@@@@@@@@    CASSETTE ROUTINE    @@@@@@@@

$E6B0: DF  58    STX   DIR    M:M+1<=IX
$E6B2: CC  0324  LDD   IMM    A:B<=M:M+1
$E6B5: DD  5A    STD   DIR    M:M+1<=A:B
$E6B7: BD  EB7C  JSR   EXT    Jump to Subr=>Address $EB7C
$E6BA: 26  23    BNE   REL    Branch=> $E6DF if Z=0
$E6BC: CC  6404  LDD   IMM    A:B<=M:M+1
$E6BF: CE  01EC  LDX   IMM    IX<=M:M+1
$E6C2: 20  0D    BRA   REL    Branch=> $E6D1 if (Always)
$E6C4: DF  58    STX   DIR    M:M+1<=IX
$E6C6: CC  02D0  LDD   IMM    A:B<=M:M+1
$E6C9: DD  5A    STD   DIR    M:M+1<=A:B
$E6CB: CC  2402  LDD   IMM    A:B<=M:M+1
$E6CE: CE  01D5  LDX   IMM    IX<=M:M+1
$E6D1: 97  53    STAA  DIR    M<=A
$E6D3: D7  57    STAB  DIR    M<=B
$E6D5: DF  54    STX   DIR    M:M+1<=IX
$E6D7: 6B  0F00  TIM   IND    IM&M
$E6DA: 27  04    BEQ   REL    Branch=> $E6E0 if Z=1
$E6DC: 86  88    LDAA  IMM    A<=M
$E6DE: 0C        CLC   IMP    C<=0
$E6DF: 39        RTS   IMP    Return from Subroutine
$E6E0: 6F  08    CLR   IND    M<=0
$E6E2: 4F        CLRA  IMP    M<=0
$E6E3: 5F        CLRB  IMP    M<=0
$E6E4: ED  01    STD   IND    M:M+1<=A:B
$E6E6: DE  5A    LDX   DIR    IX<=M:M+1
$E6E8: CC  2054  LDD   IMM    A:B<=M:M+1
$E6EB: BD  F2B3  JSR   EXT    Jump to Subr=>Address $F2B3
$E6EE: DE  5A    LDX   DIR    IX<=M:M+1
$E6F0: CC  4844  LDD   IMM    A:B<=M:M+1
$E6F3: ED  04    STD   IND    M:M+1<=A:B
$E6F5: A7  00    STAA  IND    M<=A
$E6F7: CC  5231  LDD   IMM    A:B<=M:M+1
$E6FA: ED  06    STD   IND    M:M+1<=A:B
$E6FC: CC  4858  LDD   IMM    A:B<=M:M+1
$E6FF: ED  38    STD   IND    M:M+1<=A:B
$E701: CC  2D32  LDD   IMM    A:B<=M:M+1
$E704: ED  3A    STD   IND    M:M+1<=A:B
$E706: E7  18    STAB  IND    M<=B
$E708: 62  303C  OIM   IND    M<=IM|M
$E70B: CC  3235  LDD   IMM    A:B<=M:M+1
$E70E: ED  1C    STD   IND    M:M+1<=A:B
$E710: 62  361E  OIM   IND    M<=IM|M
$E713: C6  2A    LDAB  IMM    B<=M
$E715: 3A        ABX   IMP    IX<=IX+B
$E716: BD  E1FA  JSR   EXT    Jump to Subr=>Address $E1FA
$E719: 5F        CLRB  IMP    M<=0
$E71A: DE  5A    LDX   DIR    IX<=M:M+1
$E71C: 3A        ABX   IMP    IX<=IX+B
$E71D: A6  2A    LDAA  IND    A<=M
$E71F: 36        PSHA  IMP    =>A;SP<=SP-1
$E720: 0D        SEC   IMP    C<=1
$E721: 46        RORA  IMP    C=>########=>C
$E722: 47        ASRA  IMP    %=>########=>C
$E723: 44        LSRA  IMP    0=>########=>C
$E724: 44        LSRA  IMP    0=>########=>C
$E725: 58        ASLB  IMP    C<=########<=0
$E726: DE  5A    LDX   DIR    IX<=M:M+1
$E728: 3A        ABX   IMP    IX<=IX+B
$E729: A7  24    STAA  IND    M<=A
$E72B: 32        PULA  IMP    SP<=SP+1;<=A
$E72C: 84  0F    ANDA  IMM    A<=A&M
$E72E: 8A  30    ORAA  IMM    A<=A|M
$E730: A7  25    STAA  IND    M<=A
$E732: 54        LSRB  IMP    0=>########=>C
$E733: 5C        INCB  IMP    M<=M+1
$E734: C1  06    CMPB  IMM    B-M
$E736: 26  E2    BNE   REL    Branch=> $E71A if Z=0
$E738: DE  58    LDX   DIR    IX<=M:M+1
$E73A: E6  00    LDAB  IND    B<=M
$E73C: DE  5A    LDX   DIR    IX<=M:M+1
$E73E: 5D        TSTB  IMP    M-0
$E73F: 27  04    BEQ   REL    Branch=> $E745 if Z=1
$E741: 86  53    LDAA  IMM    A<=M
$E743: A7  19    STAA  IND    M<=A
$E745: 86  32    LDAA  IMM    A<=M
$E747: A7  18    STAA  IND    M<=A
$E749: DE  54    LDX   DIR    IX<=M:M+1
$E74B: E7  07    STAB  IND    M<=B
$E74D: 5F        CLRB  IMP    M<=0
$E74E: DE  58    LDX   DIR    IX<=M:M+1
$E750: 3A        ABX   IMP    IX<=IX+B
$E751: A6  03    LDAA  IND    A<=M
$E753: DE  5A    LDX   DIR    IX<=M:M+1
$E755: 3A        ABX   IMP    IX<=IX+B
$E756: A7  08    STAA  IND    M<=A
$E758: 5C        INCB  IMP    M<=M+1
$E759: C1  10    CMPB  IMM    B-M
$E75B: 26  F1    BNE   REL    Branch=> $E74E if Z=0
