hu",
8419
    "vaddi.wu",
8420
    "vaddi.du",
8421
    "vsubi.bu",
8422
    "vsubi.hu",
8423
    "vsubi.wu",
8424
    "vsubi.du",
8425
    "vbsll.v",
8426
    "vbsrl.v",
8427
    "vmaxi.b",
8428
    "vmaxi.h",
8429
    "vmaxi.w",
8430
    "vmaxi.d",
8431
    "vmini.b",
8432
    "vmini.h",
8433
    "vmini.w",
8434
    "vmini.d",
8435
    "vmaxi.bu",
8436
    "vmaxi.hu",
8437
    "vmaxi.wu",
8438
    "vmaxi.du",
8439
    "vmini.bu",
8440
    "vmini.hu",
8441
    "vmini.wu",
8442
    "vmini.du",
8443
    "vrandsigni.b",
8444
    "vrandsigni.h",
8445
    "vrorsigni.b",
8446
    "vrorsigni.h",
8447
    "vfrstpi.b",
8448
    "vfrstpi.h",
8449
    "vclrstri.v",
8450
    "vmepatmsk.v",
8451
    "vclo.b",
8452
    "vclo.h",
8453
    "vclo.w",
8454
    "vclo.d",
8455
    "vclz.b",
8456
    "vclz.h",
8457
    "vclz.w",
8458
    "vclz.d",
8459
    "vpcnt.b",
8460
    "vpcnt.h",
8461
    "vpcnt.w",
8462
    "vpcnt.d",
8463
    "vneg.b",
8464
    "vneg.h",
8465
    "vneg.w",
8466
    "vneg.d",
8467
    "vmskltz.b",
8468
    "vmskltz.h",
8469
    "vmskltz.w",
8470
    "vmskltz.d",
8471
    "vmskgez.b",
8472
    "vmsknz.b",
8473
    "vmskcopy.b",
8474
    "vmskfill.b",
8475
    "vfrstm.b",
8476
    "vfrstm.h",
8477
    "vseteqz.v",
8478
    "vsetnez.v",
8479
    "vsetanyeqz.b",
8480
    "vsetanyeqz.h",
8481
    "vsetanyeqz.w",
8482
    "vsetanyeqz.d",
8483
    "vsetallnez.b",
8484
    "vsetallnez.h",
8485
    "vsetallnez.w",
8486
    "vsetallnez.d",
8487
    "vflogb.s",
8488
    "vflogb.d",
8489
    "vfclass.s",
8490
    "vfclass.d",
8491
    "vfsqrt.s",
8492
    "vfsqrt.d",
8493
    "vfrecip.s",
8494
    "vfrecip.d",
8495
    "vfrsqrt.s",
8496
    "vfrsqrt.d",
8497
    "vfrint.s",
8498
    "vfrint.d",
8499
    "vfrintrm.s",
8500
    "vfrintrm.d",
8501
    "vfrintrp.s",
8502
    "vfrintrp.d",
8503
    "vfrintrz.s",
8504
    "vfrintrz.d",
8505
    "vfrintrne.s",
8506
    "vfrintrne.d",
8507
    "vextl.w_b",
8508
    "vextl.d_b",
8509
    "vextl.d_h",
8510
    "vextl.w_bu",
8511
    "vextl.d_bu",
8512
    "vextl.d_hu",
8513
    "vhadd8.d_bu",
8514
    "vhminpos.w_hu",
8515
    "vhminpos.d_hu",
8516
    "vhminpos.q_hu",
8517
    "vclrtail.b",
8518
    "vclrtail.h",
8519
    "vfcvtl.s_h",
8520
    "vfcvth.s_h",
8521
    "vfcvtl.d_s",
8522
    "vfcvth.d_s",
8523
    "vffint.s_w",
8524
    "vffint.s_wu",
8525
    "vffint.d_l",
8526
    "vffint.d_lu",
8527
    "vffintl.d_w",
8528
    "vffinth.d_w",
8529
    "vftint.w_s",
8530
    "vftint.l_d",
8531
    "vftintrm.w_s",
8532
    "vftintrm.l_d",
8533
    "vftintrp.w_s",
8534
    "vftintrp.l_d",
8535
    "vftintrz.w_s",
8536
    "vftintrz.l_d",
8537
    "vftintrne.w_s",
8538
    "vftintrne.l_d",
8539
    "vftint.wu_s",
8540
    "vftint.lu_d",
8541
    "vftintrz.wu_s",
8542
    "vftintrz.lu_d",
8543
    "vftintl.l_s",
8544
    "vftinth.l_s",
8545
    "vftintrml.l_s",
8546
    "vftintrmh.l_s",
8547
    "vftintrpl.l_s",
8548
    "vftintrph.l_s",
8549
    "vftintrzl.l_s",
8550
    "vftintrzh.l_s",
8551
    "vftintrnel.l_s",
8552
    "vftintrneh.l_s",
8553
    "vexth.h_b",
8554
    "vexth.w_h",
8555
    "vexth.d_w",
8556
    "vexth.q_d",
8557
    "vexth.hu_bu",
8558
    "vexth.wu_hu",
8559
    "vexth.du_wu",
8560
    "vexth.qu_du",
8561
    "vreplgr2vr.b",
8562
    "vreplgr2vr.h",
8563
    "vreplgr2vr.w",
8564
    "vreplgr2vr.d",
8565
    "vrotri.b",
8566
    "vrotri.h",
8567
    "vrotri.w",
8568
    "vrotri.d",
8569
    "vsrlri.b",
8570
    "vsrlri.h",
8571
    "vsrlri.w",
8572
    "vsrlri.d",
8573
    "vsrari.b",
8574
    "vsrari.h",
8575
    "vsrari.w",
8576
    "vsrari.d",
8577
    "vinsgr2vr.b",
8578
    "vinsgr2vr.h",
8579
    "vinsgr2vr.w",
8580
    "vinsgr2vr.d",
8581
    "vpickve2gr.b",
8582
    "vpickve2gr.h",
8583
    "vpickve2gr.w",
8584
    "vpickve2gr.d",
8585
    "vpickve2gr.bu",
8586
    "vpickve2gr.hu",
8587
    "vpickve2gr.wu",
8588
    "vpickve2gr.du",
8589
    "vreplvei.b",
8590
    "vreplvei.h",
8591
    "vreplvei.w",
8592
    "vreplvei.d",
8593
    "vextrcoli.b",
8594
    "vextrcoli.h",
8595
    "vextrcoli.w",
8596
    "vextrcoli.d",
8597
    "vsllwil.h_b",
8598
    "vsllwil.w_h",
8599
    "vsllwil.d_w",
8600
    "vextl.q_d",
8601
    "vsllwil.hu_bu",
8602
    "vsllwil.wu_hu",
8603
    "vsllwil.du_wu",
8604
    "vextl.qu_du",
8605
    "vbitclri.b",
8606
    "vbitclri.h",
8607
    "vbitclri.w",
8608
    "vbitclri.d",
8609
    "vbitseti.b",
8610
    "vbitseti.h",
8611
    "vbitseti.w",
8612
    "vbitseti.d",
8613
    "vbitrevi.b",
8614
    "vbitrevi.h",
8615
    "vbitrevi.w",
8616
    "vbitrevi.d",
8617
    "vbstrc12i.b",
8618
    "vbstrc12i.h",
8619
    "vbstrc12i.w",
8620
    "vbstrc12i.d",
8621
    "vbstrc21i.b",
8622
    "vbstrc21i.h",
8623
    "vbstrc21i.w",
8624
    "vbstrc21i.d",
8625
    "vsat.b",
8626
    "vsat.h",
8627
    "vsat.w",
8628
    "vsat.d",
8629
    "vsat.bu",
8630
    "vsat.hu",
8631
    "vsat.wu",
8632
    "vsat.du",
8633
    "vslli.b",
8634
    "vslli.h",
8635
    "vslli.w",
8636
    "vslli.d",
8637
    "vsrli.b",
8638
    "vsrli.h",
8639
    "vsrli.w",
8640
    "vsrli.d",
8641
    "vsrai.b",
8642
    "vsrai.h",
8643
    "vsrai.w",
8644
    "vsrai.d",
8645
    "vsrlrneni.b_h",
8646
    "vsrlrneni.h_w",
8647
    "vsrlrneni.w_d",
8648
    "vsrlrneni.d_q",
8649
    "vsrarneni.b_h",
8650
    "vsrarneni.h_w",
8651
    "vsrarneni.w_d",
8652
    "vsrarneni.d_q",
8653
    "vsrlni.b_h",
8654
    "vsrlni.h_w",
8655
    "vsrlni.w_d",
8656
    "vsrlni.d_q",
8657
    "vsrlrni.b_h",
8658
    "vsrlrni.h_w",
8659
    "vsrlrni.w_d",
8660
    "vsrlrni.d_q",
8661
    "vssrlni.b_h",
8662
    "vssrlni.h_w",
8663
    "vssrlni.w_d",
8664
    "vssrlni.d_q",
8665
    "vssrlni.bu_h",
8666
    "vssrlni.hu_w",
8667
    "vssrlni.wu_d",
8668
    "vssrlni.du_q",
8669
    "vssrlrni.b_h",
8670
    "vssrlrni.h_w",
8671
    "vssrlrni.w_d",
8672
    "vssrlrni.d_q",
8673
    "vssrlrni.bu_h",
8674
    "vssrlrni.hu_w",
8675
    "vssrlrni.wu_d",
8676
    "vssrlrni.du_q",
8677
    "vsrani.b_h",
8678
    "vsrani.h_w",
8679
    "vsrani.w_d",
8680
    "vsrani.d_q",
8681
    "vsrarni.b_h",
8682
    "vsrarni.h_w",
8683
    "vsrarni.w_d",
8684
    "vsrarni.d_q",
8685
    "vssrani.b_h",
8686
    "vssrani.h_w",
8687
    "vssrani.w_d",
8688
    "vssrani.d_q",
8689
    "vssrani.bu_h",
8690
    "vssrani.hu_w",
8691
    "vssrani.wu_d",
8692
    "vssrani.du_q",
8693
    "vssrarni.b_h",
8694
    "vssrarni.h_w",
8695
    "vssrarni.w_d",
8696
    "vssrarni.d_q",
8697
    "vssrarni.bu_h",
8698
    "vssrarni.hu_w",
8699
    "vssrarni.wu_d",
8700
    "vssrarni.du_q",
8701
    "vssrlrneni.b_h",
8702
    "vssrlrneni.h_w",
8703
    "vssrlrneni.w_d",
8704
    "vssrlrneni.d_q",
8705
    "vssrlrneni.bu_h",
8706
    "vssrlrneni.hu_w",
8707
    "vssrlrneni.wu_d",
8708
    "vssrlrneni.du_q",
8709
    "vssrarneni.b_h",
8710
    "vssrarneni.h_w",
8711
    "vssrarneni.w_d",
8712
    "vssrarneni.d_q",
8713
    "vssrarneni.bu_h",
8714
    "vssrarneni.hu_w",
8715
    "vssrarneni.wu_d",
8716
    "vssrarneni.du_q",
8717
    "vextrins.d",
8718
    "vextrins.w",
8719
    "vextrins.h",
8720
    "vextrins.b",
8721
    "vshuf4i.b",
8722
    "vshuf4i.h",
8723
    "vshuf4i.w",
8724
    "vshuf4i.d",
8725
    "vshufi1.b",
8726
    "vshufi2.b",
8727
    "vshufi3.b",
8728
    "vshufi4.b",
8729
    "vshufi1.h",
8730
    "vshufi2.h",
8731
    "vseli.h",
8732
    "vseli.w",
8733
    "vseli.d",
8734
    "vbitseli.b",
8735
    "vbitmvzi.b",
8736
    "vbitmvnzi.b",
8737
    "vandi.b",
8738
    "vori.b",
8739
    "vxori.b",
8740
    "vnori.b",
8741
    "vldi",
8742
    "vpermi.w",
8743
    "xvseq.b",
8744
    "xvseq.h",
8745
    "xvseq.w",
8746
    "xvseq.d",
8747
    "xvsle.b",
8748
    "xvsle.h",
8749
    "xvsle.w",
8750
    "xvsle.d",
8751
    "xvsle.bu",
8752
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8753
