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normal instructions
more bytes
undocumented
Z180 only

Main Instructions

	0	1	2	3	4	5	6	7	8	9	A	B	C	D	E	F
0	`nop` Opcode 00 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected No operation is performed.	`ld bc,nn` Opcode 01 `nn` Bytes 3 Cycles 10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `nn` into BC.	`ld (bc),a` Opcode 02 Bytes 1 Cycles 7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores A into the memory location pointed to by BC.	`inc bc` Opcode 03 Bytes 1 Cycles 6 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Adds one to BC.	`inc b` Opcode 04 Bytes 1 Cycles 4 C unaffected N reset P/V detects overflow H as defined Z as defined S as defined Adds one to B.	`dec b` Opcode 05 Bytes 1 Cycles 4 C unaffected N set P/V detects overflow H as defined Z as defined S as defined Subtracts one from B.	`ld b,n` Opcode 06 `n` Bytes 2 Cycles 7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `n` into B.	`rlca` Opcode 07 Bytes 1 Cycles 4 C as defined N reset P/V unaffected H reset Z unaffected S unaffected The contents of A are rotated left one bit position. The contents of bit 7 are copied to the carry flag and bit 0.	`ex af,af'` Opcode 08 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Exchanges the 16-bit contents of AF and AF'.	`add hl,bc` Opcode 09 Bytes 1 Cycles 11 C as defined N reset P/V unaffected H as defined Z unaffected S unaffected The value of BC is added to HL.	`ld a,(bc)` Opcode 0A Bytes 1 Cycles 7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value pointed to by BC into A.	`dec bc` Opcode 0B Bytes 1 Cycles 6 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Subtracts one from BC.	`inc c` Opcode 0C Bytes 1 Cycles 4 C unaffected N reset P/V detects overflow H as defined Z as defined S as defined Adds one to C.	`dec c` Opcode 0D Bytes 1 Cycles 4 C unaffected N set P/V detects overflow H as defined Z as defined S as defined Subtracts one from C.	`ld c,n` Opcode 0E `n` Bytes 2 Cycles 7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `n` into C.	`rrca` Opcode 0F Bytes 1 Cycles 4 C as defined N reset P/V unaffected H reset Z unaffected S unaffected The contents of A are rotated right one bit position. The contents of bit 0 are copied to the carry flag and bit 7.
1	`djnz d` Opcode 10 `d`-$-2 Bytes 2 Cycles 13/8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The B register is decremented, and if not zero, the signed value `d` is added to PC. The jump is measured from the start of the instruction opcode.	`ld de,nn` Opcode 11 `nn` Bytes 3 Cycles 10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `nn` into DE.	`ld (de),a` Opcode 12 Bytes 1 Cycles 7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores A into the memory location pointed to by DE.	`inc de` Opcode 13 Bytes 1 Cycles 6 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Adds one to DE.	`inc d` Opcode 14 Bytes 1 Cycles 4 C unaffected N reset P/V detects overflow H as defined Z as defined S as defined Adds one to D.	`dec d` Opcode 15 Bytes 1 Cycles 4 C unaffected N set P/V detects overflow H as defined Z as defined S as defined Subtracts one from D.	`ld d,n` Opcode 16 `n` Bytes 2 Cycles 7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `n` into D.	`rla` Opcode 17 Bytes 1 Cycles 4 C as defined N reset P/V unaffected H reset Z unaffected S unaffected The contents of A are rotated left one bit position. The contents of bit 7 are copied to the carry flag and the previous contents of the carry flag are copied to bit 0.	`jr d` Opcode 18 `d`-$-2 Bytes 2 Cycles 12 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The signed value `d` is added to PC. The jump is measured from the start of the instruction opcode.	`add hl,de` Opcode 19 Bytes 1 Cycles 11 C as defined N reset P/V unaffected H as defined Z unaffected S unaffected The value of DE is added to HL.	`ld a,(de)` Opcode 1A Bytes 1 Cycles 7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value pointed to by DE into A.	`dec de` Opcode 1B Bytes 1 Cycles 6 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Subtracts one from DE.	`inc e` Opcode 1C Bytes 1 Cycles 4 C unaffected N reset P/V detects overflow H as defined Z as defined S as defined Adds one to E.	`dec e` Opcode 1D Bytes 1 Cycles 4 C unaffected N set P/V detects overflow H as defined Z as defined S as defined Subtracts one from E.	`ld e,n` Opcode 1E `n` Bytes 2 Cycles 7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `n` into E.	`rra` Opcode 1F Bytes 1 Cycles 4 C as defined N reset P/V unaffected H reset Z unaffected S unaffected The contents of A are rotated right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of the carry flag are copied to bit 7.
2	`jr nz,d` Opcode 20 `d`-$-2 Bytes 2 Cycles 12/7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the zero flag is unset, the signed value `d` is added to PC. The jump is measured from the start of the instruction opcode.	`ld hl,nn` Opcode 21 `nn` Bytes 3 Cycles 10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `nn` into HL.	`ld (nn),hl` Opcode 22 `nn` Bytes 3 Cycles 16 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores HL into the memory location pointed to by `nn`.	`inc hl` Opcode 23 Bytes 1 Cycles 6 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Adds one to HL.	`inc h` Opcode 24 Bytes 1 Cycles 4 C unaffected N reset P/V detects overflow H as defined Z as defined S as defined Adds one to H.	`dec h` Opcode 25 Bytes 1 Cycles 4 C unaffected N set P/V detects overflow H as defined Z as defined S as defined Subtracts one from H.	`ld h,n` Opcode 26 `n` Bytes 2 Cycles 7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `n` into H.	`daa` Opcode 27 Bytes 1 Cycles 4 C exceptional N unaffected P/V detects parity H exceptional Z as defined S as defined Adjusts A for BCD addition and subtraction operations.	`jr z,d` Opcode 28 `d`-$-2 Bytes 2 Cycles 12/7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the zero flag is set, the signed value `d` is added to PC. The jump is measured from the start of the instruction opcode.	`add hl,hl` Opcode 29 Bytes 1 Cycles 11 C as defined N reset P/V unaffected H as defined Z unaffected S unaffected The value of HL is added to HL.	`ld hl,(nn)` Opcode 2A `nn` Bytes 3 Cycles 16 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value pointed to by `nn` into HL.	`dec hl` Opcode 2B Bytes 1 Cycles 6 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Subtracts one from HL.	`inc l` Opcode 2C Bytes 1 Cycles 4 C unaffected N reset P/V detects overflow H as defined Z as defined S as defined Adds one to L.	`dec l` Opcode 2D Bytes 1 Cycles 4 C unaffected N set P/V detects overflow H as defined Z as defined S as defined Subtracts one from L.	`ld l,n` Opcode 2E `n` Bytes 2 Cycles 7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `n` into L.	`cpl` Opcode 2F Bytes 1 Cycles 4 C unaffected N set P/V unaffected H set Z unaffected S unaffected The contents of A are inverted (one's complement).
3	`jr nc,d` Opcode 30 `d`-$-2 Bytes 2 Cycles 12/7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the carry flag is unset, the signed value `d` is added to PC. The jump is measured from the start of the instruction opcode.	`ld sp,nn` Opcode 31 `nn` Bytes 3 Cycles 10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `nn` into SP.	`ld (nn),a` Opcode 32 `nn` Bytes 3 Cycles 13 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores A into the memory location pointed to by `nn`.	`inc sp` Opcode 33 Bytes 1 Cycles 6 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Adds one to SP.	`inc (hl)` Opcode 34 Bytes 1 Cycles 11 C unaffected N reset P/V detects overflow H as defined Z as defined S as defined Adds one to (HL).	`dec (hl)` Opcode 35 Bytes 1 Cycles 11 C unaffected N set P/V detects overflow H as defined Z as defined S as defined Subtracts one from (HL).	`ld (hl),n` Opcode 36 `n` Bytes 2 Cycles 10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `n` into (HL).	`scf` Opcode 37 Bytes 1 Cycles 4 C set N reset P/V unaffected H reset Z unaffected S unaffected Sets the carry flag.	`jr c,d` Opcode 38 `d`-$-2 Bytes 2 Cycles 12/7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the carry flag is set, the signed value `d` is added to PC. The jump is measured from the start of the instruction opcode.	`add hl,sp` Opcode 39 Bytes 1 Cycles 11 C as defined N reset P/V unaffected H as defined Z unaffected S unaffected The value of SP is added to HL.	`ld a,(nn)` Opcode 3A `nn` Bytes 3 Cycles 13 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value pointed to by `nn` into A.	`dec sp` Opcode 3B Bytes 1 Cycles 6 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Subtracts one from SP.	`inc a` Opcode 3C Bytes 1 Cycles 4 C unaffected N reset P/V detects overflow H as defined Z as defined S as defined Adds one to A.	`dec a` Opcode 3D Bytes 1 Cycles 4 C unaffected N set P/V detects overflow H as defined Z as defined S as defined Subtracts one from A.	`ld a,n` Opcode 3E `n` Bytes 2 Cycles 7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `n` into A.	`ccf` Opcode 3F Bytes 1 Cycles 4 C exceptional N reset P/V unaffected H exceptional Z unaffected S unaffected Inverts the carry flag.
4	`ld b,b` Opcode 40 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of B are loaded into B.	`ld b,c` Opcode 41 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of C are loaded into B.	`ld b,d` Opcode 42 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of D are loaded into B.	`ld b,e` Opcode 43 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of E are loaded into B.	`ld b,h` Opcode 44 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of H are loaded into B.	`ld b,l` Opcode 45 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of L are loaded into B.	`ld b,(hl)` Opcode 46 Bytes 1 Cycles 7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of (HL) are loaded into B.	`ld b,a` Opcode 47 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of A are loaded into B.	`ld c,b` Opcode 48 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of B are loaded into C.	`ld c,c` Opcode 49 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of C are loaded into C.	`ld c,d` Opcode 4A Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of D are loaded into C.	`ld c,e` Opcode 4B Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of E are loaded into C.	`ld c,h` Opcode 4C Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of H are loaded into C.	`ld c,l` Opcode 4D Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of L are loaded into C.	`ld c,(hl)` Opcode 4E Bytes 1 Cycles 7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of (HL) are loaded into C.	`ld c,a` Opcode 4F Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of A are loaded into C.
5	`ld d,b` Opcode 50 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of B are loaded into D.	`ld d,c` Opcode 51 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of C are loaded into D.	`ld d,d` Opcode 52 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of D are loaded into D.	`ld d,e` Opcode 53 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of E are loaded into D.	`ld d,h` Opcode 54 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of H are loaded into D.	`ld d,l` Opcode 55 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of L are loaded into D.	`ld d,(hl)` Opcode 56 Bytes 1 Cycles 7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of (HL) are loaded into D.	`ld d,a` Opcode 57 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of A are loaded into D.	`ld e,b` Opcode 58 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of B are loaded into E.	`ld e,c` Opcode 59 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of C are loaded into E.	`ld e,d` Opcode 5A Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of D are loaded into E.	`ld e,e` Opcode 5B Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of E are loaded into E.	`ld e,h` Opcode 5C Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of H are loaded into E.	`ld e,l` Opcode 5D Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of L are loaded into E.	`ld e,(hl)` Opcode 5E Bytes 1 Cycles 7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of (HL) are loaded into E.	`ld e,a` Opcode 5F Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of A are loaded into E.
6	`ld h,b` Opcode 60 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of B are loaded into H.	`ld h,c` Opcode 61 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of C are loaded into H.	`ld h,d` Opcode 62 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of D are loaded into H.	`ld h,e` Opcode 63 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of E are loaded into H.	`ld h,h` Opcode 64 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of H are loaded into H.	`ld h,l` Opcode 65 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of L are loaded into H.	`ld h,(hl)` Opcode 66 Bytes 1 Cycles 7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of (HL) are loaded into H.	`ld h,a` Opcode 67 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of A are loaded into H.	`ld l,b` Opcode 68 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of B are loaded into L.	`ld l,c` Opcode 69 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of C are loaded into L.	`ld l,d` Opcode 6A Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of D are loaded into L.	`ld l,e` Opcode 6B Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of E are loaded into L.	`ld l,h` Opcode 6C Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of H are loaded into L.	`ld l,l` Opcode 6D Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of L are loaded into L.	`ld l,(hl)` Opcode 6E Bytes 1 Cycles 7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of (HL) are loaded into L.	`ld l,a` Opcode 6F Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of A are loaded into L.
7	`ld (hl),b` Opcode 70 Bytes 1 Cycles 7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of B are loaded into (HL).	`ld (hl),c` Opcode 71 Bytes 1 Cycles 7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of C are loaded into (HL).	`ld (hl),d` Opcode 72 Bytes 1 Cycles 7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of D are loaded into (HL).	`ld (hl),e` Opcode 73 Bytes 1 Cycles 7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of E are loaded into (HL).	`ld (hl),h` Opcode 74 Bytes 1 Cycles 7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of H are loaded into (HL).	`ld (hl),l` Opcode 75 Bytes 1 Cycles 7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of L are loaded into (HL).	`halt` Opcode 76 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Suspends CPU operation until an interrupt or reset occurs.	`ld (hl),a` Opcode 77 Bytes 1 Cycles 7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of A are loaded into (HL).	`ld a,b` Opcode 78 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of B are loaded into A.	`ld a,c` Opcode 79 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of C are loaded into A.	`ld a,d` Opcode 7A Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of D are loaded into A.	`ld a,e` Opcode 7B Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of E are loaded into A.	`ld a,h` Opcode 7C Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of H are loaded into A.	`ld a,l` Opcode 7D Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of L are loaded into A.	`ld a,(hl)` Opcode 7E Bytes 1 Cycles 7 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of (HL) are loaded into A.	`ld a,a` Opcode 7F Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of A are loaded into A.
8	`add a,b` Opcode 80 Bytes 1 Cycles 4 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds B to A.	`add a,c` Opcode 81 Bytes 1 Cycles 4 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds C to A.	`add a,d` Opcode 82 Bytes 1 Cycles 4 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds D to A.	`add a,e` Opcode 83 Bytes 1 Cycles 4 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds E to A.	`add a,h` Opcode 84 Bytes 1 Cycles 4 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds H to A.	`add a,l` Opcode 85 Bytes 1 Cycles 4 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds L to A.	`add a,(hl)` Opcode 86 Bytes 1 Cycles 7 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds (HL) to A.	`add a,a` Opcode 87 Bytes 1 Cycles 4 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds A to A.	`adc a,b` Opcode 88 Bytes 1 Cycles 4 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds B and the carry flag to A.	`adc a,c` Opcode 89 Bytes 1 Cycles 4 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds C and the carry flag to A.	`adc a,d` Opcode 8A Bytes 1 Cycles 4 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds D and the carry flag to A.	`adc a,e` Opcode 8B Bytes 1 Cycles 4 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds E and the carry flag to A.	`adc a,h` Opcode 8C Bytes 1 Cycles 4 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds H and the carry flag to A.	`adc a,l` Opcode 8D Bytes 1 Cycles 4 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds L and the carry flag to A.	`adc a,(hl)` Opcode 8E Bytes 1 Cycles 7 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds (HL) and the carry flag to A.	`adc a,a` Opcode 8F Bytes 1 Cycles 4 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds A and the carry flag to A.
9	`sub b` Opcode 90 Bytes 1 Cycles 4 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts B from A.	`sub c` Opcode 91 Bytes 1 Cycles 4 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts C from A.	`sub d` Opcode 92 Bytes 1 Cycles 4 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts D from A.	`sub e` Opcode 93 Bytes 1 Cycles 4 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts E from A.	`sub h` Opcode 94 Bytes 1 Cycles 4 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts H from A.	`sub l` Opcode 95 Bytes 1 Cycles 4 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts L from A.	`sub (hl)` Opcode 96 Bytes 1 Cycles 7 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts (HL) from A.	`sub a` Opcode 97 Bytes 1 Cycles 4 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts A from A.	`sbc a,b` Opcode 98 Bytes 1 Cycles 4 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts B and the carry flag from A.	`sbc a,c` Opcode 99 Bytes 1 Cycles 4 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts C and the carry flag from A.	`sbc a,d` Opcode 9A Bytes 1 Cycles 4 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts D and the carry flag from A.	`sbc a,e` Opcode 9B Bytes 1 Cycles 4 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts E and the carry flag from A.	`sbc a,h` Opcode 9C Bytes 1 Cycles 4 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts H and the carry flag from A.	`sbc a,l` Opcode 9D Bytes 1 Cycles 4 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts L and the carry flag from A.	`sbc a,(hl)` Opcode 9E Bytes 1 Cycles 7 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts (HL) and the carry flag from A.	`sbc a,a` Opcode 9F Bytes 1 Cycles 4 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts A and the carry flag from A.
A	`and b` Opcode A0 Bytes 1 Cycles 4 C reset N reset P/V detects parity H set Z as defined S as defined Bitwise AND on A with B.	`and c` Opcode A1 Bytes 1 Cycles 4 C reset N reset P/V detects parity H set Z as defined S as defined Bitwise AND on A with C.	`and d` Opcode A2 Bytes 1 Cycles 4 C reset N reset P/V detects parity H set Z as defined S as defined Bitwise AND on A with D.	`and e` Opcode A3 Bytes 1 Cycles 4 C reset N reset P/V detects parity H set Z as defined S as defined Bitwise AND on A with E.	`and h` Opcode A4 Bytes 1 Cycles 4 C reset N reset P/V detects parity H set Z as defined S as defined Bitwise AND on A with H.	`and l` Opcode A5 Bytes 1 Cycles 4 C reset N reset P/V detects parity H set Z as defined S as defined Bitwise AND on A with L.	`and (hl)` Opcode A6 Bytes 1 Cycles 7 C reset N reset P/V detects parity H set Z as defined S as defined Bitwise AND on A with (HL).	`and a` Opcode A7 Bytes 1 Cycles 4 C reset N reset P/V detects parity H set Z as defined S as defined Bitwise AND on A with A.	`xor b` Opcode A8 Bytes 1 Cycles 4 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise XOR on A with B.	`xor c` Opcode A9 Bytes 1 Cycles 4 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise XOR on A with C.	`xor d` Opcode AA Bytes 1 Cycles 4 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise XOR on A with D.	`xor e` Opcode AB Bytes 1 Cycles 4 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise XOR on A with E.	`xor h` Opcode AC Bytes 1 Cycles 4 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise XOR on A with H.	`xor l` Opcode AD Bytes 1 Cycles 4 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise XOR on A with L.	`xor (hl)` Opcode AE Bytes 1 Cycles 7 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise XOR on A with (HL).	`xor a` Opcode AF Bytes 1 Cycles 4 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise XOR on A with A.
B	`or b` Opcode B0 Bytes 1 Cycles 4 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise OR on A with B.	`or c` Opcode B1 Bytes 1 Cycles 4 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise OR on A with C.	`or d` Opcode B2 Bytes 1 Cycles 4 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise OR on A with D.	`or e` Opcode B3 Bytes 1 Cycles 4 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise OR on A with E.	`or h` Opcode B4 Bytes 1 Cycles 4 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise OR on A with H.	`or l` Opcode B5 Bytes 1 Cycles 4 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise OR on A with L.	`or (hl)` Opcode B6 Bytes 1 Cycles 7 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise OR on A with (HL).	`or a` Opcode B7 Bytes 1 Cycles 4 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise OR on A with A.	`cp b` Opcode B8 Bytes 1 Cycles 4 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts B from A and affects flags according to the result. A is not modified.	`cp c` Opcode B9 Bytes 1 Cycles 4 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts C from A and affects flags according to the result. A is not modified.	`cp d` Opcode BA Bytes 1 Cycles 4 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts D from A and affects flags according to the result. A is not modified.	`cp e` Opcode BB Bytes 1 Cycles 4 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts E from A and affects flags according to the result. A is not modified.	`cp h` Opcode BC Bytes 1 Cycles 4 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts H from A and affects flags according to the result. A is not modified.	`cp l` Opcode BD Bytes 1 Cycles 4 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts L from A and affects flags according to the result. A is not modified.	`cp (hl)` Opcode BE Bytes 1 Cycles 7 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts (HL) from A and affects flags according to the result. A is not modified.	`cp a` Opcode BF Bytes 1 Cycles 4 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts A from A and affects flags according to the result. A is not modified.
