RISC-V ISA Explorer · Vector Subsets (Zv/Zve)

Zve32f: Vec FP32 (embedded)

Ratified 2021-11 · version 1.0.0

Single-precision vector floating-point on top of the Zve32x embedded subset, with elements still capped at 32 bits.

Typical use: Embedded DSP with single-precision vectors

Specification

Open Zve32f in the explorer

Dependencies

Requires

Required by

Instructions (522)

Mnemonic	Name	Encoding	Match	Mask
`VAADD.VV`		`001001-----------010-----1010111`	`0x24002057`	`0xfc00707f`
`VAADD.VX`		`001001-----------110-----1010111`	`0x24006057`	`0xfc00707f`
`VAADDU.VV`		`001000-----------010-----1010111`	`0x20002057`	`0xfc00707f`
`VAADDU.VX`		`001000-----------110-----1010111`	`0x20006057`	`0xfc00707f`
`VADC.VIM`	Vector add with carry and masked	`0100000----------011-----1010111`	`0x40003057`	`0xfe00707f`
`VADC.VVM`	Vector add with carry and masked	`0100000----------000-----1010111`	`0x40000057`	`0xfe00707f`
`VADC.VXM`	Vector add with carry and scalar, masked	`0100000----------100-----1010111`	`0x40004057`	`0xfe00707f`
`VADD.VI`	Vector-immediate integer addition	`000000-----------011-----1010111`	`0x3057`	`0xfc00707f`
`VADD.VV`	Vector-vector integer addition	`000000-----------000-----1010111`	`0x57`	`0xfc00707f`
`VADD.VX`	Vector-scalar integer addition	`000000-----------100-----1010111`	`0x4057`	`0xfc00707f`
`VAND.VI`		`001001-----------011-----1010111`	`0x24003057`	`0xfc00707f`
`VAND.VV`	Vector-vector bitwise AND	`001001-----------000-----1010111`	`0x24000057`	`0xfc00707f`
`VAND.VX`		`001001-----------100-----1010111`	`0x24004057`	`0xfc00707f`
`VASUB.VV`		`001011-----------010-----1010111`	`0x2c002057`	`0xfc00707f`
`VASUB.VX`		`001011-----------110-----1010111`	`0x2c006057`	`0xfc00707f`
`VASUBU.VV`		`001010-----------010-----1010111`	`0x28002057`	`0xfc00707f`
`VASUBU.VX`		`001010-----------110-----1010111`	`0x28006057`	`0xfc00707f`
`VCOMPRESS.VM`		`0101111----------010-----1010111`	`0x5e002057`	`0xfe00707f`
`VCPOP.M`		`010000------10000010-----1010111`	`0x40082057`	`0xfc0ff07f`
`VDIV.VV`		`100001-----------010-----1010111`	`0x84002057`	`0xfc00707f`
`VDIV.VX`		`100001-----------110-----1010111`	`0x84006057`	`0xfc00707f`
`VDIVU.VV`		`100000-----------010-----1010111`	`0x80002057`	`0xfc00707f`
`VDIVU.VX`		`100000-----------110-----1010111`	`0x80006057`	`0xfc00707f`
`VFADD.VF`	Vector floating-point add scalar	`000000-----------101-----1010111`	`0x5057`	`0xfc00707f`
`VFADD.VV`	Vector floating-point add	`000000-----------001-----1010111`	`0x1057`	`0xfc00707f`
`VFCLASS.V`		`010011------10000001-----1010111`	`0x4c081057`	`0xfc0ff07f`
`VFCVT.F.X.V`	Vector integer to floating-point conversion	`010010------00011001-----1010111`	`0x48019057`	`0xfc0ff07f`
`VFCVT.F.XU.V`	Vector unsigned integer to floating-point conversion	`010010------00010001-----1010111`	`0x48011057`	`0xfc0ff07f`
`VFCVT.RTZ.X.F.V`	Vector floating-point to integer conversion with truncation	`010010------00111001-----1010111`	`0x48039057`	`0xfc0ff07f`
`VFCVT.RTZ.XU.F.V`	Vector floating-point to unsigned integer conversion with truncation	`010010------00110001-----1010111`	`0x48031057`	`0xfc0ff07f`
`VFCVT.X.F.V`	Vector floating-point to integer conversion	`010010------00001001-----1010111`	`0x48009057`	`0xfc0ff07f`
`VFCVT.XU.F.V`	Vector floating-point to unsigned integer conversion	`010010------00000001-----1010111`	`0x48001057`	`0xfc0ff07f`
`VFDIV.VF`	Vector floating-point divide scalar	`100000-----------101-----1010111`	`0x80005057`	`0xfc00707f`
`VFDIV.VV`	Vector floating-point divide	`100000-----------001-----1010111`	`0x80001057`	`0xfc00707f`
`VFIRST.M`		`010000------10001010-----1010111`	`0x4008a057`	`0xfc0ff07f`
`VFMACC.VF`		`101100-----------101-----1010111`	`0xb0005057`	`0xfc00707f`
`VFMACC.VV`		`101100-----------001-----1010111`	`0xb0001057`	`0xfc00707f`
`VFMADD.VF`		`101000-----------101-----1010111`	`0xa0005057`	`0xfc00707f`
`VFMADD.VV`		`101000-----------001-----1010111`	`0xa0001057`	`0xfc00707f`
`VFMAX.VF`		`000110-----------101-----1010111`	`0x18005057`	`0xfc00707f`
`VFMAX.VV`		`000110-----------001-----1010111`	`0x18001057`	`0xfc00707f`
`VFMERGE.VFM`		`0101110----------101-----1010111`	`0x5c005057`	`0xfe00707f`
`VFMIN.VF`		`000100-----------101-----1010111`	`0x10005057`	`0xfc00707f`
`VFMIN.VV`		`000100-----------001-----1010111`	`0x10001057`	`0xfc00707f`
`VFMSAC.VF`		`101110-----------101-----1010111`	`0xb8005057`	`0xfc00707f`
`VFMSAC.VV`		`101110-----------001-----1010111`	`0xb8001057`	`0xfc00707f`
`VFMSUB.VF`		`101010-----------101-----1010111`	`0xa8005057`	`0xfc00707f`
`VFMSUB.VV`		`101010-----------001-----1010111`	`0xa8001057`	`0xfc00707f`
`VFMUL.VF`	Vector floating-point multiply scalar	`100100-----------101-----1010111`	`0x90005057`	`0xfc00707f`
`VFMUL.VV`	Vector floating-point multiply	`100100-----------001-----1010111`	`0x90001057`	`0xfc00707f`
`VFMV.F.S`	Vector floating-point to scalar move	`0100001-----00000001-----1010111`	`0x42001057`	`0xfe0ff07f`
`VFMV.S.F`	Vector scalar to floating-point move	`010000100000-----101-----1010111`	`0x42005057`	`0xfff0707f`
`VFMV.V.F`	Vector floating-point to vector move	`010111100000-----101-----1010111`	`0x5e005057`	`0xfff0707f`
`VFNCVT.RTZ.X.F.W`	Vector floating-point to integer narrowing conversion with truncation	`010010------10111001-----1010111`	`0x480b9057`	`0xfc0ff07f`
`VFNCVT.RTZ.XU.F.W`	Vector floating-point to unsigned integer narrowing conversion with truncation	`010010------10110001-----1010111`	`0x480b1057`	`0xfc0ff07f`
`VFNCVT.X.F.W`	Vector floating-point to integer narrowing conversion	`010010------10001001-----1010111`	`0x48089057`	`0xfc0ff07f`
`VFNCVT.XU.F.W`	Vector floating-point to unsigned integer narrowing conversion	`010010------10000001-----1010111`	`0x48081057`	`0xfc0ff07f`
`VFNMACC.VF`		`101101-----------101-----1010111`	`0xb4005057`	`0xfc00707f`
`VFNMACC.VV`		`101101-----------001-----1010111`	`0xb4001057`	`0xfc00707f`
`VFNMADD.VF`		`101001-----------101-----1010111`	`0xa4005057`	`0xfc00707f`
`VFNMADD.VV`		`101001-----------001-----1010111`	`0xa4001057`	`0xfc00707f`
`VFNMSAC.VF`		`101111-----------101-----1010111`	`0xbc005057`	`0xfc00707f`
`VFNMSAC.VV`		`101111-----------001-----1010111`	`0xbc001057`	`0xfc00707f`
`VFNMSUB.VF`		`101011-----------101-----1010111`	`0xac005057`	`0xfc00707f`
`VFNMSUB.VV`		`101011-----------001-----1010111`	`0xac001057`	`0xfc00707f`
`VFRDIV.VF`		`100001-----------101-----1010111`	`0x84005057`	`0xfc00707f`
`VFREC7.V`		`010011------00101001-----1010111`	`0x4c029057`	`0xfc0ff07f`
`VFREDMAX.VS`		`000111-----------001-----1010111`	`0x1c001057`	`0xfc00707f`
`VFREDMIN.VS`		`000101-----------001-----1010111`	`0x14001057`	`0xfc00707f`
`VFREDOSUM.VS`		`000011-----------001-----1010111`	`0xc001057`	`0xfc00707f`
`VFREDUSUM.VS`		`000001-----------001-----1010111`	`0x4001057`	`0xfc00707f`
`VFRSQRT7.V`		`010011------00100001-----1010111`	`0x4c021057`	`0xfc0ff07f`
`VFRSUB.VF`		`100111-----------101-----1010111`	`0x9c005057`	`0xfc00707f`
`VFSGNJ.VF`		`001000-----------101-----1010111`	`0x20005057`	`0xfc00707f`
`VFSGNJ.VV`		`001000-----------001-----1010111`	`0x20001057`	`0xfc00707f`