$E75D: 4F        CLRA  IMP    M<=0
$E75E: 8D  23    BSR   REL    Branch to Subr=> $E783
$E760: 26  20    BNE   REL    Branch=> $E782 if Z=0
$E762: DE  58    LDX   DIR    IX<=M:M+1
$E764: EC  01    LDD   IND    A:B<=M:M+1
$E766: DE  54    LDX   DIR    IX<=M:M+1
$E768: ED  09    STD   IND    M:M+1<=A:B
$E76A: C3  0004  ADDD  IMM    A:B<=A:B+M:M+1
$E76D: ED  0F    STD   IND    M:M+1<=A:B
$E76F: 4C        INCA  IMP    M<=M+1
$E770: ED  0B    STD   IND    M:M+1<=A:B
$E772: CC  0104  LDD   IMM    A:B<=M:M+1
$E775: ED  0D    STD   IND    M:M+1<=A:B
$E777: 86  08    LDAA  IMM    A<=M
$E779: A7  00    STAA  IND    M<=A
$E77B: EE  09    LDX   IND    IX<=M:M+1
$E77D: 86  44    LDAA  IMM    A<=M
$E77F: A7  00    STAA  IND    M<=A
$E781: 4F        CLRA  IMP    M<=0
$E782: 39        RTS   IMP    Return from Subroutine
$E783: 36        PSHA  IMP    =>A;SP<=SP-1
$E784: DC  5A    LDD   DIR    A:B<=M:M+1
$E786: DE  54    LDX   DIR    IX<=M:M+1
$E788: ED  09    STD   IND    M:M+1<=A:B
$E78A: ED  0F    STD   IND    M:M+1<=A:B
$E78C: ED  11    STD   IND    M:M+1<=A:B
$E78E: C3  0054  ADDD  IMM    A:B<=A:B+M:M+1
$E791: ED  0B    STD   IND    M:M+1<=A:B
$E793: CC  0054  LDD   IMM    A:B<=M:M+1
$E796: ED  0D    STD   IND    M:M+1<=A:B
$E798: 86  FF    LDAA  IMM    A<=M
$E79A: 33        PULB  IMP    SP<=SP+1;<=B
$E79B: 5D        TSTB  IMP    M-0
$E79C: 27  02    BEQ   REL    Branch=> $E7A0 if Z=1
$E79E: 16        TAB   IMP    B<=A
$E79F: 4F        CLRA  IMP    M<=0
$E7A0: 3C        PSHX  IMP    =>IX;SP<=SP-2
$E7A1: DD  50    STD   DIR    M:M+1<=A:B
$E7A3: DE  54    LDX   DIR    IX<=M:M+1
$E7A5: 6F  08    CLR   IND    M<=0
$E7A7: EC  01    LDD   IND    A:B<=M:M+1
$E7A9: EE  09    LDX   IND    IX<=M:M+1
$E7AB: ED  01    STD   IND    M:M+1<=A:B
$E7AD: 6F  03    CLR   IND    M<=0
$E7AF: 96  57    LDAA  DIR    A<=M
$E7B1: 9A  7C    ORAA  DIR    A<=A|M
$E7B3: 97  7C    STAA  DIR    M<=A
$E7B5: DE  54    LDX   DIR    IX<=M:M+1
$E7B7: EE  09    LDX   IND    IX<=M:M+1
$E7B9: 96  53    LDAA  DIR    A<=M
$E7BB: BD  E418  JSR   EXT    Jump to Subr=>Address $E418
$E7BE: 4A        DECA  IMP    M<=M-1
$E7BF: 26  76    BNE   REL    Branch=> $E837 if Z=0
$E7C1: D6  51    LDAB  DIR    B<=M
$E7C3: A6  03    LDAA  IND    A<=M
$E7C5: 26  04    BNE   REL    Branch=> $E7CB if Z=0
$E7C7: C6  01    LDAB  IMM    B<=M
$E7C9: 96  50    LDAA  DIR    A<=M
$E7CB: BD  E40D  JSR   EXT    Jump to Subr=>Address $E40D
$E7CE: DE  54    LDX   DIR    IX<=M:M+1
$E7D0: EC  0D    LDD   IND    A:B<=M:M+1
$E7D2: BD  E40D  JSR   EXT    Jump to Subr=>Address $E40D
$E7D5: 25  60    BCS   REL    Branch=> $E837 if C=1
$E7D7: 96  7C    LDAA  DIR    A<=M
$E7D9: B7  021B  STAA  EXT    M<=A
$E7DC: 0F        SEI   IMP    I<=1
$E7DD: 72  804F  OIM   EXT    M<=IM|M
$E7E0: 96  4F    LDAA  DIR    A<=M
$E7E2: 97  26    STAA  DIR    M<=A
$E7E4: 0E        CLI   IMP    I<=0
$E7E5: EC  09    LDD   IND    A:B<=M:M+1
$E7E7: ED  11    STD   IND    M:M+1<=A:B
$E7E9: 18        XGDX  IMP    A:B<==>IX
$E7EA: A6  00    LDAA  IND    A<=M
$E7EC: BD  E47B  JSR   EXT    Jump to Subr=>Address $E47B
$E7EF: 71  1F7A  AIM   EXT    M<=IM&M
$E7F2: 72  807A  OIM   EXT    M<=IM|M
$E7F5: 7B  0257  TIM   EXT    IM&M
$E7F8: 26  09    BNE   REL    Branch=> $E803 if Z=0
$E7FA: 72  207A  OIM   EXT    M<=IM|M
$E7FD: BD  EB32  JSR   EXT    Jump to Subr=>Address $EB32
$E800: 72  0408  OIM   EXT    M<=IM|M
$E803: 72  1011  OIM   EXT    M<=IM|M
$E806: 7B  1011  TIM   EXT    IM&M
$E809: 26  FB    BNE   REL    Branch=> $E806 if Z=0
$E80B: 7B  B07D  TIM   EXT    IM&M
$E80E: 0D        SEC   IMP    C<=1
$E80F: 26  26    BNE   REL    Branch=> $E837 if Z=0
$E811: DE  54    LDX   DIR    IX<=M:M+1