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8754
    "xvsle.du",
8755
    "xvslt.b",
8756
    "xvslt.h",
8757
    "xvslt.w",
8758
    "xvslt.d",
8759
    "xvslt.bu",
8760
    "xvslt.hu",
8761
    "xvslt.wu",
8762
    "xvslt.du",
8763
    "xvadd.b",
8764
    "xvadd.h",
8765
    "xvadd.w",
8766
    "xvadd.d",
8767
    "xvsub.b",
8768
    "xvsub.h",
8769
    "xvsub.w",
8770
    "xvsub.d",
8771
    "xvaddw.h_h_b",
8772
    "xvaddw.w_w_h",
8773
    "xvaddw.d_d_w",
8774
    "xvaddw.h_h_bu",
8775
    "xvaddw.w_w_hu",
8776
    "xvaddw.d_d_wu",
8777
    "xvsubw.h_h_b",
8778
    "xvsubw.w_w_h",
8779
    "xvsubw.d_d_w",
8780
    "xvsubw.h_h_bu",
8781
    "xvsubw.w_w_hu",
8782
    "xvsubw.d_d_wu",
8783
    "xvsaddw.h_h_b",
8784
    "xvsaddw.w_w_h",
8785
    "xvsaddw.d_d_w",
8786
    "xvsaddw.hu_hu_bu",
8787
    "xvsaddw.wu_wu_hu",
8788
    "xvsaddw.du_du_wu",
8789
    "xvssubw.h_h_b",
8790
    "xvssubw.w_w_h",
8791
    "xvssubw.d_d_w",
8792
    "xvssubw.hu_hu_bu",
8793
    "xvssubw.wu_wu_hu",
8794
    "xvssubw.du_du_wu",
8795
    "xvaddwev.h_b",
8796
    "xvaddwev.w_h",
8797
    "xvaddwev.d_w",
8798
    "xvaddwev.q_d",
8799
    "xvsubwev.h_b",
8800
    "xvsubwev.w_h",
8801
    "xvsubwev.d_w",
8802
    "xvsubwev.q_d",
8803
    "xvaddwod.h_b",
8804
    "xvaddwod.w_h",
8805
    "xvaddwod.d_w",
8806
    "xvaddwod.q_d",
8807
    "xvsubwod.h_b",
8808
    "xvsubwod.w_h",
8809
    "xvsubwod.d_w",
8810
    "xvsubwod.q_d",
8811
    "xvaddwl.h_b",
8812
    "xvaddwl.w_h",
8813
    "xvaddwl.d_w",
8814
    "xvaddwl.q_d",
8815
    "xvsubwl.h_b",
8816
    "xvsubwl.w_h",
8817
    "xvsubwl.d_w",
8818
    "xvsubwl.q_d",
8819
    "xvaddwh.h_b",
8820
    "xvaddwh.w_h",
8821
    "xvaddwh.d_w",
8822
    "xvaddwh.q_d",
8823
    "xvsubwh.h_b",
8824
    "xvsubwh.w_h",
8825
    "xvsubwh.d_w",
8826
    "xvsubwh.q_d",
8827
    "xvaddwev.h_bu",
8828
    "xvaddwev.w_hu",
8829
    "xvaddwev.d_wu",
8830
    "xvaddwev.q_du",
8831
    "xvsubwev.h_bu",
8832
    "xvsubwev.w_hu",
8833
    "xvsubwev.d_wu",
8834
    "xvsubwev.q_du",
8835
    "xvaddwod.h_bu",
8836
    "xvaddwod.w_hu",
8837
    "xvaddwod.d_wu",
8838
    "xvaddwod.q_du",
8839
    "xvsubwod.h_bu",
8840
    "xvsubwod.w_hu",
8841
    "xvsubwod.d_wu",
8842
    "xvsubwod.q_du",
8843
    "xvaddwl.h_bu",
8844
    "xvaddwl.w_hu",
8845
    "xvaddwl.d_wu",
8846
    "xvaddwl.q_du",
8847
    "xvsubwl.h_bu",
8848
    "xvsubwl.w_hu",
8849
    "xvsubwl.d_wu",
8850
    "xvsubwl.q_du",
8851
    "xvaddwh.h_bu",
8852
    "xvaddwh.w_hu",
8853
    "xvaddwh.d_wu",
8854
    "xvaddwh.q_du",
8855
    "xvsubwh.h_bu",
8856
    "xvsubwh.w_hu",
8857
    "xvsubwh.d_wu",
8858
    "xvsubwh.q_du",
8859
    "xvaddwev.h_bu_b",
8860
    "xvaddwev.w_hu_h",
8861
    "xvaddwev.d_wu_w",
8862
    "xvaddwev.q_du_d",
8863
    "xvaddwod.h_bu_b",
8864
    "xvaddwod.w_hu_h",
8865
    "xvaddwod.d_wu_w",
8866
    "xvaddwod.q_du_d",
8867
    "xvaddwl.h_bu_b",
8868
    "xvaddwl.w_hu_h",
8869
    "xvaddwl.d_wu_w",
8870
    "xvaddwl.q_du_d",
8871
    "xvaddwh.h_bu_b",
8872
    "xvaddwh.w_hu_h",
8873
    "xvaddwh.d_wu_w",
8874
    "xvaddwh.q_du_d",
8875
    "xvsadd.b",
8876
    "xvsadd.h",
8877
    "xvsadd.w",
8878
    "xvsadd.d",
8879
    "xvssub.b",
8880
    "xvssub.h",
8881
    "xvssub.w",
8882
    "xvssub.d",
8883
    "xvsadd.bu",
8884
    "xvsadd.hu",
8885
    "xvsadd.wu",
8886
    "xvsadd.du",
8887
    "xvssub.bu",
8888
    "xvssub.hu",
8889
    "xvssub.wu",
8890
    "xvssub.du",
8891
    "xvssub.bu_bu_b",
8892
    "xvssub.hu_hu_h",
8893
    "xvssub.wu_wu_w",
8894
    "xvssub.du_du_d",
8895
    "xvssub.bu_b_bu",
8896
    "xvssub.hu_h_hu",
8897
    "xvssub.wu_w_wu",
8898
    "xvssub.du_d_du",
8899
    "xvssub.b_bu_bu",
8900
    "xvssub.h_hu_hu",
8901
    "xvssub.w_wu_wu",
8902
    "xvssub.d_du_du",
8903
    "xvhaddw.h_b",
8904
    "xvhaddw.w_h",
8905
    "xvhaddw.d_w",
8906
    "xvhaddw.q_d",
8907
    "xvhsubw.h_b",
8908
    "xvhsubw.w_h",
8909
    "xvhsubw.d_w",
8910
    "xvhsubw.q_d",
8911
    "xvhaddw.hu_bu",
8912
    "xvhaddw.wu_hu",
8913
    "xvhaddw.du_wu",
8914
    "xvhaddw.qu_du",
8915
    "xvhsubw.hu_bu",
8916
    "xvhsubw.wu_hu",
8917
    "xvhsubw.du_wu",
8918
    "xvhsubw.qu_du",
8919
    "xvadda.b",
8920
    "xvadda.h",
8921
    "xvadda.w",
8922
    "xvadda.d",
8923
    "xvsadda.b",
8924
    "xvsadda.h",
8925
    "xvsadda.w",
8926
    "xvsadda.d",
8927
    "xvabsd.b",
8928
    "xvabsd.h",
8929
    "xvabsd.w",
8930
    "xvabsd.d",
8931
    "xvabsd.bu",
8932
    "xvabsd.hu",
8933
    "xvabsd.wu",
8934
    "xvabsd.du",
8935
    "xvavg.b",
8936
    "xvavg.h",
8937
    "xvavg.w",
8938
    "xvavg.d",
8939
    "xvavg.bu",
8940
    "xvavg.hu",
8941
    "xvavg.wu",
8942
    "xvavg.du",
8943
    "xvavgr.b",
8944
    "xvavgr.h",
8945
    "xvavgr.w",
8946
    "xvavgr.d",
8947
    "xvavgr.bu",
8948
    "xvavgr.hu",
8949
    "xvavgr.wu",
8950
    "xvavgr.du",
8951
    "xvhalfd.b",
8952
    "xvhalfd.h",
8953
    "xvhalfd.w",
8954
    "xvhalfd.d",
8955
    "xvhalfd.bu",
8956
    "xvhalfd.hu",
8957
    "xvhalfd.wu",
8958
    "xvhalfd.du",
8959
    "xvmax.b",
8960
    "xvmax.h",
8961
    "xvmax.w",
8962
    "xvmax.d",
8963
    "xvmin.b",
8964
    "xvmin.h",
8965
    "xvmin.w",
8966
    "xvmin.d",
8967
    "xvmax.bu",
8968
    "xvmax.hu",
8969
    "xvmax.wu",
8970
    "xvmax.du",
8971
    "xvmin.bu",
8972
    "xvmin.hu",
8973
    "xvmin.wu",
8974
    "xvmin.du",
8975
    "xvmaxa.b",
8976
    "xvmaxa.h",
8977
    "xvmaxa.w",
8978
    "xvmaxa.d",
8979
    "xvmina.b",
8980
    "xvmina.h",
8981
    "xvmina.w",
8982
    "xvmina.d",
8983
    "xvsadw.h_b",
8984
    "xvsadw.w_h",
8985
    "xvsadw.d_w",
8986
    "xvsadw.h_bu",
8987
    "xvsadw.w_hu",
8988
    "xvsadw.d_wu",
8989
    "xvaccsadw.h_b",
8990
    "xvaccsadw.w_h",
8991
    "xvaccsadw.d_w",
8992
    "xvaccsadw.h_bu",
8993
    "xvaccsadw.w_hu",
8994
    "xvaccsadw.d_wu",
8995
    "xvmul.b",
8996
    "xvmul.h",
8997
    "xvmul.w",
8998
    "xvmul.d",
8999
    "xvmuh.b",
9000
    "xvmuh.h",
9001
    "xvmuh.w",
9002
    "xvmuh.d",
9003
    "xvmuh.bu",
9004
    "xvmuh.hu",
9005
    "xvmuh.wu",
9006
    "xvmuh.du",
9007
    "xvmuh.bu_b",
9008
    "xvmuh.hu_h",
9009
    "xvmuh.wu_w",
9010
    "xvmuh.du_d",
9011
    "xvmulxw.h_b",
9012
    "xvmulxw.w_h",
9013
    "xvmulxw.d_w",
9014
    "xvmulxw.h_bu",
9015
    "xvmulxw.w_hu",
9016
    "xvmulxw.d_wu",
9017
    "xvmulwev.h_b",
9018
    "xvmulwev.w_h",
9019
    "xvmulwev.d_w",
9020
    "xvmulwev.q_d",
9021
    "xvmulwod.h_b",
9022
    "xvmulwod.w_h",
9023
    "xvmulwod.d_w",
9024
    "xvmulwod.q_d",
9025
    "xvmulwl.h_b",
9026
    "xvmulwl.w_h",
9027
    "xvmulwl.d_w",
9028
    "xvmulwl.q_d",
9029
    "xvmulwh.h_b",
9030
    "xvmulwh.w_h",
9031
    "xvmulwh.d_w",
9032
    "xvmulwh.q_d",
9033
    "xvmulwev.h_bu",
9034
    "xvmulwev.w_hu",
9035
    "xvmulwev.d_wu",
9036
    "xvmulwev.q_du",
9037
    "xvmulwod.h_bu",
9038
    "xvmulwod.w_hu",
9039
    "xvmulwod.d_wu",
9040
    "xvmulwod.q_du",
9041
    "xvmulwl.h_bu",
9042
    "xvmulwl.w_hu",
9043
    "xvmulwl.d_wu",
9044
    "xvmulwl.q_du",
9045
    "xvmulwh.h_bu",
9046
    "xvmulwh.w_hu",
9047
    "xvmulwh.d_wu",
9048
    "xvmulwh.q_du",
9049
    "xvmulwev.h_bu_b",
9050
    "xvmulwev.w_hu_h",
9051
    "xvmulwev.d_wu_w",
9052
    "xvmulwev.q_du_d",
9053
    "xvmulwod.h_bu_b",
9054
    "xvmulwod.w_hu_h",
9055
    "xvmulwod.d_wu_w",
9056
    "xvmulwod.q_du_d",
9057
    "xvmulwl.h_bu_b",
9058
    "xvmulwl.w_hu_h",
9059
    "xvmulwl.d_wu_w",
9060
    "xvmulwl.q_du_d",
9061
    "xvmulwh.h_bu_b",
9062
    "xvmulwh.w_hu_h",
9063
    "xvmulwh.d_wu_w",
9064
    "xvmulwh.q_du_d",
9065
    "xvmadd.b",
9066
    "xvmadd.h",
9067
    "xvmadd.w",
9068
    "xvmadd.d",
9069
    "xvmsub.b",
9070
    "xvmsub.h",
9071
    "xvmsub.w",
9072
    "xvmsub.d",
9073