`VFSGNJN.VF`		`001001-----------101-----1010111`	`0x24005057`	`0xfc00707f`
`VFSGNJN.VV`		`001001-----------001-----1010111`	`0x24001057`	`0xfc00707f`
`VFSGNJX.VF`		`001010-----------101-----1010111`	`0x28005057`	`0xfc00707f`
`VFSGNJX.VV`		`001010-----------001-----1010111`	`0x28001057`	`0xfc00707f`
`VFSLIDE1DOWN.VF`		`001111-----------101-----1010111`	`0x3c005057`	`0xfc00707f`
`VFSLIDE1UP.VF`		`001110-----------101-----1010111`	`0x38005057`	`0xfc00707f`
`VFSQRT.V`		`010011------00000001-----1010111`	`0x4c001057`	`0xfc0ff07f`
`VFSUB.VF`	Vector floating-point subtract scalar	`000010-----------101-----1010111`	`0x8005057`	`0xfc00707f`
`VFSUB.VV`	Vector floating-point subtract	`000010-----------001-----1010111`	`0x8001057`	`0xfc00707f`
`VFWCVT.F.X.V`	Vector integer to floating-point widening conversion	`010010------01011001-----1010111`	`0x48059057`	`0xfc0ff07f`
`VFWCVT.F.XU.V`	Vector unsigned integer to floating-point widening conversion	`010010------01010001-----1010111`	`0x48051057`	`0xfc0ff07f`
`VID.V`		`010100-0000010001010-----1010111`	`0x5008a057`	`0xfdfff07f`
`VIOTA.M`		`010100------10000010-----1010111`	`0x50082057`	`0xfc0ff07f`
`VL1RE16.V`	Vector load 1 element of 16 bits with register stride	`000000101000-----101-----0000111`	`0x2805007`	`0xfff0707f`
`VL1RE32.V`	Vector load 1 element of 32 bits with register stride	`000000101000-----110-----0000111`	`0x2806007`	`0xfff0707f`
`VL1RE8.V`	Vector load 1 element of 8 bits with register stride	`000000101000-----000-----0000111`	`0x2800007`	`0xfff0707f`
`VL2RE16.V`	Vector load 2 elements of 16 bits with register stride	`001000101000-----101-----0000111`	`0x22805007`	`0xfff0707f`
`VL2RE32.V`	Vector load 2 elements of 32 bits with register stride	`001000101000-----110-----0000111`	`0x22806007`	`0xfff0707f`
`VL2RE8.V`	Vector load 2 elements of 8 bits with register stride	`001000101000-----000-----0000111`	`0x22800007`	`0xfff0707f`
`VL4RE16.V`	Vector load 4 elements of 16 bits with register stride	`011000101000-----101-----0000111`	`0x62805007`	`0xfff0707f`
`VL4RE32.V`	Vector load 4 elements of 32 bits with register stride	`011000101000-----110-----0000111`	`0x62806007`	`0xfff0707f`
`VL4RE8.V`	Vector load 4 elements of 8 bits with register stride	`011000101000-----000-----0000111`	`0x62800007`	`0xfff0707f`
`VL8RE16.V`	Vector load 8 elements of 16 bits with register stride	`111000101000-----101-----0000111`	`0xe2805007`	`0xfff0707f`
`VL8RE32.V`	Vector load 8 elements of 32 bits with register stride	`111000101000-----110-----0000111`	`0xe2806007`	`0xfff0707f`
`VL8RE8.V`	Vector load 8 elements of 8 bits with register stride	`111000101000-----000-----0000111`	`0xe2800007`	`0xfff0707f`
`VLE16.V`	Vector load 16-bit elements	`000000-00000-----101-----0000111`	`0x5007`	`0xfdf0707f`
`VLE16FF.V`	Vector load 16-bit elements, fault-first	`000000-10000-----101-----0000111`	`0x1005007`	`0xfdf0707f`
`VLE32.V`	Vector load 32-bit elements	`000000-00000-----110-----0000111`	`0x6007`	`0xfdf0707f`
`VLE32FF.V`	Vector load 32-bit elements, fault-first	`000000-10000-----110-----0000111`	`0x1006007`	`0xfdf0707f`
`VLE8.V`	Vector 8-bit unit-stride load	`000000-00000-----000-----0000111`	`0x7`	`0xfdf0707f`
`VLE8FF.V`	Vector load 8-bit elements, fault-first	`000000-10000-----000-----0000111`	`0x1000007`	`0xfdf0707f`
`VLM.V`	Vector load mask	`000000101011-----000-----0000111`	`0x2b00007`	`0xfff0707f`
`VLOXEI16.V`	Vector ordered load 1 element of 16 bits with index	`000011-----------101-----0000111`	`0xc005007`	`0xfc00707f`
`VLOXEI32.V`	Vector ordered load 1 element of 32 bits with index	`000011-----------110-----0000111`	`0xc006007`	`0xfc00707f`
`VLOXEI8.V`	Vector ordered load 1 element of 8 bits with index	`000011-----------000-----0000111`	`0xc000007`	`0xfc00707f`
`VLOXSEG2EI16.V`	Vector ordered load 2 elements of 16 bits with index	`001011-----------101-----0000111`	`0x2c005007`	`0xfc00707f`
`VLOXSEG2EI32.V`	Vector ordered load 2 elements of 32 bits with index	`001011-----------110-----0000111`	`0x2c006007`	`0xfc00707f`
`VLOXSEG2EI8.V`	Vector ordered load 2 elements of 8 bits with index	`001011-----------000-----0000111`	`0x2c000007`	`0xfc00707f`
`VLOXSEG3EI16.V`	Vector ordered load 3 elements of 16 bits with index	`010011-----------101-----0000111`	`0x4c005007`	`0xfc00707f`
`VLOXSEG3EI32.V`	Vector ordered load 3 elements of 32 bits with index	`010011-----------110-----0000111`	`0x4c006007`	`0xfc00707f`
`VLOXSEG3EI8.V`	Vector ordered load 3 elements of 8 bits with index	`010011-----------000-----0000111`	`0x4c000007`	`0xfc00707f`
`VLOXSEG4EI16.V`	Vector ordered load 4 elements of 16 bits with index	`011011-----------101-----0000111`	`0x6c005007`	`0xfc00707f`
`VLOXSEG4EI32.V`	Vector ordered load 4 elements of 32 bits with index	`011011-----------110-----0000111`	`0x6c006007`	`0xfc00707f`
`VLOXSEG4EI8.V`	Vector ordered load 4 elements of 8 bits with index	`011011-----------000-----0000111`	`0x6c000007`	`0xfc00707f`
`VLOXSEG5EI16.V`	Vector ordered load 5 elements of 16 bits with index	`100011-----------101-----0000111`	`0x8c005007`	`0xfc00707f`
`VLOXSEG5EI32.V`	Vector ordered load 5 elements of 32 bits with index	`100011-----------110-----0000111`	`0x8c006007`	`0xfc00707f`
`VLOXSEG5EI8.V`	Vector ordered load 5 elements of 8 bits with index	`100011-----------000-----0000111`	`0x8c000007`	`0xfc00707f`
`VLOXSEG6EI16.V`	Vector ordered load 6 elements of 16 bits with index	`101011-----------101-----0000111`	`0xac005007`	`0xfc00707f`
`VLOXSEG6EI32.V`	Vector ordered load 6 elements of 32 bits with index	`101011-----------110-----0000111`	`0xac006007`	`0xfc00707f`
`VLOXSEG6EI8.V`	Vector ordered load 6 elements of 8 bits with index	`101011-----------000-----0000111`	`0xac000007`	`0xfc00707f`
`VLOXSEG7EI16.V`	Vector ordered load 7 elements of 16 bits with index	`110011-----------101-----0000111`	`0xcc005007`	`0xfc00707f`
`VLOXSEG7EI32.V`	Vector ordered load 7 elements of 32 bits with index	`110011-----------110-----0000111`	`0xcc006007`	`0xfc00707f`
`VLOXSEG7EI8.V`	Vector ordered load 7 elements of 8 bits with index	`110011-----------000-----0000111`	`0xcc000007`	`0xfc00707f`
`VLOXSEG8EI16.V`	Vector ordered load 8 elements of 16 bits with index	`111011-----------101-----0000111`	`0xec005007`	`0xfc00707f`
`VLOXSEG8EI32.V`	Vector ordered load 8 elements of 32 bits with index	`111011-----------110-----0000111`	`0xec006007`	`0xfc00707f`
`VLOXSEG8EI8.V`	Vector ordered load 8 elements of 8 bits with index	`111011-----------000-----0000111`	`0xec000007`	`0xfc00707f`
`VLSE16.V`	Vector load 16-bit elements with stride	`000010-----------101-----0000111`	`0x8005007`	`0xfc00707f`
`VLSE32.V`	Vector load 32-bit elements with stride	`000010-----------110-----0000111`	`0x8006007`	`0xfc00707f`
`VLSE8.V`	Vector load 8-bit elements with stride	`000010-----------000-----0000111`	`0x8000007`	`0xfc00707f`
`VLSEG2E16.V`	Vector segmented load 2 elements of 16 bits	`001000-00000-----101-----0000111`	`0x20005007`	`0xfdf0707f`
`VLSEG2E16FF.V`	Vector segmented load 2 elements of 16 bits, fault-first	`001000-10000-----101-----0000111`	`0x21005007`	`0xfdf0707f`
`VLSEG2E32.V`	Vector segmented load 2 elements of 32 bits	`001000-00000-----110-----0000111`	`0x20006007`	`0xfdf0707f`