C	`ret nz` Opcode C0 Bytes 1 Cycles 11/5 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the zero flag is unset, the top stack entry is popped into PC.	`pop bc` Opcode C1 Bytes 1 Cycles 10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The memory location pointed to by SP is stored into C and SP is incremented. The memory location pointed to by SP is stored into B and SP is incremented again.	`jp nz,nn` Opcode C2 `nn` Bytes 3 Cycles 10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the zero flag is unset, `nn` is copied to PC.	`jp nn` Opcode C3 `nn` Bytes 3 Cycles 10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected `nn` is copied to PC.	`call nz,nn` Opcode C4 `nn` Bytes 3 Cycles 17/10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the zero flag is unset, the current PC value plus three is pushed onto the stack, then is loaded with `nn`.	`push bc` Opcode C5 Bytes 1 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected SP is decremented and B is stored into the memory location pointed to by SP. SP is decremented again and C is stored into the memory location pointed to by SP.	`add a,n` Opcode C6 `n` Bytes 2 Cycles 7 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds `n` to A.	`rst 00h` Opcode C7 Bytes 1 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The current PC value plus one is pushed onto the stack, then is loaded with 0.	`ret z` Opcode C8 Bytes 1 Cycles 11/5 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the zero flag is set, the top stack entry is popped into PC.	`ret` Opcode C9 Bytes 1 Cycles 10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The top stack entry is popped into PC.	`jp z,nn` Opcode CA `nn` Bytes 3 Cycles 10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the zero flag is set, `nn` is copied to PC.	Bit	`call z,nn` Opcode CC `nn` Bytes 3 Cycles 17/10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the zero flag is set, the current PC value plus three is pushed onto the stack, then is loaded with `nn`.	`call nn` Opcode CD `nn` Bytes 3 Cycles 17 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The current PC value plus three is pushed onto the stack, then is loaded with `nn`.	`adc a,n` Opcode CE `n` Bytes 2 Cycles 7 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds `n` and the carry flag to A.	`rst 08h` Opcode CF Bytes 1 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The current PC value plus one is pushed onto the stack, then is loaded with 8.
D	`ret nc` Opcode D0 Bytes 1 Cycles 11/5 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the carry flag is unset, the top stack entry is popped into PC.	`pop de` Opcode D1 Bytes 1 Cycles 10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The memory location pointed to by SP is stored into E and SP is incremented. The memory location pointed to by SP is stored into D and SP is incremented again.	`jp nc,nn` Opcode D2 `nn` Bytes 3 Cycles 10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the carry flag is unset, `nn` is copied to PC.	`out (n),a` Opcode D3 `n` Bytes 2 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The value of A is written to port `n`.	`call nc,nn` Opcode D4 `nn` Bytes 3 Cycles 17/10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the carry flag is unset, the current PC value plus three is pushed onto the stack, then is loaded with `nn`.	`push de` Opcode D5 Bytes 1 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected SP is decremented and D is stored into the memory location pointed to by SP. SP is decremented again and E is stored into the memory location pointed to by SP.	`sub n` Opcode D6 `n` Bytes 2 Cycles 7 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts `n` from A.	`rst 10h` Opcode D7 Bytes 1 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The current PC value plus one is pushed onto the stack, then is loaded with 16.	`ret c` Opcode D8 Bytes 1 Cycles 11/5 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the carry flag is set, the top stack entry is popped into PC.	`exx` Opcode D9 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Exchanges the 16-bit contents of BC, DE, and HL with BC', DE', and HL'.	`jp c,nn` Opcode DA `nn` Bytes 3 Cycles 10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the carry flag is set, `nn` is copied to PC.	`in a,(n)` Opcode DB `n` Bytes 2 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected A byte from port `n` is written to A.	`call c,nn` Opcode DC `nn` Bytes 3 Cycles 17/10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the carry flag is set, the current PC value plus three is pushed onto the stack, then is loaded with `nn`.	IX	`sbc a,n` Opcode DE `n` Bytes 2 Cycles 7 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts `n` and the carry flag from A.	`rst 18h` Opcode DF Bytes 1 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The current PC value plus one is pushed onto the stack, then is loaded with 24.
E	`ret po` Opcode E0 Bytes 1 Cycles 11/5 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the parity/overflow flag is unset, the top stack entry is popped into PC.	`pop hl` Opcode E1 Bytes 1 Cycles 10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The memory location pointed to by SP is stored into L and SP is incremented. The memory location pointed to by SP is stored into H and SP is incremented again.	`jp po,nn` Opcode E2 `nn` Bytes 3 Cycles 10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the parity/overflow flag is unset, `nn` is copied to PC.	`ex (sp),hl` Opcode E3 Bytes 1 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Exchanges (SP) with L, and (SP+1) with H.	`call po,nn` Opcode E4 `nn` Bytes 3 Cycles 17/10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the parity/overflow flag is unset, the current PC value plus three is pushed onto the stack, then is loaded with `nn`.	`push hl` Opcode E5 Bytes 1 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected SP is decremented and H is stored into the memory location pointed to by SP. SP is decremented again and L is stored into the memory location pointed to by SP.	`and n` Opcode E6 `n` Bytes 2 Cycles 7 C reset N reset P/V detects parity H set Z as defined S as defined Bitwise AND on A with `n`.	`rst 20h` Opcode E7 Bytes 1 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The current PC value plus one is pushed onto the stack, then is loaded with 32.	`ret pe` Opcode E8 Bytes 1 Cycles 11/5 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the parity/overflow flag is set, the top stack entry is popped into PC.	`jp (hl)` Opcode E9 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value of HL into PC.	`jp pe,nn` Opcode EA `nn` Bytes 3 Cycles 10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the parity/overflow flag is set, `nn` is copied to PC.	`ex de,hl` Opcode EB Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Exchanges the 16-bit contents of DE and HL.	`call pe,nn` Opcode EC `nn` Bytes 3 Cycles 17/10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the parity/overflow flag is set, the current PC value plus three is pushed onto the stack, then is loaded with `nn`.	Misc.	`xor n` Opcode EE `n` Bytes 2 Cycles 7 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise XOR on A with `n`.	`rst 28h` Opcode EF Bytes 1 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The current PC value plus one is pushed onto the stack, then is loaded with 40.
F	`ret p` Opcode F0 Bytes 1 Cycles 11/5 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the sign flag is unset, the top stack entry is popped into PC.	`pop af` Opcode F1 Bytes 1 Cycles 10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The memory location pointed to by SP is stored into F and SP is incremented. The memory location pointed to by SP is stored into A and SP is incremented again.	`jp p,nn` Opcode F2 `nn` Bytes 3 Cycles 10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the sign flag is unset, `nn` is copied to PC.	`di` Opcode F3 Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets both interrupt flip-flops, thus preventing maskable interrupts from triggering.	`call p,nn` Opcode F4 `nn` Bytes 3 Cycles 17/10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the sign flag is unset, the current PC value plus three is pushed onto the stack, then is loaded with `nn`.	`push af` Opcode F5 Bytes 1 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected SP is decremented and A is stored into the memory location pointed to by SP. SP is decremented again and F is stored into the memory location pointed to by SP.	`or n` Opcode F6 `n` Bytes 2 Cycles 7 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise OR on A with `n`.	`rst 30h` Opcode F7 Bytes 1 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The current PC value plus one is pushed onto the stack, then is loaded with 48.	`ret m` Opcode F8 Bytes 1 Cycles 11/5 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the sign flag is set, the top stack entry is popped into PC.	`ld sp,hl` Opcode F9 Bytes 1 Cycles 6 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value of HL into SP.	`jp m,nn` Opcode FA `nn` Bytes 3 Cycles 10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the sign flag is set, `nn` is copied to PC.	`ei` Opcode FB Bytes 1 Cycles 4 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets both interrupt flip-flops, thus allowing maskable interrupts to occur. An interrupt will not occur until after the immediately following instruction.	`call m,nn` Opcode FC `nn` Bytes 3 Cycles 17/10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected If the sign flag is set, the current PC value plus three is pushed onto the stack, then is loaded with `nn`.	IY	`cp n` Opcode FE `n` Bytes 2 Cycles 7 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts `n` from A and affects flags according to the result. A is not modified.	`rst 38h` Opcode FF Bytes 1 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The current PC value plus one is pushed onto the stack, then is loaded with 56.

Misc. Instructions (ED)

	0	1	2	3	4	5	6	7	8	9	A	B	C	D	E	F
0	`in0 b,(n)` Opcode ED 00 `n` Bytes 3 Cycles 12 C unaffected N reset P/V detects parity H reset Z as defined S as defined A byte from the port whose address is formed by 00h in the high bits and `n` in the low bits is written to B.	`out0 (n),b` Opcode ED 01 `n` Bytes 3 Cycles 13 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The value of B is written to the port whose address is formed by 00h in the high bits and `n` in the low bits.			`tst b` Opcode ED 04 Bytes 2 Cycles 10 C reset N reset P/V detects parity H set Z as defined S as defined Calculates the bitwise AND of B with A and affects flags according to the result. A is not modified.				`in0 c,(n)` Opcode ED 08 `n` Bytes 3 Cycles 12 C unaffected N reset P/V detects parity H reset Z as defined S as defined A byte from the port whose address is formed by 00h in the high bits and `n` in the low bits is written to C.	`out0 (n),c` Opcode ED 09 `n` Bytes 3 Cycles 13 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The value of C is written to the port whose address is formed by 00h in the high bits and `n` in the low bits.			`tst c` Opcode ED 0C Bytes 2 Cycles 10 C reset N reset P/V detects parity H set Z as defined S as defined Calculates the bitwise AND of C with A and affects flags according to the result. A is not modified.
1	`in0 d,(n)` Opcode ED 10 `n` Bytes 3 Cycles 12 C unaffected N reset P/V detects parity H reset Z as defined S as defined A byte from the port whose address is formed by 00h in the high bits and `n` in the low bits is written to D.	`out0 (n),d` Opcode ED 11 `n` Bytes 3 Cycles 13 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The value of D is written to the port whose address is formed by 00h in the high bits and `n` in the low bits.			`tst d` Opcode ED 14 Bytes 2 Cycles 10 C reset N reset P/V detects parity H set Z as defined S as defined Calculates the bitwise AND of D with A and affects flags according to the result. A is not modified.				`in0 e,(n)` Opcode ED 18 `n` Bytes 3 Cycles 12 C unaffected N reset P/V detects parity H reset Z as defined S as defined A byte from the port whose address is formed by 00h in the high bits and `n` in the low bits is written to E.	`out0 (n),e` Opcode ED 19 `n` Bytes 3 Cycles 13 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The value of E is written to the port whose address is formed by 00h in the high bits and `n` in the low bits.			`tst e` Opcode ED 1C Bytes 2 Cycles 10 C reset N reset P/V detects parity H set Z as defined S as defined Calculates the bitwise AND of E with A and affects flags according to the result. A is not modified.
2	`in0 h,(n)` Opcode ED 20 `n` Bytes 3 Cycles 12 C unaffected N reset P/V detects parity H reset Z as defined S as defined A byte from the port whose address is formed by 00h in the high bits and `n` in the low bits is written to H.	`out0 (n),h` Opcode ED 21 `n` Bytes 3 Cycles 13 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The value of H is written to the port whose address is formed by 00h in the high bits and `n` in the low bits.			`tst h` Opcode ED 24 Bytes 2 Cycles 10 C reset N reset P/V detects parity H set Z as defined S as defined Calculates the bitwise AND of H with A and affects flags according to the result. A is not modified.				`in0 l,(n)` Opcode ED 28 `n` Bytes 3 Cycles 12 C unaffected N reset P/V detects parity H reset Z as defined S as defined A byte from the port whose address is formed by 00h in the high bits and `n` in the low bits is written to L.	`out0 (n),l` Opcode ED 29 `n` Bytes 3 Cycles 13 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The value of L is written to the port whose address is formed by 00h in the high bits and `n` in the low bits.			`tst l` Opcode ED 2C Bytes 2 Cycles 10 C reset N reset P/V detects parity H set Z as defined S as defined Calculates the bitwise AND of L with A and affects flags according to the result. A is not modified.
3					`tst (hl)` Opcode ED 34 Bytes 2 Cycles 10 C reset N reset P/V detects parity H set Z as defined S as defined Calculates the bitwise AND of (HL) with A and affects flags according to the result. A is not modified.				`in0 a,(n)` Opcode ED 38 `n` Bytes 3 Cycles 12 C unaffected N reset P/V detects parity H reset Z as defined S as defined A byte from the port whose address is formed by 00h in the high bits and `n` in the low bits is written to A.	`out0 (n),a` Opcode ED 39 `n` Bytes 3 Cycles 13 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The value of A is written to the port whose address is formed by 00h in the high bits and `n` in the low bits.			`tst a` Opcode ED 3C Bytes 2 Cycles 10 C reset N reset P/V detects parity H set Z as defined S as defined Calculates the bitwise AND of A with A and affects flags according to the result. A is not modified.
4	`in b,(c)` Opcode ED 40 Bytes 2 Cycles 12 C unaffected N reset P/V detects parity H reset Z as defined S as defined A byte from port C is written to B.	`out (c),b` Opcode ED 41 Bytes 2 Cycles 12 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The value of B is written to port C.	`sbc hl,bc` Opcode ED 42 Bytes 2 Cycles 15 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts BC and the carry flag from HL.	`ld (nn),bc` Opcode ED 43 `nn` Bytes 4 Cycles 20 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores BC into the memory location pointed to by `nn`.	`neg` Opcode ED 44 Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined The contents of A are negated (two's complement). Operation is the same as subtracting A from zero.	`retn` Opcode ED 45 Bytes 2 Cycles 14 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Used at the end of a non-maskable interrupt service routine (located at 0066h) to pop the top stack entry into PC. The value of IFF2 is copied to IFF1 so that maskable interrupts are allowed to continue as before. NMIs are not enabled on the TI.	`im 0` Opcode ED 46 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets interrupt mode 0.	`ld i,a` Opcode ED 47 Bytes 2 Cycles 9 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores the value of A into register I.	`in c,(c)` Opcode ED 48 Bytes 2 Cycles 12 C unaffected N reset P/V detects parity H reset Z as defined S as defined A byte from port C is written to C.	`out (c),c` Opcode ED 49 Bytes 2 Cycles 12 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The value of C is written to port C.	`adc hl,bc` Opcode ED 4A Bytes 2 Cycles 15 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds BC and the carry flag to HL.	`ld bc,(nn)` Opcode ED 4B `nn` Bytes 4 Cycles 20 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value pointed to by `nn` into BC.	`mlt bc` Opcode ED 4C Bytes 2 Cycles 17 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of B and C are multiplied and stored in BC.	`reti` Opcode ED 4D Bytes 2 Cycles 14 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Used at the end of a maskable interrupt service routine. The top stack entry is popped into PC, and signals an I/O device that the interrupt has finished, allowing nested interrupts (not a consideration on the TI).		`ld r,a` Opcode ED 4F Bytes 2 Cycles 9 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores the value of A into register R.
5	`in d,(c)` Opcode ED 50 Bytes 2 Cycles 12 C unaffected N reset P/V detects parity H reset Z as defined S as defined A byte from port C is written to D.	`out (c),d` Opcode ED 51 Bytes 2 Cycles 12 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The value of D is written to port C.	`sbc hl,de` Opcode ED 52 Bytes 2 Cycles 15 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts DE and the carry flag from HL.	`ld (nn),de` Opcode ED 53 `nn` Bytes 4 Cycles 20 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores DE into the memory location pointed to by `nn`.			`im 1` Opcode ED 56 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets interrupt mode 1.	`ld a,i` Opcode ED 57 Bytes 2 Cycles 9 C unaffected N reset P/V exceptional H reset Z as defined S as defined Stores the value of register I into A.	`in e,(c)` Opcode ED 58 Bytes 2 Cycles 12 C unaffected N reset P/V detects parity H reset Z as defined S as defined A byte from port C is written to E.	`out (c),e` Opcode ED 59 Bytes 2 Cycles 12 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The value of E is written to port C.	`adc hl,de` Opcode ED 5A Bytes 2 Cycles 15 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds DE and the carry flag to HL.	`ld de,(nn)` Opcode ED 5B `nn` Bytes 4 Cycles 20 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value pointed to by `nn` into DE.	`mlt de` Opcode ED 5C Bytes 2 Cycles 17 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of D and E are multiplied and stored in DE.		`im 2` Opcode ED 5E Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets interrupt mode 2.	`ld a,r` Opcode ED 5F Bytes 2 Cycles 9 C unaffected N reset P/V exceptional H reset Z as defined S as defined Stores the value of register R into A.
6	`in h,(c)` Opcode ED 60 Bytes 2 Cycles 12 C unaffected N reset P/V detects parity H reset Z as defined S as defined A byte from port C is written to H.	`out (c),h` Opcode ED 61 Bytes 2 Cycles 12 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The value of H is written to port C.	`sbc hl,hl` Opcode ED 62 Bytes 2 Cycles 15 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts HL and the carry flag from HL.	`ld (nn),hl` Opcode ED 63 `nn` Bytes 4 Cycles 20 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores HL into the memory location pointed to by `nn`.	`tst n` Opcode ED 64 `n` Bytes 3 Cycles 10 C reset N reset P/V detects parity H set Z as defined S as defined Calculates the bitwise AND of `n` with A and affects flags according to the result. A is not modified.			`rrd` Opcode ED 67 Bytes 2 Cycles 18 C unaffected N reset P/V detects parity H reset Z as defined S as defined The contents of the low-order nibble of (HL) are copied to the low-order nibble of A. The previous contents are copied to the high-order nibble of (HL). The previous contents are copied to the low-order nibble of (HL).	`in l,(c)` Opcode ED 68 Bytes 2 Cycles 12 C unaffected N reset P/V detects parity H reset Z as defined S as defined A byte from port C is written to L.	`out (c),l` Opcode ED 69 Bytes 2 Cycles 12 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The value of L is written to port C.	`adc hl,hl` Opcode ED 6A Bytes 2 Cycles 15 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds HL and the carry flag to HL.	`ld hl,(nn)` Opcode ED 6B `nn` Bytes 4 Cycles 20 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value pointed to by `nn` into HL.	`mlt hl` Opcode ED 6C Bytes 2 Cycles 17 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of H and L are multiplied and stored in HL.			`rld` Opcode ED 6F Bytes 2 Cycles 18 C unaffected N reset P/V detects parity H reset Z as defined S as defined The contents of the low-order nibble of (HL) are copied to the high-order nibble of (HL). The previous contents are copied to the low-order nibble of A. The previous contents are copied to the low-order nibble of (HL).
7	`in (c)` Opcode ED 70 Bytes 2 Cycles 12 C unaffected N reset P/V detects parity H reset Z as defined S as defined Inputs a byte from port C and affects flags only.	`out (c),0` Opcode ED 71 Bytes 2 Cycles 12 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Outputs a zero (on NMOS Z80s) or 255 (on CMOS Z80s) to port C. Read More	`sbc hl,sp` Opcode ED 72 Bytes 2 Cycles 15 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts SP and the carry flag from HL.	`ld (nn),sp` Opcode ED 73 `nn` Bytes 4 Cycles 20 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores SP into the memory location pointed to by `nn`.	`tstio n` Opcode ED 74 `n` Bytes 3 Cycles 12 C reset N reset P/V detects parity H set Z as defined S as defined Calculates the bitwise AND of `n` with (C) and affects flags according to the result. (C) is not modified.		`slp` Opcode ED 76 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The CPU enters SLEEP mode.		`in a,(c)` Opcode ED 78 Bytes 2 Cycles 12 C unaffected N reset P/V detects parity H reset Z as defined S as defined A byte from port C is written to A.	`out (c),a` Opcode ED 79 Bytes 2 Cycles 12 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The value of A is written to port C.	`adc hl,sp` Opcode ED 7A Bytes 2 Cycles 15 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds SP and the carry flag to HL.	`ld sp,(nn)` Opcode ED 7B `nn` Bytes 4 Cycles 20 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value pointed to by `nn` into SP.	`mlt sp` Opcode ED 7C Bytes 2 Cycles 17 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of SPH and SPL are multiplied and stored in SP.
8				`otim` Opcode ED 83 Bytes 2 Cycles 14 C as defined N exceptional P/V detects parity H as defined Z exceptional S as defined B is decremented. A byte from the memory location pointed to by HL is written to port C. Then HL and C are incremented.								`otdm` Opcode ED 8B Bytes 2 Cycles 14 C as defined N exceptional P/V detects parity H as defined Z exceptional S as defined B is decremented. A byte from the memory location pointed to by HL is written to port C. Then HL and C are decremented.
9				`otimr` Opcode ED 93 Bytes 2 Cycles 16/14 C reset N exceptional P/V set H reset Z set S reset B is decremented. A byte from the memory location pointed to by HL is written to port C. Then HL and C are incremented. If B is not zero, this operation is repeated. Interrupts can trigger while this instruction is processing.								`otdmr` Opcode ED 9B Bytes 2 Cycles 16/14 C reset N exceptional P/V set H reset Z set S reset B is decremented. A byte from the memory location pointed to by HL is written to port C. Then HL and C are decremented. If B is not zero, this operation is repeated. Interrupts can trigger while this instruction is processing.