$E813: 6B  F008  TIM   IND    IM&M
$E816: 26  1E    BNE   REL    Branch=> $E836 if Z=0
$E818: EE  09    LDX   IND    IX<=M:M+1
$E81A: 6C  03    INC   IND    M<=M+1
$E81C: 6B  0203  TIM   IND    IM&M
$E81F: 27  94    BEQ   REL    Branch=> $E7B5 if Z=1
$E821: 18        XGDX  IMP    A:B<==>IX
$E822: C3  0004  ADDD  IMM    A:B<=A:B+M:M+1
$E825: DE  54    LDX   DIR    IX<=M:M+1
$E827: ED  0F    STD   IND    M:M+1<=A:B
$E829: EC  01    LDD   IND    A:B<=M:M+1
$E82B: C3  0001  ADDD  IMM    A:B<=A:B+M:M+1
$E82E: ED  01    STD   IND    M:M+1<=A:B
$E830: 4F        CLRA  IMP    M<=0
$E831: 5F        CLRB  IMP    M<=0
$E832: ED  13    STD   IND    M:M+1<=A:B
$E834: 20  03    BRA   REL    Branch=> $E839 if (Always)
$E836: 0C        CLC   IMP    C<=0
$E837: 86  91    LDAA  IMM    A<=M
$E839: 7E  EAE1  JMP   EXT    Jump=>Address $EAE1
$E83C: 3C        PSHX  IMP    =>IX;SP<=SP-2
$E83D: CE  01EC  LDX   IMM    IX<=M:M+1
$E840: 36        PSHA  IMP    =>A;SP<=SP-1
$E841: CC  6404  LDD   IMM    A:B<=M:M+1
$E844: 20  08    BRA   REL    Branch=> $E84E if (Always)
$E846: 3C        PSHX  IMP    =>IX;SP<=SP-2
$E847: CE  01D5  LDX   IMM    IX<=M:M+1
$E84A: 36        PSHA  IMP    =>A;SP<=SP-1
$E84B: CC  2402  LDD   IMM    A:B<=M:M+1
$E84E: D7  57    STAB  DIR    M<=B
$E850: 97  53    STAA  DIR    M<=A
$E852: DF  54    STX   DIR    M:M+1<=IX
$E854: C6  94    LDAB  IMM    B<=M
$E856: A6  00    LDAA  IND    A<=M
$E858: 84  0F    ANDA  IMM    A<=A&M
$E85A: 81  08    CMPA  IMM    A-M
$E85C: 0C        CLC   IMP    C<=0
$E85D: 26  26    BNE   REL    Branch=> $E885 if Z=0
$E85F: EC  13    LDD   IND    A:B<=M:M+1
$E861: C3  0001  ADDD  IMM    A:B<=A:B+M:M+1
$E864: ED  13    STD   IND    M:M+1<=A:B
$E866: EE  0F    LDX   IND    IX<=M:M+1
$E868: 32        PULA  IMP    SP<=SP+1;<=A
$E869: 36        PSHA  IMP    =>A;SP<=SP-1
$E86A: A7  00    STAA  IND    M<=A
$E86C: 08        INX   IMP    IX<=IX+1
$E86D: 18        XGDX  IMP    A:B<==>IX
$E86E: DE  54    LDX   DIR    IX<=M:M+1
$E870: ED  0F    STD   IND    M:M+1<=A:B
$E872: A3  0B    SUBD  IND    A:B<=A:B-M:M+1
$E874: 32        PULA  IMP    SP<=SP+1;<=A
$E875: 38        PULX  IMP    SP<=SP-2;<=IX
$E876: 27  02    BEQ   REL    Branch=> $E87A if Z=1
$E878: 5F        CLRB  IMP    M<=0
$E879: 39        RTS   IMP    Return from Subroutine
$E87A: 3C        PSHX  IMP    =>IX;SP<=SP-2
$E87B: 36        PSHA  IMP    =>A;SP<=SP-1
$E87C: DE  54    LDX   DIR    IX<=M:M+1
$E87E: A6  07    LDAA  IND    A<=M
$E880: 16        TAB   IMP    B<=A
$E881: BD  E7A0  JSR   EXT    Jump to Subr=>Address $E7A0
$E884: 16        TAB   IMP    B<=A
$E885: 32        PULA  IMP    SP<=SP+1;<=A
$E886: 38        PULX  IMP    SP<=SP-2;<=IX
$E887: 39        RTS   IMP    Return from Subroutine
$E888: CE  0324  LDX   IMM    IX<=M:M+1
$E88B: DF  5A    STX   DIR    M:M+1<=IX
$E88D: CE  01EC  LDX   IMM    IX<=M:M+1
$E890: CC  6404  LDD   IMM    A:B<=M:M+1
$E893: 20  0B    BRA   REL    Branch=> $E8A0 if (Always)
$E895: CE  02D0  LDX   IMM    IX<=M:M+1
$E898: DF  5A    STX   DIR    M:M+1<=IX
$E89A: CE  01D5  LDX   IMM    IX<=M:M+1
$E89D: CC  2402  LDD   IMM    A:B<=M:M+1
$E8A0: DF  54    STX   DIR    M:M+1<=IX
$E8A2: 97  53    STAA  DIR    M<=A
$E8A4: D7  57    STAB  DIR    M<=B
$E8A6: 6B  0800  TIM   IND    IM&M
$E8A9: 27  2B    BEQ   REL    Branch=> $E8D6 if Z=1
$E8AB: EC  13    LDD   IND    A:B<=M:M+1
$E8AD: 27  04    BEQ   REL    Branch=> $E8B3 if Z=1
$E8AF: 8D  C9    BSR   REL    Branch to Subr=> $E87A
$E8B1: 26  42    BNE   REL    Branch=> $E8F5 if Z=0
$E8B3: DE  5A    LDX   DIR    IX<=M:M+1
$E8B5: EC  01    LDD   IND    A:B<=M:M+1
$E8B7: C3  0001  ADDD  IMM    A:B<=A:B+M:M+1