`VLSEG2E32FF.V`	Vector segmented load 2 elements of 32 bits, fault-first	`001000-10000-----110-----0000111`	`0x21006007`	`0xfdf0707f`
`VLSEG2E8.V`	Vector segmented load 2 elements of 8 bits	`001000-00000-----000-----0000111`	`0x20000007`	`0xfdf0707f`
`VLSEG2E8FF.V`	Vector segmented load 2 elements of 8 bits, fault-first	`001000-10000-----000-----0000111`	`0x21000007`	`0xfdf0707f`
`VLSEG3E16.V`	Vector segmented load 3 elements of 16 bits	`010000-00000-----101-----0000111`	`0x40005007`	`0xfdf0707f`
`VLSEG3E16FF.V`	Vector segmented load 3 elements of 16 bits, fault-first	`010000-10000-----101-----0000111`	`0x41005007`	`0xfdf0707f`
`VLSEG3E32.V`	Vector segmented load 3 elements of 32 bits	`010000-00000-----110-----0000111`	`0x40006007`	`0xfdf0707f`
`VLSEG3E32FF.V`	Vector segmented load 3 elements of 32 bits, fault-first	`010000-10000-----110-----0000111`	`0x41006007`	`0xfdf0707f`
`VLSEG3E8.V`	Vector segmented load 3 elements of 8 bits	`010000-00000-----000-----0000111`	`0x40000007`	`0xfdf0707f`
`VLSEG3E8FF.V`	Vector segmented load 3 elements of 8 bits, fault-first	`010000-10000-----000-----0000111`	`0x41000007`	`0xfdf0707f`
`VLSEG4E16.V`	Vector segmented load 4 elements of 16 bits	`011000-00000-----101-----0000111`	`0x60005007`	`0xfdf0707f`
`VLSEG4E16FF.V`	Vector segmented load 4 elements of 16 bits, fault-first	`011000-10000-----101-----0000111`	`0x61005007`	`0xfdf0707f`
`VLSEG4E32.V`	Vector segmented load 4 elements of 32 bits	`011000-00000-----110-----0000111`	`0x60006007`	`0xfdf0707f`
`VLSEG4E32FF.V`	Vector segmented load 4 elements of 32 bits, fault-first	`011000-10000-----110-----0000111`	`0x61006007`	`0xfdf0707f`
`VLSEG4E8.V`	Vector segmented load 4 elements of 8 bits	`011000-00000-----000-----0000111`	`0x60000007`	`0xfdf0707f`
`VLSEG4E8FF.V`	Vector segmented load 4 elements of 8 bits, fault-first	`011000-10000-----000-----0000111`	`0x61000007`	`0xfdf0707f`
`VLSEG5E16.V`	Vector segmented load 5 elements of 16 bits	`100000-00000-----101-----0000111`	`0x80005007`	`0xfdf0707f`
`VLSEG5E16FF.V`	Vector segmented load 5 elements of 16 bits, fault-first	`100000-10000-----101-----0000111`	`0x81005007`	`0xfdf0707f`
`VLSEG5E32.V`	Vector segmented load 5 elements of 32 bits	`100000-00000-----110-----0000111`	`0x80006007`	`0xfdf0707f`
`VLSEG5E32FF.V`	Vector segmented load 5 elements of 32 bits, fault-first	`100000-10000-----110-----0000111`	`0x81006007`	`0xfdf0707f`
`VLSEG5E8.V`	Vector segmented load 5 elements of 8 bits	`100000-00000-----000-----0000111`	`0x80000007`	`0xfdf0707f`
`VLSEG5E8FF.V`	Vector segmented load 5 elements of 8 bits, fault-first	`100000-10000-----000-----0000111`	`0x81000007`	`0xfdf0707f`
`VLSEG6E16.V`	Vector segmented load 6 elements of 16 bits	`101000-00000-----101-----0000111`	`0xa0005007`	`0xfdf0707f`
`VLSEG6E16FF.V`	Vector segmented load 6 elements of 16 bits, fault-first	`101000-10000-----101-----0000111`	`0xa1005007`	`0xfdf0707f`
`VLSEG6E32.V`	Vector segmented load 6 elements of 32 bits	`101000-00000-----110-----0000111`	`0xa0006007`	`0xfdf0707f`
`VLSEG6E32FF.V`	Vector segmented load 6 elements of 32 bits, fault-first	`101000-10000-----110-----0000111`	`0xa1006007`	`0xfdf0707f`
`VLSEG6E8.V`	Vector segmented load 6 elements of 8 bits	`101000-00000-----000-----0000111`	`0xa0000007`	`0xfdf0707f`
`VLSEG6E8FF.V`	Vector segmented load 6 elements of 8 bits, fault-first	`101000-10000-----000-----0000111`	`0xa1000007`	`0xfdf0707f`
`VLSEG7E16.V`	Vector segmented load 7 elements of 16 bits	`110000-00000-----101-----0000111`	`0xc0005007`	`0xfdf0707f`
`VLSEG7E16FF.V`	Vector segmented load 7 elements of 16 bits, fault-first	`110000-10000-----101-----0000111`	`0xc1005007`	`0xfdf0707f`
`VLSEG7E32.V`	Vector segmented load 7 elements of 32 bits	`110000-00000-----110-----0000111`	`0xc0006007`	`0xfdf0707f`
`VLSEG7E32FF.V`	Vector segmented load 7 elements of 32 bits, fault-first	`110000-10000-----110-----0000111`	`0xc1006007`	`0xfdf0707f`
`VLSEG7E8.V`	Vector segmented load 7 elements of 8 bits	`110000-00000-----000-----0000111`	`0xc0000007`	`0xfdf0707f`
`VLSEG7E8FF.V`	Vector segmented load 7 elements of 8 bits, fault-first	`110000-10000-----000-----0000111`	`0xc1000007`	`0xfdf0707f`
`VLSEG8E16.V`	Vector segmented load 8 elements of 16 bits	`111000-00000-----101-----0000111`	`0xe0005007`	`0xfdf0707f`
`VLSEG8E16FF.V`	Vector segmented load 8 elements of 16 bits, fault-first	`111000-10000-----101-----0000111`	`0xe1005007`	`0xfdf0707f`
`VLSEG8E32.V`	Vector segmented load 8 elements of 32 bits	`111000-00000-----110-----0000111`	`0xe0006007`	`0xfdf0707f`
`VLSEG8E32FF.V`	Vector segmented load 8 elements of 32 bits, fault-first	`111000-10000-----110-----0000111`	`0xe1006007`	`0xfdf0707f`
`VLSEG8E8.V`	Vector segmented load 8 elements of 8 bits	`111000-00000-----000-----0000111`	`0xe0000007`	`0xfdf0707f`
`VLSEG8E8FF.V`	Vector segmented load 8 elements of 8 bits, fault-first	`111000-10000-----000-----0000111`	`0xe1000007`	`0xfdf0707f`
`VLSSEG2E16.V`	Vector segmented load 2 elements of 16 bits with stride	`001010-----------101-----0000111`	`0x28005007`	`0xfc00707f`
`VLSSEG2E32.V`	Vector segmented load 2 elements of 32 bits with stride	`001010-----------110-----0000111`	`0x28006007`	`0xfc00707f`
`VLSSEG2E8.V`	Vector segmented load 2 elements of 8 bits with stride	`001010-----------000-----0000111`	`0x28000007`	`0xfc00707f`
`VLSSEG3E16.V`	Vector segmented load 3 elements of 16 bits with stride	`010010-----------101-----0000111`	`0x48005007`	`0xfc00707f`
`VLSSEG3E32.V`	Vector segmented load 3 elements of 32 bits with stride	`010010-----------110-----0000111`	`0x48006007`	`0xfc00707f`
`VLSSEG3E8.V`	Vector segmented load 3 elements of 8 bits with stride	`010010-----------000-----0000111`	`0x48000007`	`0xfc00707f`
`VLSSEG4E16.V`	Vector segmented load 4 elements of 16 bits with stride	`011010-----------101-----0000111`	`0x68005007`	`0xfc00707f`
`VLSSEG4E32.V`	Vector segmented load 4 elements of 32 bits with stride	`011010-----------110-----0000111`	`0x68006007`	`0xfc00707f`
`VLSSEG4E8.V`	Vector strided load 4 elements of 8 bits	`011010-----------000-----0000111`	`0x68000007`	`0xfc00707f`
`VLSSEG5E16.V`	Vector segmented load 5 elements of 16 bits with stride	`100010-----------101-----0000111`	`0x88005007`	`0xfc00707f`
`VLSSEG5E32.V`	Vector segmented load 5 elements of 32 bits with stride	`100010-----------110-----0000111`	`0x88006007`	`0xfc00707f`
`VLSSEG5E8.V`	Vector strided load 5 elements of 8 bits	`100010-----------000-----0000111`	`0x88000007`	`0xfc00707f`
`VLSSEG6E16.V`	Vector strided load 6 elements of 16 bits	`101010-----------101-----0000111`	`0xa8005007`	`0xfc00707f`
`VLSSEG6E32.V`	Vector strided load 6 elements of 32 bits	`101010-----------110-----0000111`	`0xa8006007`	`0xfc00707f`
`VLSSEG6E8.V`	Vector segmented load 6 elements of 8 bits with stride	`101010-----------000-----0000111`	`0xa8000007`	`0xfc00707f`
`VLSSEG7E16.V`	Vector strided load 7 elements of 16 bits	`110010-----------101-----0000111`	`0xc8005007`	`0xfc00707f`
`VLSSEG7E32.V`	Vector segmented load 7 elements of 32 bits with stride	`110010-----------110-----0000111`	`0xc8006007`	`0xfc00707f`