    "xvmaddwev.h_b",
9074
    "xvmaddwev.w_h",
9075
    "xvmaddwev.d_w",
9076
    "xvmaddwev.q_d",
9077
    "xvmaddwod.h_b",
9078
    "xvmaddwod.w_h",
9079
    "xvmaddwod.d_w",
9080
    "xvmaddwod.q_d",
9081
    "xvmaddwl.h_b",
9082
    "xvmaddwl.w_h",
9083
    "xvmaddwl.d_w",
9084
    "xvmaddwl.q_d",
9085
    "xvmaddwh.h_b",
9086
    "xvmaddwh.w_h",
9087
    "xvmaddwh.d_w",
9088
    "xvmaddwh.q_d",
9089
    "xvmaddwev.h_bu",
9090
    "xvmaddwev.w_hu",
9091
    "xvmaddwev.d_wu",
9092
    "xvmaddwev.q_du",
9093
    "xvmaddwod.h_bu",
9094
    "xvmaddwod.w_hu",
9095
    "xvmaddwod.d_wu",
9096
    "xvmaddwod.q_du",
9097
    "xvmaddwl.h_bu",
9098
    "xvmaddwl.w_hu",
9099
    "xvmaddwl.d_wu",
9100
    "xvmaddwl.q_du",
9101
    "xvmaddwh.h_bu",
9102
    "xvmaddwh.w_hu",
9103
    "xvmaddwh.d_wu",
9104
    "xvmaddwh.q_du",
9105
    "xvmaddwev.h_bu_b",
9106
    "xvmaddwev.w_hu_h",
9107
    "xvmaddwev.d_wu_w",
9108
    "xvmaddwev.q_du_d",
9109
    "xvmaddwod.h_bu_b",
9110
    "xvmaddwod.w_hu_h",
9111
    "xvmaddwod.d_wu_w",
9112
    "xvmaddwod.q_du_d",
9113
    "xvmaddwl.h_bu_b",
9114
    "xvmaddwl.w_hu_h",
9115
    "xvmaddwl.d_wu_w",
9116
    "xvmaddwl.q_du_d",
9117
    "xvmaddwh.h_bu_b",
9118
    "xvmaddwh.w_hu_h",
9119
    "xvmaddwh.d_wu_w",
9120
    "xvmaddwh.q_du_d",
9121
    "xvdp2.h_b",
9122
    "xvdp2.w_h",
9123
    "xvdp2.d_w",
9124
    "xvdp2.q_d",
9125
    "xvdp2.hu_bu",
9126
    "xvdp2.wu_hu",
9127
    "xvdp2.du_wu",
9128
    "xvdp2.qu_du",
9129
    "xvdp2.h_bu_b",
9130
    "xvdp2.w_hu_h",
9131
    "xvdp2.d_wu_w",
9132
    "xvdp2.q_du_d",
9133
    "xvdp2add.h_b",
9134
    "xvdp2add.w_h",
9135
    "xvdp2add.d_w",
9136
    "xvdp2add.q_d",
9137
    "xvdp2add.h_bu",
9138
    "xvdp2add.w_hu",
9139
    "xvdp2add.d_wu",
9140
    "xvdp2add.q_du",
9141
    "xvdp2add.h_bu_b",
9142
    "xvdp2add.w_hu_h",
9143
    "xvdp2add.d_wu_w",
9144
    "xvdp2add.q_du_d",
9145
    "xvdp2sub.h_b",
9146
    "xvdp2sub.w_h",
9147
    "xvdp2sub.d_w",
9148
    "xvdp2sub.q_d",
9149
    "xvdp2sub.h_bu",
9150
    "xvdp2sub.w_hu",
9151
    "xvdp2sub.d_wu",
9152
    "xvdp2sub.q_du",
9153
    "xvdp4.w_b",
9154
    "xvdp4.d_h",
9155
    "xvdp4.q_w",
9156
    "xvdp4.w_bu",
9157
    "xvdp4.d_hu",
9158
    "xvdp4.q_wu",
9159
    "xvdp4.w_bu_b",
9160
    "xvdp4.d_hu_h",
9161
    "xvdp4.q_wu_w",
9162
    "xvdp4add.w_b",
9163
    "xvdp4add.d_h",
9164
    "xvdp4add.q_w",
9165
    "xvdp4add.w_bu",
9166
    "xvdp4add.d_hu",
9167
    "xvdp4add.q_wu",
9168
    "xvdp4add.w_bu_b",
9169
    "xvdp4add.d_hu_h",
9170
    "xvdp4add.q_wu_w",
9171
    "xvdiv.b",
9172
    "xvdiv.h",
9173
    "xvdiv.w",
9174
    "xvdiv.d",
9175
    "xvmod.b",
9176
    "xvmod.h",
9177
    "xvmod.w",
9178
    "xvmod.d",
9179
    "xvdiv.bu",
9180
    "xvdiv.hu",
9181
    "xvdiv.wu",
9182
    "xvdiv.du",
9183
    "xvmod.bu",
9184
    "xvmod.hu",
9185
    "xvmod.wu",
9186
    "xvmod.du",
9187
    "xvsll.b",
9188
    "xvsll.h",
9189
    "xvsll.w",
9190
    "xvsll.d",
9191
    "xvsrl.b",
9192
    "xvsrl.h",
9193
    "xvsrl.w",
9194
    "xvsrl.d",
9195
    "xvsra.b",
9196
    "xvsra.h",
9197
    "xvsra.w",
9198
    "xvsra.d",
9199
    "xvrotr.b",
9200
    "xvrotr.h",
9201
    "xvrotr.w",
9202
    "xvrotr.d",
9203
    "xvsrlr.b",
9204
    "xvsrlr.h",
9205
    "xvsrlr.w",
9206
    "xvsrlr.d",
9207
    "xvsrar.b",
9208
    "xvsrar.h",
9209
    "xvsrar.w",
9210
    "xvsrar.d",
9211
    "xvsrln.b_h",
9212
    "xvsrln.h_w",
9213
    "xvsrln.w_d",
9214
    "xvsran.b_h",
9215
    "xvsran.h_w",
9216
    "xvsran.w_d",
9217
    "xvsrlrn.b_h",
9218
    "xvsrlrn.h_w",
9219
    "xvsrlrn.w_d",
9220
    "xvsrarn.b_h",
9221
    "xvsrarn.h_w",
9222
    "xvsrarn.w_d",
9223
    "xvssrln.b_h",
9224
    "xvssrln.h_w",
9225
    "xvssrln.w_d",
9226
    "xvssran.b_h",
9227
    "xvssran.h_w",
9228
    "xvssran.w_d",
9229
    "xvssrlrn.b_h",
9230
    "xvssrlrn.h_w",
9231
    "xvssrlrn.w_d",
9232
    "xvssrarn.b_h",
9233
    "xvssrarn.h_w",
9234
    "xvssrarn.w_d",
9235
    "xvssrln.bu_h",
9236
    "xvssrln.hu_w",
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9239
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9240
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9241
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9242
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9243
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9244
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9245
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9246
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9247
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9248
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9249
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9250
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9251
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9252
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9253
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9254
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9255
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9256
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9257
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9258
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9259
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9260
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9261
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9262
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9263
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9264
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9265
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9266
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9267
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9268
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9269
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9270
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9271
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9272
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9273
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9274
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9275
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9276
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9277
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9278
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9279
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9280
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9281
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9282
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9283
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9284
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9285
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9286
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9287
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9288
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9289
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9290
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9291
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9292
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9293
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9294
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9295
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9296
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9297
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9298
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9299
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9300
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9301
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9302