$E8BA: ED  01    STD   IND    M:M+1<=A:B
$E8BC: CC  454F  LDD   IMM    A:B<=M:M+1
$E8BF: ED  04    STD   IND    M:M+1<=A:B
$E8C1: A7  00    STAA  IND    M<=A
$E8C3: CC  4620  LDD   IMM    A:B<=M:M+1
$E8C6: ED  06    STD   IND    M:M+1<=A:B
$E8C8: 86  01    LDAA  IMM    A<=M
$E8CA: BD  E783  JSR   EXT    Jump to Subr=>Address $E783
$E8CD: 26  26    BNE   REL    Branch=> $E8F5 if Z=0
$E8CF: DE  54    LDX   DIR    IX<=M:M+1
$E8D1: 61  F700  AIM   IND    M<=IM&M
$E8D4: 20  08    BRA   REL    Branch=> $E8DE if (Always)
$E8D6: 6B  0400  TIM   IND    IM&M
$E8D9: 27  17    BEQ   REL    Branch=> $E8F2 if Z=1
$E8DB: 61  FB00  AIM   IND    M<=IM&M
$E8DE: 7B  0257  TIM   EXT    IM&M
$E8E1: 26  13    BNE   REL    Branch=> $E8F6 if Z=0
$E8E3: CC  7B77  LDD   IMM    A:B<=M:M+1
$E8E6: BD  E40D  JSR   EXT    Jump to Subr=>Address $E40D
$E8E9: 96  08    LDAA  DIR    A<=M
$E8EB: 84  04    ANDA  IMM    A<=A&M
$E8ED: 26  FA    BNE   REL    Branch=> $E8E9 if Z=0
$E8EF: 7E  EC76  JMP   EXT    Jump=>Address $EC76
$E8F2: 86  87    LDAA  IMM    A<=M
$E8F4: 0C        CLC   IMP    C<=0
$E8F5: 39        RTS   IMP    Return from Subroutine
$E8F6: 4F        CLRA  IMP    M<=0
$E8F7: 43        COMA  IMP    M<= ~M
$E8F8: 84  01    ANDA  IMM    A<=A&M
$E8FA: 8B  22    ADDA  IMM    A<=A+M
$E8FC: 72  027C  OIM   EXT    M<=IM|M
$E8FF: BD  E418  JSR   EXT    Jump to Subr=>Address $E418
$E902: 71  FD7C  AIM   EXT    M<=IM&M
$E905: 86  00    LDAA  IMM    A<=M
$E907: 7E  E4BF  JMP   EXT    Jump=>Address $E4BF
$E90A: CC  0324  LDD   IMM    A:B<=M:M+1
$E90D: DD  5A    STD   DIR    M:M+1<=A:B
$E90F: CC  6804  LDD   IMM    A:B<=M:M+1
$E912: 3C        PSHX  IMP    =>IX;SP<=SP-2
$E913: CE  01EC  LDX   IMM    IX<=M:M+1
$E916: 20  0C    BRA   REL    Branch=> $E924 if (Always)
$E918: CC  02D0  LDD   IMM    A:B<=M:M+1
$E91B: DD  5A    STD   DIR    M:M+1<=A:B
$E91D: CC  2802  LDD   IMM    A:B<=M:M+1
$E920: 3C        PSHX  IMP    =>IX;SP<=SP-2
$E921: CE  01D5  LDX   IMM    IX<=M:M+1
$E924: 97  52    STAA  DIR    M<=A
$E926: D7  57    STAB  DIR    M<=B
$E928: DF  54    STX   DIR    M:M+1<=IX
$E92A: A6  00    LDAA  IND    A<=M
$E92C: 84  0F    ANDA  IMM    A<=A&M
$E92E: 81  04    CMPA  IMM    A-M
$E930: 26  33    BNE   REL    Branch=> $E965 if Z=0
$E932: EC  13    LDD   IND    A:B<=M:M+1
$E934: 26  1B    BNE   REL    Branch=> $E951 if Z=0
$E936: EC  01    LDD   IND    A:B<=M:M+1
$E938: C3  0001  ADDD  IMM    A:B<=A:B+M:M+1
$E93B: ED  01    STD   IND    M:M+1<=A:B
$E93D: A6  07    LDAA  IND    A<=M
$E93F: 16        TAB   IMP    B<=A
$E940: 8C  01D5  CPX   IMM    IX-M:M+1
$E943: 26  05    BNE   REL    Branch=> $E94A if Z=0
$E945: BD  EA6E  JSR   EXT    Jump to Subr=>Address $EA6E
$E948: 20  03    BRA   REL    Branch=> $E94D if (Always)
$E94A: BD  EA53  JSR   EXT    Jump to Subr=>Address $EA53
$E94D: 26  19    BNE   REL    Branch=> $E968 if Z=0
$E94F: EC  13    LDD   IND    A:B<=M:M+1
$E951: 83  0001  SUBD  IMM    A:B<=A:B-M:M+1
$E954: ED  13    STD   IND    M:M+1<=A:B
$E956: EE  11    LDX   IND    IX<=M:M+1
$E958: A6  00    LDAA  IND    A<=M
$E95A: 36        PSHA  IMP    =>A;SP<=SP-1
$E95B: 08        INX   IMP    IX<=IX+1
$E95C: 18        XGDX  IMP    A:B<==>IX
$E95D: DE  54    LDX   DIR    IX<=M:M+1
$E95F: ED  11    STD   IND    M:M+1<=A:B
$E961: 32        PULA  IMP    SP<=SP+1;<=A
$E962: 38        PULX  IMP    SP<=SP-2;<=IX
$E963: 5F        CLRB  IMP    M<=0
$E964: 39        RTS   IMP    Return from Subroutine
$E965: 86  84    LDAA  IMM    A<=M
$E967: 0C        CLC   IMP    C<=0
$E968: 16        TAB   IMP    B<=A
$E969: 38        PULX  IMP    SP<=SP-2;<=IX
$E96A: 39        RTS   IMP    Return from Subroutine