A	`ldi` Opcode ED A0 Bytes 2 Cycles 16 C unaffected N reset P/V exceptional H reset Z unaffected S unaffected Transfers a byte of data from the memory location pointed to by HL to the memory location pointed to by DE. Then HL and DE are incremented and BC is decremented. p/v is reset if BC becomes zero and set otherwise.	`cpi` Opcode ED A1 Bytes 2 Cycles 16 C unaffected N set P/V exceptional H as defined Z as defined S as defined Compares the value of the memory location pointed to by HL with A. Then HL is incremented and BC is decremented. p/v is reset if BC becomes zero and set otherwise.	`ini` Opcode ED A2 Bytes 2 Cycles 16 C unaffected N set P/V undefined H undefined Z exceptional S undefined A byte from port C is written to the memory location pointed to by HL. Then HL is incremented and B is decremented.	`outi` Opcode ED A3 Bytes 2 Cycles 16 C unaffected N set P/V undefined H undefined Z exceptional S undefined B is decremented. A byte from the memory location pointed to by HL is written to port C. Then HL is incremented.					`ldd` Opcode ED A8 Bytes 2 Cycles 16 C unaffected N reset P/V exceptional H reset Z unaffected S unaffected Transfers a byte of data from the memory location pointed to by HL to the memory location pointed to by DE. Then HL, DE, and BC are decremented. p/v is reset if BC becomes zero and set otherwise.	`cpd` Opcode ED A9 Bytes 2 Cycles 16 C unaffected N set P/V exceptional H as defined Z as defined S as defined Compares the value of the memory location pointed to by HL with A. Then HL and BC are decremented. p/v is reset if BC becomes zero and set otherwise.	`ind` Opcode ED AA Bytes 2 Cycles 16 C unaffected N set P/V undefined H undefined Z exceptional S undefined A byte from port C is written to the memory location pointed to by HL. Then HL and B are decremented.	`outd` Opcode ED AB Bytes 2 Cycles 16 C unaffected N set P/V undefined H undefined Z exceptional S undefined B is decremented. A byte from the memory location pointed to by HL is written to port C. Then HL is decremented.
B	`ldir` Opcode ED B0 Bytes 2 Cycles 21/16 C unaffected N reset P/V reset H reset Z unaffected S unaffected Transfers a byte of data from the memory location pointed to by HL to the memory location pointed to by DE. Then HL and DE are incremented and BC is decremented. If BC is not zero, this operation is repeated. Interrupts can trigger while this instruction is processing.	`cpir` Opcode ED B1 Bytes 2 Cycles 21/16 C unaffected N set P/V exceptional H as defined Z as defined S as defined Compares the value of the memory location pointed to by HL with A. Then HL is incremented and BC is decremented. If BC is not zero and z is not set, this operation is repeated. p/v is reset if BC becomes zero and set otherwise, acting as an indicator that HL reached a memory location whose value equalled A before the counter went to zero. Interrupts can trigger while this instruction is processing.	`inir` Opcode ED B2 Bytes 2 Cycles 21/16 C unaffected N set P/V undefined H undefined Z set S undefined A byte from port C is written to the memory location pointed to by HL. Then HL is incremented and B is decremented. If B is not zero, this operation is repeated. Interrupts can trigger while this instruction is processing.	`otir` Opcode ED B3 Bytes 2 Cycles 21/16 C unaffected N set P/V undefined H undefined Z set S undefined B is decremented. A byte from the memory location pointed to by HL is written to port C. Then HL is incremented. If B is not zero, this operation is repeated. Interrupts can trigger while this instruction is processing.					`lddr` Opcode ED B8 Bytes 2 Cycles 21/16 C unaffected N reset P/V reset H reset Z unaffected S unaffected Transfers a byte of data from the memory location pointed to by HL to the memory location pointed to by DE. Then HL, DE, and BC are decremented. If BC is not zero, this operation is repeated. Interrupts can trigger while this instruction is processing.	`cpdr` Opcode ED B9 Bytes 2 Cycles 21/16 C unaffected N set P/V exceptional H as defined Z as defined S as defined Compares the value of the memory location pointed to by HL with A. Then HL and BC are decremented. If BC is not zero and z is not set, this operation is repeated. p/v is reset if BC becomes zero and set otherwise, acting as an indicator that HL reached a memory location whose value equalled A before the counter went to zero. Interrupts can trigger while this instruction is processing.	`indr` Opcode ED BA Bytes 2 Cycles 21/16 C unaffected N set P/V undefined H undefined Z set S undefined A byte from port C is written to the memory location pointed to by HL. Then HL and B are decremented. If B is not zero, this operation is repeated. Interrupts can trigger while this instruction is processing.	`otdr` Opcode ED BB Bytes 2 Cycles 21/16 C unaffected N set P/V undefined H undefined Z set S undefined B is decremented. A byte from the memory location pointed to by HL is written to port C. Then HL is decremented. If B is not zero, this operation is repeated. Interrupts can trigger while this instruction is processing.

Bit Instructions (CB)

	0	1	2	3	4	5	6	7	8	9	A	B	C	D	E	F
0	`rlc b` Opcode CB 00 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of B are rotated left one bit position. The contents of bit 7 are copied to the carry flag and bit 0.	`rlc c` Opcode CB 01 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of C are rotated left one bit position. The contents of bit 7 are copied to the carry flag and bit 0.	`rlc d` Opcode CB 02 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of D are rotated left one bit position. The contents of bit 7 are copied to the carry flag and bit 0.	`rlc e` Opcode CB 03 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of E are rotated left one bit position. The contents of bit 7 are copied to the carry flag and bit 0.	`rlc h` Opcode CB 04 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of H are rotated left one bit position. The contents of bit 7 are copied to the carry flag and bit 0.	`rlc l` Opcode CB 05 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of L are rotated left one bit position. The contents of bit 7 are copied to the carry flag and bit 0.	`rlc (hl)` Opcode CB 06 Bytes 2 Cycles 15 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of (HL) are rotated left one bit position. The contents of bit 7 are copied to the carry flag and bit 0.	`rlc a` Opcode CB 07 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of A are rotated left one bit position. The contents of bit 7 are copied to the carry flag and bit 0.	`rrc b` Opcode CB 08 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of B are rotated right one bit position. The contents of bit 0 are copied to the carry flag and bit 7.	`rrc c` Opcode CB 09 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of C are rotated right one bit position. The contents of bit 0 are copied to the carry flag and bit 7.	`rrc d` Opcode CB 0A Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of D are rotated right one bit position. The contents of bit 0 are copied to the carry flag and bit 7.	`rrc e` Opcode CB 0B Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of E are rotated right one bit position. The contents of bit 0 are copied to the carry flag and bit 7.	`rrc h` Opcode CB 0C Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of H are rotated right one bit position. The contents of bit 0 are copied to the carry flag and bit 7.	`rrc l` Opcode CB 0D Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of L are rotated right one bit position. The contents of bit 0 are copied to the carry flag and bit 7.	`rrc (hl)` Opcode CB 0E Bytes 2 Cycles 15 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of (HL) are rotated right one bit position. The contents of bit 0 are copied to the carry flag and bit 7.	`rrc a` Opcode CB 0F Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of A are rotated right one bit position. The contents of bit 0 are copied to the carry flag and bit 7.
1	`rl b` Opcode CB 10 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of B are rotated left one bit position. The contents of bit 7 are copied to the carry flag and the previous contents of the carry flag are copied to bit 0.	`rl c` Opcode CB 11 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of C are rotated left one bit position. The contents of bit 7 are copied to the carry flag and the previous contents of the carry flag are copied to bit 0.	`rl d` Opcode CB 12 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of D are rotated left one bit position. The contents of bit 7 are copied to the carry flag and the previous contents of the carry flag are copied to bit 0.	`rl e` Opcode CB 13 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of E are rotated left one bit position. The contents of bit 7 are copied to the carry flag and the previous contents of the carry flag are copied to bit 0.	`rl h` Opcode CB 14 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of H are rotated left one bit position. The contents of bit 7 are copied to the carry flag and the previous contents of the carry flag are copied to bit 0.	`rl l` Opcode CB 15 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of L are rotated left one bit position. The contents of bit 7 are copied to the carry flag and the previous contents of the carry flag are copied to bit 0.	`rl (hl)` Opcode CB 16 Bytes 2 Cycles 15 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of (HL) are rotated left one bit position. The contents of bit 7 are copied to the carry flag and the previous contents of the carry flag are copied to bit 0.	`rl a` Opcode CB 17 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of A are rotated left one bit position. The contents of bit 7 are copied to the carry flag and the previous contents of the carry flag are copied to bit 0.	`rr b` Opcode CB 18 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of B are rotated right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of the carry flag are copied to bit 7.	`rr c` Opcode CB 19 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of C are rotated right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of the carry flag are copied to bit 7.	`rr d` Opcode CB 1A Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of D are rotated right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of the carry flag are copied to bit 7.	`rr e` Opcode CB 1B Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of E are rotated right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of the carry flag are copied to bit 7.	`rr h` Opcode CB 1C Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of H are rotated right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of the carry flag are copied to bit 7.	`rr l` Opcode CB 1D Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of L are rotated right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of the carry flag are copied to bit 7.	`rr (hl)` Opcode CB 1E Bytes 2 Cycles 15 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of (HL) are rotated right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of the carry flag are copied to bit 7.	`rr a` Opcode CB 1F Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of A are rotated right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of the carry flag are copied to bit 7.
2	`sla b` Opcode CB 20 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of B are shifted left one bit position. The contents of bit 7 are copied to the carry flag and a zero is put into bit 0.	`sla c` Opcode CB 21 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of C are shifted left one bit position. The contents of bit 7 are copied to the carry flag and a zero is put into bit 0.	`sla d` Opcode CB 22 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of D are shifted left one bit position. The contents of bit 7 are copied to the carry flag and a zero is put into bit 0.	`sla e` Opcode CB 23 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of E are shifted left one bit position. The contents of bit 7 are copied to the carry flag and a zero is put into bit 0.	`sla h` Opcode CB 24 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of H are shifted left one bit position. The contents of bit 7 are copied to the carry flag and a zero is put into bit 0.	`sla l` Opcode CB 25 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of L are shifted left one bit position. The contents of bit 7 are copied to the carry flag and a zero is put into bit 0.	`sla (hl)` Opcode CB 26 Bytes 2 Cycles 15 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of (HL) are shifted left one bit position. The contents of bit 7 are copied to the carry flag and a zero is put into bit 0.	`sla a` Opcode CB 27 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of A are shifted left one bit position. The contents of bit 7 are copied to the carry flag and a zero is put into bit 0.	`sra b` Opcode CB 28 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of B are shifted right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of bit 7 are unchanged.	`sra c` Opcode CB 29 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of C are shifted right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of bit 7 are unchanged.	`sra d` Opcode CB 2A Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of D are shifted right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of bit 7 are unchanged.	`sra e` Opcode CB 2B Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of E are shifted right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of bit 7 are unchanged.	`sra h` Opcode CB 2C Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of H are shifted right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of bit 7 are unchanged.	`sra l` Opcode CB 2D Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of L are shifted right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of bit 7 are unchanged.	`sra (hl)` Opcode CB 2E Bytes 2 Cycles 15 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of (HL) are shifted right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of bit 7 are unchanged.	`sra a` Opcode CB 2F Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of A are shifted right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of bit 7 are unchanged.
3	`sll b` Opcode CB 30 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of B are shifted left one bit position. The contents of bit 7 are put into the carry flag and a one is put into bit 0.	`sll c` Opcode CB 31 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of C are shifted left one bit position. The contents of bit 7 are put into the carry flag and a one is put into bit 0.	`sll d` Opcode CB 32 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of D are shifted left one bit position. The contents of bit 7 are put into the carry flag and a one is put into bit 0.	`sll e` Opcode CB 33 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of E are shifted left one bit position. The contents of bit 7 are put into the carry flag and a one is put into bit 0.	`sll h` Opcode CB 34 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of H are shifted left one bit position. The contents of bit 7 are put into the carry flag and a one is put into bit 0.	`sll l` Opcode CB 35 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of L are shifted left one bit position. The contents of bit 7 are put into the carry flag and a one is put into bit 0.	`sll (hl)` Opcode CB 36 Bytes 2 Cycles 15 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of (HL) are shifted left one bit position. The contents of bit 7 are put into the carry flag and a one is put into bit 0.	`sll a` Opcode CB 37 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of A are shifted left one bit position. The contents of bit 7 are put into the carry flag and a one is put into bit 0.	`srl b` Opcode CB 38 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of B are shifted right one bit position. The contents of bit 0 are copied to the carry flag and a zero is put into bit 7.	`srl c` Opcode CB 39 Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of C are shifted right one bit position. The contents of bit 0 are copied to the carry flag and a zero is put into bit 7.	`srl d` Opcode CB 3A Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of D are shifted right one bit position. The contents of bit 0 are copied to the carry flag and a zero is put into bit 7.	`srl e` Opcode CB 3B Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of E are shifted right one bit position. The contents of bit 0 are copied to the carry flag and a zero is put into bit 7.	`srl h` Opcode CB 3C Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of H are shifted right one bit position. The contents of bit 0 are copied to the carry flag and a zero is put into bit 7.	`srl l` Opcode CB 3D Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of L are shifted right one bit position. The contents of bit 0 are copied to the carry flag and a zero is put into bit 7.	`srl (hl)` Opcode CB 3E Bytes 2 Cycles 15 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of (HL) are shifted right one bit position. The contents of bit 0 are copied to the carry flag and a zero is put into bit 7.	`srl a` Opcode CB 3F Bytes 2 Cycles 8 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of A are shifted right one bit position. The contents of bit 0 are copied to the carry flag and a zero is put into bit 7.
4	`bit 0,b` Opcode CB 40 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 0 of B.	`bit 0,c` Opcode CB 41 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 0 of C.	`bit 0,d` Opcode CB 42 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 0 of D.	`bit 0,e` Opcode CB 43 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 0 of E.	`bit 0,h` Opcode CB 44 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 0 of H.	`bit 0,l` Opcode CB 45 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 0 of L.	`bit 0,(hl)` Opcode CB 46 Bytes 2 Cycles 12 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 0 of (HL).	`bit 0,a` Opcode CB 47 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 0 of A.	`bit 1,b` Opcode CB 48 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 1 of B.	`bit 1,c` Opcode CB 49 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 1 of C.	`bit 1,d` Opcode CB 4A Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 1 of D.	`bit 1,e` Opcode CB 4B Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 1 of E.	`bit 1,h` Opcode CB 4C Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 1 of H.	`bit 1,l` Opcode CB 4D Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 1 of L.	`bit 1,(hl)` Opcode CB 4E Bytes 2 Cycles 12 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 1 of (HL).	`bit 1,a` Opcode CB 4F Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 1 of A.
5	`bit 2,b` Opcode CB 50 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 2 of B.	`bit 2,c` Opcode CB 51 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 2 of C.	`bit 2,d` Opcode CB 52 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 2 of D.	`bit 2,e` Opcode CB 53 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 2 of E.	`bit 2,h` Opcode CB 54 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 2 of H.	`bit 2,l` Opcode CB 55 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 2 of L.	`bit 2,(hl)` Opcode CB 56 Bytes 2 Cycles 12 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 2 of (HL).	`bit 2,a` Opcode CB 57 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 2 of A.	`bit 3,b` Opcode CB 58 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 3 of B.	`bit 3,c` Opcode CB 59 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 3 of C.	`bit 3,d` Opcode CB 5A Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 3 of D.	`bit 3,e` Opcode CB 5B Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 3 of E.	`bit 3,h` Opcode CB 5C Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 3 of H.	`bit 3,l` Opcode CB 5D Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 3 of L.	`bit 3,(hl)` Opcode CB 5E Bytes 2 Cycles 12 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 3 of (HL).	`bit 3,a` Opcode CB 5F Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 3 of A.
6	`bit 4,b` Opcode CB 60 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 4 of B.	`bit 4,c` Opcode CB 61 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 4 of C.	`bit 4,d` Opcode CB 62 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 4 of D.	`bit 4,e` Opcode CB 63 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 4 of E.	`bit 4,h` Opcode CB 64 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 4 of H.	`bit 4,l` Opcode CB 65 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 4 of L.	`bit 4,(hl)` Opcode CB 66 Bytes 2 Cycles 12 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 4 of (HL).	`bit 4,a` Opcode CB 67 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 4 of A.	`bit 5,b` Opcode CB 68 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 5 of B.	`bit 5,c` Opcode CB 69 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 5 of C.	`bit 5,d` Opcode CB 6A Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 5 of D.	`bit 5,e` Opcode CB 6B Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 5 of E.	`bit 5,h` Opcode CB 6C Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 5 of H.	`bit 5,l` Opcode CB 6D Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 5 of L.	`bit 5,(hl)` Opcode CB 6E Bytes 2 Cycles 12 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 5 of (HL).	`bit 5,a` Opcode CB 6F Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 5 of A.
7	`bit 6,b` Opcode CB 70 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 6 of B.	`bit 6,c` Opcode CB 71 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 6 of C.	`bit 6,d` Opcode CB 72 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 6 of D.	`bit 6,e` Opcode CB 73 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 6 of E.	`bit 6,h` Opcode CB 74 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 6 of H.	`bit 6,l` Opcode CB 75 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 6 of L.	`bit 6,(hl)` Opcode CB 76 Bytes 2 Cycles 12 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 6 of (HL).	`bit 6,a` Opcode CB 77 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 6 of A.	`bit 7,b` Opcode CB 78 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 7 of B.	`bit 7,c` Opcode CB 79 Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 7 of C.	`bit 7,d` Opcode CB 7A Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 7 of D.	`bit 7,e` Opcode CB 7B Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 7 of E.	`bit 7,h` Opcode CB 7C Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 7 of H.	`bit 7,l` Opcode CB 7D Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 7 of L.	`bit 7,(hl)` Opcode CB 7E Bytes 2 Cycles 12 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 7 of (HL).	`bit 7,a` Opcode CB 7F Bytes 2 Cycles 8 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 7 of A.
8	`res 0,b` Opcode CB 80 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 0 of B.	`res 0,c` Opcode CB 81 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 0 of C.	`res 0,d` Opcode CB 82 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 0 of D.	`res 0,e` Opcode CB 83 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 0 of E.	`res 0,h` Opcode CB 84 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 0 of H.	`res 0,l` Opcode CB 85 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 0 of L.	`res 0,(hl)` Opcode CB 86 Bytes 2 Cycles 15 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 0 of (HL).	`res 0,a` Opcode CB 87 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 0 of A.	`res 1,b` Opcode CB 88 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 1 of B.	`res 1,c` Opcode CB 89 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 1 of C.	`res 1,d` Opcode CB 8A Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 1 of D.	`res 1,e` Opcode CB 8B Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 1 of E.	`res 1,h` Opcode CB 8C Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 1 of H.	`res 1,l` Opcode CB 8D Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 1 of L.	`res 1,(hl)` Opcode CB 8E Bytes 2 Cycles 15 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 1 of (HL).	`res 1,a` Opcode CB 8F Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 1 of A.
9	`res 2,b` Opcode CB 90 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 2 of B.	`res 2,c` Opcode CB 91 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 2 of C.	`res 2,d` Opcode CB 92 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 2 of D.	`res 2,e` Opcode CB 93 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 2 of E.	`res 2,h` Opcode CB 94 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 2 of H.	`res 2,l` Opcode CB 95 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 2 of L.	`res 2,(hl)` Opcode CB 96 Bytes 2 Cycles 15 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 2 of (HL).	`res 2,a` Opcode CB 97 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 2 of A.	`res 3,b` Opcode CB 98 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 3 of B.	`res 3,c` Opcode CB 99 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 3 of C.	`res 3,d` Opcode CB 9A Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 3 of D.	`res 3,e` Opcode CB 9B Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 3 of E.	`res 3,h` Opcode CB 9C Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 3 of H.	`res 3,l` Opcode CB 9D Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 3 of L.	`res 3,(hl)` Opcode CB 9E Bytes 2 Cycles 15 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 3 of (HL).	`res 3,a` Opcode CB 9F Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 3 of A.
A	`res 4,b` Opcode CB A0 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 4 of B.	`res 4,c` Opcode CB A1 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 4 of C.	`res 4,d` Opcode CB A2 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 4 of D.	`res 4,e` Opcode CB A3 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 4 of E.	`res 4,h` Opcode CB A4 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 4 of H.	`res 4,l` Opcode CB A5 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 4 of L.	`res 4,(hl)` Opcode CB A6 Bytes 2 Cycles 15 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 4 of (HL).	`res 4,a` Opcode CB A7 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 4 of A.	`res 5,b` Opcode CB A8 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 5 of B.	`res 5,c` Opcode CB A9 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 5 of C.	`res 5,d` Opcode CB AA Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 5 of D.	`res 5,e` Opcode CB AB Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 5 of E.	`res 5,h` Opcode CB AC Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 5 of H.	`res 5,l` Opcode CB AD Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 5 of L.	`res 5,(hl)` Opcode CB AE Bytes 2 Cycles 15 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 5 of (HL).	`res 5,a` Opcode CB AF Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 5 of A.
B	`res 6,b` Opcode CB B0 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 6 of B.	`res 6,c` Opcode CB B1 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 6 of C.	`res 6,d` Opcode CB B2 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 6 of D.	`res 6,e` Opcode CB B3 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 6 of E.	`res 6,h` Opcode CB B4 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 6 of H.	`res 6,l` Opcode CB B5 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 6 of L.	`res 6,(hl)` Opcode CB B6 Bytes 2 Cycles 15 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 6 of (HL).	`res 6,a` Opcode CB B7 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 6 of A.	`res 7,b` Opcode CB B8 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 7 of B.	`res 7,c` Opcode CB B9 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 7 of C.	`res 7,d` Opcode CB BA Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 7 of D.	`res 7,e` Opcode CB BB Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 7 of E.	`res 7,h` Opcode CB BC Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 7 of H.	`res 7,l` Opcode CB BD Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 7 of L.	`res 7,(hl)` Opcode CB BE Bytes 2 Cycles 15 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 7 of (HL).	`res 7,a` Opcode CB BF Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 7 of A.