`VLSSEG7E8.V`	Vector segmented load 7 elements of 8 bits with stride	`110010-----------000-----0000111`	`0xc8000007`	`0xfc00707f`
`VLSSEG8E16.V`	Vector segmented load 8 elements of 16 bits with stride	`111010-----------101-----0000111`	`0xe8005007`	`0xfc00707f`
`VLSSEG8E32.V`	Vector segmented load 8 elements of 32 bits with stride	`111010-----------110-----0000111`	`0xe8006007`	`0xfc00707f`
`VLSSEG8E8.V`	Vector segmented load 8 elements of 8 bits with stride	`111010-----------000-----0000111`	`0xe8000007`	`0xfc00707f`
`VLUXEI16.V`	Vector unordered load 1 element of 16 bits with index	`000001-----------101-----0000111`	`0x4005007`	`0xfc00707f`
`VLUXEI32.V`	Vector unordered load 1 element of 32 bits with index	`000001-----------110-----0000111`	`0x4006007`	`0xfc00707f`
`VLUXEI8.V`	Vector unordered load 1 element of 8 bits with index	`000001-----------000-----0000111`	`0x4000007`	`0xfc00707f`
`VLUXSEG2EI16.V`		`001001-----------101-----0000111`	`0x24005007`	`0xfc00707f`
`VLUXSEG2EI32.V`		`001001-----------110-----0000111`	`0x24006007`	`0xfc00707f`
`VLUXSEG2EI8.V`	Vector unordered load 2 elements of 8 bits with index	`001001-----------000-----0000111`	`0x24000007`	`0xfc00707f`
`VLUXSEG3EI16.V`	Vector unordered load 3 elements of 16 bits with index	`010001-----------101-----0000111`	`0x44005007`	`0xfc00707f`
`VLUXSEG3EI32.V`	Vector unordered load 3 elements of 32 bits with index	`010001-----------110-----0000111`	`0x44006007`	`0xfc00707f`
`VLUXSEG3EI8.V`	Vector unordered load 3 elements of 8 bits with index	`010001-----------000-----0000111`	`0x44000007`	`0xfc00707f`
`VLUXSEG4EI16.V`	Vector unordered load 4 elements of 16 bits with index	`011001-----------101-----0000111`	`0x64005007`	`0xfc00707f`
`VLUXSEG4EI32.V`	Vector unordered load 4 elements of 32 bits with index	`011001-----------110-----0000111`	`0x64006007`	`0xfc00707f`
`VLUXSEG4EI8.V`	Vector unordered load 4 elements of 8 bits with index	`011001-----------000-----0000111`	`0x64000007`	`0xfc00707f`
`VLUXSEG5EI16.V`	Vector unordered load 5 elements of 16 bits with index	`100001-----------101-----0000111`	`0x84005007`	`0xfc00707f`
`VLUXSEG5EI32.V`	Vector unordered load 5 elements of 32 bits with index	`100001-----------110-----0000111`	`0x84006007`	`0xfc00707f`
`VLUXSEG5EI8.V`	Vector unordered load 5 elements of 8 bits with index	`100001-----------000-----0000111`	`0x84000007`	`0xfc00707f`
`VLUXSEG6EI16.V`	Vector unordered load 6 elements of 16 bits with index	`101001-----------101-----0000111`	`0xa4005007`	`0xfc00707f`
`VLUXSEG6EI32.V`	Vector unordered load 6 elements of 32 bits with index	`101001-----------110-----0000111`	`0xa4006007`	`0xfc00707f`
`VLUXSEG6EI8.V`	Vector unordered load 6 elements of 8 bits with index	`101001-----------000-----0000111`	`0xa4000007`	`0xfc00707f`
`VLUXSEG7EI16.V`	Vector unordered load 7 elements of 16 bits with index	`110001-----------101-----0000111`	`0xc4005007`	`0xfc00707f`
`VLUXSEG7EI32.V`	Vector unordered load 7 elements of 32 bits with index	`110001-----------110-----0000111`	`0xc4006007`	`0xfc00707f`
`VLUXSEG7EI8.V`	Vector unordered load 7 elements of 8 bits with index	`110001-----------000-----0000111`	`0xc4000007`	`0xfc00707f`
`VLUXSEG8EI16.V`	Vector unordered load 8 elements of 16 bits with index	`111001-----------101-----0000111`	`0xe4005007`	`0xfc00707f`
`VLUXSEG8EI32.V`	Vector unordered load 8 elements of 32 bits with index	`111001-----------110-----0000111`	`0xe4006007`	`0xfc00707f`
`VLUXSEG8EI8.V`	Vector unordered load 8 elements of 8 bits with index	`111001-----------000-----0000111`	`0xe4000007`	`0xfc00707f`
`VMACC.VV`		`101101-----------010-----1010111`	`0xb4002057`	`0xfc00707f`
`VMACC.VX`		`101101-----------110-----1010111`	`0xb4006057`	`0xfc00707f`
`VMADC.VI`	Vector multiply-add with carry and immediate	`0100011----------011-----1010111`	`0x46003057`	`0xfe00707f`
`VMADC.VIM`	Vector multiply-add with carry and masked	`0100010----------011-----1010111`	`0x44003057`	`0xfe00707f`
`VMADC.VV`	Vector multiply-add with carry	`0100011----------000-----1010111`	`0x46000057`	`0xfe00707f`
`VMADC.VVM`	Vector multiply-add with carry and masked	`0100010----------000-----1010111`	`0x44000057`	`0xfe00707f`
`VMADC.VX`	Vector multiply-add with carry and scalar	`0100011----------100-----1010111`	`0x46004057`	`0xfe00707f`
`VMADC.VXM`	Vector multiply-add with carry and scalar, masked	`0100010----------100-----1010111`	`0x44004057`	`0xfe00707f`
`VMADD.VV`		`101001-----------010-----1010111`	`0xa4002057`	`0xfc00707f`
`VMADD.VX`		`101001-----------110-----1010111`	`0xa4006057`	`0xfc00707f`
`VMAND.MM`		`0110011----------010-----1010111`	`0x66002057`	`0xfe00707f`
`VMANDN.MM`		`0110001----------010-----1010111`	`0x62002057`	`0xfe00707f`
`VMAX.VV`		`000111-----------000-----1010111`	`0x1c000057`	`0xfc00707f`
`VMAX.VX`		`000111-----------100-----1010111`	`0x1c004057`	`0xfc00707f`
`VMAXU.VV`		`000110-----------000-----1010111`	`0x18000057`	`0xfc00707f`
`VMAXU.VX`		`000110-----------100-----1010111`	`0x18004057`	`0xfc00707f`
`VMERGE.VIM`		`0101110----------011-----1010111`	`0x5c003057`	`0xfe00707f`
`VMERGE.VVM`	Vector merge with mask	`0101110----------000-----1010111`	`0x5c000057`	`0xfe00707f`
`VMERGE.VXM`		`0101110----------100-----1010111`	`0x5c004057`	`0xfe00707f`
`VMFEQ.VF`		`011000-----------101-----1010111`	`0x60005057`	`0xfc00707f`
`VMFEQ.VV`		`011000-----------001-----1010111`	`0x60001057`	`0xfc00707f`
`VMFGE.VF`		`011111-----------101-----1010111`	`0x7c005057`	`0xfc00707f`
`VMFGT.VF`		`011101-----------101-----1010111`	`0x74005057`	`0xfc00707f`
`VMFLE.VF`		`011001-----------101-----1010111`	`0x64005057`	`0xfc00707f`
`VMFLE.VV`		`011001-----------001-----1010111`	`0x64001057`	`0xfc00707f`
`VMFLT.VF`		`011011-----------101-----1010111`	`0x6c005057`	`0xfc00707f`
`VMFLT.VV`		`011011-----------001-----1010111`	`0x6c001057`	`0xfc00707f`
`VMFNE.VF`		`011100-----------101-----1010111`	`0x70005057`	`0xfc00707f`
`VMFNE.VV`		`011100-----------001-----1010111`	`0x70001057`	`0xfc00707f`
`VMIN.VV`		`000101-----------000-----1010111`	`0x14000057`	`0xfc00707f`
`VMIN.VX`		`000101-----------100-----1010111`	`0x14004057`	`0xfc00707f`
`VMINU.VV`		`000100-----------000-----1010111`	`0x10000057`	`0xfc00707f`
`VMINU.VX`		`000100-----------100-----1010111`	`0x10004057`	`0xfc00707f`
`VMNAND.MM`		`0111011----------010-----1010111`	`0x76002057`	`0xfe00707f`
`VMNOR.MM`		`0111101----------010-----1010111`	`0x7a002057`	`0xfe00707f`
`VMOR.MM`		`0110101----------010-----1010111`	`0x6a002057`	`0xfe00707f`
`VMORN.MM`		`0111001----------010-----1010111`	`0x72002057`	`0xfe00707f`
`VMSBC.VV`	Vector multiply-subtract with carry	`0100111----------000-----1010111`	`0x4e000057`	`0xfe00707f`
`VMSBC.VVM`		`0100110----------000-----1010111`	`0x4c000057`	`0xfe00707f`
`VMSBC.VX`	Vector multiply-subtract with carry and scalar	`0100111----------100-----1010111`	`0x4e004057`	`0xfe00707f`
`VMSBC.VXM`		`0100110----------100-----1010111`	`0x4c004057`	`0xfe00707f`
`VMSBF.M`		`010100------00001010-----1010111`	`0x5000a057`	`0xfc0ff07f`
`VMSEQ.VI`	Vector mask equal immediate	`011000-----------011-----1010111`	`0x60003057`	`0xfc00707f`