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9303
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9304
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9305
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9306
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9307
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9308
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9309
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9310
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9311
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9312
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9313
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9314
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9315
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9316
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9317
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9318
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9319
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9320
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9321
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9322
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9323
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9324
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9325
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9326
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9327
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9328
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9329
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9330
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9331
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9332
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9333
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9334
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9335
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9336
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9337
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9338
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9339
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9340
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9341
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9342
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9343
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9344
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9345
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9346
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9347
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9348
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9349
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9350
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9351
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9352
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9353
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9354
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9355
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9356
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9357
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9358
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9359
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9360
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9361
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9362
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9363
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9364
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9365
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9366
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9367
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9368
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9369
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9370
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9371
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9372
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9373
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9374
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9375
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9376
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9377
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9378
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9379
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9380
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9381
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9382
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9383
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9384
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9385
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9386
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9387
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9388
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9389
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9390
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9391
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9392
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9393
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9394
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9395
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9396
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9397
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9398
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9399
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9400
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9401
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9402
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9403
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9404
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9405
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9406
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9407
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9408
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9409
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9410
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9411
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9412
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9413
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9414
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9415
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9416
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9417
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9418
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9419
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9420
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9421
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9422
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9423
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9424
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9425
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9426
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9427
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9428
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9429
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9430
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9431
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9432
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9433
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9434
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9435
