M65_adc:	"A <- (A) + M + C"
M65_anc:	"A <- A /\\ M, C <- ~A7"
M65_and:	"A <- (A) /\\ M"
M65_ane:	"M <-[(A)\\/$EE] /\\ (X)/\\(M)"
M65_arr:	"A <- [(A /\\ M) >> 1]"
M65_asl:	"C <- A7, A <- (A) << 1"
M65_asr:	"A <- [(A /\\ M) >> 1]"
M65_bcc:	"if C=0, PC = PC + offset"
M65_bcs:	"if C=1, PC = PC + offset"
M65_beq:	"if Z=1, PC = PC + offset"
M65_bit:	"Z <- ~(A /\\ M) N<-M7 V<-M6"
M65_bmi:	"if N=1, PC = PC + offset"
M65_bne:	"if Z=0, PC = PC + offset"
M65_bpl:	"if N=0, PC = PC + offset"
M65_brk:	"Stack <- PC, PC <- ($fffe)"
M65_bvc:	"if V=0, PC = PC + offset"
M65_bvs:	"if V=1, PC = PC + offset"
M65_clc:	"C <- 0"
M65_cld:	"D <- 0"
M65_cli:	"I <- 0"
M65_clv:	"V <- 0"
M65_cmp:	"(A - M) -> NZC"
M65_cpx:	"(X - M) -> NZC"
M65_cpy:	"(Y - M) -> NZC"
M65_dcp:	"M <- (M)-1, (A-M) -> NZC"
M65_dec:	"M <- (M) - 1"
M65_dex:	"X <- (X) - 1"
M65_dey:	"Y <- (Y) - 1"
M65_eor:	"A <- (A) \\-/ M"
M65_inc:	"M <- (M) + 1"
M65_inx:	"X <- (X) +1"
M65_iny:	"Y <- (Y) + 1"
M65_isb:	"M <- (M) - 1,A <- (A)-M-~C"
M65_jmp:	"PC <- Address"
M65_jmpi:	"(PC <- Address)"
M65_jsr:	"Stack <- PC, PC <- Address"
M65_lae:	"X,S,A <- (S /\\ M)"
M65_lax:	"A <- M, X <- M"
M65_lda:	"A <- M"
M65_ldx:	"X <- M"
M65_ldy:	"Y <- M"
M65_lsr:	"C <- A0, A <- (A) >> 1"
M65_lxa:	"X04 <- (X04) /\\ M04, A04 <- (A04) /\\ M04"
M65_nop:	"[no operation]"
M65_ora:	"A <- (A) V M"
M65_pha:	"Stack <- (A)"
M65_php:	"Stack <- (P)"
M65_pla:	"A <- (Stack)"
M65_plp:	"A <- (Stack)"
M65_rla:	"M <- (M << 1) /\\ (A)"
M65_rol:	"C <- A7 & A <- A << 1 + C"
M65_ror:	"C<-A0 & A<- (A7=C + A>>1)"
M65_rra:	"M <- (M >> 1) + (A) + C"
M65_rti:	"P <- (Stack), PC <-(Stack)"
M65_rts:	"PC <- (Stack)"
M65_sax:	"M <- (A) /\\ (X)"
M65_sbc:	"A <- (A) - M - ~C"
M65_sbx:	"X <- (X)/\\(A) - M"
M65_sec:	"C <- 1"
M65_sed:	"D <- 1"
M65_sei:	"I <- 1"
M65_sha:	"M <- (A) /\\ (X) /\\ (PCH+1)"
M65_shs:	"X <- (A) /\\ (X), S <- (X), M <- (X) /\\ (PCH+1)"
M65_shx:	"M <- (X) /\\ (PCH+1)"
M65_shy:	"M <- (Y) /\\ (PCH+1)"
M65_slo:	"M <- (M >> 1) + A + C"
M65_sre:	"M <- (M >> 1) \\-/ A"
M65_sta:	"M <- (A)"
M65_stx:	"M <- (X)"
M65_sty:	"M <- (Y)"
M65_tax:	"X <- (A)"
M65_tay:	"Y <- (A)"
M65_tsx:	"X <- (S)"
M65_txa:	"A <- (X)"
M65_txs:	"S <- (X)"
M65_tya:	"A <- (Y)"

// CMOS instructions

M65_bbr0:	"Branch if bit 0 reset"
M65_bbr1:	"Branch if bit 1 reset"
M65_bbr2:	"Branch if bit 2 reset"
M65_bbr3:	"Branch if bit 3 reset"
M65_bbr4:	"Branch if bit 4 reset"
M65_bbr5:	"Branch if bit 5 reset"
M65_bbr6:	"Branch if bit 6 reset"
M65_bbr7:	"Branch if bit 7 reset"
M65_bbs0:	"Branch if bit 0 set"
M65_bbs1:	"Branch if bit 1 set"
M65_bbs2:	"Branch if bit 2 set"
M65_bbs3:	"Branch if bit 3 set"
M65_bbs4:	"Branch if bit 4 set"
M65_bbs5:	"Branch if bit 5 set"
M65_bbs6:	"Branch if bit 6 set"
M65_bbs7:	"Branch if bit 7 set"
M65_rmb0:	"Reset memory bit 0"
M65_rmb1:	"Reset memory bit 1"
M65_rmb2:	"Reset memory bit 2"
M65_rmb3:	"Reset memory bit 3"
M65_rmb4:	"Reset memory bit 4"
M65_rmb5:	"Reset memory bit 5"
M65_rmb6:	"Reset memory bit 6"
M65_rmb7:	"Reset memory bit 7"
M65_smb0:	"Set memory bit 0"
M65_smb1:	"Set memory bit 1"
M65_smb2:	"Set memory bit 2"
M65_smb3:	"Set memory bit 3"
M65_smb4:	"Set memory bit 4"
M65_smb5:	"Set memory bit 5"
M65_smb6:	"Set memory bit 6"
M65_smb7:	"Set memory bit 7"
M65_stz:	"Store zero"
M65_tsb:	"Test and set bits"
M65_trb:	"Test and reset bits"
M65_phy:	"Push Y register"
M65_ply:	"Pull Y register"
M65_phx:	"Push X register"
M65_plx:	"Pull X register"
M65_bra:	"Branch always"
M65_wai:	"Wait for interrupt"
M65_stp:	"Stop processor"