`VMSEQ.VV`	Vector mask equal	`011000-----------000-----1010111`	`0x60000057`	`0xfc00707f`
`VMSEQ.VX`	Vector mask equal scalar	`011000-----------100-----1010111`	`0x60004057`	`0xfc00707f`
`VMSGT.VI`	Vector mask greater than signed immediate	`011111-----------011-----1010111`	`0x7c003057`	`0xfc00707f`
`VMSGT.VX`	Vector mask greater than signed scalar	`011111-----------100-----1010111`	`0x7c004057`	`0xfc00707f`
`VMSGTU.VI`	Vector mask greater than unsigned immediate	`011110-----------011-----1010111`	`0x78003057`	`0xfc00707f`
`VMSGTU.VX`	Vector mask greater than unsigned scalar	`011110-----------100-----1010111`	`0x78004057`	`0xfc00707f`
`VMSIF.M`		`010100------00011010-----1010111`	`0x5001a057`	`0xfc0ff07f`
`VMSLE.VI`	Vector mask less than or equal signed immediate	`011101-----------011-----1010111`	`0x74003057`	`0xfc00707f`
`VMSLE.VV`	Vector mask less than or equal signed	`011101-----------000-----1010111`	`0x74000057`	`0xfc00707f`
`VMSLE.VX`	Vector mask less than or equal signed scalar	`011101-----------100-----1010111`	`0x74004057`	`0xfc00707f`
`VMSLEU.VI`	Vector mask less than or equal unsigned immediate	`011100-----------011-----1010111`	`0x70003057`	`0xfc00707f`
`VMSLEU.VV`	Vector mask less than or equal unsigned	`011100-----------000-----1010111`	`0x70000057`	`0xfc00707f`
`VMSLEU.VX`	Vector mask less than or equal unsigned scalar	`011100-----------100-----1010111`	`0x70004057`	`0xfc00707f`
`VMSLT.VV`	Vector mask less than signed	`011011-----------000-----1010111`	`0x6c000057`	`0xfc00707f`
`VMSLT.VX`	Vector mask less than signed scalar	`011011-----------100-----1010111`	`0x6c004057`	`0xfc00707f`
`VMSLTU.VV`	Vector mask less than unsigned	`011010-----------000-----1010111`	`0x68000057`	`0xfc00707f`
`VMSLTU.VX`	Vector mask less than unsigned scalar	`011010-----------100-----1010111`	`0x68004057`	`0xfc00707f`
`VMSNE.VI`	Vector mask not equal immediate	`011001-----------011-----1010111`	`0x64003057`	`0xfc00707f`
`VMSNE.VV`	Vector mask not equal	`011001-----------000-----1010111`	`0x64000057`	`0xfc00707f`
`VMSNE.VX`	Vector mask not equal scalar	`011001-----------100-----1010111`	`0x64004057`	`0xfc00707f`
`VMSOF.M`		`010100------00010010-----1010111`	`0x50012057`	`0xfc0ff07f`
`VMUL.VV`		`100101-----------010-----1010111`	`0x94002057`	`0xfc00707f`
`VMUL.VX`		`100101-----------110-----1010111`	`0x94006057`	`0xfc00707f`
`VMULH.VV`		`100111-----------010-----1010111`	`0x9c002057`	`0xfc00707f`
`VMULH.VX`		`100111-----------110-----1010111`	`0x9c006057`	`0xfc00707f`
`VMULHSU.VV`		`100110-----------010-----1010111`	`0x98002057`	`0xfc00707f`
`VMULHSU.VX`		`100110-----------110-----1010111`	`0x98006057`	`0xfc00707f`
`VMULHU.VV`		`100100-----------010-----1010111`	`0x90002057`	`0xfc00707f`
`VMULHU.VX`		`100100-----------110-----1010111`	`0x90006057`	`0xfc00707f`
`VMV.S.X`		`010000100000-----110-----1010111`	`0x42006057`	`0xfff0707f`
`VMV.V.I`	Vector move immediate to vector register	`010111100000-----011-----1010111`	`0x5e003057`	`0xfff0707f`
`VMV.V.V`	Vector register move	`010111100000-----000-----1010111`	`0x5e000057`	`0xfff0707f`
`VMV.V.X`	Vector scalar to vector move	`010111100000-----100-----1010111`	`0x5e004057`	`0xfff0707f`
`VMV.X.S`	Vector move scalar to integer register	`0100001-----00000010-----1010111`	`0x42002057`	`0xfe0ff07f`
`VMV1R.V`		`1001111-----00000011-----1010111`	`0x9e003057`	`0xfe0ff07f`
`VMV2R.V`		`1001111-----00001011-----1010111`	`0x9e00b057`	`0xfe0ff07f`
`VMV4R.V`		`1001111-----00011011-----1010111`	`0x9e01b057`	`0xfe0ff07f`
`VMV8R.V`		`1001111-----00111011-----1010111`	`0x9e03b057`	`0xfe0ff07f`
`VMXNOR.MM`		`0111111----------010-----1010111`	`0x7e002057`	`0xfe00707f`
`VMXOR.MM`		`0110111----------010-----1010111`	`0x6e002057`	`0xfe00707f`
`VNCLIP.WI`	Vector narrowing signed clip with immediate	`101111-----------011-----1010111`	`0xbc003057`	`0xfc00707f`
`VNCLIP.WV`	Vector narrowing signed clip	`101111-----------000-----1010111`	`0xbc000057`	`0xfc00707f`
`VNCLIP.WX`	Vector narrowing signed clip with scalar	`101111-----------100-----1010111`	`0xbc004057`	`0xfc00707f`
`VNCLIPU.WI`	Vector narrowing unsigned clip with immediate	`101110-----------011-----1010111`	`0xb8003057`	`0xfc00707f`
`VNCLIPU.WV`	Vector narrowing unsigned clip	`101110-----------000-----1010111`	`0xb8000057`	`0xfc00707f`
`VNCLIPU.WX`	Vector narrowing unsigned clip with scalar	`101110-----------100-----1010111`	`0xb8004057`	`0xfc00707f`
`VNMSAC.VV`		`101111-----------010-----1010111`	`0xbc002057`	`0xfc00707f`
`VNMSAC.VX`		`101111-----------110-----1010111`	`0xbc006057`	`0xfc00707f`
`VNMSUB.VV`		`101011-----------010-----1010111`	`0xac002057`	`0xfc00707f`
`VNMSUB.VX`		`101011-----------110-----1010111`	`0xac006057`	`0xfc00707f`
`VNSRA.WI`	Vector narrowing signed shift right arithmetic with immediate	`101101-----------011-----1010111`	`0xb4003057`	`0xfc00707f`
`VNSRA.WV`	Vector narrowing signed shift right arithmetic	`101101-----------000-----1010111`	`0xb4000057`	`0xfc00707f`
`VNSRA.WX`	Vector narrowing signed shift right arithmetic with scalar	`101101-----------100-----1010111`	`0xb4004057`	`0xfc00707f`
`VNSRL.WI`	Vector narrowing logical shift right with immediate	`101100-----------011-----1010111`	`0xb0003057`	`0xfc00707f`
`VNSRL.WV`	Vector narrowing logical shift right	`101100-----------000-----1010111`	`0xb0000057`	`0xfc00707f`
`VNSRL.WX`	Vector narrowing logical shift right with scalar	`101100-----------100-----1010111`	`0xb0004057`	`0xfc00707f`
`VOR.VI`	Vector bitwise OR with immediate	`001010-----------011-----1010111`	`0x28003057`	`0xfc00707f`
`VOR.VV`	Vector-vector bitwise OR	`001010-----------000-----1010111`	`0x28000057`	`0xfc00707f`
`VOR.VX`	Vector bitwise OR with scalar	`001010-----------100-----1010111`	`0x28004057`	`0xfc00707f`
`VREDAND.VS`		`000001-----------010-----1010111`	`0x4002057`	`0xfc00707f`
`VREDMAX.VS`		`000111-----------010-----1010111`	`0x1c002057`	`0xfc00707f`
`VREDMAXU.VS`		`000110-----------010-----1010111`	`0x18002057`	`0xfc00707f`
`VREDMIN.VS`		`000101-----------010-----1010111`	`0x14002057`	`0xfc00707f`
`VREDMINU.VS`		`000100-----------010-----1010111`	`0x10002057`	`0xfc00707f`
`VREDOR.VS`		`000010-----------010-----1010111`	`0x8002057`	`0xfc00707f`
`VREDSUM.VS`		`000000-----------010-----1010111`	`0x2057`	`0xfc00707f`
`VREDXOR.VS`		`000011-----------010-----1010111`	`0xc002057`	`0xfc00707f`
`VREM.VV`	Vector remainder	`100011-----------010-----1010111`	`0x8c002057`	`0xfc00707f`
`VREM.VX`	Vector remainder with scalar	`100011-----------110-----1010111`	`0x8c006057`	`0xfc00707f`
`VREMU.VV`	Vector unsigned remainder	`100010-----------010-----1010111`	`0x88002057`	`0xfc00707f`
`VREMU.VX`	Vector unsigned remainder with scalar	`100010-----------110-----1010111`	`0x88006057`	`0xfc00707f`
`VRGATHER.VI`	Vector register gather with immediate index	`001100-----------011-----1010111`	`0x30003057`	`0xfc00707f`
`VRGATHER.VV`	Vector register gather	`001100-----------000-----1010111`	`0x30000057`	`0xfc00707f`
`VRGATHER.VX`	Vector register gather with scalar index	`001100-----------100-----1010111`	`0x30004057`	`0xfc00707f`