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9436
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9437
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9438
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9439
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9440
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9441
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9442
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9443
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9444
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9445
    "xvmepatmsk.v",
9446
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9447
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9448
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9449
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9450
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9451
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9452
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9453
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9454
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9455
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9456
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9457
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9458
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9459
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9460
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9461
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9462
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9463
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9464
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9465
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9466
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9467
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9468
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9469
    "xvmskfill.b",
9470
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9471
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9472
    "xvseteqz.v",
9473
    "xvsetnez.v",
9474
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9475
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9476
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9477
    "xvsetanyeqz.d",
9478
    "xvsetallnez.b",
9479
    "xvsetallnez.h",
9480
    "xvsetallnez.w",
9481
    "xvsetallnez.d",
9482
    "xvflogb.s",
9483
    "xvflogb.d",
9484
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9485
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9486
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9487
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9488
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9489
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9490
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9491
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9492
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9493
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9494
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9495
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9496
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9497
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9498
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9499
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9500
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9501
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9502
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9503
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9504
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9505
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9506
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9507
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9508
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9509
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9510
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9511
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9512
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9513
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9514
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9515
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9516
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9517
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9518
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9519
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9520
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9521
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9522
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9523
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9524
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9525
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9526
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9527
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9528
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9529
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9530
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9531
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9532
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9533
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9534
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9535
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9536
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9537
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9538
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9539
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9540
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9541
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9542
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9543
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9544
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9545
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9546
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9547
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9548
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9549
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9550
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9551
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9552
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9553
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9554
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9555
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9556
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9557
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9558
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9559
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9560
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9561
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9562
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9563
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9564
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9565
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9566
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9567
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9568
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9569
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9570
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9571
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9572
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9573
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9574
    "xvrotri.h",
9575