C	`set 0,b` Opcode CB C0 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 0 of B.	`set 0,c` Opcode CB C1 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 0 of C.	`set 0,d` Opcode CB C2 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 0 of D.	`set 0,e` Opcode CB C3 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 0 of E.	`set 0,h` Opcode CB C4 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 0 of H.	`set 0,l` Opcode CB C5 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 0 of L.	`set 0,(hl)` Opcode CB C6 Bytes 2 Cycles 15 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 0 of (HL).	`set 0,a` Opcode CB C7 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 0 of A.	`set 1,b` Opcode CB C8 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 1 of B.	`set 1,c` Opcode CB C9 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 1 of C.	`set 1,d` Opcode CB CA Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 1 of D.	`set 1,e` Opcode CB CB Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 1 of E.	`set 1,h` Opcode CB CC Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 1 of H.	`set 1,l` Opcode CB CD Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 1 of L.	`set 1,(hl)` Opcode CB CE Bytes 2 Cycles 15 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 1 of (HL).	`set 1,a` Opcode CB CF Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 1 of A.
D	`set 2,b` Opcode CB D0 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 2 of B.	`set 2,c` Opcode CB D1 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 2 of C.	`set 2,d` Opcode CB D2 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 2 of D.	`set 2,e` Opcode CB D3 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 2 of E.	`set 2,h` Opcode CB D4 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 2 of H.	`set 2,l` Opcode CB D5 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 2 of L.	`set 2,(hl)` Opcode CB D6 Bytes 2 Cycles 15 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 2 of (HL).	`set 2,a` Opcode CB D7 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 2 of A.	`set 3,b` Opcode CB D8 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 3 of B.	`set 3,c` Opcode CB D9 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 3 of C.	`set 3,d` Opcode CB DA Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 3 of D.	`set 3,e` Opcode CB DB Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 3 of E.	`set 3,h` Opcode CB DC Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 3 of H.	`set 3,l` Opcode CB DD Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 3 of L.	`set 3,(hl)` Opcode CB DE Bytes 2 Cycles 15 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 3 of (HL).	`set 3,a` Opcode CB DF Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 3 of A.
E	`set 4,b` Opcode CB E0 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 4 of B.	`set 4,c` Opcode CB E1 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 4 of C.	`set 4,d` Opcode CB E2 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 4 of D.	`set 4,e` Opcode CB E3 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 4 of E.	`set 4,h` Opcode CB E4 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 4 of H.	`set 4,l` Opcode CB E5 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 4 of L.	`set 4,(hl)` Opcode CB E6 Bytes 2 Cycles 15 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 4 of (HL).	`set 4,a` Opcode CB E7 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 4 of A.	`set 5,b` Opcode CB E8 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 5 of B.	`set 5,c` Opcode CB E9 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 5 of C.	`set 5,d` Opcode CB EA Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 5 of D.	`set 5,e` Opcode CB EB Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 5 of E.	`set 5,h` Opcode CB EC Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 5 of H.	`set 5,l` Opcode CB ED Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 5 of L.	`set 5,(hl)` Opcode CB EE Bytes 2 Cycles 15 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 5 of (HL).	`set 5,a` Opcode CB EF Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 5 of A.
F	`set 6,b` Opcode CB F0 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 6 of B.	`set 6,c` Opcode CB F1 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 6 of C.	`set 6,d` Opcode CB F2 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 6 of D.	`set 6,e` Opcode CB F3 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 6 of E.	`set 6,h` Opcode CB F4 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 6 of H.	`set 6,l` Opcode CB F5 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 6 of L.	`set 6,(hl)` Opcode CB F6 Bytes 2 Cycles 15 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 6 of (HL).	`set 6,a` Opcode CB F7 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 6 of A.	`set 7,b` Opcode CB F8 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 7 of B.	`set 7,c` Opcode CB F9 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 7 of C.	`set 7,d` Opcode CB FA Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 7 of D.	`set 7,e` Opcode CB FB Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 7 of E.	`set 7,h` Opcode CB FC Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 7 of H.	`set 7,l` Opcode CB FD Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 7 of L.	`set 7,(hl)` Opcode CB FE Bytes 2 Cycles 15 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 7 of (HL).	`set 7,a` Opcode CB FF Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 7 of A.

IX Instructions (DD)

	0	1	2	3	4	5	6	7	8	9	A	B	C	D	E	F
0					`inc b` Opcode DD 04 Bytes 2 Cycles 8 C unaffected N reset P/V detects overflow H as defined Z as defined S as defined Adds one to B.	`dec b` Opcode DD 05 Bytes 2 Cycles 8 C unaffected N set P/V detects overflow H as defined Z as defined S as defined Subtracts one from B.	`ld b,n` Opcode DD 06 `n` Bytes 3 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `n` into B.			`add ix,bc` Opcode DD 09 Bytes 2 Cycles 15 C as defined N reset P/V unaffected H as defined Z unaffected S unaffected The value of BC is added to IX.			`inc c` Opcode DD 0C Bytes 2 Cycles 8 C unaffected N reset P/V detects overflow H as defined Z as defined S as defined Adds one to C.	`dec c` Opcode DD 0D Bytes 2 Cycles 8 C unaffected N set P/V detects overflow H as defined Z as defined S as defined Subtracts one from C.	`ld c,n` Opcode DD 0E `n` Bytes 3 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `n` into C.
1					`inc d` Opcode DD 14 Bytes 2 Cycles 8 C unaffected N reset P/V detects overflow H as defined Z as defined S as defined Adds one to D.	`dec d` Opcode DD 15 Bytes 2 Cycles 8 C unaffected N set P/V detects overflow H as defined Z as defined S as defined Subtracts one from D.	`ld d,n` Opcode DD 16 `n` Bytes 3 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `n` into D.			`add ix,de` Opcode DD 19 Bytes 2 Cycles 15 C as defined N reset P/V unaffected H as defined Z unaffected S unaffected The value of DE is added to IX.			`inc e` Opcode DD 1C Bytes 2 Cycles 8 C unaffected N reset P/V detects overflow H as defined Z as defined S as defined Adds one to E.	`dec e` Opcode DD 1D Bytes 2 Cycles 8 C unaffected N set P/V detects overflow H as defined Z as defined S as defined Subtracts one from E.	`ld e,n` Opcode DD 1E `n` Bytes 3 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `n` into E.
2		`ld ix,nn` Opcode DD 21 `nn` Bytes 4 Cycles 14 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `nn` into register IX.	`ld (nn),ix` Opcode DD 22 `nn` Bytes 4 Cycles 20 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores IX into the memory location pointed to by `nn`.	`inc ix` Opcode DD 23 Bytes 2 Cycles 10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Adds one to IX.	`inc ixh` Opcode DD 24 Bytes 2 Cycles 8 C unaffected N reset P/V detects overflow H as defined Z as defined S as defined Adds one to IXH.	`dec ixh` Opcode DD 25 Bytes 2 Cycles 8 C unaffected N set P/V detects overflow H as defined Z as defined S as defined Subtracts one from IXH.	`ld ixh,n` Opcode DD 26 `n` Bytes 3 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `n` into IXH.			`add ix,ix` Opcode DD 29 Bytes 2 Cycles 15 C as defined N reset P/V unaffected H as defined Z unaffected S unaffected The value of IX is added to IX.	`ld ix,(nn)` Opcode DD 2A `nn` Bytes 4 Cycles 20 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value pointed to by `nn` into IX.	`dec ix` Opcode DD 2B Bytes 2 Cycles 10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Subtracts one from IX.	`inc ixl` Opcode DD 2C Bytes 2 Cycles 8 C unaffected N reset P/V detects overflow H as defined Z as defined S as defined Adds one to IXL.	`dec ixl` Opcode DD 2D Bytes 2 Cycles 8 C unaffected N set P/V detects overflow H as defined Z as defined S as defined Subtracts one from IXL.	`ld ixl,n` Opcode DD 2E `n` Bytes 3 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `n` into IXL.
3					`inc (ix+d)` Opcode DD 34 `d` Bytes 3 Cycles 23 C unaffected N reset P/V detects overflow H as defined Z as defined S as defined Adds one to the memory location pointed to by IX plus `d`.	`dec (ix+d)` Opcode DD 35 `d` Bytes 3 Cycles 23 C unaffected N set P/V detects overflow H as defined Z as defined S as defined Subtracts one from the memory location pointed to by IX plus `d`.	`ld (ix+d),n` Opcode DD 36 `d` `n` Bytes 4 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores `n` to the memory location pointed to by IX plus `d`.			`add ix,sp` Opcode DD 39 Bytes 2 Cycles 15 C as defined N reset P/V unaffected H as defined Z unaffected S unaffected The value of SP is added to IX.			`inc a` Opcode DD 3C Bytes 2 Cycles 8 C unaffected N reset P/V detects overflow H as defined Z as defined S as defined Adds one to A.	`dec a` Opcode DD 3D Bytes 2 Cycles 8 C unaffected N set P/V detects overflow H as defined Z as defined S as defined Subtracts one from A.	`ld a,n` Opcode DD 3E `n` Bytes 3 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `n` into A.
4	`ld b,b` Opcode DD 40 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of B are loaded into B.	`ld b,c` Opcode DD 41 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of C are loaded into B.	`ld b,d` Opcode DD 42 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of D are loaded into B.	`ld b,e` Opcode DD 43 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of E are loaded into B.	`ld b,ixh` Opcode DD 44 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IXH are loaded into B.	`ld b,ixl` Opcode DD 45 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IXL are loaded into B.	`ld b,(ix+d)` Opcode DD 46 `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value pointed to by IX plus `d` into B.	`ld b,a` Opcode DD 47 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of A are loaded into B.	`ld c,b` Opcode DD 48 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of B are loaded into C.	`ld c,c` Opcode DD 49 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of C are loaded into C.	`ld c,d` Opcode DD 4A Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of D are loaded into C.	`ld c,e` Opcode DD 4B Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of E are loaded into C.	`ld c,ixh` Opcode DD 4C Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IXH are loaded into C.	`ld c,ixl` Opcode DD 4D Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IXL are loaded into C.	`ld c,(ix+d)` Opcode DD 4E `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value pointed to by IX plus `d` into C.	`ld c,a` Opcode DD 4F Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of A are loaded into C.
5	`ld d,b` Opcode DD 50 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of B are loaded into D.	`ld d,c` Opcode DD 51 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of C are loaded into D.	`ld d,d` Opcode DD 52 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of D are loaded into D.	`ld d,e` Opcode DD 53 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of E are loaded into D.	`ld d,ixh` Opcode DD 54 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IXH are loaded into D.	`ld d,ixl` Opcode DD 55 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IXL are loaded into D.	`ld d,(ix+d)` Opcode DD 56 `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value pointed to by IX plus `d` into D.	`ld d,a` Opcode DD 57 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of A are loaded into D.	`ld e,b` Opcode DD 58 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of B are loaded into E.	`ld e,c` Opcode DD 59 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of C are loaded into E.	`ld e,d` Opcode DD 5A Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of D are loaded into E.	`ld e,e` Opcode DD 5B Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of E are loaded into E.	`ld e,ixh` Opcode DD 5C Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IXH are loaded into E.	`ld e,ixl` Opcode DD 5D Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IXL are loaded into E.	`ld e,(ix+d)` Opcode DD 5E `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value pointed to by IX plus `d` into E.	`ld e,a` Opcode DD 5F Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of A are loaded into E.
6	`ld ixh,b` Opcode DD 60 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of B are loaded into IXH.	`ld ixh,c` Opcode DD 61 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of C are loaded into IXH.	`ld ixh,d` Opcode DD 62 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of D are loaded into IXH.	`ld ixh,e` Opcode DD 63 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of E are loaded into IXH.	`ld ixh,ixh` Opcode DD 64 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IXH are loaded into IXH.	`ld ixh,ixl` Opcode DD 65 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IXL are loaded into IXH.	`ld h,(ix+d)` Opcode DD 66 `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value pointed to by IX plus `d` into H.	`ld ixh,a` Opcode DD 67 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of A are loaded into IXH.	`ld ixl,b` Opcode DD 68 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of B are loaded into IXL.	`ld ixl,c` Opcode DD 69 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of C are loaded into IXL.	`ld ixl,d` Opcode DD 6A Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of D are loaded into IXL.	`ld ixl,e` Opcode DD 6B Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of E are loaded into IXL.	`ld ixl,ixh` Opcode DD 6C Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IXH are loaded into IXL.	`ld ixl,ixl` Opcode DD 6D Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IXL are loaded into IXL.	`ld l,(ix+d)` Opcode DD 6E `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value pointed to by IX plus `d` into L.	`ld ixl,a` Opcode DD 6F Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of A are loaded into IXL.
7	`ld (ix+d),b` Opcode DD 70 `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores B to the memory location pointed to by IX plus `d`.	`ld (ix+d),c` Opcode DD 71 `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores C to the memory location pointed to by IX plus `d`.	`ld (ix+d),d` Opcode DD 72 `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores D to the memory location pointed to by IX plus `d`.	`ld (ix+d),e` Opcode DD 73 `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores E to the memory location pointed to by IX plus `d`.	`ld (ix+d),h` Opcode DD 74 `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores H to the memory location pointed to by IX plus `d`.	`ld (ix+d),l` Opcode DD 75 `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores L to the memory location pointed to by IX plus `d`.		`ld (ix+d),a` Opcode DD 77 `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores A to the memory location pointed to by IX plus `d`.	`ld a,b` Opcode DD 78 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of B are loaded into A.	`ld a,c` Opcode DD 79 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of C are loaded into A.	`ld a,d` Opcode DD 7A Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of D are loaded into A.	`ld a,e` Opcode DD 7B Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of E are loaded into A.	`ld a,ixh` Opcode DD 7C Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IXH are loaded into A.	`ld a,ixl` Opcode DD 7D Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IXL are loaded into A.	`ld a,(ix+d)` Opcode DD 7E `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value pointed to by IX plus `d` into A.	`ld a,a` Opcode DD 7F Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of A are loaded into A.
8	`add a,b` Opcode DD 80 Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds B to A.	`add a,c` Opcode DD 81 Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds C to A.	`add a,d` Opcode DD 82 Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds D to A.	`add a,e` Opcode DD 83 Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds E to A.	`add a,ixh` Opcode DD 84 Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds IXH to A.	`add a,ixl` Opcode DD 85 Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds IXL to A.	`add a,(ix+d)` Opcode DD 86 `d` Bytes 3 Cycles 19 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds the value pointed to by IX plus `d` to A.	`add a,a` Opcode DD 87 Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds A to A.	`adc a,b` Opcode DD 88 Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds B and the carry flag to A.	`adc a,c` Opcode DD 89 Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds C and the carry flag to A.	`adc a,d` Opcode DD 8A Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds D and the carry flag to A.	`adc a,e` Opcode DD 8B Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds E and the carry flag to A.	`adc a,ixh` Opcode DD 8C Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds IXH and the carry flag to A.	`adc a,ixl` Opcode DD 8D Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds IXL and the carry flag to A.	`adc a,(ix+d)` Opcode DD 8E `d` Bytes 3 Cycles 19 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds the value pointed to by IX plus `d` and the carry flag to A.	`adc a,a` Opcode DD 8F Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds A and the carry flag to A.
9	`sub b` Opcode DD 90 Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts B from A.	`sub c` Opcode DD 91 Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts C from A.	`sub d` Opcode DD 92 Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts D from A.	`sub e` Opcode DD 93 Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts E from A.	`sub ixh` Opcode DD 94 Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts IXH from A.	`sub ixl` Opcode DD 95 Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts IXL from A.	`sub (ix+d)` Opcode DD 96 `d` Bytes 3 Cycles 19 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts the value pointed to by IX plus `d` from A.	`sub a` Opcode DD 97 Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts A from A.	`sbc a,b` Opcode DD 98 Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts B and the carry flag from A.	`sbc a,c` Opcode DD 99 Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts C and the carry flag from A.	`sbc a,d` Opcode DD 9A Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts D and the carry flag from A.	`sbc a,e` Opcode DD 9B Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts E and the carry flag from A.	`sbc a,ixh` Opcode DD 9C Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts IXH and the carry flag from A.	`sbc a,ixl` Opcode DD 9D Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts IXL and the carry flag from A.	`sbc a,(ix+d)` Opcode DD 9E `d` Bytes 3 Cycles 19 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts the value pointed to by IX plus `d` and the carry flag from A.	`sbc a,a` Opcode DD 9F Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts A and the carry flag from A.
A	`and b` Opcode DD A0 Bytes 2 Cycles 8 C reset N reset P/V detects parity H set Z as defined S as defined Bitwise AND on A with B.	`and c` Opcode DD A1 Bytes 2 Cycles 8 C reset N reset P/V detects parity H set Z as defined S as defined Bitwise AND on A with C.	`and d` Opcode DD A2 Bytes 2 Cycles 8 C reset N reset P/V detects parity H set Z as defined S as defined Bitwise AND on A with D.	`and e` Opcode DD A3 Bytes 2 Cycles 8 C reset N reset P/V detects parity H set Z as defined S as defined Bitwise AND on A with E.	`and ixh` Opcode DD A4 Bytes 2 Cycles 8 C reset N reset P/V detects parity H set Z as defined S as defined Bitwise AND on A with IXH.	`and ixl` Opcode DD A5 Bytes 2 Cycles 8 C reset N reset P/V detects parity H set Z as defined S as defined Bitwise AND on A with IXL.	`and (ix+d)` Opcode DD A6 `d` Bytes 3 Cycles 19 C reset N reset P/V detects parity H set Z as defined S as defined Bitwise AND on A with the value pointed to by IX plus `d`.	`and a` Opcode DD A7 Bytes 2 Cycles 8 C reset N reset P/V detects parity H set Z as defined S as defined Bitwise AND on A with A.	`xor b` Opcode DD A8 Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise XOR on A with B.	`xor c` Opcode DD A9 Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise XOR on A with C.	`xor d` Opcode DD AA Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise XOR on A with D.	`xor e` Opcode DD AB Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise XOR on A with E.	`xor ixh` Opcode DD AC Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise XOR on A with IXH.	`xor ixl` Opcode DD AD Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise XOR on A with IXL.	`xor (ix+d)` Opcode DD AE `d` Bytes 3 Cycles 19 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise XOR on A with the value pointed to by IX plus `d`.	`xor a` Opcode DD AF Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise XOR on A with A.
B	`or b` Opcode DD B0 Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise OR on A with B.	`or c` Opcode DD B1 Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise OR on A with C.	`or d` Opcode DD B2 Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise OR on A with D.	`or e` Opcode DD B3 Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise OR on A with E.	`or ixh` Opcode DD B4 Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise OR on A with IXH.	`or ixl` Opcode DD B5 Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise OR on A with IXL.	`or (ix+d)` Opcode DD B6 `d` Bytes 3 Cycles 19 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise OR on A with the value pointed to by IX plus `d`.	`or a` Opcode DD B7 Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise OR on A with A.	`cp b` Opcode DD B8 Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts B from A and affects flags according to the result. A is not modified.	`cp c` Opcode DD B9 Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts C from A and affects flags according to the result. A is not modified.	`cp d` Opcode DD BA Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts D from A and affects flags according to the result. A is not modified.	`cp e` Opcode DD BB Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts E from A and affects flags according to the result. A is not modified.	`cp ixh` Opcode DD BC Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts IXH from A and affects flags according to the result. A is not modified.	`cp ixl` Opcode DD BD Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts IXL from A and affects flags according to the result. A is not modified.	`cp (ix+d)` Opcode DD BE `d` Bytes 3 Cycles 19 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts the value pointed to by IX plus `d` from A and affects flags according to the result. A is not modified.	`cp a` Opcode DD BF Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts A from A and affects flags according to the result. A is not modified.
C												IX Bit
E		`pop ix` Opcode DD E1 Bytes 2 Cycles 14 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The memory location pointed to by SP is stored into IXL and SP is incremented. The memory location pointed to by SP is stored into IXH and SP is incremented again.		`ex (sp),ix` Opcode DD E3 Bytes 2 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Exchanges (SP) with IXL, and (SP+1) with IXH.		`push ix` Opcode DD E5 Bytes 2 Cycles 15 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected SP is decremented and IXH is stored into the memory location pointed to by SP. SP is decremented again and IXL is stored into the memory location pointed to by SP.				`jp (ix)` Opcode DD E9 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value of IX into PC.
F										`ld sp,ix` Opcode DD F9 Bytes 2 Cycles 10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value of IX into SP.