`VRGATHEREI16.VV`		`001110-----------000-----1010111`	`0x38000057`	`0xfc00707f`
`VRSUB.VI`	Vector reverse subtract with immediate	`000011-----------011-----1010111`	`0xc003057`	`0xfc00707f`
`VRSUB.VX`	Vector reverse subtract with scalar	`000011-----------100-----1010111`	`0xc004057`	`0xfc00707f`
`VS1R.V`	Vector store 1 element with register stride	`000000101000-----000-----0100111`	`0x2800027`	`0xfff0707f`
`VS2R.V`	Vector store 2 elements	`001000101000-----000-----0100111`	`0x22800027`	`0xfff0707f`
`VS4R.V`	Vector store 4 elements	`011000101000-----000-----0100111`	`0x62800027`	`0xfff0707f`
`VS8R.V`	Vector store 8 elements with register stride	`111000101000-----000-----0100111`	`0xe2800027`	`0xfff0707f`
`VSADD.VI`	Vector unsigned addition with immediate	`100001-----------011-----1010111`	`0x84003057`	`0xfc00707f`
`VSADD.VV`	Vector unsigned addition	`100001-----------000-----1010111`	`0x84000057`	`0xfc00707f`
`VSADD.VX`	Vector unsigned addition with scalar	`100001-----------100-----1010111`	`0x84004057`	`0xfc00707f`
`VSADDU.VI`	Vector signed addition with immediate	`100000-----------011-----1010111`	`0x80003057`	`0xfc00707f`
`VSADDU.VV`	Vector signed addition	`100000-----------000-----1010111`	`0x80000057`	`0xfc00707f`
`VSADDU.VX`	Vector signed addition with scalar	`100000-----------100-----1010111`	`0x80004057`	`0xfc00707f`
`VSBC.VVM`	Vector subtract with borrow and masked	`0100100----------000-----1010111`	`0x48000057`	`0xfe00707f`
`VSBC.VXM`	Vector subtract with borrow and scalar, masked	`0100100----------100-----1010111`	`0x48004057`	`0xfe00707f`
`VSE16.V`	Vector store 16-bit elements	`000000-00000-----101-----0100111`	`0x5027`	`0xfdf0707f`
`VSE32.V`	Vector store 32-bit elements	`000000-00000-----110-----0100111`	`0x6027`	`0xfdf0707f`
`VSE8.V`	Vector 8-bit unit-stride store	`000000-00000-----000-----0100111`	`0x27`	`0xfdf0707f`
`VSETIVLI`	Vector Set Vector Type Immediate and Vector Length Immediate	`11---------------111-----1010111`	`0xc0007057`	`0xc000707f`
`VSETVL`	Vector Set Vector Type and Vector Length	`1000000----------111-----1010111`	`0x80007057`	`0xfe00707f`
`VSETVLI`	Set vector length immediate	`0----------------111-----1010111`	`0x7057`	`0x8000707f`
`VSEXT.VF2`	Vector sign-extend by factor of 2	`010010------00111010-----1010111`	`0x4803a057`	`0xfc0ff07f`
`VSEXT.VF4`	Vector sign-extend by factor of 4	`010010------00101010-----1010111`	`0x4802a057`	`0xfc0ff07f`
`VSEXT.VF8`	Vector sign-extend by factor of 8	`010010------00011010-----1010111`	`0x4801a057`	`0xfc0ff07f`
`VSLIDE1DOWN.VX`	Vector slide down by 1 element with scalar	`001111-----------110-----1010111`	`0x3c006057`	`0xfc00707f`
`VSLIDE1UP.VX`	Vector slide up by 1 element with scalar	`001110-----------110-----1010111`	`0x38006057`	`0xfc00707f`
`VSLIDEDOWN.VI`	Vector slide down with immediate	`001111-----------011-----1010111`	`0x3c003057`	`0xfc00707f`
`VSLIDEDOWN.VX`	Vector slide down with scalar	`001111-----------100-----1010111`	`0x3c004057`	`0xfc00707f`
`VSLIDEUP.VI`	Vector slide up with immediate	`001110-----------011-----1010111`	`0x38003057`	`0xfc00707f`
`VSLIDEUP.VX`	Vector slide up with scalar	`001110-----------100-----1010111`	`0x38004057`	`0xfc00707f`
`VSLL.VI`	Vector shift left logical immediate	`100101-----------011-----1010111`	`0x94003057`	`0xfc00707f`
`VSLL.VV`	Vector shift left logical	`100101-----------000-----1010111`	`0x94000057`	`0xfc00707f`
`VSLL.VX`	Vector shift left logical scalar	`100101-----------100-----1010111`	`0x94004057`	`0xfc00707f`
`VSM.V`	Vector store mask	`000000101011-----000-----0100111`	`0x2b00027`	`0xfff0707f`
`VSMUL.VV`	Vector signed multiplication	`100111-----------000-----1010111`	`0x9c000057`	`0xfc00707f`
`VSMUL.VX`	Vector signed multiplication with scalar	`100111-----------100-----1010111`	`0x9c004057`	`0xfc00707f`
`VSOXEI16.V`	Vector ordered store 1 element of 16 bits with index	`000011-----------101-----0100111`	`0xc005027`	`0xfc00707f`
`VSOXEI32.V`	Vector ordered store 1 element of 32 bits with index	`000011-----------110-----0100111`	`0xc006027`	`0xfc00707f`
`VSOXEI8.V`	Vector ordered store 1 element of 8 bits with index	`000011-----------000-----0100111`	`0xc000027`	`0xfc00707f`
`VSOXSEG2EI16.V`	Vector ordered store 2 elements of 16 bits with index	`001011-----------101-----0100111`	`0x2c005027`	`0xfc00707f`
`VSOXSEG2EI32.V`	Vector ordered store 2 elements of 32 bits with index	`001011-----------110-----0100111`	`0x2c006027`	`0xfc00707f`
`VSOXSEG2EI8.V`	Vector ordered store 2 elements of 8 bits with index	`001011-----------000-----0100111`	`0x2c000027`	`0xfc00707f`
`VSOXSEG3EI16.V`	Vector ordered store 3 elements of 16 bits with index	`010011-----------101-----0100111`	`0x4c005027`	`0xfc00707f`
`VSOXSEG3EI32.V`	Vector ordered store 3 elements of 32 bits with index	`010011-----------110-----0100111`	`0x4c006027`	`0xfc00707f`
`VSOXSEG3EI8.V`	Vector ordered store 3 elements of 8 bits with index	`010011-----------000-----0100111`	`0x4c000027`	`0xfc00707f`
`VSOXSEG4EI16.V`	Vector ordered store 4 elements of 16 bits with index	`011011-----------101-----0100111`	`0x6c005027`	`0xfc00707f`
`VSOXSEG4EI32.V`	Vector ordered store 4 elements of 32 bits with index	`011011-----------110-----0100111`	`0x6c006027`	`0xfc00707f`
`VSOXSEG4EI8.V`	Vector ordered store 4 elements of 8 bits with index	`011011-----------000-----0100111`	`0x6c000027`	`0xfc00707f`
`VSOXSEG5EI16.V`	Vector ordered store 5 elements of 16 bits with index	`100011-----------101-----0100111`	`0x8c005027`	`0xfc00707f`
`VSOXSEG5EI32.V`	Vector ordered store 5 elements of 32 bits with index	`100011-----------110-----0100111`	`0x8c006027`	`0xfc00707f`
`VSOXSEG5EI8.V`	Vector ordered store 5 elements of 8 bits with index	`100011-----------000-----0100111`	`0x8c000027`	`0xfc00707f`
`VSOXSEG6EI16.V`	Vector ordered store 6 elements of 16 bits with index	`101011-----------101-----0100111`	`0xac005027`	`0xfc00707f`
`VSOXSEG6EI32.V`	Vector ordered store 6 elements of 32 bits with index	`101011-----------110-----0100111`	`0xac006027`	`0xfc00707f`
`VSOXSEG6EI8.V`	Vector ordered store 6 elements of 8 bits with index	`101011-----------000-----0100111`	`0xac000027`	`0xfc00707f`
`VSOXSEG7EI16.V`	Vector ordered store 7 elements of 16 bits with index	`110011-----------101-----0100111`	`0xcc005027`	`0xfc00707f`
`VSOXSEG7EI32.V`	Vector ordered store 7 elements of 32 bits with index	`110011-----------110-----0100111`	`0xcc006027`	`0xfc00707f`
`VSOXSEG7EI8.V`	Vector ordered store 7 elements of 8 bits with index	`110011-----------000-----0100111`	`0xcc000027`	`0xfc00707f`
`VSOXSEG8EI16.V`	Vector ordered store 8 elements of 16 bits with index	`111011-----------101-----0100111`	`0xec005027`	`0xfc00707f`
`VSOXSEG8EI32.V`	Vector ordered store 8 elements of 32 bits with index	`111011-----------110-----0100111`	`0xec006027`	`0xfc00707f`
`VSOXSEG8EI8.V`	Vector ordered store 8 elements of 8 bits with index	`111011-----------000-----0100111`	`0xec000027`	`0xfc00707f`
`VSRA.VI`	Vector shift right arithmetic immediate	`101001-----------011-----1010111`	`0xa4003057`	`0xfc00707f`
`VSRA.VV`	Vector shift right arithmetic	`101001-----------000-----1010111`	`0xa4000057`	`0xfc00707f`