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9576
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9577
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9578
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9579
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9580
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9581
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9582
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9583
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9584
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9585
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9586
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9587
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9588
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9589
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9590
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9591
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9592
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9593
    "xvrepl128vei.w",
9594
    "xvrepl128vei.d",
9595
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9596
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9597
    "xvextrcoli.w",
9598
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9599
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9600
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9601
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9602
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9603
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9604
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9605
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9606
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9607
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9608
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9609
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9610
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9611
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9612
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9613
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9614
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9615
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9616
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9617
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9618
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9619
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9620
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9621
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9622
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9623
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9624
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9625
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9626
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9627
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9628
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9629
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9630
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9631
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9632
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9633
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9634
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9635
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9636
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9637
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9638
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9639
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9640
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9641
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9642
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9643
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9644
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9645
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9646
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9648
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9649
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9650
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9652
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9653
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9654
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9657
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9658
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9659
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9660
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9662
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9663
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9664
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9665
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9666
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9667
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9668
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9669
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9670
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9675
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9678
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9679
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9680
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9681
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9682
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9683
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9684
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9685
    "xvssrlrni.hu_w",
9686
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9687
    "xvssrlrni.du_q",
9688
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9689
    "xvsrani.h_w",
9690
    "xvsrani.w_d",
9691
    "xvsrani.d_q",
9692
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9693
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9694
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9695
    "xvsrarni.d_q",
9696
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9697
    "xvssrani.h_w",
9698
    "xvssrani.w_d",
9699
    "xvssrani.d_q",
9700
    "xvssrani.bu_h",
9701
    "xvssrani.hu_w",
9702
    "xvssrani.wu_d",
9703
    "xvssrani.du_q",
9704
    "xvssrarni.b_h",
9705
    "xvssrarni.h_w",
9706
    "xvssrarni.w_d",
9707
    "xvssrarni.d_q",
9708
    "xvssrarni.bu_h",
9709
    "xvssrarni.hu_w",
9710
    "xvssrarni.wu_d",
9711
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9712
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9713
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9714
    "xvssrlrneni.w_d",
9715
    "xvssrlrneni.d_q",
9716
    "xvssrlrneni.bu_h",
9717
    "xvssrlrneni.hu_w",
9718
    "xvssrlrneni.wu_d",
9719
    "xvssrlrneni.du_q",
9720
    "xvssrarneni.b_h",
9721
    "xvssrarneni.h_w",
9722
    "xvssrarneni.w_d",
9723
    "xvssrarneni.d_q",
9724
    "xvssrarneni.bu_h",
9725
    "xvssrarneni.hu_w",
9726
    "xvssrarneni.wu_d",
9727
    "xvssrarneni.du_q",
9728
    "xvextrins.d",
9729
    "xvextrins.w",
9730
    "xvextrins.h",
9731
    "xvextrins.b",
9732
    "xvshuf4i.b",
9733
    "xvshuf4i.h",
9734
    "xvshuf4i.w",
9735
    "xvshuf4i.d",
9736
    "xvshufi1.b",
9737
    "xvshufi2.b",
9738
    "xvshufi3.b",
9739
    "xvshufi4.b",
9740
    "xvshufi1.h",
9741
    "xvshufi2.h",
9742
    "xvseli.h",
9743
    "xvseli.w",
9744
    "xvseli.d",
9745
    "xvbitseli.b",
9746
    "xvbitmvzi.b",
9747
    "xvbitmvnzi.b",
9748
    "xvandi.b",
9749
    "xvori.b",
9750
    "xvxori.b",
9751
    "xvnori.b",
9752
    "xvldi",
9753
    "xvpermi.w",
9754
    "xvpermi.d",
9755
    "xvpermi.q",
9756
    "ENDING",
9757
};
9758