$E96B: 86  01    LDAA  IMM    A<=M
$E96D: 20  01    BRA   REL    Branch=> $E970 if (Always)
$E96F: 4F        CLRA  IMP    M<=0
$E970: 97  53    STAA  DIR    M<=A
$E972: DF  58    STX   DIR    M:M+1<=IX
$E974: BD  EB7C  JSR   EXT    Jump to Subr=>Address $EB7C
$E977: 26  F1    BNE   REL    Branch=> $E96A if Z=0
$E979: CC  0324  LDD   IMM    A:B<=M:M+1
$E97C: CE  01EC  LDX   IMM    IX<=M:M+1
$E97F: 20  0F    BRA   REL    Branch=> $E990 if (Always)
$E981: 86  01    LDAA  IMM    A<=M
$E983: 20  01    BRA   REL    Branch=> $E986 if (Always)
$E985: 4F        CLRA  IMP    M<=0
$E986: 97  53    STAA  DIR    M<=A
$E988: DF  58    STX   DIR    M:M+1<=IX
$E98A: CC  02D0  LDD   IMM    A:B<=M:M+1
$E98D: CE  01D5  LDX   IMM    IX<=M:M+1
$E990: DD  5A    STD   DIR    M:M+1<=A:B
$E992: DF  54    STX   DIR    M:M+1<=IX
$E994: D6  7E    LDAB  DIR    B<=M
$E996: C4  0F    ANDB  IMM    B<=B&M
$E998: 86  2B    LDAA  IMM    A<=M
$E99A: BD  E40D  JSR   EXT    Jump to Subr=>Address $E40D
$E99D: 4F        CLRA  IMP    M<=0
$E99E: 5F        CLRB  IMP    M<=0
$E99F: ED  01    STD   IND    M:M+1<=A:B
$E9A1: ED  07    STD   IND    M:M+1<=A:B
$E9A3: DC  5A    LDD   DIR    A:B<=M:M+1
$E9A5: ED  09    STD   IND    M:M+1<=A:B
$E9A7: C3  0054  ADDD  IMM    A:B<=A:B+M:M+1
$E9AA: ED  0B    STD   IND    M:M+1<=A:B
$E9AC: CC  0054  LDD   IMM    A:B<=M:M+1
$E9AF: ED  0D    STD   IND    M:M+1<=A:B
$E9B1: 4F        CLRA  IMP    M<=0
$E9B2: 5F        CLRB  IMP    M<=0
$E9B3: 8C  01D5  CPX   IMM    IX-M:M+1
$E9B6: 26  05    BNE   REL    Branch=> $E9BD if Z=0
$E9B8: BD  EA64  JSR   EXT    Jump to Subr=>Address $EA64
$E9BB: 20  03    BRA   REL    Branch=> $E9C0 if (Always)
$E9BD: BD  EA49  JSR   EXT    Jump to Subr=>Address $EA49
$E9C0: 26  4E    BNE   REL    Branch=> $EA10 if Z=0
$E9C2: 96  53    LDAA  DIR    A<=M
$E9C4: 26  10    BNE   REL    Branch=> $E9D6 if Z=0
$E9C6: 5F        CLRB  IMP    M<=0
$E9C7: DE  5A    LDX   DIR    IX<=M:M+1
$E9C9: 3A        ABX   IMP    IX<=IX+B
$E9CA: A6  08    LDAA  IND    A<=M
$E9CC: DE  58    LDX   DIR    IX<=M:M+1
$E9CE: 3A        ABX   IMP    IX<=IX+B
$E9CF: A7  13    STAA  IND    M<=A
$E9D1: 5C        INCB  IMP    M<=M+1
$E9D2: C1  10    CMPB  IMM    B-M
$E9D4: 26  F1    BNE   REL    Branch=> $E9C7 if Z=0
$E9D6: 5F        CLRB  IMP    M<=0
$E9D7: DE  58    LDX   DIR    IX<=M:M+1
$E9D9: 3A        ABX   IMP    IX<=IX+B
$E9DA: A6  03    LDAA  IND    A<=M
$E9DC: 81  2A    CMPA  IMM    A-M
$E9DE: 27  0E    BEQ   REL    Branch=> $E9EE if Z=1
$E9E0: DE  5A    LDX   DIR    IX<=M:M+1
$E9E2: 3A        ABX   IMP    IX<=IX+B
$E9E3: A1  08    CMPA  IND    A-M
$E9E5: 26  0F    BNE   REL    Branch=> $E9F6 if Z=0
$E9E7: 5C        INCB  IMP    M<=M+1
$E9E8: C1  10    CMPB  IMM    B-M
$E9EA: 26  EB    BNE   REL    Branch=> $E9D7 if Z=0
$E9EC: 20  26    BRA   REL    Branch=> $EA14 if (Always)
$E9EE: C1  08    CMPB  IMM    B-M
$E9F0: 24  22    BCC   REL    Branch=> $EA14 if C=0
$E9F2: C6  08    LDAB  IMM    B<=M
$E9F4: 20  E1    BRA   REL    Branch=> $E9D7 if (Always)
$E9F6: 4F        CLRA  IMP    M<=0
$E9F7: 5F        CLRB  IMP    M<=0
$E9F8: DE  54    LDX   DIR    IX<=M:M+1
$E9FA: 8C  01D5  CPX   IMM    IX-M:M+1
$E9FD: 26  04    BNE   REL    Branch=> $EA03 if Z=0
$E9FF: 8D  68    BSR   REL    Branch to Subr=> $EA69
$EA01: 20  02    BRA   REL    Branch=> $EA05 if (Always)
$EA03: 8D  49    BSR   REL    Branch to Subr=> $EA4E
$EA05: 25  41    BCS   REL    Branch=> $EA48 if C=1
$EA07: 4A        DECA  IMP    M<=M-1
$EA08: 26  07    BNE   REL    Branch=> $EA11 if Z=0
$EA0A: D6  53    LDAB  DIR    B<=M
$EA0C: 26  8F    BNE   REL    Branch=> $E99D if Z=0
$EA0E: 86  8B    LDAA  IMM    A<=M