`VSRA.VX`	Vector shift right arithmetic scalar	`101001-----------100-----1010111`	`0xa4004057`	`0xfc00707f`
`VSRL.VI`	Vector shift right logical immediate	`101000-----------011-----1010111`	`0xa0003057`	`0xfc00707f`
`VSRL.VV`	Vector shift right logical	`101000-----------000-----1010111`	`0xa0000057`	`0xfc00707f`
`VSRL.VX`	Vector shift right logical scalar	`101000-----------100-----1010111`	`0xa0004057`	`0xfc00707f`
`VSSE16.V`	Vector strided store 16-bit elements	`000010-----------101-----0100111`	`0x8005027`	`0xfc00707f`
`VSSE32.V`	Vector strided store 32-bit elements	`000010-----------110-----0100111`	`0x8006027`	`0xfc00707f`
`VSSE8.V`	Vector store 8-bit elements with stride	`000010-----------000-----0100111`	`0x8000027`	`0xfc00707f`
`VSSEG2E16.V`	Vector segmented store 2 elements of 16 bits	`001000-00000-----101-----0100111`	`0x20005027`	`0xfdf0707f`
`VSSEG2E32.V`	Vector segmented store 2 elements of 32 bits	`001000-00000-----110-----0100111`	`0x20006027`	`0xfdf0707f`
`VSSEG2E8.V`	Vector segmented store 2 elements of 8 bits	`001000-00000-----000-----0100111`	`0x20000027`	`0xfdf0707f`
`VSSEG3E16.V`	Vector segmented store 3 elements of 16 bits	`010000-00000-----101-----0100111`	`0x40005027`	`0xfdf0707f`
`VSSEG3E32.V`	Vector segmented store 3 elements of 32 bits	`010000-00000-----110-----0100111`	`0x40006027`	`0xfdf0707f`
`VSSEG3E8.V`	Vector segmented store 3 elements of 8 bits	`010000-00000-----000-----0100111`	`0x40000027`	`0xfdf0707f`
`VSSEG4E16.V`	Vector segmented store 4 elements of 16 bits	`011000-00000-----101-----0100111`	`0x60005027`	`0xfdf0707f`
`VSSEG4E32.V`	Vector segmented store 4 elements of 32 bits	`011000-00000-----110-----0100111`	`0x60006027`	`0xfdf0707f`
`VSSEG4E8.V`	Vector segmented store 4 elements of 8 bits	`011000-00000-----000-----0100111`	`0x60000027`	`0xfdf0707f`
`VSSEG5E16.V`	Vector segmented store 5 elements of 16 bits	`100000-00000-----101-----0100111`	`0x80005027`	`0xfdf0707f`
`VSSEG5E32.V`	Vector segmented store 5 elements of 32 bits	`100000-00000-----110-----0100111`	`0x80006027`	`0xfdf0707f`
`VSSEG5E8.V`	Vector segmented store 5 elements of 8 bits	`100000-00000-----000-----0100111`	`0x80000027`	`0xfdf0707f`
`VSSEG6E16.V`	Vector segmented store 6 elements of 16 bits	`101000-00000-----101-----0100111`	`0xa0005027`	`0xfdf0707f`
`VSSEG6E32.V`	Vector segmented store 6 elements of 32 bits	`101000-00000-----110-----0100111`	`0xa0006027`	`0xfdf0707f`
`VSSEG6E8.V`	Vector segmented store 6 elements of 8 bits	`101000-00000-----000-----0100111`	`0xa0000027`	`0xfdf0707f`
`VSSEG7E16.V`	Vector segmented store 7 elements of 16 bits	`110000-00000-----101-----0100111`	`0xc0005027`	`0xfdf0707f`
`VSSEG7E32.V`	Vector segmented store 7 elements of 32 bits	`110000-00000-----110-----0100111`	`0xc0006027`	`0xfdf0707f`
`VSSEG7E8.V`	Vector segmented store 7 elements of 8 bits	`110000-00000-----000-----0100111`	`0xc0000027`	`0xfdf0707f`
`VSSEG8E16.V`	Vector segmented store 8 elements of 16 bits	`111000-00000-----101-----0100111`	`0xe0005027`	`0xfdf0707f`
`VSSEG8E32.V`	Vector segmented store 8 elements of 32 bits	`111000-00000-----110-----0100111`	`0xe0006027`	`0xfdf0707f`
`VSSEG8E8.V`	Vector segmented store 8 elements of 8 bits	`111000-00000-----000-----0100111`	`0xe0000027`	`0xfdf0707f`
`VSSRA.VI`	Vector signed shift right arithmetic with immediate	`101011-----------011-----1010111`	`0xac003057`	`0xfc00707f`
`VSSRA.VV`	Vector signed shift right arithmetic	`101011-----------000-----1010111`	`0xac000057`	`0xfc00707f`
`VSSRA.VX`	Vector signed shift right arithmetic with scalar	`101011-----------100-----1010111`	`0xac004057`	`0xfc00707f`
`VSSRL.VI`	Vector shift right logical by immediate	`101010-----------011-----1010111`	`0xa8003057`	`0xfc00707f`
`VSSRL.VV`		`101010-----------000-----1010111`	`0xa8000057`	`0xfc00707f`
`VSSRL.VX`	Vector shift right logical by vector	`101010-----------100-----1010111`	`0xa8004057`	`0xfc00707f`
`VSSSEG2E16.V`	Vector strided store 2 elements of 16 bits	`001010-----------101-----0100111`	`0x28005027`	`0xfc00707f`
`VSSSEG2E32.V`	Vector strided store 2 elements of 32 bits	`001010-----------110-----0100111`	`0x28006027`	`0xfc00707f`
`VSSSEG2E8.V`	Vector strided store 2 elements of 8 bits	`001010-----------000-----0100111`	`0x28000027`	`0xfc00707f`
`VSSSEG3E16.V`	Vector strided store 3 elements of 16 bits	`010010-----------101-----0100111`	`0x48005027`	`0xfc00707f`
`VSSSEG3E32.V`	Vector strided store 3 elements of 32 bits	`010010-----------110-----0100111`	`0x48006027`	`0xfc00707f`
`VSSSEG3E8.V`	Vector strided store 3 elements of 8 bits	`010010-----------000-----0100111`	`0x48000027`	`0xfc00707f`
`VSSSEG4E16.V`	Vector strided store 4 elements of 16 bits	`011010-----------101-----0100111`	`0x68005027`	`0xfc00707f`
`VSSSEG4E32.V`	Vector strided store 4 elements of 32 bits	`011010-----------110-----0100111`	`0x68006027`	`0xfc00707f`
`VSSSEG4E8.V`	Vector segmented store 4 elements of 8 bits with stride	`011010-----------000-----0100111`	`0x68000027`	`0xfc00707f`
`VSSSEG5E16.V`	Vector segmented store 5 elements of 16 bits with stride	`100010-----------101-----0100111`	`0x88005027`	`0xfc00707f`
`VSSSEG5E32.V`	Vector segmented store 5 elements of 32 bits with stride	`100010-----------110-----0100111`	`0x88006027`	`0xfc00707f`
`VSSSEG5E8.V`	Vector segmented store 5 elements of 8 bits with stride	`100010-----------000-----0100111`	`0x88000027`	`0xfc00707f`
`VSSSEG6E16.V`	Vector segmented store 6 elements of 16 bits with stride	`101010-----------101-----0100111`	`0xa8005027`	`0xfc00707f`
`VSSSEG6E32.V`	Vector segmented store 6 elements of 32 bits with stride	`101010-----------110-----0100111`	`0xa8006027`	`0xfc00707f`
`VSSSEG6E8.V`	Vector segmented store 6 elements of 8 bits with stride	`101010-----------000-----0100111`	`0xa8000027`	`0xfc00707f`
`VSSSEG7E16.V`	Vector segmented store 7 elements of 16 bits with stride	`110010-----------101-----0100111`	`0xc8005027`	`0xfc00707f`
`VSSSEG7E32.V`	Vector segmented store 7 elements of 32 bits with stride	`110010-----------110-----0100111`	`0xc8006027`	`0xfc00707f`
`VSSSEG7E8.V`	Vector segmented store 7 elements of 8 bits with stride	`110010-----------000-----0100111`	`0xc8000027`	`0xfc00707f`
`VSSSEG8E16.V`	Vector segmented store 8 elements of 16 bits with stride	`111010-----------101-----0100111`	`0xe8005027`	`0xfc00707f`
`VSSSEG8E32.V`	Vector segmented store 8 elements of 32 bits with stride	`111010-----------110-----0100111`	`0xe8006027`	`0xfc00707f`
`VSSSEG8E8.V`	Vector strided store 8 elements of 8 bits	`111010-----------000-----0100111`	`0xe8000027`	`0xfc00707f`
`VSSUB.VV`	Vector subtraction	`100011-----------000-----1010111`	`0x8c000057`	`0xfc00707f`
`VSSUB.VX`	Vector subtraction with scalar	`100011-----------100-----1010111`	`0x8c004057`	`0xfc00707f`
`VSSUBU.VV`	Vector unsigned subtraction	`100010-----------000-----1010111`	`0x88000057`	`0xfc00707f`
`VSSUBU.VX`	Vector unsigned subtraction with scalar	`100010-----------100-----1010111`	`0x88004057`	`0xfc00707f`
`VSUB.VV`	Vector-vector integer subtraction	`000010-----------000-----1010111`	`0x8000057`	`0xfc00707f`
