Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and encoded in the "U" field, where 0->-, 1->+. Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and U +/- 0 - 1 + Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and encoded in the "U" field, where 0->-, 1->+. Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and U +/- 0 - 1 + Is the bottom or top element specifier, encoded in "Q" where 0->B, 1->T. Is the bottom or top element specifier, Q <bt> 0 B 1 T Is the bottom or top element specifier, encoded in "Q" where 0->B, 1->T. Is the bottom or top element specifier, Q <bt> 0 B 1 T Is the rotation to be applied to elements in the second SIMD&FP source register, encoded in "rot", where 00->0, 01->90, 10->180, 11->270. Is the rotation to be applied to elements in the second SIMD&FP source register, rot <rotate> 00 0 01 90 10 180 11 270 Is the rotation to be applied to elements in the second SIMD&FP source register, encoded in "rot", where 00->0, 01->90, 10->180, 11->270. Is the rotation to be applied to elements in the second SIMD&FP source register, rot <rotate> 00 0 01 90 10 180 11 270 Is the data size, encoded in "size", where 00->8, 01->16, 10->32, otherwise UNDEFINED. Is the data size, size <size> 00 8 01 16 10 32 11 RESERVED Is the data size, encoded in "size", where 00->8, 01->16, 10->32, otherwise UNDEFINED. Is the data size, size <size> 00 8 01 16 10 32 11 RESERVED Is the data size, encoded in "size", where 00->8, 01->16, 1x->32, otherwise UNDEFINED. Is the data size, size <size> 00 8 01 16 1x 32 Is the data size, encoded in "size", where 00->8, 01->16, 1x->32, otherwise UNDEFINED. Is the data size, size <size> 00 8 01 16 1x 32 Is the data size, encoded in "size", where 00->8, 01->16, 10->32, 11->64. Is the data size, size <size> 00 8 01 16 10 32 11 64 Is the data size, encoded in "size", where 00->8, 01->16, 10->32, 11->64. Is the data size, size <size> 00 8 01 16 10 32 11 64 Is the data size, encoded in "size", where 00->8, 01->16, 10->32, otherwise UNDEFINED. Is the data size, size <size> 00 8 01 16 10 32 11 RESERVED Is the data size, encoded in "size", where 00->8, 01->16, 10->32, otherwise UNDEFINED. Is the data size, size <size> 00 8 01 16 10 32 11 RESERVED Is the data size, encoded in "size", where 00->8, 01->16, 10->32. Is the data size, size <size> 00 8 01 16 10 32 Is the data size, encoded in "size", where 00->8, 01->16, 10->32. Is the data size, size <size> 00 8 01 16 10 32 The data type, encoded in "cmode", where 110x->I32, 1110->I8, 1111->F32. The data type, cmode <dt> 110x I32 1110 I8 1111 F32 The data type, encoded in "cmode", where 110x->I32, 1110->I8, 1111->F32. The data type, cmode <dt> 110x I32 1110 I8 1111 F32 Is the data type for the elements of the operands, encoded in "U:size", where 000->S8, 001->S16, 010->S32, 100->U8, 101->U16, 110->U32 Is the data type for the elements of the operands, U size <dt> 0 00 S8 0 01 S16 0 10 S32 1 00 U8 1 01 U16 1 10 U32 Is the data type for the elements of the operands, encoded in "U:size", where 000->S8, 001->S16, 010->S32, 100->U8, 101->U16, 110->U32 Is the data type for the elements of the operands, U size <dt> 0 00 S8 0 01 S16 0 10 S32 1 00 U8 1 01 U16 1 10 U32 Is the data type for the elements of the operands, encoded in "op:U:size", where 0000->S8, 0001->S16, 0010->S32, 0100->U8, 0101->U16, 0110->U32, 1000->P8, 1010->P64 Is the data type for the elements of the operands, op U size <dt> 0 0 00 S8 0 0 01 S16 0 0 10 S32 0 1 00 U8 0 1 01 U16 0 1 10 U32 1 0 00 P8 1 0 10 P64 Is the data type for the elements of the operands, encoded in "op:U:size", where 0000->S8, 0001->S16, 0010->S32, 0100->U8, 0101->U16, 0110->U32, 1000->P8, 1010->P64 Is the data type for the elements of the operands, op U size <dt> 0 0 00 S8 0 0 01 S16 0 0 10 S32 0 1 00 U8 0 1 01 U16 0 1 10 U32 1 0 00 P8 1 0 10 P64 Is the data type for the elements of the operands, encoded in "size", where 00->I16, 01->I32, 10->I64 Is the data type for the elements of the operands, size <dt> 00 I16 01 I32 10 I64 Is the data type for the elements of the operands, encoded in "size", where 00->I16, 01->I32, 10->I64 Is the data type for the elements of the operands, size <dt> 00 I16 01 I32 10 I64 Is the data type for the elements of the operands, encoded in "size", where 01->S16, 10->S32 Is the data type for the elements of the operands, size <dt> 01 S16 10 S32 Is the data type for the elements of the operands, encoded in "size", where 01->S16, 10->S32 Is the data type for the elements of the operands, size <dt> 01 S16 10 S32 Is the data type for the elements of the second operand vector, encoded in "U:size", where 000->S8, 001->S16, 010->S32, 100->U8, 101->U16, 110->U32 Is the data type for the elements of the second operand vector, U size <dt> 0 00 S8 0 01 S16 0 10 S32 1 00 U8 1 01 U16 1 10 U32 Is the data type for the elements of the second operand vector, encoded in "U:size", where 000->S8, 001->S16, 010->S32, 100->U8, 101->U16, 110->U32 Is the data type for the elements of the second operand vector, U size <dt> 0 00 S8 0 01 S16 0 10 S32 1 00 U8 1 01 U16 1 10 U32 Is the data type for the elements of the second operand vector, encoded in "U:size", where 000->S8, 001->S16, 010->S32, 100->U8, 101->U16, 110->U32. Is the data type for the elements of the second operand vector, U size <dt> 0 00 S8 0 01 S16 0 10 S32 1 00 U8 1 01 U16 1 10 U32 Is the data type for the elements of the second operand vector, encoded in "U:size", where 000->S8, 001->S16, 010->S32, 100->U8, 101->U16, 110->U32. Is the data type for the elements of the second operand vector, U size <dt> 0 00 S8 0 01 S16 0 10 S32 1 00 U8 1 01 U16 1 10 U32 Is the data type for the elements of the operands, encoded in "U:size", where 000->S8, 001->S16, 010->S32, 100->U8, 101->U16, 110->U32 Is the data type for the elements of the operands, U size <dt> 0 00 S8 0 01 S16 0 10 S32 1 00 U8 1 01 U16 1 10 U32 Is the data type for the elements of the operands, encoded in "U:size", where 000->S8, 001->S16, 010->S32, 100->U8, 101->U16, 110->U32 Is the data type for the elements of the operands, U size <dt> 0 00 S8 0 01 S16 0 10 S32 1 00 U8 1 01 U16 1 10 U32 Is the data type for the elements of the operands, encoded in "op:size", where 000->I8, 001->I16, 010->I32, 100->P8 Is the data type for the elements of the operands, op size <dt> 0 00 I8 0 01 I16 0 10 I32 1 00 P8 Is the data type for the elements of the operands, encoded in "op:size", where 000->I8, 001->I16, 010->I32, 100->P8 Is the data type for the elements of the operands, op size <dt> 0 00 I8 0 01 I16 0 10 I32 1 00 P8 Is the data type for the elements of the operands, encoded in "size", where 00->8, 01->16, 10->32 Is the data type for the elements of the operands, size <dt> 00 8 01 16 10 32 Is the data type for the elements of the operands, encoded in "size", where 00->8, 01->16, 10->32 Is the data type for the elements of the operands, size <dt> 00 8 01 16 10 32 Is the data type for the elements of the operands, encoded in "size", where 00->I8, 01->I16, 10->I32 Is the data type for the elements of the operands, size <dt> 00 I8 01 I16 10 I32 Is the data type for the elements of the operands, encoded in "size", where 00->I8, 01->I16, 10->I32 Is the data type for the elements of the operands, size <dt> 00 I8 01 I16 10 I32 Is the data type for the elements of the operands, encoded in "size", where 01->S16, 10->S32 Is the data type for the elements of the operands, size <dt> 01 S16 10 S32 Is the data type for the elements of the operands, encoded in "size", where 01->S16, 10->S32 Is the data type for the elements of the operands, size <dt> 01 S16 10 S32 Is the data type for the elements of the vectors, encoded in "U:size", where 000->S8, 001->S16, 010->S32, 011->S64, 100->U8, 101->U16, 110->U32, 111->U64. Is the data type for the elements of the vectors, U size <dt> 0 00 S8 0 01 S16 0 10 S32 0 11 S64 1 00 U8 1 01 U16 1 10 U32 1 11 U64 Is the data type for the elements of the vectors, encoded in "U:size", where 000->S8, 001->S16, 010->S32, 011->S64, 100->U8, 101->U16, 110->U32, 111->U64. Is the data type for the elements of the vectors, U size <dt> 0 00 S8 0 01 S16 0 10 S32 0 11 S64 1 00 U8 1 01 U16 1 10 U32 1 11 U64 Is the data type for the elements of the vectors, encoded in "size", where 00->I8, 01->I16, 10->I32 Is the data type for the elements of the vectors, size <dt> 00 I8 01 I16 10 I32 Is the data type for the elements of the vectors, encoded in "size", where 00->I8, 01->I16, 10->I32 Is the data type for the elements of the vectors, size <dt> 00 I8 01 I16 10 I32 Is the data type for the elements of the vectors, encoded in "size", where 00->I8, 01->I16, 10->I32, 11->I64. Is the data type for the elements of the vectors, size <dt> 00 I8 01 I16 10 I32 11 I64 Is the data type for the elements of the vectors, encoded in "size", where 00->I8, 01->I16, 10->I32, 11->I64. Is the data type for the elements of the vectors, size <dt> 00 I8 01 I16 10 I32 11 I64 Is the data type for the elements of the vectors, encoded in "sz", where 0->F32, 1->F16. Is the data type for the elements of the vectors, sz <dt> 0 F32 1 F16 Is the data type for the elements of the vectors, encoded in "sz", where 0->F32, 1->F16. Is the data type for the elements of the vectors, sz <dt> 0 F32 1 F16 Is the bottom or top element specifier, encoded in "Q" where 0->B, 1->T. Is the bottom or top element specifier, Q <bt> 0 B 1 T Is the bottom or top element specifier, encoded in "Q" where 0->B, 1->T. Is the bottom or top element specifier, Q <bt> 0 B 1 T Is the data type for the elements of the vectors, encoded in "S", where 0->F16, 1->F32. Is the data type for the elements of the vectors, S <dt> 0 F16 1 F32 Is the data type for the elements of the vectors, encoded in "S", where 0->F16, 1->F32. Is the data type for the elements of the vectors, S <dt> 0 F16 1 F32 Is the rotation to be applied to elements in the second SIMD&FP source register, encoded in "rot", where 0->90, 1->270. Is the rotation to be applied to elements in the second SIMD&FP source register, rot <rotate> 0 90 