IX Bit Instructions (DDCB)

	0	1	2	3	4	5	6	7	8	9	A	B	C	D	E	F
0	`rlc (ix+d),b` Opcode DD CB `d` 00 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and bit 0. The result is then stored in B.	`rlc (ix+d),c` Opcode DD CB `d` 01 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and bit 0. The result is then stored in C.	`rlc (ix+d),d` Opcode DD CB `d` 02 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and bit 0. The result is then stored in D.	`rlc (ix+d),e` Opcode DD CB `d` 03 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and bit 0. The result is then stored in E.	`rlc (ix+d),h` Opcode DD CB `d` 04 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and bit 0. The result is then stored in H.	`rlc (ix+d),l` Opcode DD CB `d` 05 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and bit 0. The result is then stored in L.	`rlc (ix+d)` Opcode DD CB `d` 06 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and bit 0.	`rlc (ix+d),a` Opcode DD CB `d` 07 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and bit 0. The result is then stored in A.	`rrc (ix+d),b` Opcode DD CB `d` 08 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and bit 7. The result is then stored in B.	`rrc (ix+d),c` Opcode DD CB `d` 09 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and bit 7. The result is then stored in C.	`rrc (ix+d),d` Opcode DD CB `d` 0A Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and bit 7. The result is then stored in D.	`rrc (ix+d),e` Opcode DD CB `d` 0B Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and bit 7. The result is then stored in E.	`rrc (ix+d),h` Opcode DD CB `d` 0C Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and bit 7. The result is then stored in H.	`rrc (ix+d),l` Opcode DD CB `d` 0D Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and bit 7. The result is then stored in L.	`rrc (ix+d)` Opcode DD CB `d` 0E Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and bit 7.	`rrc (ix+d),a` Opcode DD CB `d` 0F Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and bit 7. The result is then stored in A.
1	`rl (ix+d),b` Opcode DD CB `d` 10 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and the previous contents of the carry flag are copied to bit 0. The result is then stored in B.	`rl (ix+d),c` Opcode DD CB `d` 11 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and the previous contents of the carry flag are copied to bit 0. The result is then stored in C.	`rl (ix+d),d` Opcode DD CB `d` 12 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and the previous contents of the carry flag are copied to bit 0. The result is then stored in D.	`rl (ix+d),e` Opcode DD CB `d` 13 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and the previous contents of the carry flag are copied to bit 0. The result is then stored in E.	`rl (ix+d),h` Opcode DD CB `d` 14 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and the previous contents of the carry flag are copied to bit 0. The result is then stored in H.	`rl (ix+d),l` Opcode DD CB `d` 15 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and the previous contents of the carry flag are copied to bit 0. The result is then stored in L.	`rl (ix+d)` Opcode DD CB `d` 16 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and the previous contents of the carry flag are copied to bit 0.	`rl (ix+d),a` Opcode DD CB `d` 17 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and the previous contents of the carry flag are copied to bit 0. The result is then stored in A.	`rr (ix+d),b` Opcode DD CB `d` 18 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of the carry flag are copied to bit 7. The result is then stored in B.	`rr (ix+d),c` Opcode DD CB `d` 19 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of the carry flag are copied to bit 7. The result is then stored in C.	`rr (ix+d),d` Opcode DD CB `d` 1A Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of the carry flag are copied to bit 7. The result is then stored in D.	`rr (ix+d),e` Opcode DD CB `d` 1B Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of the carry flag are copied to bit 7. The result is then stored in E.	`rr (ix+d),h` Opcode DD CB `d` 1C Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of the carry flag are copied to bit 7. The result is then stored in H.	`rr (ix+d),l` Opcode DD CB `d` 1D Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of the carry flag are copied to bit 7. The result is then stored in L.	`rr (ix+d)` Opcode DD CB `d` 1E Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of the carry flag are copied to bit 7.	`rr (ix+d),a` Opcode DD CB `d` 1F Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of the carry flag are copied to bit 7. The result is then stored in A.
2	`sla (ix+d),b` Opcode DD CB `d` 20 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted left one bit position. The contents of bit 7 are copied to the carry flag and a zero is put into bit 0. The result is then stored in B.	`sla (ix+d),c` Opcode DD CB `d` 21 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted left one bit position. The contents of bit 7 are copied to the carry flag and a zero is put into bit 0. The result is then stored in C.	`sla (ix+d),d` Opcode DD CB `d` 22 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted left one bit position. The contents of bit 7 are copied to the carry flag and a zero is put into bit 0. The result is then stored in D.	`sla (ix+d),e` Opcode DD CB `d` 23 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted left one bit position. The contents of bit 7 are copied to the carry flag and a zero is put into bit 0. The result is then stored in E.	`sla (ix+d),h` Opcode DD CB `d` 24 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted left one bit position. The contents of bit 7 are copied to the carry flag and a zero is put into bit 0. The result is then stored in H.	`sla (ix+d),l` Opcode DD CB `d` 25 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted left one bit position. The contents of bit 7 are copied to the carry flag and a zero is put into bit 0. The result is then stored in L.	`sla (ix+d)` Opcode DD CB `d` 26 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted left one bit position. The contents of bit 7 are copied to the carry flag and a zero is put into bit 0.	`sla (ix+d),a` Opcode DD CB `d` 27 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted left one bit position. The contents of bit 7 are copied to the carry flag and a zero is put into bit 0. The result is then stored in A.	`sra (ix+d),b` Opcode DD CB `d` 28 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of bit 7 are unchanged. The result is then stored in B.	`sra (ix+d),c` Opcode DD CB `d` 29 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of bit 7 are unchanged. The result is then stored in C.	`sra (ix+d),d` Opcode DD CB `d` 2A Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of bit 7 are unchanged. The result is then stored in D.	`sra (ix+d),e` Opcode DD CB `d` 2B Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of bit 7 are unchanged. The result is then stored in E.	`sra (ix+d),h` Opcode DD CB `d` 2C Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of bit 7 are unchanged. The result is then stored in H.	`sra (ix+d),l` Opcode DD CB `d` 2D Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of bit 7 are unchanged. The result is then stored in L.	`sra (ix+d)` Opcode DD CB `d` 2E Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of bit 7 are unchanged.	`sra (ix+d),a` Opcode DD CB `d` 2F Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of bit 7 are unchanged. The result is then stored in A.
3	`sll (ix+d),b` Opcode DD CB `d` 30 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted left one bit position. The contents of bit 7 are put into the carry flag and a one is put into bit 0. The result is then stored in B.	`sll (ix+d),c` Opcode DD CB `d` 31 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted left one bit position. The contents of bit 7 are put into the carry flag and a one is put into bit 0. The result is then stored in C.	`sll (ix+d),d` Opcode DD CB `d` 32 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted left one bit position. The contents of bit 7 are put into the carry flag and a one is put into bit 0. The result is then stored in D.	`sll (ix+d),e` Opcode DD CB `d` 33 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted left one bit position. The contents of bit 7 are put into the carry flag and a one is put into bit 0. The result is then stored in E.	`sll (ix+d),h` Opcode DD CB `d` 34 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted left one bit position. The contents of bit 7 are put into the carry flag and a one is put into bit 0. The result is then stored in H.	`sll (ix+d),l` Opcode DD CB `d` 35 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted left one bit position. The contents of bit 7 are put into the carry flag and a one is put into bit 0. The result is then stored in L.	`sll (ix+d)` Opcode DD CB `d` 36 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted left one bit position. The contents of bit 7 are put into the carry flag and a one is put into bit 0.	`sll (ix+d),a` Opcode DD CB `d` 37 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted left one bit position. The contents of bit 7 are put into the carry flag and a one is put into bit 0. The result is then stored in A.	`srl (ix+d),b` Opcode DD CB `d` 38 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and a zero is put into bit 7. The result is then stored in B.	`srl (ix+d),c` Opcode DD CB `d` 39 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and a zero is put into bit 7. The result is then stored in C.	`srl (ix+d),d` Opcode DD CB `d` 3A Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and a zero is put into bit 7. The result is then stored in D.	`srl (ix+d),e` Opcode DD CB `d` 3B Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and a zero is put into bit 7. The result is then stored in E.	`srl (ix+d),h` Opcode DD CB `d` 3C Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and a zero is put into bit 7. The result is then stored in H.	`srl (ix+d),l` Opcode DD CB `d` 3D Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and a zero is put into bit 7. The result is then stored in L.	`srl (ix+d)` Opcode DD CB `d` 3E Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and a zero is put into bit 7.	`srl (ix+d),a` Opcode DD CB `d` 3F Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IX plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and a zero is put into bit 7. The result is then stored in A.
4	`bit 0,(ix+d)` Opcode DD CB `d` 40 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 0 of the memory location pointed to by IX plus `d`.	`bit 0,(ix+d)` Opcode DD CB `d` 41 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 0 of the memory location pointed to by IX plus `d`.	`bit 0,(ix+d)` Opcode DD CB `d` 42 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 0 of the memory location pointed to by IX plus `d`.	`bit 0,(ix+d)` Opcode DD CB `d` 43 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 0 of the memory location pointed to by IX plus `d`.	`bit 0,(ix+d)` Opcode DD CB `d` 44 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 0 of the memory location pointed to by IX plus `d`.	`bit 0,(ix+d)` Opcode DD CB `d` 45 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 0 of the memory location pointed to by IX plus `d`.	`bit 0,(ix+d)` Opcode DD CB `d` 46 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 0 of the memory location pointed to by IX plus `d`.	`bit 0,(ix+d)` Opcode DD CB `d` 47 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 0 of the memory location pointed to by IX plus `d`.	`bit 1,(ix+d)` Opcode DD CB `d` 48 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 1 of the memory location pointed to by IX plus `d`.	`bit 1,(ix+d)` Opcode DD CB `d` 49 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 1 of the memory location pointed to by IX plus `d`.	`bit 1,(ix+d)` Opcode DD CB `d` 4A Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 1 of the memory location pointed to by IX plus `d`.	`bit 1,(ix+d)` Opcode DD CB `d` 4B Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 1 of the memory location pointed to by IX plus `d`.	`bit 1,(ix+d)` Opcode DD CB `d` 4C Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 1 of the memory location pointed to by IX plus `d`.	`bit 1,(ix+d)` Opcode DD CB `d` 4D Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 1 of the memory location pointed to by IX plus `d`.	`bit 1,(ix+d)` Opcode DD CB `d` 4E Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 1 of the memory location pointed to by IX plus `d`.	`bit 1,(ix+d)` Opcode DD CB `d` 4F Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 1 of the memory location pointed to by IX plus `d`.
5	`bit 2,(ix+d)` Opcode DD CB `d` 50 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 2 of the memory location pointed to by IX plus `d`.	`bit 2,(ix+d)` Opcode DD CB `d` 51 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 2 of the memory location pointed to by IX plus `d`.	`bit 2,(ix+d)` Opcode DD CB `d` 52 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 2 of the memory location pointed to by IX plus `d`.	`bit 2,(ix+d)` Opcode DD CB `d` 53 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 2 of the memory location pointed to by IX plus `d`.	`bit 2,(ix+d)` Opcode DD CB `d` 54 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 2 of the memory location pointed to by IX plus `d`.	`bit 2,(ix+d)` Opcode DD CB `d` 55 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 2 of the memory location pointed to by IX plus `d`.	`bit 2,(ix+d)` Opcode DD CB `d` 56 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 2 of the memory location pointed to by IX plus `d`.	`bit 2,(ix+d)` Opcode DD CB `d` 57 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 2 of the memory location pointed to by IX plus `d`.	`bit 3,(ix+d)` Opcode DD CB `d` 58 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 3 of the memory location pointed to by IX plus `d`.	`bit 3,(ix+d)` Opcode DD CB `d` 59 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 3 of the memory location pointed to by IX plus `d`.	`bit 3,(ix+d)` Opcode DD CB `d` 5A Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 3 of the memory location pointed to by IX plus `d`.	`bit 3,(ix+d)` Opcode DD CB `d` 5B Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 3 of the memory location pointed to by IX plus `d`.	`bit 3,(ix+d)` Opcode DD CB `d` 5C Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 3 of the memory location pointed to by IX plus `d`.	`bit 3,(ix+d)` Opcode DD CB `d` 5D Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 3 of the memory location pointed to by IX plus `d`.	`bit 3,(ix+d)` Opcode DD CB `d` 5E Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 3 of the memory location pointed to by IX plus `d`.	`bit 3,(ix+d)` Opcode DD CB `d` 5F Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 3 of the memory location pointed to by IX plus `d`.
6	`bit 4,(ix+d)` Opcode DD CB `d` 60 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 4 of the memory location pointed to by IX plus `d`.	`bit 4,(ix+d)` Opcode DD CB `d` 61 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 4 of the memory location pointed to by IX plus `d`.	`bit 4,(ix+d)` Opcode DD CB `d` 62 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 4 of the memory location pointed to by IX plus `d`.	`bit 4,(ix+d)` Opcode DD CB `d` 63 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 4 of the memory location pointed to by IX plus `d`.	`bit 4,(ix+d)` Opcode DD CB `d` 64 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 4 of the memory location pointed to by IX plus `d`.	`bit 4,(ix+d)` Opcode DD CB `d` 65 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 4 of the memory location pointed to by IX plus `d`.	`bit 4,(ix+d)` Opcode DD CB `d` 66 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 4 of the memory location pointed to by IX plus `d`.	`bit 4,(ix+d)` Opcode DD CB `d` 67 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 4 of the memory location pointed to by IX plus `d`.	`bit 5,(ix+d)` Opcode DD CB `d` 68 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 5 of the memory location pointed to by IX plus `d`.	`bit 5,(ix+d)` Opcode DD CB `d` 69 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 5 of the memory location pointed to by IX plus `d`.	`bit 5,(ix+d)` Opcode DD CB `d` 6A Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 5 of the memory location pointed to by IX plus `d`.	`bit 5,(ix+d)` Opcode DD CB `d` 6B Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 5 of the memory location pointed to by IX plus `d`.	`bit 5,(ix+d)` Opcode DD CB `d` 6C Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 5 of the memory location pointed to by IX plus `d`.	`bit 5,(ix+d)` Opcode DD CB `d` 6D Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 5 of the memory location pointed to by IX plus `d`.	`bit 5,(ix+d)` Opcode DD CB `d` 6E Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 5 of the memory location pointed to by IX plus `d`.	`bit 5,(ix+d)` Opcode DD CB `d` 6F Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 5 of the memory location pointed to by IX plus `d`.
7	`bit 6,(ix+d)` Opcode DD CB `d` 70 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 6 of the memory location pointed to by IX plus `d`.	`bit 6,(ix+d)` Opcode DD CB `d` 71 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 6 of the memory location pointed to by IX plus `d`.	`bit 6,(ix+d)` Opcode DD CB `d` 72 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 6 of the memory location pointed to by IX plus `d`.	`bit 6,(ix+d)` Opcode DD CB `d` 73 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 6 of the memory location pointed to by IX plus `d`.	`bit 6,(ix+d)` Opcode DD CB `d` 74 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 6 of the memory location pointed to by IX plus `d`.	`bit 6,(ix+d)` Opcode DD CB `d` 75 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 6 of the memory location pointed to by IX plus `d`.	`bit 6,(ix+d)` Opcode DD CB `d` 76 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 6 of the memory location pointed to by IX plus `d`.	`bit 6,(ix+d)` Opcode DD CB `d` 77 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 6 of the memory location pointed to by IX plus `d`.	`bit 7,(ix+d)` Opcode DD CB `d` 78 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 7 of the memory location pointed to by IX plus `d`.	`bit 7,(ix+d)` Opcode DD CB `d` 79 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 7 of the memory location pointed to by IX plus `d`.	`bit 7,(ix+d)` Opcode DD CB `d` 7A Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 7 of the memory location pointed to by IX plus `d`.	`bit 7,(ix+d)` Opcode DD CB `d` 7B Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 7 of the memory location pointed to by IX plus `d`.	`bit 7,(ix+d)` Opcode DD CB `d` 7C Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 7 of the memory location pointed to by IX plus `d`.	`bit 7,(ix+d)` Opcode DD CB `d` 7D Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 7 of the memory location pointed to by IX plus `d`.	`bit 7,(ix+d)` Opcode DD CB `d` 7E Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 7 of the memory location pointed to by IX plus `d`.	`bit 7,(ix+d)` Opcode DD CB `d` 7F Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 7 of the memory location pointed to by IX plus `d`.
8	`res 0,(ix+d),b` Opcode DD CB `d` 80 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 0 of the memory location pointed to by IX plus `d`. The result is then stored in B.	`res 0,(ix+d),c` Opcode DD CB `d` 81 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 0 of the memory location pointed to by IX plus `d`. The result is then stored in C.	`res 0,(ix+d),d` Opcode DD CB `d` 82 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 0 of the memory location pointed to by IX plus `d`. The result is then stored in D.	`res 0,(ix+d),e` Opcode DD CB `d` 83 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 0 of the memory location pointed to by IX plus `d`. The result is then stored in E.	`res 0,(ix+d),h` Opcode DD CB `d` 84 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 0 of the memory location pointed to by IX plus `d`. The result is then stored in H.	`res 0,(ix+d),l` Opcode DD CB `d` 85 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 0 of the memory location pointed to by IX plus `d`. The result is then stored in L.	`res 0,(ix+d)` Opcode DD CB `d` 86 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 0 of the memory location pointed to by IX plus `d`.	`res 0,(ix+d),a` Opcode DD CB `d` 87 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 0 of the memory location pointed to by IX plus `d`. The result is then stored in A.	`res 1,(ix+d),b` Opcode DD CB `d` 88 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 1 of the memory location pointed to by IX plus `d`. The result is then stored in B.	`res 1,(ix+d),c` Opcode DD CB `d` 89 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 1 of the memory location pointed to by IX plus `d`. The result is then stored in C.	`res 1,(ix+d),d` Opcode DD CB `d` 8A Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 1 of the memory location pointed to by IX plus `d`. The result is then stored in D.	`res 1,(ix+d),e` Opcode DD CB `d` 8B Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 1 of the memory location pointed to by IX plus `d`. The result is then stored in E.	`res 1,(ix+d),h` Opcode DD CB `d` 8C Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 1 of the memory location pointed to by IX plus `d`. The result is then stored in H.	`res 1,(ix+d),l` Opcode DD CB `d` 8D Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 1 of the memory location pointed to by IX plus `d`. The result is then stored in L.	`res 1,(ix+d)` Opcode DD CB `d` 8E Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 1 of the memory location pointed to by IX plus `d`.	`res 1,(ix+d),a` Opcode DD CB `d` 8F Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 1 of the memory location pointed to by IX plus `d`. The result is then stored in A.
9	`res 2,(ix+d),b` Opcode DD CB `d` 90 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 2 of the memory location pointed to by IX plus `d`. The result is then stored in B.	`res 2,(ix+d),c` Opcode DD CB `d` 91 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 2 of the memory location pointed to by IX plus `d`. The result is then stored in C.	`res 2,(ix+d),d` Opcode DD CB `d` 92 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 2 of the memory location pointed to by IX plus `d`. The result is then stored in D.	`res 2,(ix+d),e` Opcode DD CB `d` 93 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 2 of the memory location pointed to by IX plus `d`. The result is then stored in E.	`res 2,(ix+d),h` Opcode DD CB `d` 94 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 2 of the memory location pointed to by IX plus `d`. The result is then stored in H.	`res 2,(ix+d),l` Opcode DD CB `d` 95 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 2 of the memory location pointed to by IX plus `d`. The result is then stored in L.	`res 2,(ix+d)` Opcode DD CB `d` 96 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 2 of the memory location pointed to by IX plus `d`.	`res 2,(ix+d),a` Opcode DD CB `d` 97 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 2 of the memory location pointed to by IX plus `d`. The result is then stored in A.	`res 3,(ix+d),b` Opcode DD CB `d` 98 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 3 of the memory location pointed to by IX plus `d`. The result is then stored in B.	`res 3,(ix+d),c` Opcode DD CB `d` 99 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 3 of the memory location pointed to by IX plus `d`. The result is then stored in C.	`res 3,(ix+d),d` Opcode DD CB `d` 9A Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 3 of the memory location pointed to by IX plus `d`. The result is then stored in D.	`res 3,(ix+d),e` Opcode DD CB `d` 9B Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 3 of the memory location pointed to by IX plus `d`. The result is then stored in E.	`res 3,(ix+d),h` Opcode DD CB `d` 9C Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 3 of the memory location pointed to by IX plus `d`. The result is then stored in H.	`res 3,(ix+d),l` Opcode DD CB `d` 9D Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 3 of the memory location pointed to by IX plus `d`. The result is then stored in L.	`res 3,(ix+d)` Opcode DD CB `d` 9E Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 3 of the memory location pointed to by IX plus `d`.	`res 3,(ix+d),a` Opcode DD CB `d` 9F Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 3 of the memory location pointed to by IX plus `d`. The result is then stored in A.
A	`res 4,(ix+d),b` Opcode DD CB `d` A0 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 4 of the memory location pointed to by IX plus `d`. The result is then stored in B.	`res 4,(ix+d),c` Opcode DD CB `d` A1 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 4 of the memory location pointed to by IX plus `d`. The result is then stored in C.	`res 4,(ix+d),d` Opcode DD CB `d` A2 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 4 of the memory location pointed to by IX plus `d`. The result is then stored in D.	`res 4,(ix+d),e` Opcode DD CB `d` A3 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 4 of the memory location pointed to by IX plus `d`. The result is then stored in E.	`res 4,(ix+d),h` Opcode DD CB `d` A4 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 4 of the memory location pointed to by IX plus `d`. The result is then stored in H.	`res 4,(ix+d),l` Opcode DD CB `d` A5 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 4 of the memory location pointed to by IX plus `d`. The result is then stored in L.	`res 4,(ix+d)` Opcode DD CB `d` A6 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 4 of the memory location pointed to by IX plus `d`.	`res 4,(ix+d),a` Opcode DD CB `d` A7 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 4 of the memory location pointed to by IX plus `d`. The result is then stored in A.	`res 5,(ix+d),b` Opcode DD CB `d` A8 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 5 of the memory location pointed to by IX plus `d`. The result is then stored in B.	`res 5,(ix+d),c` Opcode DD CB `d` A9 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 5 of the memory location pointed to by IX plus `d`. The result is then stored in C.	`res 5,(ix+d),d` Opcode DD CB `d` AA Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 5 of the memory location pointed to by IX plus `d`. The result is then stored in D.	`res 5,(ix+d),e` Opcode DD CB `d` AB Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 5 of the memory location pointed to by IX plus `d`. The result is then stored in E.	`res 5,(ix+d),h` Opcode DD CB `d` AC Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 5 of the memory location pointed to by IX plus `d`. The result is then stored in H.	`res 5,(ix+d),l` Opcode DD CB `d` AD Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 5 of the memory location pointed to by IX plus `d`. The result is then stored in L.	`res 5,(ix+d)` Opcode DD CB `d` AE Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 5 of the memory location pointed to by IX plus `d`.	`res 5,(ix+d),a` Opcode DD CB `d` AF Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 5 of the memory location pointed to by IX plus `d`. The result is then stored in A.