`VSUB.VX`	Vector-scalar integer subtraction	`000010-----------100-----1010111`	`0x8004057`	`0xfc00707f`
`VSUXEI16.V`	Vector unordered store 1 element of 16 bits with index	`000001-----------101-----0100111`	`0x4005027`	`0xfc00707f`
`VSUXEI32.V`	Vector unordered store 1 element of 32 bits with index	`000001-----------110-----0100111`	`0x4006027`	`0xfc00707f`
`VSUXEI8.V`	Vector unordered store 1 element of 8 bits with index	`000001-----------000-----0100111`	`0x4000027`	`0xfc00707f`
`VSUXSEG2EI16.V`	Vector unordered store 2 elements of 16 bits with index	`001001-----------101-----0100111`	`0x24005027`	`0xfc00707f`
`VSUXSEG2EI32.V`	Vector unordered store 2 elements of 32 bits with index	`001001-----------110-----0100111`	`0x24006027`	`0xfc00707f`
`VSUXSEG2EI8.V`	Vector unordered store 2 elements of 8 bits with index	`001001-----------000-----0100111`	`0x24000027`	`0xfc00707f`
`VSUXSEG3EI16.V`	Vector unordered store 3 elements of 16 bits with index	`010001-----------101-----0100111`	`0x44005027`	`0xfc00707f`
`VSUXSEG3EI32.V`	Vector unordered store 3 elements of 32 bits with index	`010001-----------110-----0100111`	`0x44006027`	`0xfc00707f`
`VSUXSEG3EI8.V`	Vector unordered store 3 elements of 8 bits with index	`010001-----------000-----0100111`	`0x44000027`	`0xfc00707f`
`VSUXSEG4EI16.V`	Vector unordered store 4 elements of 16 bits with index	`011001-----------101-----0100111`	`0x64005027`	`0xfc00707f`
`VSUXSEG4EI32.V`	Vector unordered store 4 elements of 32 bits with index	`011001-----------110-----0100111`	`0x64006027`	`0xfc00707f`
`VSUXSEG4EI8.V`	Vector unordered store 4 elements of 8 bits with index	`011001-----------000-----0100111`	`0x64000027`	`0xfc00707f`
`VSUXSEG5EI16.V`	Vector unordered store 5 elements of 16 bits with index	`100001-----------101-----0100111`	`0x84005027`	`0xfc00707f`
`VSUXSEG5EI32.V`	Vector unordered store 5 elements of 32 bits with index	`100001-----------110-----0100111`	`0x84006027`	`0xfc00707f`
`VSUXSEG5EI8.V`	Vector unordered store 5 elements of 8 bits with index	`100001-----------000-----0100111`	`0x84000027`	`0xfc00707f`
`VSUXSEG6EI16.V`	Vector unordered store 6 elements of 16 bits with index	`101001-----------101-----0100111`	`0xa4005027`	`0xfc00707f`
`VSUXSEG6EI32.V`	Vector unordered store 6 elements of 32 bits with index	`101001-----------110-----0100111`	`0xa4006027`	`0xfc00707f`
`VSUXSEG6EI8.V`	Vector unordered store 6 elements of 8 bits with index	`101001-----------000-----0100111`	`0xa4000027`	`0xfc00707f`
`VSUXSEG7EI16.V`	Vector unordered store 7 elements of 16 bits with index	`110001-----------101-----0100111`	`0xc4005027`	`0xfc00707f`
`VSUXSEG7EI32.V`	Vector unordered store 7 elements of 32 bits with index	`110001-----------110-----0100111`	`0xc4006027`	`0xfc00707f`
`VSUXSEG7EI8.V`	Vector unordered store 7 elements of 8 bits with index	`110001-----------000-----0100111`	`0xc4000027`	`0xfc00707f`
`VSUXSEG8EI16.V`	Vector unordered store 8 elements of 16 bits with index	`111001-----------101-----0100111`	`0xe4005027`	`0xfc00707f`
`VSUXSEG8EI32.V`	Vector unordered store 8 elements of 32 bits with index	`111001-----------110-----0100111`	`0xe4006027`	`0xfc00707f`
`VSUXSEG8EI8.V`	Vector unordered store 8 elements of 8 bits with index	`111001-----------000-----0100111`	`0xe4000027`	`0xfc00707f`
`VWADD.VV`	Vector widening unsigned addition	`110001-----------010-----1010111`	`0xc4002057`	`0xfc00707f`
`VWADD.VX`	Vector widening unsigned addition with scalar	`110001-----------110-----1010111`	`0xc4006057`	`0xfc00707f`
`VWADD.WV`		`110101-----------010-----1010111`	`0xd4002057`	`0xfc00707f`
`VWADD.WX`		`110101-----------110-----1010111`	`0xd4006057`	`0xfc00707f`
`VWADDU.VV`	Vector widening signed addition	`110000-----------010-----1010111`	`0xc0002057`	`0xfc00707f`
`VWADDU.VX`	Vector widening signed addition with scalar	`110000-----------110-----1010111`	`0xc0006057`	`0xfc00707f`
`VWADDU.WV`		`110100-----------010-----1010111`	`0xd0002057`	`0xfc00707f`
`VWADDU.WX`		`110100-----------110-----1010111`	`0xd0006057`	`0xfc00707f`
`VWMACC.VV`	Vector widening multiply-add	`111101-----------010-----1010111`	`0xf4002057`	`0xfc00707f`
`VWMACC.VX`	Vector widening multiply-add with scalar	`111101-----------110-----1010111`	`0xf4006057`	`0xfc00707f`
`VWMACCSU.VV`	Vector widening signed-unsigned multiply-add	`111111-----------010-----1010111`	`0xfc002057`	`0xfc00707f`
`VWMACCSU.VX`	Vector widening signed-unsigned multiply-add with scalar	`111111-----------110-----1010111`	`0xfc006057`	`0xfc00707f`
`VWMACCU.VV`	Vector widening unsigned multiply-add	`111100-----------010-----1010111`	`0xf0002057`	`0xfc00707f`
`VWMACCU.VX`	Vector widening unsigned multiply-add with scalar	`111100-----------110-----1010111`	`0xf0006057`	`0xfc00707f`
`VWMACCUS.VX`	Vector widening unsigned multiply-add with scalar, signed	`111110-----------110-----1010111`	`0xf8006057`	`0xfc00707f`
`VWMUL.VV`	Vector widening signed multiplication	`111011-----------010-----1010111`	`0xec002057`	`0xfc00707f`
`VWMUL.VX`	Vector widening signed multiplication with scalar	`111011-----------110-----1010111`	`0xec006057`	`0xfc00707f`
`VWMULSU.VV`	Vector widening signed-unsigned multiplication	`111010-----------010-----1010111`	`0xe8002057`	`0xfc00707f`
`VWMULSU.VX`	Vector widening signed-unsigned multiplication with scalar	`111010-----------110-----1010111`	`0xe8006057`	`0xfc00707f`
`VWMULU.VV`	Vector widening unsigned multiplication	`111000-----------010-----1010111`	`0xe0002057`	`0xfc00707f`
`VWMULU.VX`	Vector widening unsigned multiplication with scalar	`111000-----------110-----1010111`	`0xe0006057`	`0xfc00707f`
`VWREDSUM.VS`		`110001-----------000-----1010111`	`0xc4000057`	`0xfc00707f`
`VWREDSUMU.VS`		`110000-----------000-----1010111`	`0xc0000057`	`0xfc00707f`
`VWSUB.VV`	Vector widening signed subtraction	`110011-----------010-----1010111`	`0xcc002057`	`0xfc00707f`
`VWSUB.VX`	Vector widening signed subtraction with scalar	`110011-----------110-----1010111`	`0xcc006057`	`0xfc00707f`
`VWSUB.WV`		`110111-----------010-----1010111`	`0xdc002057`	`0xfc00707f`
`VWSUB.WX`		`110111-----------110-----1010111`	`0xdc006057`	`0xfc00707f`
`VWSUBU.VV`	Vector widening unsigned subtraction	`110010-----------010-----1010111`	`0xc8002057`	`0xfc00707f`
`VWSUBU.VX`	Vector widening unsigned subtraction with scalar	`110010-----------110-----1010111`	`0xc8006057`	`0xfc00707f`
`VWSUBU.WV`		`110110-----------010-----1010111`	`0xd8002057`	`0xfc00707f`
`VWSUBU.WX`		`110110-----------110-----1010111`	`0xd8006057`	`0xfc00707f`
`VXOR.VI`	Vector bitwise XOR with immediate	`001011-----------011-----1010111`	`0x2c003057`	`0xfc00707f`
`VXOR.VV`	Vector-vector bitwise XOR	`001011-----------000-----1010111`	`0x2c000057`	`0xfc00707f`
`VXOR.VX`	Vector bitwise XOR with scalar	`001011-----------100-----1010111`	`0x2c004057`	`0xfc00707f`
`VZEXT.VF2`	Vector zero-extend by factor of 2	`010010------00110010-----1010111`	`0x48032057`	`0xfc0ff07f`
`VZEXT.VF4`	Vector zero-extend by factor of 4	`010010------00100010-----1010111`	`0x48022057`	`0xfc0ff07f`
`VZEXT.VF8`	Vector zero-extend by factor of 8	`010010------00010010-----1010111`	`0x48012057`	`0xfc0ff07f`