9759
static const char *ir2_gpr_name[] = {
9760
    "$zero" , "$ra" , "$tp" , "$sp" , "$a0" , "$a1" , "$a2" , "$a3" ,
9761
    "$a4"   , "$a5" , "$a6" , "$a7" , "$t0" , "$t1" , "$t2" , "$t3" ,
9762
    "$t4"   , "$t5" , "$t6" , "$t7" , "$t8" , "$x"  , "$fp" , "$s0" ,
9763
    "$s1"   , "$s2" , "$s3" , "$s4" , "$s5" , "$s6" , "$s7" , "$s8" ,
9764
};
9765

9766
static const char *ir2_fpr_name[] = {
9767
    "$fa0"  , "$fa1"  , "$fa2"  , "$fa3"  ,
9768
    "$fa4"  , "$fa5"  , "$fa6"  , "$fa7"  ,
9769
    "$ft0"  , "$ft1"  , "$ft2"  , "$ft3"  ,
9770
    "$ft4"  , "$ft5"  , "$ft6"  , "$ft7"  ,
9771
    "$ft8"  , "$ft9"  , "$ft10" , "$ft11" ,
9772
    "$ft12" , "$ft13" , "$ft14" , "$ft15" ,
9773
    "$fs0"  , "$fs1"  , "$fs2"  , "$fs3"  ,
9774
    "$fs4"  , "$fs5"  , "$fs6"  , "$fs7"  ,
9775
};
9776