B	`res 6,(ix+d),b` Opcode DD CB `d` B0 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 6 of the memory location pointed to by IX plus `d`. The result is then stored in B.	`res 6,(ix+d),c` Opcode DD CB `d` B1 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 6 of the memory location pointed to by IX plus `d`. The result is then stored in C.	`res 6,(ix+d),d` Opcode DD CB `d` B2 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 6 of the memory location pointed to by IX plus `d`. The result is then stored in D.	`res 6,(ix+d),e` Opcode DD CB `d` B3 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 6 of the memory location pointed to by IX plus `d`. The result is then stored in E.	`res 6,(ix+d),h` Opcode DD CB `d` B4 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 6 of the memory location pointed to by IX plus `d`. The result is then stored in H.	`res 6,(ix+d),l` Opcode DD CB `d` B5 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 6 of the memory location pointed to by IX plus `d`. The result is then stored in L.	`res 6,(ix+d)` Opcode DD CB `d` B6 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 6 of the memory location pointed to by IX plus `d`.	`res 6,(ix+d),a` Opcode DD CB `d` B7 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 6 of the memory location pointed to by IX plus `d`. The result is then stored in A.	`res 7,(ix+d),b` Opcode DD CB `d` B8 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 7 of the memory location pointed to by IX plus `d`. The result is then stored in B.	`res 7,(ix+d),c` Opcode DD CB `d` B9 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 7 of the memory location pointed to by IX plus `d`. The result is then stored in C.	`res 7,(ix+d),d` Opcode DD CB `d` BA Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 7 of the memory location pointed to by IX plus `d`. The result is then stored in D.	`res 7,(ix+d),e` Opcode DD CB `d` BB Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 7 of the memory location pointed to by IX plus `d`. The result is then stored in E.	`res 7,(ix+d),h` Opcode DD CB `d` BC Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 7 of the memory location pointed to by IX plus `d`. The result is then stored in H.	`res 7,(ix+d),l` Opcode DD CB `d` BD Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 7 of the memory location pointed to by IX plus `d`. The result is then stored in L.	`res 7,(ix+d)` Opcode DD CB `d` BE Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 7 of the memory location pointed to by IX plus `d`.	`res 7,(ix+d),a` Opcode DD CB `d` BF Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 7 of the memory location pointed to by IX plus `d`. The result is then stored in A.
C	`set 0,(ix+d),b` Opcode DD CB `d` C0 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 0 of the memory location pointed to by IX plus `d`. The result is then stored in B.	`set 0,(ix+d),c` Opcode DD CB `d` C1 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 0 of the memory location pointed to by IX plus `d`. The result is then stored in C.	`set 0,(ix+d),d` Opcode DD CB `d` C2 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 0 of the memory location pointed to by IX plus `d`. The result is then stored in D.	`set 0,(ix+d),e` Opcode DD CB `d` C3 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 0 of the memory location pointed to by IX plus `d`. The result is then stored in E.	`set 0,(ix+d),h` Opcode DD CB `d` C4 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 0 of the memory location pointed to by IX plus `d`. The result is then stored in H.	`set 0,(ix+d),l` Opcode DD CB `d` C5 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 0 of the memory location pointed to by IX plus `d`. The result is then stored in L.	`set 0,(ix+d)` Opcode DD CB `d` C6 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 0 of the memory location pointed to by IX plus `d`.	`set 0,(ix+d),a` Opcode DD CB `d` C7 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 0 of the memory location pointed to by IX plus `d`. The result is then stored in A.	`set 1,(ix+d),b` Opcode DD CB `d` C8 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 1 of the memory location pointed to by IX plus `d`. The result is then stored in B.	`set 1,(ix+d),c` Opcode DD CB `d` C9 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 1 of the memory location pointed to by IX plus `d`. The result is then stored in C.	`set 1,(ix+d),d` Opcode DD CB `d` CA Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 1 of the memory location pointed to by IX plus `d`. The result is then stored in D.	`set 1,(ix+d),e` Opcode DD CB `d` CB Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 1 of the memory location pointed to by IX plus `d`. The result is then stored in E.	`set 1,(ix+d),h` Opcode DD CB `d` CC Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 1 of the memory location pointed to by IX plus `d`. The result is then stored in H.	`set 1,(ix+d),l` Opcode DD CB `d` CD Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 1 of the memory location pointed to by IX plus `d`. The result is then stored in L.	`set 1,(ix+d)` Opcode DD CB `d` CE Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 1 of the memory location pointed to by IX plus `d`.	`set 1,(ix+d),a` Opcode DD CB `d` CF Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 1 of the memory location pointed to by IX plus `d`. The result is then stored in A.
D	`set 2,(ix+d),b` Opcode DD CB `d` D0 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 2 of the memory location pointed to by IX plus `d`. The result is then stored in B.	`set 2,(ix+d),c` Opcode DD CB `d` D1 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 2 of the memory location pointed to by IX plus `d`. The result is then stored in C.	`set 2,(ix+d),d` Opcode DD CB `d` D2 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 2 of the memory location pointed to by IX plus `d`. The result is then stored in D.	`set 2,(ix+d),e` Opcode DD CB `d` D3 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 2 of the memory location pointed to by IX plus `d`. The result is then stored in E.	`set 2,(ix+d),h` Opcode DD CB `d` D4 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 2 of the memory location pointed to by IX plus `d`. The result is then stored in H.	`set 2,(ix+d),l` Opcode DD CB `d` D5 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 2 of the memory location pointed to by IX plus `d`. The result is then stored in L.	`set 2,(ix+d)` Opcode DD CB `d` D6 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 2 of the memory location pointed to by IX plus `d`.	`set 2,(ix+d),a` Opcode DD CB `d` D7 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 2 of the memory location pointed to by IX plus `d`. The result is then stored in A.	`set 3,(ix+d),b` Opcode DD CB `d` D8 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 3 of the memory location pointed to by IX plus `d`. The result is then stored in B.	`set 3,(ix+d),c` Opcode DD CB `d` D9 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 3 of the memory location pointed to by IX plus `d`. The result is then stored in C.	`set 3,(ix+d),d` Opcode DD CB `d` DA Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 3 of the memory location pointed to by IX plus `d`. The result is then stored in D.	`set 3,(ix+d),e` Opcode DD CB `d` DB Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 3 of the memory location pointed to by IX plus `d`. The result is then stored in E.	`set 3,(ix+d),h` Opcode DD CB `d` DC Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 3 of the memory location pointed to by IX plus `d`. The result is then stored in H.	`set 3,(ix+d),l` Opcode DD CB `d` DD Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 3 of the memory location pointed to by IX plus `d`. The result is then stored in L.	`set 3,(ix+d)` Opcode DD CB `d` DE Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 3 of the memory location pointed to by IX plus `d`.	`set 3,(ix+d),a` Opcode DD CB `d` DF Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 3 of the memory location pointed to by IX plus `d`. The result is then stored in A.
E	`set 4,(ix+d),b` Opcode DD CB `d` E0 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 4 of the memory location pointed to by IX plus `d`. The result is then stored in B.	`set 4,(ix+d),c` Opcode DD CB `d` E1 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 4 of the memory location pointed to by IX plus `d`. The result is then stored in C.	`set 4,(ix+d),d` Opcode DD CB `d` E2 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 4 of the memory location pointed to by IX plus `d`. The result is then stored in D.	`set 4,(ix+d),e` Opcode DD CB `d` E3 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 4 of the memory location pointed to by IX plus `d`. The result is then stored in E.	`set 4,(ix+d),h` Opcode DD CB `d` E4 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 4 of the memory location pointed to by IX plus `d`. The result is then stored in H.	`set 4,(ix+d),l` Opcode DD CB `d` E5 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 4 of the memory location pointed to by IX plus `d`. The result is then stored in L.	`set 4,(ix+d)` Opcode DD CB `d` E6 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 4 of the memory location pointed to by IX plus `d`.	`set 4,(ix+d),a` Opcode DD CB `d` E7 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 4 of the memory location pointed to by IX plus `d`. The result is then stored in A.	`set 5,(ix+d),b` Opcode DD CB `d` E8 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 5 of the memory location pointed to by IX plus `d`. The result is then stored in B.	`set 5,(ix+d),c` Opcode DD CB `d` E9 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 5 of the memory location pointed to by IX plus `d`. The result is then stored in C.	`set 5,(ix+d),d` Opcode DD CB `d` EA Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 5 of the memory location pointed to by IX plus `d`. The result is then stored in D.	`set 5,(ix+d),e` Opcode DD CB `d` EB Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 5 of the memory location pointed to by IX plus `d`. The result is then stored in E.	`set 5,(ix+d),h` Opcode DD CB `d` EC Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 5 of the memory location pointed to by IX plus `d`. The result is then stored in H.	`set 5,(ix+d),l` Opcode DD CB `d` ED Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 5 of the memory location pointed to by IX plus `d`. The result is then stored in L.	`set 5,(ix+d)` Opcode DD CB `d` EE Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 5 of the memory location pointed to by IX plus `d`.	`set 5,(ix+d),a` Opcode DD CB `d` EF Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 5 of the memory location pointed to by IX plus `d`. The result is then stored in A.
F	`set 6,(ix+d),b` Opcode DD CB `d` F0 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 6 of the memory location pointed to by IX plus `d`. The result is then stored in B.	`set 6,(ix+d),c` Opcode DD CB `d` F1 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 6 of the memory location pointed to by IX plus `d`. The result is then stored in C.	`set 6,(ix+d),d` Opcode DD CB `d` F2 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 6 of the memory location pointed to by IX plus `d`. The result is then stored in D.	`set 6,(ix+d),e` Opcode DD CB `d` F3 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 6 of the memory location pointed to by IX plus `d`. The result is then stored in E.	`set 6,(ix+d),h` Opcode DD CB `d` F4 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 6 of the memory location pointed to by IX plus `d`. The result is then stored in H.	`set 6,(ix+d),l` Opcode DD CB `d` F5 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 6 of the memory location pointed to by IX plus `d`. The result is then stored in L.	`set 6,(ix+d)` Opcode DD CB `d` F6 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 6 of the memory location pointed to by IX plus `d`.	`set 6,(ix+d),a` Opcode DD CB `d` F7 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 6 of the memory location pointed to by IX plus `d`. The result is then stored in A.	`set 7,(ix+d),b` Opcode DD CB `d` F8 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 7 of the memory location pointed to by IX plus `d`. The result is then stored in B.	`set 7,(ix+d),c` Opcode DD CB `d` F9 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 7 of the memory location pointed to by IX plus `d`. The result is then stored in C.	`set 7,(ix+d),d` Opcode DD CB `d` FA Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 7 of the memory location pointed to by IX plus `d`. The result is then stored in D.	`set 7,(ix+d),e` Opcode DD CB `d` FB Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 7 of the memory location pointed to by IX plus `d`. The result is then stored in E.	`set 7,(ix+d),h` Opcode DD CB `d` FC Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 7 of the memory location pointed to by IX plus `d`. The result is then stored in H.	`set 7,(ix+d),l` Opcode DD CB `d` FD Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 7 of the memory location pointed to by IX plus `d`. The result is then stored in L.	`set 7,(ix+d)` Opcode DD CB `d` FE Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 7 of the memory location pointed to by IX plus `d`.	`set 7,(ix+d),a` Opcode DD CB `d` FF Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 7 of the memory location pointed to by IX plus `d`. The result is then stored in A.

IY Instructions (FD)

	0	1	2	3	4	5	6	7	8	9	A	B	C	D	E	F
0					`inc b` Opcode FD 04 Bytes 2 Cycles 8 C unaffected N reset P/V detects overflow H as defined Z as defined S as defined Adds one to B.	`dec b` Opcode FD 05 Bytes 2 Cycles 8 C unaffected N set P/V detects overflow H as defined Z as defined S as defined Subtracts one from B.	`ld b,n` Opcode FD 06 `n` Bytes 3 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `n` into B.			`add iy,bc` Opcode FD 09 Bytes 2 Cycles 15 C as defined N reset P/V unaffected H as defined Z unaffected S unaffected The value of BC is added to IY.			`inc c` Opcode FD 0C Bytes 2 Cycles 8 C unaffected N reset P/V detects overflow H as defined Z as defined S as defined Adds one to C.	`dec c` Opcode FD 0D Bytes 2 Cycles 8 C unaffected N set P/V detects overflow H as defined Z as defined S as defined Subtracts one from C.	`ld c,n` Opcode FD 0E `n` Bytes 3 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `n` into C.
1					`inc d` Opcode FD 14 Bytes 2 Cycles 8 C unaffected N reset P/V detects overflow H as defined Z as defined S as defined Adds one to D.	`dec d` Opcode FD 15 Bytes 2 Cycles 8 C unaffected N set P/V detects overflow H as defined Z as defined S as defined Subtracts one from D.	`ld d,n` Opcode FD 16 `n` Bytes 3 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `n` into D.			`add iy,de` Opcode FD 19 Bytes 2 Cycles 15 C as defined N reset P/V unaffected H as defined Z unaffected S unaffected The value of DE is added to IY.			`inc e` Opcode FD 1C Bytes 2 Cycles 8 C unaffected N reset P/V detects overflow H as defined Z as defined S as defined Adds one to E.	`dec e` Opcode FD 1D Bytes 2 Cycles 8 C unaffected N set P/V detects overflow H as defined Z as defined S as defined Subtracts one from E.	`ld e,n` Opcode FD 1E `n` Bytes 3 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `n` into E.
2		`ld iy,nn` Opcode FD 21 `nn` Bytes 4 Cycles 14 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `nn` into register IY.	`ld (nn),iy` Opcode FD 22 `nn` Bytes 4 Cycles 20 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores IY into the memory location pointed to by `nn`.	`inc iy` Opcode FD 23 Bytes 2 Cycles 10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Adds one to IY.	`inc iyh` Opcode FD 24 Bytes 2 Cycles 8 C unaffected N reset P/V detects overflow H as defined Z as defined S as defined Adds one to IYH.	`dec iyh` Opcode FD 25 Bytes 2 Cycles 8 C unaffected N set P/V detects overflow H as defined Z as defined S as defined Subtracts one from IYH.	`ld iyh,n` Opcode FD 26 `n` Bytes 3 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `n` into IYH.			`add iy,iy` Opcode FD 29 Bytes 2 Cycles 15 C as defined N reset P/V unaffected H as defined Z unaffected S unaffected The value of IY is added to IY.	`ld iy,(nn)` Opcode FD 2A `nn` Bytes 4 Cycles 20 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value pointed to by `nn` into IY.	`dec iy` Opcode FD 2B Bytes 2 Cycles 10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Subtracts one from IY.	`inc iyl` Opcode FD 2C Bytes 2 Cycles 8 C unaffected N reset P/V detects overflow H as defined Z as defined S as defined Adds one to IYL.	`dec iyl` Opcode FD 2D Bytes 2 Cycles 8 C unaffected N set P/V detects overflow H as defined Z as defined S as defined Subtracts one from IYL.	`ld iyl,n` Opcode FD 2E `n` Bytes 3 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `n` into IYL.
3					`inc (iy+d)` Opcode FD 34 `d` Bytes 3 Cycles 23 C unaffected N reset P/V detects overflow H as defined Z as defined S as defined Adds one to the memory location pointed to by IY plus `d`.	`dec (iy+d)` Opcode FD 35 `d` Bytes 3 Cycles 23 C unaffected N set P/V detects overflow H as defined Z as defined S as defined Subtracts one from the memory location pointed to by IY plus `d`.	`ld (iy+d),n` Opcode FD 36 `d` `n` Bytes 4 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores `n` to the memory location pointed to by IY plus `d`.			`add iy,sp` Opcode FD 39 Bytes 2 Cycles 15 C as defined N reset P/V unaffected H as defined Z unaffected S unaffected The value of SP is added to IY.			`inc a` Opcode FD 3C Bytes 2 Cycles 8 C unaffected N reset P/V detects overflow H as defined Z as defined S as defined Adds one to A.	`dec a` Opcode FD 3D Bytes 2 Cycles 8 C unaffected N set P/V detects overflow H as defined Z as defined S as defined Subtracts one from A.	`ld a,n` Opcode FD 3E `n` Bytes 3 Cycles 11 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads `n` into A.
4	`ld b,b` Opcode FD 40 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of B are loaded into B.	`ld b,c` Opcode FD 41 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of C are loaded into B.	`ld b,d` Opcode FD 42 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of D are loaded into B.	`ld b,e` Opcode FD 43 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of E are loaded into B.	`ld b,iyh` Opcode FD 44 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IYH are loaded into B.	`ld b,iyl` Opcode FD 45 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IYL are loaded into B.	`ld b,(iy+d)` Opcode FD 46 `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value pointed to by IY plus `d` into B.	`ld b,a` Opcode FD 47 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of A are loaded into B.	`ld c,b` Opcode FD 48 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of B are loaded into C.	`ld c,c` Opcode FD 49 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of C are loaded into C.	`ld c,d` Opcode FD 4A Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of D are loaded into C.	`ld c,e` Opcode FD 4B Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of E are loaded into C.	`ld c,iyh` Opcode FD 4C Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IYH are loaded into C.	`ld c,iyl` Opcode FD 4D Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IYL are loaded into C.	`ld c,(iy+d)` Opcode FD 4E `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value pointed to by IY plus `d` into C.	`ld c,a` Opcode FD 4F Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of A are loaded into C.
5	`ld d,b` Opcode FD 50 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of B are loaded into D.	`ld d,c` Opcode FD 51 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of C are loaded into D.	`ld d,d` Opcode FD 52 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of D are loaded into D.	`ld d,e` Opcode FD 53 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of E are loaded into D.	`ld d,iyh` Opcode FD 54 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IYH are loaded into D.	`ld d,iyl` Opcode FD 55 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IYL are loaded into D.	`ld d,(iy+d)` Opcode FD 56 `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value pointed to by IY plus `d` into D.	`ld d,a` Opcode FD 57 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of A are loaded into D.	`ld e,b` Opcode FD 58 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of B are loaded into E.	`ld e,c` Opcode FD 59 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of C are loaded into E.	`ld e,d` Opcode FD 5A Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of D are loaded into E.	`ld e,e` Opcode FD 5B Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of E are loaded into E.	`ld e,iyh` Opcode FD 5C Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IYH are loaded into E.	`ld e,iyl` Opcode FD 5D Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IYL are loaded into E.	`ld e,(iy+d)` Opcode FD 5E `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value pointed to by IY plus `d` into E.	`ld e,a` Opcode FD 5F Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of A are loaded into E.
6	`ld iyh,b` Opcode FD 60 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of B are loaded into IYH.	`ld iyh,c` Opcode FD 61 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of C are loaded into IYH.	`ld iyh,d` Opcode FD 62 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of D are loaded into IYH.	`ld iyh,e` Opcode FD 63 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of E are loaded into IYH.	`ld iyh,iyh` Opcode FD 64 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IYH are loaded into IYH.	`ld iyh,iyl` Opcode FD 65 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IYL are loaded into IYH.	`ld h,(iy+d)` Opcode FD 66 `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value pointed to by IY plus `d` into H.	`ld iyh,a` Opcode FD 67 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of A are loaded into IYH.	`ld iyl,b` Opcode FD 68 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of B are loaded into IYL.	`ld iyl,c` Opcode FD 69 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of C are loaded into IYL.	`ld iyl,d` Opcode FD 6A Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of D are loaded into IYL.	`ld iyl,e` Opcode FD 6B Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of E are loaded into IYL.	`ld iyl,iyh` Opcode FD 6C Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IYH are loaded into IYL.	`ld iyl,iyl` Opcode FD 6D Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IYL are loaded into IYL.	`ld l,(iy+d)` Opcode FD 6E `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value pointed to by IY plus `d` into L.	`ld iyl,a` Opcode FD 6F Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of A are loaded into IYL.
