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Document Title: [opcodes.txt (text file)]
			Table 8. Opcode MatrixMSD                                                                     LSD                                                                      MSD--+-------+--------+--------+----------+--------+--------+--------+---------+-------+--------+-------+-------+--------+--------+--------+---------+--  |   0   |    1   |   2    |    3     |    4   |   5    |   6    |    7    |   8   |   9    |   A   |   B   |   C    |   D    |    E   |    F    |  |-------+--------+--------+----------+--------+--------+--------+---------+-------+--------+-------+-------+--------+--------+--------+---------|0 | BRK s |ORA(d,x)| COP s  | ORA d,s  | TSB d  | ORA d  | ASL d  | ORA [d] | PHP s | ORA #  | ASL A | PHD s | TSB a  | ORA a  | ASL a  | ORA al  | 0  |  2 8  |  2 6   |  2 8   |   2 4    |  2 5   |  2 3   |  2 5   |   2 6   |  1 3  |  2 2   |  1 2  |  1 4  |  3 6   |  3 4   |  3 6   |   4 5   |  |-------+--------+--------+----------+--------+--------+--------+---------+-------+--------+-------+-------+--------+--------+--------+---------|1 | BPL r |ORA(d),y| ORA(d) |ORA(d,s),y| TRB d  | ORA d,x| ASL d,x|ORA [d],y| CLC i | ORA a,y| INC A | TCS i | TRB a  | ORA a,x| ASL a,x| ORA al,x| 1  |  2 2  |  2 5   |  2 5   |   2 7    |  2 5   |  2 4   |  2 6   |   2 6   |  1 2  |  3 4   |  1 2  |  1 2  |  3 6   |  3 4   |  3 7   |   4 5   |  |-------+--------+--------+----------+--------+--------+--------+---------+-------+--------+-------+-------+--------+--------+--------+---------|2 | JSR a |AND(d,x)| JSL al | AND d,s  | BIT d  | AND d  | ROL d  | AND [d] | PLP s | AND #  | ROL A | PLD s | BIT a  | AND a  | ROL a  | AND al  | 2  |  3 6  |  2 6   |  4 8   |   2 4    |  2 3   |  2 3   |  2 5   |  2 6    |  1 4  |  2 2   |  1 2  |  1 5  |  3 4   |  3 4   |  3 6   |   4 5   |  |-------+--------+--------+----------+--------+--------+--------+---------+-------+--------+-------+-------+--------+--------+--------+---------|3 | BMI r |AND(d),y| AND (d)|AND(d,s),y| BIT d,x| AND d,x| ROL d,x|AND [d],y| SEC i | AND a,y| DEC A | TSC i | BIT a,x| AND a,x| ROL a,x| AND al,x| 3  |  2 2  |  2 5   |  2 5   |   2 7    |  2 4   |  2 4   |  2 6   |  2 6    |  1 2  |  3 4   |  1 2  |  1 2  |  3 4   |  3 4   |  3 7   |   4 5   |  |-------+--------+--------+----------+--------+--------+--------+---------+-------+--------+-------+-------+--------+--------+--------+---------|4 | RTI s |EOR(d,x)| reserve| EOR d,s  | MVP xya| EOR d  | LSR d  | EOR [d] | PHA s | EOR #  | LSR A | PHK s | JMP a  | EOR a  | LSR a  | EOR al  | 4  |  1 7  |  2 6   |  2 2   |   2 4    |  3 7   |  2 3   |  2 5   |  2 6    |  1 3  |  2 2   |  1 2  |  1 3  |  3 3   |  3 4   |  3 6   |   4 5   |  |-------+--------+--------+----------+--------+--------+--------+---------+-------+--------+-------+-------+--------+--------+--------+---------|5 | BVC r |EOR(d),y| EOR (d)|EOR(d,s),y| MVN xya| EOR d,x| LSR d,x|EOR [d],y| CLI i | EOR a,y| PHY s | TCD i | JMP al | EORa,x | LSRa,x | EOR al,x| 5  |  2 2  |  2 5   |  2 5   |   2 7    |  3 7   |  2 4   |  2 6   |  2 6    |  1 2  |  3 4   |  1 3  |  1 2  |  4 4   |  3 4   |  3 7   |   4 5   |  |-------+--------+--------+----------+--------+--------+--------+---------+-------+--------+-------+-------+--------+--------+--------+---------|6 | RTS s |ADC(d,x)| PER s  | ADC d,s  | STZ d  | ADC d  | ROR d  | ADC [d] | PLA s | ADC #  | ROR A | RTL s | JMP (a)| ADC a  | ROR a  | ADC al  | 6  |  1 6  |  2 6   |  3 6   |   2 4    |  2 3   |  2 3   |  2 5   |  2 6    |  1 4  |  2 2   |  1 2  |  1 6  |  3 5   |  3 4   |  3 6   |   4 5   |  |-------+--------+--------+----------+--------+--------+--------+---------+-------+--------+-------+-------+--------+--------+--------+---------|7 | BVS r |ADC(d),y| ADC (d)|ADC(d,s),y| STZ d,x| ADC d,x| ROR d,x|ADC [d],y| SEI i | ADC a,y| PLY s | TDC i |JMP(a,x)| ADC a,x| ROR a,x| ADC al,x| 7  |  2 2  |  2 5   |  2 5   |   2 7    |  2 4   |  2 4   |  2 6   |  2 6    |  1 2  |  3 4   |  1 4  |  1 2  |  3 6   |  3 4   |  3 7   |   4 5   |  |-------+--------+--------+----------+--------+--------+--------+---------+-------+--------+-------+-------+--------+--------+--------+---------|8 | BRA r |STA(d,x)| BRL rl | STA d,s  | STY d  | STA d  | STX d  | STA [d] | DEY i | BIT #  | TXA i | PHB s | STY a  | STA a  | STX a  | STA al  | 8  |  2 2  |  2 6   |  3 3   |   2 4    |  2 3   |  2 3   |  2 3   |  2 6    |  1 2  |  2 2   |  1 2  |  1 3  |  3 4   |  3 4   |  3 4   |   4 5   |  |-------+--------+--------+----------+--------+--------+--------+---------+-------+--------+-------+-------+--------+--------+--------+---------|9 | BCC r |STA(d),y| STA (d)|STA(d,s),y| STYd,x | STA d,x| STX d,y|STA [d],y| TYA i | STA a,y| TXS i | TXY i | STZ a  | STA a,x| STZ a,x| STA al,x| 9  |  2 2  |  2 6   |  2 5   |   2 7    |  2 4   |  2 4   |  2 4   |  2 6    |  1 2  |  3 5   |  1 2  |  1 2  |  3 4   |  3 5   |  3 5   |   4 5   |  |-------+--------+--------+----------+--------+--------+--------+---------+-------+--------+-------+-------+--------+--------+--------+---------|A | LDY # |LDA(d,x)|  LDX # | LDA d,s  | LDY d  | LDA d  | LDX d  | LDA [d] | TAY i | LDA #  | TAX i | PLB s | LDY a  | LDA a  | LDX a  | LDA al  | A  |  2 2  |  2 6   |  2 2   |   2 4    |  2 3   |  2 3   |  2 3   |  2 6    |  1 2  |  2 2   |  1 2  |  1 4  |  3 4   |  3 4   |  3 4   |   4 5   |  |-------+--------+--------+----------+--------+--------+--------+---------+-------+--------+-------+-------+--------+--------+--------+---------|B | BCS r |LDA(d),y| LDA (d)|LDA(d,s),y| LDY d,x| LDA d,x| LDX d,y|LDA [d],y| CLV i | LDA a,y| TSX i | TYX i | LDY a,x| LDA a,x| LDX a,y| LDA al,x| B  |  2 2  |  2 5   |  2 5   |   2 7    |  2 4   |  2 4   |  2 4   |  2 6    |  1 2  |  3 4   |  1 2  |  1 2  |  3 4   |  3 4   |  3 4   |   4 5   |  |-------+--------+--------+----------+--------+--------+--------+---------+-------+--------+-------+-------+--------+--------+--------+---------|C | CPY # |CMP(d,x)| REP #  | CMP d,s  | CPY d  | CMP d  | DEC d  | CMP [d] | INY i | CMP #  | DEX i | WAI i | CPY a  | CMP a  | DEC a  | CMP al  | C  |  2 2  |  2 6   |  2 3   |   2 4    |  2 3   |  2 3   |  2 5   |  2 6    | 1 2   |  2 2   |  1 2  |  1 3  |  3 4   |  3 4   |  3 4   |   4 5   |  |-------+--------+--------+----------+--------+--------+--------+---------+-------+--------+-------+-------+--------+--------+--------+---------|D | BNE r |CMP(d),y| CMP (d)|CMP(d,s),y| PEI s  | CMP d,x| DEC d,x|CMP [d],y| CLD i | CMP a,y| PHX s | STP i | JML (a)| CMP a,x| DEC a,x| CMP al,x| D  |  2 2  |  2 5   |  2 5   |   2 7    |  2 6   |  2 4   |  2 6   |  2 6    |  1 2  |  3 4   |  1 3  |  1 3  |  3 6   |  3 4   |  3 7   |   4 5   |  |-------+--------+--------+----------+--------+--------+--------+---------+-------+--------+-------+-------+--------+--------+--------+---------|E | CPX # |SBC(d,x)| SEP #  | SBC d,s  | CPX d  | SBC d  | INC d  | SBC [d] | INX i | SBC #  | NOP i | XBA i | CPX a  | SBC a  | INC a  | SBC al  | E  |  2 2  |  2 6   |  2 3   |   2 4    |  2 3   |  2 3   |  2 5   |  2 6    |  1 2  |  2 2   |  1 2  |  1 3  |  3 4   |  3 4   |  3 6   |   4 5   |  |-------+--------+--------+----------+--------+--------+--------+---------+-------+--------+-------+-------+--------+--------+--------+---------|F | BEQ r |SBC(d),y| SBC (d)|SBC(d,s),y| PEA s  | SBC d,x| INC d,x|SBC [d],y| SED i | SBC a,y| PLX s | XCE i |JSR(a,x)| SBC a,x| INC a,x| SBC al,x| F  |  2 2  |  2 5   |  2 5   |   2 7    |  3 5   |  2 4   |  2 6   |   2 6   |  1 2  |  3 4   |  1 4  |  1 2  |  3 6   |  3 4   |  3 7   |   4 5   |  |-------+--------+--------+----------+--------+--------+--------+---------+-------+--------+-------+-------+--------+--------+--------+---------|  |   0   |    1   |   2    |    3     |    4   |   5    |   6    |    7    |   8   |   9    |   A   |   B   |   C    |   D    |    E   |    F    |--+-------+--------+--------+----------+--------+--------+--------+---------+-------+--------+-------+-------+--------+--------+--------+---------+--	Symbol		Addressing mode	  #		immediate	  A		accumulator	  r		program counter relative	  rl		program counter relative long	  i		implied	  s		stack	  d		direct	  d,x		direct indexed (with x)	  d,y		direct indexed (with y)	 (d)		direct Indirect	 (d,x)		direct indexed Indirect	 (d),y		direct Indirect indexed	 [d]		direct indirect long	 [d],y		direct indirect indexed long	  a		absolute	  a,x		absolute indexed (with x)	  a,y		absolute indexed (with y)	  al		absolute long	  al,x		absolute indexed long	  d,s		stack relative	 (d,s),y	stack relative indirect Indexed	 (a)		absolute indirect	 (a,x)		absoite Indxed Indirect	  xya		block move	Legend		Instruction mnemonic		Addressing mode		Base number of base number	Cycles		of bytes}