$EA10: 39        RTS   IMP    Return from Subroutine
$EA11: 86  85    LDAA  IMM    A<=M
$EA13: 39        RTS   IMP    Return from Subroutine
$EA14: DE  54    LDX   DIR    IX<=M:M+1
$EA16: 62  0400  OIM   IND    M<=IM|M
$EA19: DE  58    LDX   DIR    IX<=M:M+1
$EA1B: A6  00    LDAA  IND    A<=M
$EA1D: 2A  0A    BPL   REL    Branch=> $EA29 if N=0
$EA1F: DE  5A    LDX   DIR    IX<=M:M+1
$EA21: A6  19    LDAA  IND    A<=M
$EA23: 80  20    SUBA  IMM    A<=A-M
$EA25: 27  02    BEQ   REL    Branch=> $EA29 if Z=1
$EA27: 86  01    LDAA  IMM    A<=M
$EA29: DE  54    LDX   DIR    IX<=M:M+1
$EA2B: A7  07    STAA  IND    M<=A
$EA2D: DE  58    LDX   DIR    IX<=M:M+1
$EA2F: EC  01    LDD   IND    A:B<=M:M+1
$EA31: DE  54    LDX   DIR    IX<=M:M+1
$EA33: ED  09    STD   IND    M:M+1<=A:B
$EA35: ED  0F    STD   IND    M:M+1<=A:B
$EA37: C3  0004  ADDD  IMM    A:B<=A:B+M:M+1
$EA3A: ED  11    STD   IND    M:M+1<=A:B
$EA3C: 4C        INCA  IMP    M<=M+1
$EA3D: ED  0B    STD   IND    M:M+1<=A:B
$EA3F: CC  0104  LDD   IMM    A:B<=M:M+1
$EA42: ED  0D    STD   IND    M:M+1<=A:B
$EA44: 4F        CLRA  IMP    M<=0
$EA45: 5F        CLRB  IMP    M<=0
$EA46: ED  13    STD   IND    M:M+1<=A:B
$EA48: 39        RTS   IMP    Return from Subroutine
$EA49: 36        PSHA  IMP    =>A;SP<=SP-1
$EA4A: 86  66    LDAA  IMM    A<=M
$EA4C: 20  08    BRA   REL    Branch=> $EA56 if (Always)
$EA4E: 36        PSHA  IMP    =>A;SP<=SP-1
$EA4F: 86  67    LDAA  IMM    A<=M
$EA51: 20  03    BRA   REL    Branch=> $EA56 if (Always)
$EA53: 36        PSHA  IMP    =>A;SP<=SP-1
$EA54: 86  68    LDAA  IMM    A<=M
$EA56: 97  52    STAA  DIR    M<=A
$EA58: 32        PULA  IMP    SP<=SP+1;<=A
$EA59: DD  50    STD   DIR    M:M+1<=A:B
$EA5B: 86  04    LDAA  IMM    A<=M
$EA5D: 97  57    STAA  DIR    M<=A
$EA5F: CC  01EC  LDD   IMM    A:B<=M:M+1
$EA62: 20  19    BRA   REL    Branch=> $EA7D if (Always)
$EA64: 36        PSHA  IMP    =>A;SP<=SP-1
$EA65: 86  26    LDAA  IMM    A<=M
$EA67: 20  08    BRA   REL    Branch=> $EA71 if (Always)
$EA69: 36        PSHA  IMP    =>A;SP<=SP-1
$EA6A: 86  27    LDAA  IMM    A<=M
$EA6C: 20  03    BRA   REL    Branch=> $EA71 if (Always)
$EA6E: 36        PSHA  IMP    =>A;SP<=SP-1
$EA6F: 86  28    LDAA  IMM    A<=M
$EA71: 97  52    STAA  DIR    M<=A
$EA73: 32        PULA  IMP    SP<=SP+1;<=A
$EA74: DD  50    STD   DIR    M:M+1<=A:B
$EA76: 86  02    LDAA  IMM    A<=M
$EA78: 97  57    STAA  DIR    M<=A
$EA7A: CC  01D5  LDD   IMM    A:B<=M:M+1
$EA7D: DD  54    STD   DIR    M:M+1<=A:B
$EA7F: 3C        PSHX  IMP    =>IX;SP<=SP-2
$EA80: DE  54    LDX   DIR    IX<=M:M+1
$EA82: 86  05    LDAA  IMM    A<=M
$EA84: A7  15    STAA  IND    M<=A
$EA86: 6F  08    CLR   IND    M<=0
$EA88: 6F  16    CLR   IND    M<=0
$EA8A: EC  09    LDD   IND    A:B<=M:M+1
$EA8C: ED  0F    STD   IND    M:M+1<=A:B
$EA8E: 96  7C    LDAA  DIR    A<=M
$EA90: 9A  57    ORAA  DIR    A<=A|M
$EA92: 97  7C    STAA  DIR    M<=A
$EA94: 8D  62    BSR   REL    Branch to Subr=> $EAF8
$EA96: 25  47    BCS   REL    Branch=> $EADF if C=1
$EA98: 96  7C    LDAA  DIR    A<=M
$EA9A: B7  021B  STAA  EXT    M<=A
$EA9D: 7B  0402  TIM   EXT    IM&M
$EAA0: 26  23    BNE   REL    Branch=> $EAC5 if Z=0
$EAA2: 7B  1011  TIM   EXT    IM&M
$EAA5: 26  F6    BNE   REL    Branch=> $EA9D if Z=0
$EAA7: 7B  B07D  TIM   EXT    IM&M
$EAAA: 0D        SEC   IMP    C<=1
$EAAB: 26  32    BNE   REL    Branch=> $EADF if Z=0
$EAAD: EC  09    LDD   IND    A:B<=M:M+1
$EAAF: C3  0004  ADDD  IMM    A:B<=A:B+M:M+1
$EAB2: ED  11    STD   IND    M:M+1<=A:B
$EAB4: EC  0D    LDD   IND    A:B<=M:M+1
$EAB6: 83  0004  SUBD  IMM    A:B<=A:B-M:M+1
$EAB9: ED  13    STD   IND    M:M+1<=A:B