7	`ld (iy+d),b` Opcode FD 70 `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores B to the memory location pointed to by IY plus `d`.	`ld (iy+d),c` Opcode FD 71 `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores C to the memory location pointed to by IY plus `d`.	`ld (iy+d),d` Opcode FD 72 `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores D to the memory location pointed to by IY plus `d`.	`ld (iy+d),e` Opcode FD 73 `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores E to the memory location pointed to by IY plus `d`.	`ld (iy+d),h` Opcode FD 74 `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores H to the memory location pointed to by IY plus `d`.	`ld (iy+d),l` Opcode FD 75 `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores L to the memory location pointed to by IY plus `d`.		`ld (iy+d),a` Opcode FD 77 `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Stores A to the memory location pointed to by IY plus `d`.	`ld a,b` Opcode FD 78 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of B are loaded into A.	`ld a,c` Opcode FD 79 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of C are loaded into A.	`ld a,d` Opcode FD 7A Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of D are loaded into A.	`ld a,e` Opcode FD 7B Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of E are loaded into A.	`ld a,iyh` Opcode FD 7C Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IYH are loaded into A.	`ld a,iyl` Opcode FD 7D Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of IYL are loaded into A.	`ld a,(iy+d)` Opcode FD 7E `d` Bytes 3 Cycles 19 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value pointed to by IY plus `d` into A.	`ld a,a` Opcode FD 7F Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The contents of A are loaded into A.
8	`add a,b` Opcode FD 80 Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds B to A.	`add a,c` Opcode FD 81 Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds C to A.	`add a,d` Opcode FD 82 Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds D to A.	`add a,e` Opcode FD 83 Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds E to A.	`add a,iyh` Opcode FD 84 Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds IYH to A.	`add a,iyl` Opcode FD 85 Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds IYL to A.	`add a,(iy+d)` Opcode FD 86 `d` Bytes 3 Cycles 19 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds the value pointed to by IY plus `d` to A.	`add a,a` Opcode FD 87 Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds A to A.	`adc a,b` Opcode FD 88 Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds B and the carry flag to A.	`adc a,c` Opcode FD 89 Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds C and the carry flag to A.	`adc a,d` Opcode FD 8A Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds D and the carry flag to A.	`adc a,e` Opcode FD 8B Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds E and the carry flag to A.	`adc a,iyh` Opcode FD 8C Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds IYH and the carry flag to A.	`adc a,iyl` Opcode FD 8D Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds IYL and the carry flag to A.	`adc a,(iy+d)` Opcode FD 8E `d` Bytes 3 Cycles 19 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds the value pointed to by IY plus `d` and the carry flag to A.	`adc a,a` Opcode FD 8F Bytes 2 Cycles 8 C as defined N reset P/V detects overflow H as defined Z as defined S as defined Adds A and the carry flag to A.
9	`sub b` Opcode FD 90 Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts B from A.	`sub c` Opcode FD 91 Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts C from A.	`sub d` Opcode FD 92 Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts D from A.	`sub e` Opcode FD 93 Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts E from A.	`sub iyh` Opcode FD 94 Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts IYH from A.	`sub iyl` Opcode FD 95 Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts IYL from A.	`sub (iy+d)` Opcode FD 96 `d` Bytes 3 Cycles 19 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts the value pointed to by IY plus `d` from A.	`sub a` Opcode FD 97 Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts A from A.	`sbc a,b` Opcode FD 98 Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts B and the carry flag from A.	`sbc a,c` Opcode FD 99 Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts C and the carry flag from A.	`sbc a,d` Opcode FD 9A Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts D and the carry flag from A.	`sbc a,e` Opcode FD 9B Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts E and the carry flag from A.	`sbc a,iyh` Opcode FD 9C Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts IYH and the carry flag from A.	`sbc a,iyl` Opcode FD 9D Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts IYL and the carry flag from A.	`sbc a,(iy+d)` Opcode FD 9E `d` Bytes 3 Cycles 19 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts the value pointed to by IY plus `d` and the carry flag from A.	`sbc a,a` Opcode FD 9F Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts A and the carry flag from A.
A	`and b` Opcode FD A0 Bytes 2 Cycles 8 C reset N reset P/V detects parity H set Z as defined S as defined Bitwise AND on A with B.	`and c` Opcode FD A1 Bytes 2 Cycles 8 C reset N reset P/V detects parity H set Z as defined S as defined Bitwise AND on A with C.	`and d` Opcode FD A2 Bytes 2 Cycles 8 C reset N reset P/V detects parity H set Z as defined S as defined Bitwise AND on A with D.	`and e` Opcode FD A3 Bytes 2 Cycles 8 C reset N reset P/V detects parity H set Z as defined S as defined Bitwise AND on A with E.	`and iyh` Opcode FD A4 Bytes 2 Cycles 8 C reset N reset P/V detects parity H set Z as defined S as defined Bitwise AND on A with IYH.	`and iyl` Opcode FD A5 Bytes 2 Cycles 8 C reset N reset P/V detects parity H set Z as defined S as defined Bitwise AND on A with IYL.	`and (iy+d)` Opcode FD A6 `d` Bytes 3 Cycles 19 C reset N reset P/V detects parity H set Z as defined S as defined Bitwise AND on A with the value pointed to by IY plus `d`.	`and a` Opcode FD A7 Bytes 2 Cycles 8 C reset N reset P/V detects parity H set Z as defined S as defined Bitwise AND on A with A.	`xor b` Opcode FD A8 Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise XOR on A with B.	`xor c` Opcode FD A9 Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise XOR on A with C.	`xor d` Opcode FD AA Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise XOR on A with D.	`xor e` Opcode FD AB Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise XOR on A with E.	`xor iyh` Opcode FD AC Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise XOR on A with IYH.	`xor iyl` Opcode FD AD Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise XOR on A with IYL.	`xor (iy+d)` Opcode FD AE `d` Bytes 3 Cycles 19 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise XOR on A with the value pointed to by IY plus `d`.	`xor a` Opcode FD AF Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise XOR on A with A.
B	`or b` Opcode FD B0 Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise OR on A with B.	`or c` Opcode FD B1 Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise OR on A with C.	`or d` Opcode FD B2 Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise OR on A with D.	`or e` Opcode FD B3 Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise OR on A with E.	`or iyh` Opcode FD B4 Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise OR on A with IYH.	`or iyl` Opcode FD B5 Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise OR on A with IYL.	`or (iy+d)` Opcode FD B6 `d` Bytes 3 Cycles 19 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise OR on A with the value pointed to by IY plus `d`.	`or a` Opcode FD B7 Bytes 2 Cycles 8 C reset N reset P/V detects parity H reset Z as defined S as defined Bitwise OR on A with A.	`cp b` Opcode FD B8 Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts B from A and affects flags according to the result. A is not modified.	`cp c` Opcode FD B9 Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts C from A and affects flags according to the result. A is not modified.	`cp d` Opcode FD BA Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts D from A and affects flags according to the result. A is not modified.	`cp e` Opcode FD BB Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts E from A and affects flags according to the result. A is not modified.	`cp iyh` Opcode FD BC Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts IYH from A and affects flags according to the result. A is not modified.	`cp iyl` Opcode FD BD Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts IYL from A and affects flags according to the result. A is not modified.	`cp (iy+d)` Opcode FD BE `d` Bytes 3 Cycles 19 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts the value pointed to by IY plus `d` from A and affects flags according to the result. A is not modified.	`cp a` Opcode FD BF Bytes 2 Cycles 8 C as defined N set P/V detects overflow H as defined Z as defined S as defined Subtracts A from A and affects flags according to the result. A is not modified.
C												IY Bit
E		`pop iy` Opcode FD E1 Bytes 2 Cycles 14 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected The memory location pointed to by SP is stored into IYL and SP is incremented. The memory location pointed to by SP is stored into IYH and SP is incremented again.		`ex (sp),iy` Opcode FD E3 Bytes 2 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Exchanges (SP) with IYL, and (SP+1) with IYH.		`push iy` Opcode FD E5 Bytes 2 Cycles 15 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected SP is decremented and IYH is stored into the memory location pointed to by SP. SP is decremented again and IYL is stored into the memory location pointed to by SP.				`jp (iy)` Opcode FD E9 Bytes 2 Cycles 8 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value of IY into PC.
F										`ld sp,iy` Opcode FD F9 Bytes 2 Cycles 10 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Loads the value of IY into SP.

IY Bit Instructions (FDCB)

	0	1	2	3	4	5	6	7	8	9	A	B	C	D	E	F
0	`rlc (iy+d),b` Opcode FD CB `d` 00 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and bit 0. The result is then stored in B.	`rlc (iy+d),c` Opcode FD CB `d` 01 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and bit 0. The result is then stored in C.	`rlc (iy+d),d` Opcode FD CB `d` 02 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and bit 0. The result is then stored in D.	`rlc (iy+d),e` Opcode FD CB `d` 03 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and bit 0. The result is then stored in E.	`rlc (iy+d),h` Opcode FD CB `d` 04 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and bit 0. The result is then stored in H.	`rlc (iy+d),l` Opcode FD CB `d` 05 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and bit 0. The result is then stored in L.	`rlc (iy+d)` Opcode FD CB `d` 06 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and bit 0.	`rlc (iy+d),a` Opcode FD CB `d` 07 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and bit 0. The result is then stored in A.	`rrc (iy+d),b` Opcode FD CB `d` 08 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and bit 7. The result is then stored in B.	`rrc (iy+d),c` Opcode FD CB `d` 09 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and bit 7. The result is then stored in C.	`rrc (iy+d),d` Opcode FD CB `d` 0A Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and bit 7. The result is then stored in D.	`rrc (iy+d),e` Opcode FD CB `d` 0B Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and bit 7. The result is then stored in E.	`rrc (iy+d),h` Opcode FD CB `d` 0C Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and bit 7. The result is then stored in H.	`rrc (iy+d),l` Opcode FD CB `d` 0D Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and bit 7. The result is then stored in L.	`rrc (iy+d)` Opcode FD CB `d` 0E Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and bit 7.	`rrc (iy+d),a` Opcode FD CB `d` 0F Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and bit 7. The result is then stored in A.
1	`rl (iy+d),b` Opcode FD CB `d` 10 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and the previous contents of the carry flag are copied to bit 0. The result is then stored in B.	`rl (iy+d),c` Opcode FD CB `d` 11 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and the previous contents of the carry flag are copied to bit 0. The result is then stored in C.	`rl (iy+d),d` Opcode FD CB `d` 12 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and the previous contents of the carry flag are copied to bit 0. The result is then stored in D.	`rl (iy+d),e` Opcode FD CB `d` 13 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and the previous contents of the carry flag are copied to bit 0. The result is then stored in E.	`rl (iy+d),h` Opcode FD CB `d` 14 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and the previous contents of the carry flag are copied to bit 0. The result is then stored in H.	`rl (iy+d),l` Opcode FD CB `d` 15 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and the previous contents of the carry flag are copied to bit 0. The result is then stored in L.	`rl (iy+d)` Opcode FD CB `d` 16 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and the previous contents of the carry flag are copied to bit 0.	`rl (iy+d),a` Opcode FD CB `d` 17 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated left one bit position. The contents of bit 7 are copied to the carry flag and the previous contents of the carry flag are copied to bit 0. The result is then stored in A.	`rr (iy+d),b` Opcode FD CB `d` 18 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of the carry flag are copied to bit 7. The result is then stored in B.	`rr (iy+d),c` Opcode FD CB `d` 19 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of the carry flag are copied to bit 7. The result is then stored in C.	`rr (iy+d),d` Opcode FD CB `d` 1A Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of the carry flag are copied to bit 7. The result is then stored in D.	`rr (iy+d),e` Opcode FD CB `d` 1B Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of the carry flag are copied to bit 7. The result is then stored in E.	`rr (iy+d),h` Opcode FD CB `d` 1C Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of the carry flag are copied to bit 7. The result is then stored in H.	`rr (iy+d),l` Opcode FD CB `d` 1D Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of the carry flag are copied to bit 7. The result is then stored in L.	`rr (iy+d)` Opcode FD CB `d` 1E Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of the carry flag are copied to bit 7.	`rr (iy+d),a` Opcode FD CB `d` 1F Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are rotated right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of the carry flag are copied to bit 7. The result is then stored in A.
2	`sla (iy+d),b` Opcode FD CB `d` 20 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted left one bit position. The contents of bit 7 are copied to the carry flag and a zero is put into bit 0. The result is then stored in B.	`sla (iy+d),c` Opcode FD CB `d` 21 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted left one bit position. The contents of bit 7 are copied to the carry flag and a zero is put into bit 0. The result is then stored in C.	`sla (iy+d),d` Opcode FD CB `d` 22 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted left one bit position. The contents of bit 7 are copied to the carry flag and a zero is put into bit 0. The result is then stored in D.	`sla (iy+d),e` Opcode FD CB `d` 23 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted left one bit position. The contents of bit 7 are copied to the carry flag and a zero is put into bit 0. The result is then stored in E.	`sla (iy+d),h` Opcode FD CB `d` 24 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted left one bit position. The contents of bit 7 are copied to the carry flag and a zero is put into bit 0. The result is then stored in H.	`sla (iy+d),l` Opcode FD CB `d` 25 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted left one bit position. The contents of bit 7 are copied to the carry flag and a zero is put into bit 0. The result is then stored in L.	`sla (iy+d)` Opcode FD CB `d` 26 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted left one bit position. The contents of bit 7 are copied to the carry flag and a zero is put into bit 0.	`sla (iy+d),a` Opcode FD CB `d` 27 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted left one bit position. The contents of bit 7 are copied to the carry flag and a zero is put into bit 0. The result is then stored in A.	`sra (iy+d),b` Opcode FD CB `d` 28 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of bit 7 are unchanged. The result is then stored in B.	`sra (iy+d),c` Opcode FD CB `d` 29 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of bit 7 are unchanged. The result is then stored in C.	`sra (iy+d),d` Opcode FD CB `d` 2A Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of bit 7 are unchanged. The result is then stored in D.	`sra (iy+d),e` Opcode FD CB `d` 2B Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of bit 7 are unchanged. The result is then stored in E.	`sra (iy+d),h` Opcode FD CB `d` 2C Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of bit 7 are unchanged. The result is then stored in H.	`sra (iy+d),l` Opcode FD CB `d` 2D Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of bit 7 are unchanged. The result is then stored in L.	`sra (iy+d)` Opcode FD CB `d` 2E Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of bit 7 are unchanged.	`sra (iy+d),a` Opcode FD CB `d` 2F Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and the previous contents of bit 7 are unchanged. The result is then stored in A.
3	`sll (iy+d),b` Opcode FD CB `d` 30 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted left one bit position. The contents of bit 7 are put into the carry flag and a one is put into bit 0. The result is then stored in B.	`sll (iy+d),c` Opcode FD CB `d` 31 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted left one bit position. The contents of bit 7 are put into the carry flag and a one is put into bit 0. The result is then stored in C.	`sll (iy+d),d` Opcode FD CB `d` 32 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted left one bit position. The contents of bit 7 are put into the carry flag and a one is put into bit 0. The result is then stored in D.	`sll (iy+d),e` Opcode FD CB `d` 33 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted left one bit position. The contents of bit 7 are put into the carry flag and a one is put into bit 0. The result is then stored in E.	`sll (iy+d),h` Opcode FD CB `d` 34 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted left one bit position. The contents of bit 7 are put into the carry flag and a one is put into bit 0. The result is then stored in H.	`sll (iy+d),l` Opcode FD CB `d` 35 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted left one bit position. The contents of bit 7 are put into the carry flag and a one is put into bit 0. The result is then stored in L.	`sll (iy+d)` Opcode FD CB `d` 36 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted left one bit position. The contents of bit 7 are put into the carry flag and a one is put into bit 0.	`sll (iy+d),a` Opcode FD CB `d` 37 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted left one bit position. The contents of bit 7 are put into the carry flag and a one is put into bit 0. The result is then stored in A.	`srl (iy+d),b` Opcode FD CB `d` 38 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and a zero is put into bit 7. The result is then stored in B.	`srl (iy+d),c` Opcode FD CB `d` 39 Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and a zero is put into bit 7. The result is then stored in C.	`srl (iy+d),d` Opcode FD CB `d` 3A Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and a zero is put into bit 7. The result is then stored in D.	`srl (iy+d),e` Opcode FD CB `d` 3B Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and a zero is put into bit 7. The result is then stored in E.	`srl (iy+d),h` Opcode FD CB `d` 3C Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and a zero is put into bit 7. The result is then stored in H.	`srl (iy+d),l` Opcode FD CB `d` 3D Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and a zero is put into bit 7. The result is then stored in L.	`srl (iy+d)` Opcode FD CB `d` 3E Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and a zero is put into bit 7.	`srl (iy+d),a` Opcode FD CB `d` 3F Bytes 4 Cycles 23 C as defined N reset P/V detects parity H reset Z as defined S as defined The contents of the memory location pointed to by IY plus `d` are shifted right one bit position. The contents of bit 0 are copied to the carry flag and a zero is put into bit 7. The result is then stored in A.
4	`bit 0,(iy+d)` Opcode FD CB `d` 40 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 0 of the memory location pointed to by IY plus `d`.	`bit 0,(iy+d)` Opcode FD CB `d` 41 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 0 of the memory location pointed to by IY plus `d`.	`bit 0,(iy+d)` Opcode FD CB `d` 42 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 0 of the memory location pointed to by IY plus `d`.	`bit 0,(iy+d)` Opcode FD CB `d` 43 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 0 of the memory location pointed to by IY plus `d`.	`bit 0,(iy+d)` Opcode FD CB `d` 44 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 0 of the memory location pointed to by IY plus `d`.	`bit 0,(iy+d)` Opcode FD CB `d` 45 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 0 of the memory location pointed to by IY plus `d`.	`bit 0,(iy+d)` Opcode FD CB `d` 46 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 0 of the memory location pointed to by IY plus `d`.	`bit 0,(iy+d)` Opcode FD CB `d` 47 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 0 of the memory location pointed to by IY plus `d`.	`bit 1,(iy+d)` Opcode FD CB `d` 48 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 1 of the memory location pointed to by IY plus `d`.	`bit 1,(iy+d)` Opcode FD CB `d` 49 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 1 of the memory location pointed to by IY plus `d`.	`bit 1,(iy+d)` Opcode FD CB `d` 4A Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 1 of the memory location pointed to by IY plus `d`.	`bit 1,(iy+d)` Opcode FD CB `d` 4B Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 1 of the memory location pointed to by IY plus `d`.	`bit 1,(iy+d)` Opcode FD CB `d` 4C Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 1 of the memory location pointed to by IY plus `d`.	`bit 1,(iy+d)` Opcode FD CB `d` 4D Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 1 of the memory location pointed to by IY plus `d`.	`bit 1,(iy+d)` Opcode FD CB `d` 4E Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 1 of the memory location pointed to by IY plus `d`.	`bit 1,(iy+d)` Opcode FD CB `d` 4F Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 1 of the memory location pointed to by IY plus `d`.
5	`bit 2,(iy+d)` Opcode FD CB `d` 50 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 2 of the memory location pointed to by IY plus `d`.	`bit 2,(iy+d)` Opcode FD CB `d` 51 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 2 of the memory location pointed to by IY plus `d`.	`bit 2,(iy+d)` Opcode FD CB `d` 52 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 2 of the memory location pointed to by IY plus `d`.	`bit 2,(iy+d)` Opcode FD CB `d` 53 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 2 of the memory location pointed to by IY plus `d`.	`bit 2,(iy+d)` Opcode FD CB `d` 54 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 2 of the memory location pointed to by IY plus `d`.	`bit 2,(iy+d)` Opcode FD CB `d` 55 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 2 of the memory location pointed to by IY plus `d`.	`bit 2,(iy+d)` Opcode FD CB `d` 56 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 2 of the memory location pointed to by IY plus `d`.	`bit 2,(iy+d)` Opcode FD CB `d` 57 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 2 of the memory location pointed to by IY plus `d`.	`bit 3,(iy+d)` Opcode FD CB `d` 58 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 3 of the memory location pointed to by IY plus `d`.	`bit 3,(iy+d)` Opcode FD CB `d` 59 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 3 of the memory location pointed to by IY plus `d`.	`bit 3,(iy+d)` Opcode FD CB `d` 5A Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 3 of the memory location pointed to by IY plus `d`.	`bit 3,(iy+d)` Opcode FD CB `d` 5B Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 3 of the memory location pointed to by IY plus `d`.	`bit 3,(iy+d)` Opcode FD CB `d` 5C Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 3 of the memory location pointed to by IY plus `d`.	`bit 3,(iy+d)` Opcode FD CB `d` 5D Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 3 of the memory location pointed to by IY plus `d`.	`bit 3,(iy+d)` Opcode FD CB `d` 5E Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 3 of the memory location pointed to by IY plus `d`.	`bit 3,(iy+d)` Opcode FD CB `d` 5F Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 3 of the memory location pointed to by IY plus `d`.