1 270 Is the rotation to be applied to elements in the second SIMD&FP source register, encoded in "rot", where 0->90, 1->270. Is the rotation to be applied to elements in the second SIMD&FP source register, rot <rotate> 0 90 1 270 Is the rotation to be applied to elements in the second SIMD&FP source register, encoded in "rot", where 00->0, 01->90, 10->180, 11->270. Is the rotation to be applied to elements in the second SIMD&FP source register, rot <rotate> 00 0 01 90 10 180 11 270 Is the rotation to be applied to elements in the second SIMD&FP source register, encoded in "rot", where 00->0, 01->90, 10->180, 11->270. Is the rotation to be applied to elements in the second SIMD&FP source register, rot <rotate> 00 0 01 90 10 180 11 270 Is the data type for the elements of the operands, encoded in "size", where 01->S16, 10->S32 Is the data type for the elements of the operands, size <dt> 01 S16 10 S32 Is the data type for the elements of the operands, encoded in "size", where 01->S16, 10->S32 Is the data type for the elements of the operands, size <dt> 01 S16 10 S32 Is the data type for the scalar and the elements of the operand vector, encoded in "F:size", where 001->I16, 010->I32, 101->F16, 110->F32 Is the data type for the scalar and the elements of the operand vector, F size <dt> 0 01 I16 0 10 I32 1 01 F16 1 10 F32 Is the data type for the scalar and the elements of the operand vector, encoded in "F:size", where 001->I16, 010->I32, 101->F16, 110->F32 Is the data type for the scalar and the elements of the operand vector, F size <dt> 0 01 I16 0 10 I32 1 01 F16 1 10 F32 Is the data type for the scalar and the elements of the operand vector, encoded in "U:size", where 001->S16, 010->S32, 101->U16, 110->U32 Is the data type for the scalar and the elements of the operand vector, U size <dt> 0 01 S16 0 10 S32 1 01 U16 1 10 U32 Is the data type for the scalar and the elements of the operand vector, encoded in "U:size", where 001->S16, 010->S32, 101->U16, 110->U32 Is the data type for the scalar and the elements of the operand vector, U size <dt> 0 01 S16 0 10 S32 1 01 U16 1 10 U32 Is the data size for the elements of the vectors, encoded in the "L:imm6<5:3>" field, where 0001->8, 001x->16, 01xx->32, 1xxx->64. Is the data size for the elements of the vectors, L imm6<5:3> <size> 0 001 8 0 01x 16 0 1xx 32 1 xxx 64 Is the data size for the elements of the vectors, encoded in the "L:imm6<5:3>" field, where 0001->8, 001x->16, 01xx->32, 1xxx->64. Is the data size for the elements of the vectors, L imm6<5:3> <size> 0 001 8 0 01x 16 0 1xx 32 1 xxx 64 Is the data size for the elements of the vectors, encoded in the "imm6<5:3>" field, where 001->16, 01x->32, 1xx->64. Is the data size for the elements of the vectors, imm6<5:3> <size> 001 16 01x 32 1xx 64 Is the data size for the elements of the vectors, encoded in the "imm6<5:3>" field, where 001->16, 01x->32, 1xx->64. Is the data size for the elements of the vectors, imm6<5:3> <size> 001 16 01x 32 1xx 64 Is the data type for the elements of the destination vector, encoded in "op:U" where 00x->F16, 010->S16, 011->U16, 10x->F32, 110->S32, 111->U32 Is the data type for the elements of the destination vector, op U <dt1> 00 x F16 01 0 S16 01 1 U16 10 x F32 11 0 S32 11 1 U32 Is the data type for the elements of the destination vector, encoded in "op:U" where 00x->F16, 010->S16, 011->U16, 10x->F32, 110->S32, 111->U32 Is the data type for the elements of the destination vector, op U <dt1> 00 x F16 01 0 S16 01 1 U16 10 x F32 11 0 S32 11 1 U32 Is the data type for the elements of the operand, encoded in "U:imm3H" where 0001->S8, 0010->S16, 0100->S32, 1001->U8, 1010->U16, 1100->U32 Is the data type for the elements of the operand, U imm3H <dt> 0 001 S8 0 010 S16 0 100 S32 1 001 U8 1 010 U16 1 100 U32 Is the data type for the elements of the operand, encoded in "U:imm3H" where 0001->S8, 0010->S16, 0100->S32, 1001->U8, 1010->U16, 1100->U32 Is the data type for the elements of the operand, U imm3H <dt> 0 001 S8 0 010 S16 0 100 S32 1 001 U8 1 010 U16 1 100 U32 Is the data type for the elements of the source vector, encoded in "op:U" where 000->S16, 001->U16, 01x->F16, 100->S32, 101->U32, 11x->F32 Is the data type for the elements of the source vector, op U <dt2> 00 0 S16 00 1 U16 01 x F16 10 0 S32 10 1 U32 11 x F32 Is the data type for the elements of the source vector, encoded in "op:U" where 000->S16, 001->U16, 01x->F16, 100->S32, 101->U32, 11x->F32 Is the data type for the elements of the source vector, op U <dt2> 00 0 S16 00 1 U16 01 x F16 10 0 S32 10 1 U32 11 x F32 Is the data type for the elements of the vectors, encoded in the "U" field, where 0->S, 1->U. Is the data type for the elements of the vectors, U <type> 0 S 1 U Is the data type for the elements of the vectors, encoded in the "U" field, where 0->S, 1->U. Is the data type for the elements of the vectors, U <type> 0 S 1 U Is the data type for the elements of the vectors, encoded in the "U" field, where 1->S. Is the data type for the elements of