$EABB: A6  08    LDAA  IND    A<=M
$EABD: 85  F0    BITA  IMM    A&M
$EABF: 26  1E    BNE   REL    Branch=> $EADF if Z=0
$EAC1: 84  01    ANDA  IMM    A<=A&M
$EAC3: 20  1C    BRA   REL    Branch=> $EAE1 if (Always)
$EAC5: 86  00    LDAA  IMM    A<=M
$EAC7: BD  E418  JSR   EXT    Jump to Subr=>Address $E418
$EACA: 25  13    BCS   REL    Branch=> $EADF if C=1
$EACC: 81  01    CMPA  IMM    A-M
$EACE: 26  F5    BNE   REL    Branch=> $EAC5 if Z=0
$EAD0: 4C        INCA  IMP    M<=M+1
$EAD1: 26  FD    BNE   REL    Branch=> $EAD0 if Z=0
$EAD3: DC  11    LDD   DIR    A:B<=M:M+1
$EAD5: DE  54    LDX   DIR    IX<=M:M+1
$EAD7: 6C  16    INC   IND    M<=M+1
$EAD9: A6  16    LDAA  IND    A<=M
$EADB: A1  15    CMPA  IND    A-M
$EADD: 26  AB    BNE   REL    Branch=> $EA8A if Z=0
$EADF: 86  81    LDAA  IMM    A<=M
$EAE1: 36        PSHA  IMP    =>A;SP<=SP-1
$EAE2: 07        TPA   IMP    A<=CCR
$EAE3: D6  51    LDAB  DIR    B<=M
$EAE5: F7  0205  STAB  EXT    M<=B
$EAE8: D6  57    LDAB  DIR    B<=M
$EAEA: 53        COMB  IMP    M<= ~M
$EAEB: D4  7C    ANDB  DIR    B<=B&M
$EAED: D7  7C    STAB  DIR    M<=B
$EAEF: F7  021B  STAB  EXT    M<=B
$EAF2: 06        TAP   IMP    CCR<=A
$EAF3: 32        PULA  IMP    SP<=SP+1;<=A
$EAF4: 38        PULX  IMP    SP<=SP-2;<=IX
$EAF5: 7E  E4BF  JMP   EXT    Jump=>Address $E4BF
$EAF8: 71  EF11  AIM   EXT    M<=IM&M
$EAFB: 4F        CLRA  IMP    M<=0
$EAFC: 5F        CLRB  IMP    M<=0
$EAFD: ED  13    STD   IND    M:M+1<=A:B
$EAFF: EC  09    LDD   IND    A:B<=M:M+1
$EB01: ED  0F    STD   IND    M:M+1<=A:B
$EB03: ED  11    STD   IND    M:M+1<=A:B
$EB05: 96  52    LDAA  DIR    A<=M
$EB07: BD  E418  JSR   EXT    Jump to Subr=>Address $E418
$EB0A: 4A        DECA  IMP    M<=M-1
$EB0B: 26  21    BNE   REL    Branch=> $EB2E if Z=0
$EB0D: CC  0101  LDD   IMM    A:B<=M:M+1
$EB10: BD  E40D  JSR   EXT    Jump to Subr=>Address $E40D
$EB13: EC  0D    LDD   IND    A:B<=M:M+1
$EB15: BD  E40D  JSR   EXT    Jump to Subr=>Address $E40D
$EB18: 25  13    BCS   REL    Branch=> $EB2D if C=1
$EB1A: 71  1F7A  AIM   EXT    M<=IM&M
$EB1D: 8C  01D5  CPX   IMM    IX-M:M+1
$EB20: 27  08    BEQ   REL    Branch=> $EB2A if Z=1
$EB22: 72  207A  OIM   EXT    M<=IM|M
$EB25: 8D  0B    BSR   REL    Branch to Subr=> $EB32
$EB27: 72  0408  OIM   EXT    M<=IM|M
$EB2A: 72  1011  OIM   EXT    M<=IM|M
$EB2D: 39        RTS   IMP    Return from Subroutine
$EB2E: 62  4008  OIM   IND    M<=IM|M
$EB31: 39        RTS   IMP    Return from Subroutine
$EB32: CC  EF9F  LDD   IMM    A:B<=M:M+1
$EB35: FD  010D  STD   EXT    M:M+1<=A:B
$EB38: 86  09    LDAA  IMM    A<=M
$EB3A: B7  0206  STAA  EXT    M<=A
$EB3D: 39        RTS   IMP    Return from Subroutine
$EB3E: 86  50    LDAA  IMM    A<=M
$EB40: BD  E418  JSR   EXT    Jump to Subr=>Address $E418
$EB43: 25  27    BCS   REL    Branch=> $EB6C if C=1
$EB45: 3C        PSHX  IMP    =>IX;SP<=SP-2
$EB46: CE  0208  LDX   IMM    IX<=M:M+1
$EB49: 61  7F00  AIM   IND    M<=IM&M
$EB4C: 71  DF7C  AIM   EXT    M<=IM&M
$EB4F: CE  4268  LDX   IMM    IX<=M:M+1
$EB52: 09        DEX   IMP    IX<=IX-1
$EB53: 26  FD    BNE   REL    Branch=> $EB52 if Z=0
$EB55: 38        PULX  IMP    SP<=SP-2;<=IX
$EB56: 37        PSHB  IMP    =>B;SP<=SP-1
$EB57: D6  02    LDAB  DIR    B<=M
$EB59: D1  02    CMPB  DIR    B-M
$EB5B: 26  FA    BNE   REL    Branch=> $EB57 if Z=0
$EB5D: 5D        TSTB  IMP    M-0
$EB5E: 2A  02    BPL   REL    Branch=> $EB62 if N=0
$EB60: 8A  04    ORAA  IMM    A<=A|M
$EB62: 16        TAB   IMP    B<=A
$EB63: 96  79    LDAA  DIR    A<=M
$EB65: 84  F8    ANDA  IMM    A<=A&M
$EB67: 1B        ABA   IMP    A<=A+B
$EB68: 97  79    STAA  DIR    M<=A
$EB6A: 17        TBA   IMP    A<=B