6	`bit 4,(iy+d)` Opcode FD CB `d` 60 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 4 of the memory location pointed to by IY plus `d`.	`bit 4,(iy+d)` Opcode FD CB `d` 61 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 4 of the memory location pointed to by IY plus `d`.	`bit 4,(iy+d)` Opcode FD CB `d` 62 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 4 of the memory location pointed to by IY plus `d`.	`bit 4,(iy+d)` Opcode FD CB `d` 63 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 4 of the memory location pointed to by IY plus `d`.	`bit 4,(iy+d)` Opcode FD CB `d` 64 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 4 of the memory location pointed to by IY plus `d`.	`bit 4,(iy+d)` Opcode FD CB `d` 65 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 4 of the memory location pointed to by IY plus `d`.	`bit 4,(iy+d)` Opcode FD CB `d` 66 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 4 of the memory location pointed to by IY plus `d`.	`bit 4,(iy+d)` Opcode FD CB `d` 67 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 4 of the memory location pointed to by IY plus `d`.	`bit 5,(iy+d)` Opcode FD CB `d` 68 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 5 of the memory location pointed to by IY plus `d`.	`bit 5,(iy+d)` Opcode FD CB `d` 69 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 5 of the memory location pointed to by IY plus `d`.	`bit 5,(iy+d)` Opcode FD CB `d` 6A Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 5 of the memory location pointed to by IY plus `d`.	`bit 5,(iy+d)` Opcode FD CB `d` 6B Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 5 of the memory location pointed to by IY plus `d`.	`bit 5,(iy+d)` Opcode FD CB `d` 6C Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 5 of the memory location pointed to by IY plus `d`.	`bit 5,(iy+d)` Opcode FD CB `d` 6D Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 5 of the memory location pointed to by IY plus `d`.	`bit 5,(iy+d)` Opcode FD CB `d` 6E Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 5 of the memory location pointed to by IY plus `d`.	`bit 5,(iy+d)` Opcode FD CB `d` 6F Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 5 of the memory location pointed to by IY plus `d`.
7	`bit 6,(iy+d)` Opcode FD CB `d` 70 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 6 of the memory location pointed to by IY plus `d`.	`bit 6,(iy+d)` Opcode FD CB `d` 71 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 6 of the memory location pointed to by IY plus `d`.	`bit 6,(iy+d)` Opcode FD CB `d` 72 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 6 of the memory location pointed to by IY plus `d`.	`bit 6,(iy+d)` Opcode FD CB `d` 73 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 6 of the memory location pointed to by IY plus `d`.	`bit 6,(iy+d)` Opcode FD CB `d` 74 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 6 of the memory location pointed to by IY plus `d`.	`bit 6,(iy+d)` Opcode FD CB `d` 75 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 6 of the memory location pointed to by IY plus `d`.	`bit 6,(iy+d)` Opcode FD CB `d` 76 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 6 of the memory location pointed to by IY plus `d`.	`bit 6,(iy+d)` Opcode FD CB `d` 77 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 6 of the memory location pointed to by IY plus `d`.	`bit 7,(iy+d)` Opcode FD CB `d` 78 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 7 of the memory location pointed to by IY plus `d`.	`bit 7,(iy+d)` Opcode FD CB `d` 79 Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 7 of the memory location pointed to by IY plus `d`.	`bit 7,(iy+d)` Opcode FD CB `d` 7A Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 7 of the memory location pointed to by IY plus `d`.	`bit 7,(iy+d)` Opcode FD CB `d` 7B Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 7 of the memory location pointed to by IY plus `d`.	`bit 7,(iy+d)` Opcode FD CB `d` 7C Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 7 of the memory location pointed to by IY plus `d`.	`bit 7,(iy+d)` Opcode FD CB `d` 7D Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 7 of the memory location pointed to by IY plus `d`.	`bit 7,(iy+d)` Opcode FD CB `d` 7E Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 7 of the memory location pointed to by IY plus `d`.	`bit 7,(iy+d)` Opcode FD CB `d` 7F Bytes 4 Cycles 20 C unaffected N reset P/V undefined H set Z as defined S undefined Tests bit 7 of the memory location pointed to by IY plus `d`.
8	`res 0,(iy+d),b` Opcode FD CB `d` 80 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 0 of the memory location pointed to by IY plus `d`. The result is then stored in B.	`res 0,(iy+d),c` Opcode FD CB `d` 81 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 0 of the memory location pointed to by IY plus `d`. The result is then stored in C.	`res 0,(iy+d),d` Opcode FD CB `d` 82 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 0 of the memory location pointed to by IY plus `d`. The result is then stored in D.	`res 0,(iy+d),e` Opcode FD CB `d` 83 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 0 of the memory location pointed to by IY plus `d`. The result is then stored in E.	`res 0,(iy+d),h` Opcode FD CB `d` 84 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 0 of the memory location pointed to by IY plus `d`. The result is then stored in H.	`res 0,(iy+d),l` Opcode FD CB `d` 85 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 0 of the memory location pointed to by IY plus `d`. The result is then stored in L.	`res 0,(iy+d)` Opcode FD CB `d` 86 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 0 of the memory location pointed to by IY plus `d`.	`res 0,(iy+d),a` Opcode FD CB `d` 87 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 0 of the memory location pointed to by IY plus `d`. The result is then stored in A.	`res 1,(iy+d),b` Opcode FD CB `d` 88 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 1 of the memory location pointed to by IY plus `d`. The result is then stored in B.	`res 1,(iy+d),c` Opcode FD CB `d` 89 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 1 of the memory location pointed to by IY plus `d`. The result is then stored in C.	`res 1,(iy+d),d` Opcode FD CB `d` 8A Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 1 of the memory location pointed to by IY plus `d`. The result is then stored in D.	`res 1,(iy+d),e` Opcode FD CB `d` 8B Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 1 of the memory location pointed to by IY plus `d`. The result is then stored in E.	`res 1,(iy+d),h` Opcode FD CB `d` 8C Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 1 of the memory location pointed to by IY plus `d`. The result is then stored in H.	`res 1,(iy+d),l` Opcode FD CB `d` 8D Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 1 of the memory location pointed to by IY plus `d`. The result is then stored in L.	`res 1,(iy+d)` Opcode FD CB `d` 8E Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 1 of the memory location pointed to by IY plus `d`.	`res 1,(iy+d),a` Opcode FD CB `d` 8F Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 1 of the memory location pointed to by IY plus `d`. The result is then stored in A.
9	`res 2,(iy+d),b` Opcode FD CB `d` 90 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 2 of the memory location pointed to by IY plus `d`. The result is then stored in B.	`res 2,(iy+d),c` Opcode FD CB `d` 91 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 2 of the memory location pointed to by IY plus `d`. The result is then stored in C.	`res 2,(iy+d),d` Opcode FD CB `d` 92 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 2 of the memory location pointed to by IY plus `d`. The result is then stored in D.	`res 2,(iy+d),e` Opcode FD CB `d` 93 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 2 of the memory location pointed to by IY plus `d`. The result is then stored in E.	`res 2,(iy+d),h` Opcode FD CB `d` 94 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 2 of the memory location pointed to by IY plus `d`. The result is then stored in H.	`res 2,(iy+d),l` Opcode FD CB `d` 95 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 2 of the memory location pointed to by IY plus `d`. The result is then stored in L.	`res 2,(iy+d)` Opcode FD CB `d` 96 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 2 of the memory location pointed to by IY plus `d`.	`res 2,(iy+d),a` Opcode FD CB `d` 97 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 2 of the memory location pointed to by IY plus `d`. The result is then stored in A.	`res 3,(iy+d),b` Opcode FD CB `d` 98 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 3 of the memory location pointed to by IY plus `d`. The result is then stored in B.	`res 3,(iy+d),c` Opcode FD CB `d` 99 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 3 of the memory location pointed to by IY plus `d`. The result is then stored in C.	`res 3,(iy+d),d` Opcode FD CB `d` 9A Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 3 of the memory location pointed to by IY plus `d`. The result is then stored in D.	`res 3,(iy+d),e` Opcode FD CB `d` 9B Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 3 of the memory location pointed to by IY plus `d`. The result is then stored in E.	`res 3,(iy+d),h` Opcode FD CB `d` 9C Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 3 of the memory location pointed to by IY plus `d`. The result is then stored in H.	`res 3,(iy+d),l` Opcode FD CB `d` 9D Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 3 of the memory location pointed to by IY plus `d`. The result is then stored in L.	`res 3,(iy+d)` Opcode FD CB `d` 9E Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 3 of the memory location pointed to by IY plus `d`.	`res 3,(iy+d),a` Opcode FD CB `d` 9F Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 3 of the memory location pointed to by IY plus `d`. The result is then stored in A.
A	`res 4,(iy+d),b` Opcode FD CB `d` A0 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 4 of the memory location pointed to by IY plus `d`. The result is then stored in B.	`res 4,(iy+d),c` Opcode FD CB `d` A1 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 4 of the memory location pointed to by IY plus `d`. The result is then stored in C.	`res 4,(iy+d),d` Opcode FD CB `d` A2 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 4 of the memory location pointed to by IY plus `d`. The result is then stored in D.	`res 4,(iy+d),e` Opcode FD CB `d` A3 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 4 of the memory location pointed to by IY plus `d`. The result is then stored in E.	`res 4,(iy+d),h` Opcode FD CB `d` A4 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 4 of the memory location pointed to by IY plus `d`. The result is then stored in H.	`res 4,(iy+d),l` Opcode FD CB `d` A5 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 4 of the memory location pointed to by IY plus `d`. The result is then stored in L.	`res 4,(iy+d)` Opcode FD CB `d` A6 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 4 of the memory location pointed to by IY plus `d`.	`res 4,(iy+d),a` Opcode FD CB `d` A7 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 4 of the memory location pointed to by IY plus `d`. The result is then stored in A.	`res 5,(iy+d),b` Opcode FD CB `d` A8 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 5 of the memory location pointed to by IY plus `d`. The result is then stored in B.	`res 5,(iy+d),c` Opcode FD CB `d` A9 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 5 of the memory location pointed to by IY plus `d`. The result is then stored in C.	`res 5,(iy+d),d` Opcode FD CB `d` AA Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 5 of the memory location pointed to by IY plus `d`. The result is then stored in D.	`res 5,(iy+d),e` Opcode FD CB `d` AB Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 5 of the memory location pointed to by IY plus `d`. The result is then stored in E.	`res 5,(iy+d),h` Opcode FD CB `d` AC Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 5 of the memory location pointed to by IY plus `d`. The result is then stored in H.	`res 5,(iy+d),l` Opcode FD CB `d` AD Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 5 of the memory location pointed to by IY plus `d`. The result is then stored in L.	`res 5,(iy+d)` Opcode FD CB `d` AE Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 5 of the memory location pointed to by IY plus `d`.	`res 5,(iy+d),a` Opcode FD CB `d` AF Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 5 of the memory location pointed to by IY plus `d`. The result is then stored in A.
B	`res 6,(iy+d),b` Opcode FD CB `d` B0 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 6 of the memory location pointed to by IY plus `d`. The result is then stored in B.	`res 6,(iy+d),c` Opcode FD CB `d` B1 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 6 of the memory location pointed to by IY plus `d`. The result is then stored in C.	`res 6,(iy+d),d` Opcode FD CB `d` B2 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 6 of the memory location pointed to by IY plus `d`. The result is then stored in D.	`res 6,(iy+d),e` Opcode FD CB `d` B3 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 6 of the memory location pointed to by IY plus `d`. The result is then stored in E.	`res 6,(iy+d),h` Opcode FD CB `d` B4 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 6 of the memory location pointed to by IY plus `d`. The result is then stored in H.	`res 6,(iy+d),l` Opcode FD CB `d` B5 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 6 of the memory location pointed to by IY plus `d`. The result is then stored in L.	`res 6,(iy+d)` Opcode FD CB `d` B6 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 6 of the memory location pointed to by IY plus `d`.	`res 6,(iy+d),a` Opcode FD CB `d` B7 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 6 of the memory location pointed to by IY plus `d`. The result is then stored in A.	`res 7,(iy+d),b` Opcode FD CB `d` B8 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 7 of the memory location pointed to by IY plus `d`. The result is then stored in B.	`res 7,(iy+d),c` Opcode FD CB `d` B9 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 7 of the memory location pointed to by IY plus `d`. The result is then stored in C.	`res 7,(iy+d),d` Opcode FD CB `d` BA Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 7 of the memory location pointed to by IY plus `d`. The result is then stored in D.	`res 7,(iy+d),e` Opcode FD CB `d` BB Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 7 of the memory location pointed to by IY plus `d`. The result is then stored in E.	`res 7,(iy+d),h` Opcode FD CB `d` BC Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 7 of the memory location pointed to by IY plus `d`. The result is then stored in H.	`res 7,(iy+d),l` Opcode FD CB `d` BD Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 7 of the memory location pointed to by IY plus `d`. The result is then stored in L.	`res 7,(iy+d)` Opcode FD CB `d` BE Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 7 of the memory location pointed to by IY plus `d`.	`res 7,(iy+d),a` Opcode FD CB `d` BF Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Resets bit 7 of the memory location pointed to by IY plus `d`. The result is then stored in A.
C	`set 0,(iy+d),b` Opcode FD CB `d` C0 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 0 of the memory location pointed to by IY plus `d`. The result is then stored in B.	`set 0,(iy+d),c` Opcode FD CB `d` C1 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 0 of the memory location pointed to by IY plus `d`. The result is then stored in C.	`set 0,(iy+d),d` Opcode FD CB `d` C2 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 0 of the memory location pointed to by IY plus `d`. The result is then stored in D.	`set 0,(iy+d),e` Opcode FD CB `d` C3 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 0 of the memory location pointed to by IY plus `d`. The result is then stored in E.	`set 0,(iy+d),h` Opcode FD CB `d` C4 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 0 of the memory location pointed to by IY plus `d`. The result is then stored in H.	`set 0,(iy+d),l` Opcode FD CB `d` C5 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 0 of the memory location pointed to by IY plus `d`. The result is then stored in L.	`set 0,(iy+d)` Opcode FD CB `d` C6 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 0 of the memory location pointed to by IY plus `d`.	`set 0,(iy+d),a` Opcode FD CB `d` C7 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 0 of the memory location pointed to by IY plus `d`. The result is then stored in A.	`set 1,(iy+d),b` Opcode FD CB `d` C8 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 1 of the memory location pointed to by IY plus `d`. The result is then stored in B.	`set 1,(iy+d),c` Opcode FD CB `d` C9 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 1 of the memory location pointed to by IY plus `d`. The result is then stored in C.	`set 1,(iy+d),d` Opcode FD CB `d` CA Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 1 of the memory location pointed to by IY plus `d`. The result is then stored in D.	`set 1,(iy+d),e` Opcode FD CB `d` CB Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 1 of the memory location pointed to by IY plus `d`. The result is then stored in E.	`set 1,(iy+d),h` Opcode FD CB `d` CC Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 1 of the memory location pointed to by IY plus `d`. The result is then stored in H.	`set 1,(iy+d),l` Opcode FD CB `d` CD Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 1 of the memory location pointed to by IY plus `d`. The result is then stored in L.	`set 1,(iy+d)` Opcode FD CB `d` CE Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 1 of the memory location pointed to by IY plus `d`.	`set 1,(iy+d),a` Opcode FD CB `d` CF Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 1 of the memory location pointed to by IY plus `d`. The result is then stored in A.
D	`set 2,(iy+d),b` Opcode FD CB `d` D0 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 2 of the memory location pointed to by IY plus `d`. The result is then stored in B.	`set 2,(iy+d),c` Opcode FD CB `d` D1 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 2 of the memory location pointed to by IY plus `d`. The result is then stored in C.	`set 2,(iy+d),d` Opcode FD CB `d` D2 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 2 of the memory location pointed to by IY plus `d`. The result is then stored in D.	`set 2,(iy+d),e` Opcode FD CB `d` D3 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 2 of the memory location pointed to by IY plus `d`. The result is then stored in E.	`set 2,(iy+d),h` Opcode FD CB `d` D4 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 2 of the memory location pointed to by IY plus `d`. The result is then stored in H.	`set 2,(iy+d),l` Opcode FD CB `d` D5 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 2 of the memory location pointed to by IY plus `d`. The result is then stored in L.	`set 2,(iy+d)` Opcode FD CB `d` D6 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 2 of the memory location pointed to by IY plus `d`.	`set 2,(iy+d),a` Opcode FD CB `d` D7 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 2 of the memory location pointed to by IY plus `d`. The result is then stored in A.	`set 3,(iy+d),b` Opcode FD CB `d` D8 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 3 of the memory location pointed to by IY plus `d`. The result is then stored in B.	`set 3,(iy+d),c` Opcode FD CB `d` D9 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 3 of the memory location pointed to by IY plus `d`. The result is then stored in C.	`set 3,(iy+d),d` Opcode FD CB `d` DA Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 3 of the memory location pointed to by IY plus `d`. The result is then stored in D.	`set 3,(iy+d),e` Opcode FD CB `d` DB Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 3 of the memory location pointed to by IY plus `d`. The result is then stored in E.	`set 3,(iy+d),h` Opcode FD CB `d` DC Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 3 of the memory location pointed to by IY plus `d`. The result is then stored in H.	`set 3,(iy+d),l` Opcode FD CB `d` DD Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 3 of the memory location pointed to by IY plus `d`. The result is then stored in L.	`set 3,(iy+d)` Opcode FD CB `d` DE Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 3 of the memory location pointed to by IY plus `d`.	`set 3,(iy+d),a` Opcode FD CB `d` DF Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 3 of the memory location pointed to by IY plus `d`. The result is then stored in A.
E	`set 4,(iy+d),b` Opcode FD CB `d` E0 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 4 of the memory location pointed to by IY plus `d`. The result is then stored in B.	`set 4,(iy+d),c` Opcode FD CB `d` E1 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 4 of the memory location pointed to by IY plus `d`. The result is then stored in C.	`set 4,(iy+d),d` Opcode FD CB `d` E2 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 4 of the memory location pointed to by IY plus `d`. The result is then stored in D.	`set 4,(iy+d),e` Opcode FD CB `d` E3 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 4 of the memory location pointed to by IY plus `d`. The result is then stored in E.	`set 4,(iy+d),h` Opcode FD CB `d` E4 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 4 of the memory location pointed to by IY plus `d`. The result is then stored in H.	`set 4,(iy+d),l` Opcode FD CB `d` E5 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 4 of the memory location pointed to by IY plus `d`. The result is then stored in L.	`set 4,(iy+d)` Opcode FD CB `d` E6 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 4 of the memory location pointed to by IY plus `d`.	`set 4,(iy+d),a` Opcode FD CB `d` E7 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 4 of the memory location pointed to by IY plus `d`. The result is then stored in A.	`set 5,(iy+d),b` Opcode FD CB `d` E8 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 5 of the memory location pointed to by IY plus `d`. The result is then stored in B.	`set 5,(iy+d),c` Opcode FD CB `d` E9 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 5 of the memory location pointed to by IY plus `d`. The result is then stored in C.	`set 5,(iy+d),d` Opcode FD CB `d` EA Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 5 of the memory location pointed to by IY plus `d`. The result is then stored in D.	`set 5,(iy+d),e` Opcode FD CB `d` EB Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 5 of the memory location pointed to by IY plus `d`. The result is then stored in E.	`set 5,(iy+d),h` Opcode FD CB `d` EC Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 5 of the memory location pointed to by IY plus `d`. The result is then stored in H.	`set 5,(iy+d),l` Opcode FD CB `d` ED Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 5 of the memory location pointed to by IY plus `d`. The result is then stored in L.	`set 5,(iy+d)` Opcode FD CB `d` EE Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 5 of the memory location pointed to by IY plus `d`.	`set 5,(iy+d),a` Opcode FD CB `d` EF Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 5 of the memory location pointed to by IY plus `d`. The result is then stored in A.
F	`set 6,(iy+d),b` Opcode FD CB `d` F0 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 6 of the memory location pointed to by IY plus `d`. The result is then stored in B.	`set 6,(iy+d),c` Opcode FD CB `d` F1 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 6 of the memory location pointed to by IY plus `d`. The result is then stored in C.	`set 6,(iy+d),d` Opcode FD CB `d` F2 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 6 of the memory location pointed to by IY plus `d`. The result is then stored in D.	`set 6,(iy+d),e` Opcode FD CB `d` F3 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 6 of the memory location pointed to by IY plus `d`. The result is then stored in E.	`set 6,(iy+d),h` Opcode FD CB `d` F4 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 6 of the memory location pointed to by IY plus `d`. The result is then stored in H.	`set 6,(iy+d),l` Opcode FD CB `d` F5 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 6 of the memory location pointed to by IY plus `d`. The result is then stored in L.	`set 6,(iy+d)` Opcode FD CB `d` F6 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 6 of the memory location pointed to by IY plus `d`.	`set 6,(iy+d),a` Opcode FD CB `d` F7 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 6 of the memory location pointed to by IY plus `d`. The result is then stored in A.	`set 7,(iy+d),b` Opcode FD CB `d` F8 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 7 of the memory location pointed to by IY plus `d`. The result is then stored in B.	`set 7,(iy+d),c` Opcode FD CB `d` F9 Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 7 of the memory location pointed to by IY plus `d`. The result is then stored in C.	`set 7,(iy+d),d` Opcode FD CB `d` FA Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 7 of the memory location pointed to by IY plus `d`. The result is then stored in D.	`set 7,(iy+d),e` Opcode FD CB `d` FB Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 7 of the memory location pointed to by IY plus `d`. The result is then stored in E.	`set 7,(iy+d),h` Opcode FD CB `d` FC Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 7 of the memory location pointed to by IY plus `d`. The result is then stored in H.	`set 7,(iy+d),l` Opcode FD CB `d` FD Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 7 of the memory location pointed to by IY plus `d`. The result is then stored in L.	`set 7,(iy+d)` Opcode FD CB `d` FE Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 7 of the memory location pointed to by IY plus `d`.	`set 7,(iy+d),a` Opcode FD CB `d` FF Bytes 4 Cycles 23 C unaffected N unaffected P/V unaffected H unaffected Z unaffected S unaffected Sets bit 7 of the memory location pointed to by IY plus `d`. The result is then stored in A.