the vectors, U <type> 1 S Is the data type for the elements of the vectors, encoded in the "U" field, where 1->S. Is the data type for the elements of the vectors, U <type> 1 S Is the data type for the elements of the destination vector, encoded in "size:op" where 010x->F16, 0110->S16, 0111->U16, 100x->F32, 1010->S32, 1011->U32 Is the data type for the elements of the destination vector, size op <dt1> 01 0x F16 01 10 S16 01 11 U16 10 0x F32 10 10 S32 10 11 U32 Is the data type for the elements of the destination vector, encoded in "size:op" where 010x->F16, 0110->S16, 0111->U16, 100x->F32, 1010->S32, 1011->U32 Is the data type for the elements of the destination vector, size op <dt1> 01 0x F16 01 10 S16 01 11 U16 10 0x F32 10 10 S32 10 11 U32 Is the data type for the elements of the destination, encoded in "op:size", where 001->S16, 010->S32, 101->U16, 110->U32 Is the data type for the elements of the destination, op size <dt> 0 01 S16 0 10 S32 1 01 U16 1 10 U32 Is the data type for the elements of the destination, encoded in "op:size", where 001->S16, 010->S32, 101->U16, 110->U32 Is the data type for the elements of the destination, op size <dt> 0 01 S16 0 10 S32 1 01 U16 1 10 U32 Is the data type for the elements of the operand, encoded in "op<0>:size", where 000->S16, 001->S32, 010->S64, 100->U16, 101->U32, 110->U64, otherwise UNDEFINED. Is the data type for the elements of the operand, op<0> size <dt> 0 00 S16 0 01 S32 0 10 S64 0 11 RESERVED 1 00 U16 1 01 U32 1 10 U64 1 11 RESERVED Is the data type for the elements of the operand, encoded in "op<0>:size", where 000->S16, 001->S32, 010->S64, 100->U16, 101->U32, 110->U64, otherwise UNDEFINED. Is the data type for the elements of the operand, op<0> size <dt> 0 00 S16 0 01 S32 0 10 S64 0 11 RESERVED 1 00 U16 1 01 U32 1 10 U64 1 11 RESERVED Is the data type for the elements of the operand, encoded in "size" where 00->8, 01->16, 10->32, otherwise UNDEFINED Is the data type for the elements of the operand, size <dt> 00 8 01 16 10 32 11 RESERVED Is the data type for the elements of the operand, encoded in "size" where 00->8, 01->16, 10->32, otherwise UNDEFINED Is the data type for the elements of the operand, size <dt> 00 8 01 16 10 32 11 RESERVED Is the data type for the elements of the operand, encoded in "size" where 00->8, 01->16, otherwise UNDEFINED Is the data type for the elements of the operand, size <dt> 00 8 01 16 1x RESERVED Is the data type for the elements of the operand, encoded in "size" where 00->8, 01->16, otherwise UNDEFINED Is the data type for the elements of the operand, size <dt> 00 8 01 16 1x RESERVED Is the data type for the elements of the operand, encoded in "size" where 00->8, otherwise UNDEFINED Is the data type for the elements of the operand, size <dt> 00 8 01 RESERVED 1x RESERVED Is the data type for the elements of the operand, encoded in "size" where 00->8, otherwise UNDEFINED Is the data type for the elements of the operand, size <dt> 00 8 01 RESERVED 1x RESERVED Is the data type for the elements of the operand, encoded in "size", where 00->I16, 01->I32, 10->I64, otherwise UNDEFINED Is the data type for the elements of the operand, size <dt> 00 I16 01 I32 10 I64 11 RESERVED Is the data type for the elements of the operand, encoded in "size", where 00->I16, 01->I32, 10->I64, otherwise UNDEFINED Is the data type for the elements of the operand, size <dt> 00 I16 01 I32 10 I64 11 RESERVED Is the data type for the elements of the operand, encoded in "size", where 00->S16, 01->S32, 10->S64, otherwise UNDEFINED. Is the data type for the elements of the operand, size <dt> 00 S16 01 S32 10 S64 11 RESERVED Is the data type for the elements of the operand, encoded in "size", where 00->S16, 01->S32, 10->S64, otherwise UNDEFINED. Is the data type for the elements of the operand, size <dt> 00 S16 01 S32 10 S64 11 RESERVED Is the data type for the elements of the operands, encoded in "F:size", where 000->I8, 001->I16, 010->I32, 101->F16, 110->F32 Is the data type for the elements of the operands, F size <dt> 0 00 I8 0 01 I16 0 10 I32 1 01 F16 1 10 F32 Is the data type for the elements of the operands, encoded in "F:size", where 000->I8, 001->I16, 010->I32, 101->F16, 110->F32 Is the data type for the elements of the operands, F size <dt> 0 00 I8 0 01 I16 0 10 I32 1 01 F16 1 10 F32 Is the data type for the elements of the operands, encoded in "F:size", where 000->S8, 001->S16, 010->S32, 101->F16, 110->F32 Is the data type for the elements of the operands, F size <dt> 0 00 S8 0 01 S16 0 10 S32 1 01 F16 1 10 F32 Is the data type for the elements of the operands, encoded in "F:size", where 000->S8, 001->S16, 010->S32, 101->F16, 110->F32 Is the data type for the elements of the operands, F size <dt> 0 00 S8 0 01 S16 0 10 S32 1 01 F16 1 10 F32 Is the data type for the elements of the operands, encoded in "size", where 00->I8, 01->I16, 10->I32, otherwise UNDEFINED Is the data type for the elements of the operands, size <dt> 00 I8 01 I16 10 I32 11 RESERVED Is the data type for