9777
static const char *ir2_scr_name[] = {
9778
    "$scr0" , "$scr1" , "$scr2" , "$scr3",
9779
};
9780

9781
static const char *ir2_fcsr_name[] = {
9782
    "$fcsr0" , "$fcsr1" , "$fcsr2" , "$fcsr3",
9783
};
9784

9785
static const char *ir2_cc_name[] = {
9786
    "$cc0" , "$cc1" , "$cc2" , "$cc3" ,
9787
    "$cc4" , "$cc5" , "$cc6" , "$cc7" ,
9788
};
9789

9790
LA_OPND_TYPE get_opnd_type(Ins *ins, int i)
9791
{
9792
    GM_LA_OPCODE_FORMAT format = lisa_format_table[ins->op];
9793
    GM_OPERAND_TYPE la_opnd_type = format.opnd[i];
9794
    IR2_OPND_TYPE ir2_opnd_type = ir2_opnd_type_table[la_opnd_type];
9795
    return ir2_opnd_type;
9796
}
9797

9798
int extract_opnd_val(uint32_t insn, GM_OPERAND_TYPE type)
9799
{
9800
    GM_OPERAND_PLACE_RELATION bit_field = bit_field_table[type];
9801
    int bit_start = bit_field.bit_range_0.start;
9802
    int bit_end = bit_field.bit_range_0.end;
9803
    int bit_len = bit_end - bit_start + 1;
9804
    int val = (insn >> bit_start) & ((1 << bit_len) - 1);
9805

9806
    bit_start = bit_field.bit_range_1.start;
9807
    bit_end = bit_field.bit_range_1.end;
9808
    if (bit_start >= 0 && bit_end >= 0) {
9809
        int field1_val = insn << (31 - bit_end) >> (31 - bit_end + bit_start);
9810
        val |= field1_val << bit_len;
9811
    }
9812

9813
    if (is_la_sign_opnd[type]) {
9814
        if (bit_end >= 0) {
9815
            bit_len += bit_field.bit_range_1.end - bit_field.bit_range_1.start + 1;
9816
        }
9817
        val = val << (32 - bit_len) >> (32 - bit_len);
9818
    }
9819

9820
    return val;
9821
}
9822

9823
void la_disasm(uint32_t opcode, Ins *ins)
9824
{
9825
    LA_OPCODE op = get_ins_op(opcode);
9826
    assert(op != LISA_INVALID);
9827

9828
    ins->op = op;
9829
    ins->opnd_count = 0;
9830

9831
    GM_LA_OPCODE_FORMAT format = lisa_format_table[op];
9832

9833
    for (int i = 0; i < 4; i++) {
9834
        GM_OPERAND_TYPE opnd_type = format.opnd[i];
9835
        if (opnd_type == OPD_INVALID) {
9836
            break;
9837
        }
9838

9839
        ins->opnd[i].val = extract_opnd_val(opcode, opnd_type);
9840
        ins->opnd_count++;
9841
    }
9842
}
9843

9844
const char *ins_name(Ins *ins)
9845
{
9846
    LA_OPCODE op = ins->op;
9847
    if (op == LISA_INVALID || op >= LISA_ENDING) {
9848
        return "invalid ins";
9849
    }
9850
    return ir2_ins_name[op];
9851
}
9852

9853
const char *gpr_name(uint32_t gpr)
9854
{
9855
    if (gpr >= 32)
9856
        return "invalid gpr";
9857
    return ir2_gpr_name[gpr];
9858
}
9859

9860
void sprint_op(LA_OPCODE op, char *msg) {
9861
    sprintf(msg, "%-15s\t", ir2_ins_name[op]);
9862
}
9863

9864
void sprint_ins(Ins *ins, char * msg) {
9865
    assert(ins->op >= LISA_INVALID && ins->op <= LISA_ENDING);
9866
    sprintf(msg, "%-15s\t", ir2_ins_name[ins->op]);
9867
    for (int i = 0; i < ins->opnd_count; i++) {
9868
        if (i != 0)
9869
            sprintf(msg + strlen(msg),", ");
9870

9871
        IR2_OPND_TYPE type = get_opnd_type(ins, i);
9872
        switch (type) {
9873
            case IR2_OPND_GPR:
9874
                sprintf(msg + strlen(msg),"%s", ir2_gpr_name[ins->opnd[i].val]);
9875
                break;
9876
            case IR2_OPND_FPR:
9877
                sprintf(msg + strlen(msg),"%s", ir2_fpr_name[ins->opnd[i].val]);
9878
                break;
9879
            case IR2_OPND_FCSR:
9880
                sprintf(msg + strlen(msg),"%s", ir2_fcsr_name[ins->opnd[i].val]);
9881
                break;
9882
            case IR2_OPND_SCR:
9883
                sprintf(msg + strlen(msg),"%s", ir2_scr_name[ins->opnd[i].val]);
9884
                break;
9885
            case IR2_OPND_CC:
9886
                sprintf(msg + strlen(msg),"%s", ir2_cc_name[ins->opnd[i].val]);
9887
                break;
9888
            case IR2_OPND_LABEL:
9889
                break;
9890
            case IR2_OPND_IMM:
9891
                sprintf(msg + strlen(msg),"0x%x", ins->opnd[i].val);
9892
                break;
9893
            case IR2_OPND_NONE:
9894
                break;
9895
            default:
9896
                fprintf(stderr, "Error in sprint_ins, unknown opnd\n");
9897
                assert(0);
9898
                exit(EXIT_FAILURE);
9899
        }
9900
    }
9901
}
9902

9903
void sprint_disasm(uint32_t opcode, char *msg)
9904
{
9905
    Ins ins;
9906
    la_disasm(opcode, &ins);
9907
    sprint_ins(&ins, msg);
9908
}
9909

9910
void print_op(LA_OPCODE op)
9911
{
9912
    char msg[32];
9913
    sprint_op(op, msg);
9914
    puts(msg);
9915
}
9916

9917
void print_ins(Ins *ins)
9918
{
9919
    char msg[64];
9920
    sprint_ins(ins, msg);
9921
    puts(msg);
9922
}
9923

9924
void print_disasm(uint32_t opcode)
9925
{
9926
    char msg[64];
9927
    sprint_disasm(opcode, msg);
9928
    puts(msg);
9929
}
9930

9931
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