the elements of the operands, encoded in "size", where 00->I8, 01->I16, 10->I32, otherwise UNDEFINED Is the data type for the elements of the operands, size <dt> 00 I8 01 I16 10 I32 11 RESERVED Is the data type for the elements of the operands, encoded in "size", where 00->S8, 01->S16, 10->S32, otherwise UNDEFINED Is the data type for the elements of the operands, size <dt> 00 S8 01 S16 10 S32 11 RESERVED Is the data type for the elements of the operands, encoded in "size", where 00->S8, 01->S16, 10->S32, otherwise UNDEFINED Is the data type for the elements of the operands, size <dt> 00 S8 01 S16 10 S32 11 RESERVED Is the data type for the elements of the source vector, encoded in "size" where 01->F16, 10->F32 Is the data type for the elements of the source vector, size <dt2> 01 F16 10 F32 Is the data type for the elements of the source vector, encoded in "size" where 01->F16, 10->F32 Is the data type for the elements of the source vector, size <dt2> 01 F16 10 F32 Is the data type for the elements of the source vector, encoded in "size:op" where 0100->S16, 0101->U16, 011x->F16, 1000->S32, 1001->U32, 101x->F32 Is the data type for the elements of the source vector, size op <dt2> 01 00 S16 01 01 U16 01 1x F16 10 00 S32 10 01 U32 10 1x F32 Is the data type for the elements of the source vector, encoded in "size:op" where 0100->S16, 0101->U16, 011x->F16, 1000->S32, 1001->U32, 101x->F32 Is the data type for the elements of the source vector, size op <dt2> 01 00 S16 01 01 U16 01 1x F16 10 00 S32 10 01 U32 10 1x F32 Is the data type for the elements of the vectors, encoded in "F:size", where 000->S8, 001->S16, 010->S32, 101->F16, 110->F32. Is the data type for the elements of the vectors, F size <dt> 0 00 S8 0 01 S16 0 10 S32 1 01 F16 1 10 F32 Is the data type for the elements of the vectors, encoded in "F:size", where 000->S8, 001->S16, 010->S32, 101->F16, 110->F32. Is the data type for the elements of the vectors, F size <dt> 0 00 S8 0 01 S16 0 10 S32 1 01 F16 1 10 F32 Is the data type for the elements of the vectors, encoded in "F:size", where 010->U32, 101->F16, 110->F32 Is the data type for the elements of the vectors, F size <dt> 0 10 U32 1 01 F16 1 10 F32 Is the data type for the elements of the vectors, encoded in "F:size", where 010->U32, 101->F16, 110->F32 Is the data type for the elements of the vectors, F size <dt> 0 10 U32 1 01 F16 1 10 F32 Is the data type for the elements of the vectors, encoded in "op:size", where 000->S8, 001->S16, 010->S32, 100->U8, 101->U16, 110->U32, otherwise UNDEFINED Is the data type for the elements of the vectors, op size <dt> 0 00 S8 0 01 S16 0 10 S32 0 11 RESERVED 1 00 U8 1 01 U16 1 10 U32 1 11 RESERVED Is the data type for the elements of the vectors, encoded in "op:size", where 000->S8, 001->S16, 010->S32, 100->U8, 101->U16, 110->U32, otherwise UNDEFINED Is the data type for the elements of the vectors, op size <dt> 0 00 S8 0 01 S16 0 10 S32 0 11 RESERVED 1 00 U8 1 01 U16 1 10 U32 1 11 RESERVED Is the data type for the elements of the vectors, encoded in "size", where 00->8, 01->16, 10->32, otherwise UNDEFINED Is the data type for the elements of the vectors, size <dt> 00 8 01 16 10 32 11 RESERVED Is the data type for the elements of the vectors, encoded in "size", where 00->8, 01->16, 10->32, otherwise UNDEFINED Is the data type for the elements of the vectors, size <dt> 00 8 01 16 10 32 11 RESERVED Is the data type for the elements of the vectors, encoded in "size", where 00->8, 01->16, otherwise UNDEFINED Is the data type for the elements of the vectors, size <dt> 00 8 01 16 1x RESERVED Is the data type for the elements of the vectors, encoded in "size", where 00->8, 01->16, otherwise UNDEFINED Is the data type for the elements of the vectors, size <dt> 00 8 01 16 1x RESERVED Is the data type for the elements of the vectors, encoded in "size", where 00->S8, 01->S16, 10->S32, otherwise UNDEFINED Is the data type for the elements of the vectors, size <dt> 00 S8 01 S16 10 S32 11 RESERVED Is the data type for the elements of the vectors, encoded in "size", where 00->S8, 01->S16, 10->S32, otherwise UNDEFINED Is the data type for the elements of the vectors, size <dt> 00 S8 01 S16 10 S32 11 RESERVED Is the data type for the elements of the vectors, encoded in "size", where 01->F16, 10->F32 Is the data type for the elements of the vectors, size <dt> 01 F16 10 F32 Is the data type for the elements of the vectors, encoded in "size", where 01->F16, 10->F32 Is the data type for the elements of the vectors, size <dt> 01 F16 10 F32 Is the data type, encoded in "size", where 00->8, otherwise UNDEFINED. Is the data type, size <dt> 00 8 01 RESERVED 1x RESERVED Is the data type, encoded in "size", where 00->8, otherwise UNDEFINED. Is the data type, size <dt> 00 8 01 RESERVED 1x RESERVED Is the endianness to be selected, and the value to be set in PSTATE.E, encoded in "E", where 0->LE, 1->BE Is the endianness to be selected, and the value to be set in PSTATE.E, E <endian_specifier> 0 LE 1 BE Is the endianness to be selected, and the value to be set in PSTATE.E, encoded in "E", where 0->LE, 1->BE Is the endianness to be selected, and the value to be set in PSTATE.E, E <endian_specifier> 0 LE 1 BE Is the type of shift to be applied to the second source register, encoded in "stype", where 00->LSL, 01->LSR, 10->ASR, 11->ROR. Is the type of shift to be applied to the second source register, stype <shift> 00 LSL 01 LSR 10 ASR 11 ROR Is the type of shift to be applied to the source register, encoded in "stype", where 00->LSL, 01->LSR, 10->ASR, 11->ROR. Is the type of shift to be applied to the source register, stype <shift> 00 LSL 01 LSR 10 ASR 11 ROR Is the rotate amount, encoded in "rotate", where 00->(omitted), 01->8, 10->16, 11->24 Is the rotate amount, rotate <amount> 00 (omitted) 01 8 10 16 11 24 Is the data type for the fixed-point number, encoded in "U:sx", where 00->S16, 10->U16, 01->S32, 11->U32 Is the data type for the fixed-point number, U sx <dt> 0 0 S16 0 1 S32 1 0 U16 1 1 U32 Is the data type for the fixed-point number, encoded in "U:sx", where 00->S16, 10->U16, 01->S32, 11->U32 Is the data type for the fixed-point number, U sx <dt> 0 0 S16 0 1 S32 1 0 U16 1 1 U32 Is the data type for the operand, encoded in "op", where 0->U32, 1->S32 Is the data type for the operand, op <dt> 0 U32 1 S32 Is the data type for the operand, encoded in "op", where 0->U32, 1->S32 Is the data type for the operand, op <dt> 0 U32 1 S32 Is the data type for the elements of the destination, encoded in "op" where 0->U32, 1->S32 Is the data type for the elements of the destination, op <dt> 0 U32 1 S32 Is the data type for the elements of the destination, encoded in "op" where 0->U32, 1->S32 Is the data type for the elements of the destination, op <dt> 0 U32 1 S32 Is the destination Advanced SIMD and floating-point System register, encoded in "reg", where 0000->FPSID, 0001->FPSCR, 1000->FPEXC, otherwise UNPREDICTABLE Is the destination Advanced SIMD and floating-point System register, reg <spec_reg> 0000 FPSID 0001 FPSCR 001x UNPREDICTABLE 01xx UNPREDICTABLE 1000 FPEXC 1001 UNPREDICTABLE 101x UNPREDICTABLE 11xx UNPREDICTABLE Is the destination Advanced SIMD and floating-point System register, encoded in "reg", where 0000->FPSID, 0001->FPSCR, 1000->FPEXC, otherwise UNPREDICTABLE Is the destination Advanced SIMD and floating-point System register, reg <spec_reg> 0000 FPSID 0001 FPSCR 001x UNPREDICTABLE 01xx UNPREDICTABLE 1000 FPEXC 1001 UNPREDICTABLE 101x UNPREDICTABLE 11xx UNPREDICTABLE Is the source Advanced SIMD and floating-point System register, encoded in "reg", where 0000->FPSID, 0001->FPSCR, 0101->MVFR2, 0110->MVFR1, 0111->MVFR0, 1000->FPEXC, otherwise UNPREDICTABLE Is the source Advanced SIMD and floating-point System register, reg <spec_reg> 0000 FPSID 0001 FPSCR 001x UNPREDICTABLE 0100 UNPREDICTABLE 0101 MVFR2 0110 MVFR1 0111 MVFR0 1000 FPEXC 1001 UNPREDICTABLE 101x UNPREDICTABLE 11xx UNPREDICTABLE Is the source Advanced SIMD and floating-point System register, encoded in "reg", where 0000->FPSID, 0001->FPSCR, 0101->MVFR2, 0110->MVFR1, 0111->MVFR0, 1000->FPEXC, otherwise UNPREDICTABLE Is the source Advanced SIMD and floating-point System register, reg <spec_reg> 0000 FPSID 0001 FPSCR 001x UNPREDICTABLE 0100 UNPREDICTABLE 0101 MVFR2 0110 MVFR1 0111 MVFR0 1000 FPEXC 1001 UNPREDICTABLE 101x UNPREDICTABLE 11xx UNPREDICTABLE Is the type of shift to be applied to the second source register, encoded in "stype", where 00->LSL, 01->LSR, 10->ASR, 11->ROR. Is the type of shift to be applied to the second source register, stype <shift> 00 LSL 01 LSR 10 ASR 11 ROR Is the type of shift to be applied to the second source register, encoded in "stype", where 00->LSL, 01->LSR, 10->ASR, 11->ROR. Is the type of shift to be applied to the second source register, stype <shift> 00 LSL 01 LSR 10 ASR 11 ROR Is the type of shift to be applied to the second source register, encoded in "stype", where 00->LSL, 01->LSR, 10->ASR, 11->ROR. Is the type of shift to be applied to the second source register, stype <shift> 00 LSL 01 LSR 10 ASR 11 ROR Is the type of shift to be applied to the second source register, encoded in "stype", where 00->LSL, 01->LSR, 10->ASR, 11->ROR. Is the type of shift to be applied to the second source register, stype <type> 00 LSL 01 LSR 10 ASR 11 ROR Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and encoded in the "U" field, where 0->-, 1->+. Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and U +/- 0 - 1 + Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and encoded in the "U" field, where 0->-, 1->+. Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and U +/- 0 - 1 + Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and encoded in the "U" field, where 0->-, 1->+. Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and U +/- 0 - 1 + Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and encoded in the "U" field, where 0->-, 1->+. Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and U +/- 0 - 1 + Specifies the index register is added to or subtracted from the base register, defaulting to + if omitted and encoded in the "U" field, where 0->-, 1->+. Specifies the index register is added to or subtracted from the base register, defaulting to + if omitted and U +/- 0 - 1 + Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and encoded in the "U" field, where 0->-, 1->+. Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and U +/- 0 - 1 + Specifies the index register is added to or subtracted from the base register, defaulting to + if omitted and encoded in the "U" field, where 0->-, 1->+. Specifies the index register is added to or subtracted from the base register, defaulting to + if omitted and U +/- 0 - 1 + Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and encoded in the "U" field, where 0->-, 1->+. Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and U +/- 0 - 1 + Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and encoded in the "U" field, where 0->-, 1->+. Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and U +/- 0 - 1 + Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and encoded in the "U" field, where 0->-, 1->+. Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and U +/- 0 - 1 + Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and encoded in the "U" field, where 0->-, 1->+. Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and U +/- 0 - 1 + Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and encoded in the "U" field, where 0->-, 1->+. Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and U +/- 0 - 1 + Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and encoded in the "U" field, where 0->-, 1->+. Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and U +/- 0 - 1 + Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and encoded in the "U" field, where 0->-, 1->+. Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and U +/- 0 - 1 + Is the type of shift to be applied to the second source register, encoded in "stype", where 00->LSL, 01->LSR, 10->ASR, 11->ROR. Is the type of shift to be applied to the second source register, stype <shift> 00 LSL 01 LSR 10 ASR 11 ROR Is the type of shift to be applied to the source register, encoded in "stype", where 00->LSL, 01->LSR, 10->ASR, 11->ROR. Is the type of shift to be applied to the source register, stype <shift> 00 LSL 01 LSR 10 ASR 11 ROR Is the type of shift to be applied to the second source register, encoded in "stype", where 00->LSL, 01->LSR, 10->ASR, 11->ROR. Is the type of shift to be applied to the second source register, stype <shift> 00 LSL 01 LSR 10 ASR 11 ROR Is the name of the banked register to be transferred to or from, encoded in the "R:M:M1" field, where 000000->R8_usr, 000001->R9_usr, 000010->R10_usr, 000011->R11_usr, 000100->R12_usr, 000101->SP_usr, 000110->LR_usr, 001000->R8_fiq, 001001->R9_fiq, 001010->R10_fiq, 001011->R11_fiq, 001100->R12_fiq, 001101->SP_fiq, 001110->LR_fiq, 010000->LR_irq, 010001->SP_irq, 010010->LR_svc, 010011->SP_svc, 010100->LR_abt, 010101->SP_abt, 010110->LR_und, 010111->SP_und, 011100->LR_mon, 011101->SP_mon, 011110->ELR_hyp, 011111->SP_hyp, 101110->SPSR_fiq, 110000->SPSR_irq, 110010->SPSR_svc, 110100->SPSR_abt, 110110->SPSR_und, 111100->SPSR_mon, 111110->SPSR_hyp, otherwise UNPREDICTABLE Is the name of the banked register to be transferred to or from, R M M1 <banked_reg> 0 0 0000 R8_usr 0 0 0001 R9_usr 0 0 0010 R10_usr 0 0 0011 R11_usr 0 0 0100 R12_usr 0 0 0101 SP_usr 0 0 0110 LR_usr 0 0 0111 UNPREDICTABLE 0 0 1000 R8_fiq 0 0 1001 R9_fiq 0 0 1010 R10_fiq 0 0 1011 R11_fiq 0 0 1100 R12_fiq 0 0 1101 SP_fiq 0 0 1110 LR_fiq 0 0 1111 UNPREDICTABLE 0 1 0000 LR_irq 0 1 0001 SP_irq 0 1 0010 LR_svc 0 1 0011 SP_svc 0 1 0100 LR_abt 0 1 0101 SP_abt 0 1 0110 LR_und 0 1 0111 SP_und 0 1 10xx UNPREDICTABLE 0 1 1100 LR_mon 0 1 1101 SP_mon 0 1 1110 ELR_hyp 0 1 1111 SP_hyp 1 0 0xxx UNPREDICTABLE 1 0 10xx UNPREDICTABLE 1 0 110x UNPREDICTABLE 1 0 1110 SPSR_fiq 1 0 1111 UNPREDICTABLE 1 1 0000 SPSR_irq 1 1 0001 UNPREDICTABLE 1 1 0010 SPSR_svc 1 1 0011 UNPREDICTABLE 1 1 0100 SPSR_abt 1 1 0101 UNPREDICTABLE 1 1 0110 SPSR_und 1 1 0111 UNPREDICTABLE 1 1 10xx UNPREDICTABLE 1 1 1100 SPSR_mon 1 1 1101 UNPREDICTABLE 1 1 1110 SPSR_hyp 1 1 1111 UNPREDICTABLE Is the special register to be accessed, encoded in "R", where 0->CPSR|APSR, 1->SPSR. Is the special register to be accessed, R <spec_reg> 0 CPSR|APSR 1 SPSR Is the name of the banked register to be transferred to or from, encoded in the "R:M:M1" field, where 000000->R8_usr, 000001->R9_usr, 000010->R10_usr, 000011->R11_usr, 000100->R12_usr, 000101->SP_usr, 000110->LR_usr, 001000->R8_fiq, 001001->R9_fiq, 001010->R10_fiq, 001011->R11_fiq, 001100->R12_fiq, 001101->SP_fiq, 001110->LR_fiq, 010000->LR_irq, 010001->SP_irq, 010010->LR_svc, 010011->SP_svc, 010100->LR_abt, 010101->SP_abt, 010110->LR_und, 010111->SP_und, 011100->LR_mon, 011101->SP_mon, 011110->ELR_hyp, 011111->SP_hyp, 101110->SPSR_fiq, 110000->SPSR_irq, 110010->SPSR_svc, 110100->SPSR_abt, 110110->SPSR_und, 111100->SPSR_mon, 111110->SPSR_hyp, otherwise UNPREDICTABLE Is the name of the banked register to be transferred to or from, R M M1 <banked_reg> 0 0 0000 R8_usr 0 0 0001 R9_usr 0 0 0010 R10_usr 0 0 0011 R11_usr 0 0 0100 R12_usr 0 0 0101 SP_usr 0 0 0110 LR_usr 0 0 0111 UNPREDICTABLE 0 0 1000 R8_fiq 0 0 1001 R9_fiq 0 0 1010 R10_fiq 0 0 1011 R11_fiq 0 0 1100 R12_fiq 0 0 1101 SP_fiq 0 0 1110 LR_fiq 0 0 1111 UNPREDICTABLE 0 1 0000 LR_irq 0 1 0001 SP_irq 0 1 0010 LR_svc 0 1 0011 SP_svc 0 1 0100 LR_abt 0 1 0101 SP_abt 0 1 0110 LR_und 0 1 0111 SP_und 0 1 10xx UNPREDICTABLE 0 1 1100 LR_mon 0 1 1101 SP_mon 0 1 1110 ELR_hyp 0 1 1111 SP_hyp 1 0 0xxx UNPREDICTABLE 1 0 10xx UNPREDICTABLE 1 0 110x UNPREDICTABLE 1 0 1110 SPSR_fiq 1 0 1111 UNPREDICTABLE 1 1 0000 SPSR_irq 1 1 0001 UNPREDICTABLE 1 1 0010 SPSR_svc 1 1 0011 UNPREDICTABLE 1 1 0100 SPSR_abt 1 1 0101 UNPREDICTABLE 1 1 0110 SPSR_und 1 1 0111 UNPREDICTABLE 1 1 10xx UNPREDICTABLE 1 1 1100 SPSR_mon 1 1 1101 UNPREDICTABLE 1 1 1110 SPSR_hyp 1 1 1111 UNPREDICTABLE Is the name of the banked register to be transferred to or from, encoded in the "R:M:M1" field, where 000000->R8_usr, 000001->R9_usr, 000010->R10_usr, 000011->R11_usr, 000100->R12_usr, 000101->SP_usr, 000110->LR_usr, 001000->R8_fiq, 001001->R9_fiq, 001010->R10_fiq, 001011->R11_fiq, 001100->R12_fiq, 001101->SP_fiq, 001110->LR_fiq, 010000->LR_irq, 010001->SP_irq, 010010->LR_svc, 010011->SP_svc, 010100->LR_abt, 010101->SP_abt, 010110->LR_und, 010111->SP_und, 011100->LR_mon, 011101->SP_mon, 011110->ELR_hyp, 011111->SP_hyp, 101110->SPSR_fiq, 110000->SPSR_irq, 110010->SPSR_svc, 110100->SPSR_abt, 110110->SPSR_und, 111100->SPSR_mon, 111110->SPSR_hyp, otherwise UNPREDICTABLE Is the name of the banked register to be transferred to or from, R M M1 <banked_reg> 0 0 0000 R8_usr 0 0 0001 R9_usr 0 0 0010 R10_usr 0 0 0011 R11_usr 0 0 0100 R12_usr 0 0 0101 SP_usr 0 0 0110 LR_usr 0 0 0111 UNPREDICTABLE 0 0 1000 R8_fiq 0 0 1001 R9_fiq 0 0 1010 R10_fiq 0 0 1011 R11_fiq 0 0 1100 R12_fiq 0 0 1101 SP_fiq 0 0 1110 LR_fiq 0 0 1111 UNPREDICTABLE 0 1 0000 LR_irq 0 1 0001 SP_irq 0 1 0010 LR_svc 0 1 0011 SP_svc 0 1 0100 LR_abt 0 1 0101 SP_abt 0 1 0110 LR_und 0 1 0111 SP_und 0 1 10xx UNPREDICTABLE 0 1 1100 LR_mon 0 1 1101 SP_mon 0 1 1110 ELR_hyp 0 1 1111 SP_hyp 1 0 0xxx UNPREDICTABLE 1 0 10xx UNPREDICTABLE 1 0 110x UNPREDICTABLE 1 0 1110 SPSR_fiq 1 0 1111 UNPREDICTABLE 1 1 0000 SPSR_irq 1 1 0001 UNPREDICTABLE 1 1 0010 SPSR_svc 1 1 0011 UNPREDICTABLE 1 1 0100 SPSR_abt 1 1 0101 UNPREDICTABLE 1 1 0110 SPSR_und 1 1 0111 UNPREDICTABLE 1 1 10xx UNPREDICTABLE 1 1 1100 SPSR_mon 1 1 1101 UNPREDICTABLE 1 1 1110 SPSR_hyp 1 1 1111 UNPREDICTABLE Is the special register to be accessed, encoded in "R", where 0->CPSR|APSR, 1->SPSR. Is the special register to be accessed, R <spec_reg> 0 CPSR|APSR 1 SPSR Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and encoded in the "U" field, where 0->-, 1->+. Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and U +/- 0 - 1 + Is the type of shift to be applied to the index register, encoded in "stype", where 00->LSL, 01->LSR, 10->ASR, 11->ROR. Is the type of shift to be applied to the index register, stype <shift> 00 LSL 01 LSR 10 ASR 11 ROR Specifies the index register is added to or subtracted from the base register, defaulting to + if omitted and encoded in the "U" field, where 0->-, 1->+. Specifies the index register is added to or subtracted from the base register, defaulting to + if omitted and U +/- 0 - 1 + Is the rotate amount, encoded in "rotate", where 00->(omitted), 01->8, 10->16, 11->24 Is the rotate amount, rotate <amount> 00 (omitted) 01 8 10 16 11 24 Is the type of shift to be applied to the second source register, encoded in "stype", where 00->LSL, 01->LSR, 10->ASR, 11->ROR. Is the type of shift to be applied to the second source register, stype <shift> 00 LSL 01 LSR 10 ASR 11 ROR Is the type of shift to be applied to the source register, encoded in "op", where 00->LSL, 01->LSR, 10->ASR. Is the type of shift to be applied to the source register, op <shift> 00 LSL 01 LSR 10 ASR Is the System register encoding space, encoded in "coproc<0>", where 0->p14, 1->p15. Is the System register encoding space, coproc<0> <coproc> 0 p14 1 p15 Is the System register encoding space, encoded in "coproc<0>", where 0->p14, 1->p15. Is the System register encoding space, coproc<0> <coproc> 0 p14 1 p15 Is the System register encoding space, encoded in "coproc<0>", where 0->p14, 1->p15. Is the System register encoding space, coproc<0> <coproc> 0 p14 1 p15 Is the System register encoding space, encoded in "coproc<0>", where 0->p14, 1->p15. Is the System register encoding space, coproc<0> <coproc> 0 p14 1 p15 Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and encoded in the "U" field, where 0->-, 1->+. Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and U +/- 0 - 1 + Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and encoded in the "U" field, where 0->-, 1->+. Specifies the offset is added to or subtracted from the base register, defaulting to + if omitted and U +/- 0 - 1 +