$EB6B: 33        PULB  IMP    SP<=SP+1;<=B
$EB6C: 7E  E4BF  JMP   EXT    Jump=>Address $E4BF
$EB6F: 8D  CD    BSR   REL    Branch to Subr=> $EB3E
$EB71: 25  06    BCS   REL    Branch=> $EB79 if C=1
$EB73: 84  04    ANDA  IMM    A<=A&M
$EB75: 88  04    EORA  IMM    A<=A^M
$EB77: 27  02    BEQ   REL    Branch=> $EB7B if Z=1
$EB79: 86  80    LDAA  IMM    A<=M
$EB7B: 39        RTS   IMP    Return from Subroutine
$EB7C: 86  01    LDAA  IMM    A<=M
$EB7E: B7  0207  STAA  EXT    M<=A
$EB81: 8D  EC    BSR   REL    Branch to Subr=> $EB6F
$EB83: 39        RTS   IMP    Return from Subroutine
$EB84: 4D        TSTA  IMP    M-0
$EB85: 27  04    BEQ   REL    Branch=> $EB8B if Z=1
$EB87: FF  0203  STX   EXT    M:M+1<=IX
$EB8A: 39        RTS   IMP    Return from Subroutine
$EB8B: FE  0203  LDX   EXT    IX<=M:M+1
$EB8E: 39        RTS   IMP    Return from Subroutine
$EB8F: 86  72    LDAA  IMM    A<=M
$EB91: 18        XGDX  IMP    A:B<==>IX
$EB92: B3  0203  SUBD  EXT    A:B<=A:B-M:M+1
$EB95: 2A  08    BPL   REL    Branch=> $EB9F if N=0
$EB97: 43        COMA  IMP    M<= ~M
$EB98: 53        COMB  IMP    M<= ~M
$EB99: C3  0001  ADDD  IMM    A:B<=A:B+M:M+1
$EB9C: CE  7100  LDX   IMM    IX<=M:M+1
$EB9F: 18        XGDX  IMP    A:B<==>IX
$EBA0: 20  02    BRA   REL    Branch=> $EBA4 if (Always)
$EBA2: 86  73    LDAA  IMM    A<=M
$EBA4: 97  50    STAA  DIR    M<=A
$EBA6: 8D  C7    BSR   REL    Branch to Subr=> $EB6F
$EBA8: 26  D1    BNE   REL    Branch=> $EB7B if Z=0
$EBAA: 72  047C  OIM   EXT    M<=IM|M
$EBAD: 8D  1B    BSR   REL    Branch to Subr=> $EBCA
$EBAF: 96  50    LDAA  DIR    A<=M
$EBB1: BD  E418  JSR   EXT    Jump to Subr=>Address $E418
$EBB4: 25  11    BCS   REL    Branch=> $EBC7 if C=1
$EBB6: 75  7350  EIM   EXT    M<=IM^M
$EBB9: 27  06    BEQ   REL    Branch=> $EBC1 if Z=1
$EBBB: 18        XGDX  IMP    A:B<==>IX
$EBBC: BD  E40D  JSR   EXT    Jump to Subr=>Address $E40D
$EBBF: 25  06    BCS   REL    Branch=> $EBC7 if C=1
$EBC1: 8D  12    BSR   REL    Branch to Subr=> $EBD5
$EBC3: 18        XGDX  IMP    A:B<==>IX
$EBC4: 25  01    BCS   REL    Branch=> $EBC7 if C=1
$EBC6: 4F        CLRA  IMP    M<=0
$EBC7: 7E  EC76  JMP   EXT    Jump=>Address $EC76
$EBCA: 86  6D    LDAA  IMM    A<=M
$EBCC: BD  E418  JSR   EXT    Jump to Subr=>Address $E418
$EBCF: FC  0203  LDD   EXT    A:B<=M:M+1
$EBD2: 7E  E40D  JMP   EXT    Jump=>Address $E40D
$EBD5: CC  6E6F  LDD   IMM    A:B<=M:M+1
$EBD8: BD  E40D  JSR   EXT    Jump to Subr=>Address $E40D
$EBDB: 25  0F    BCS   REL    Branch=> $EBEC if C=1
$EBDD: FD  0203  STD   EXT    M:M+1<=A:B
$EBE0: 86  6E    LDAA  IMM    A<=M
$EBE2: BD  E418  JSR   EXT    Jump to Subr=>Address $E418
$EBE5: 25  05    BCS   REL    Branch=> $EBEC if C=1
$EBE7: B1  0203  CMPA  EXT    A-M
$EBEA: 26  E9    BNE   REL    Branch=> $EBD5 if Z=0
$EBEC: 39        RTS   IMP    Return from Subroutine

' END


@@@@@@@@    MICROCASSETTE MANUAL OPERATION    @@@@@@@@

$EBED: BD  EB6F  JSR   EXT    Jump to Subr=>Address $EB6F
$EBF0: 26  FA    BNE   REL    Branch=> $EBEC if Z=0
$EBF2: 5F        CLRB  IMP    M<=0
$EBF3: BD  F56A  JSR   EXT    Jump to Subr=>Address $F56A
$EBF6: 72  047C  OIM   EXT    M<=IM|M
$EBF9: 8D  CF    BSR   REL    Branch to Subr=> $EBCA
$EBFB: 86  7B    LDAA  IMM    A<=M
$EBFD: B7  0205  STAA  EXT    M<=A
$EC00: BD  E418  JSR   EXT    Jump to Subr=>Address $E418
$EC03: 8D  D0    BSR   REL    Branch to Subr=> $EBD5
$EC05: 25  6F    BCS   REL    Branch=> $EC76 if C=1
$EC07: 09        DEX   IMP    IX<=IX-1
$EC08: 27  60    BEQ   REL    Branch=> $EC6A if Z=1
$EC0A: FE  FFDA  LDX   EXT    IX<=M:M+1
$EC0D: CC  0E00  LDD   IMM    A:B<=M:M+1
$EC10: ED  00    STD   IND    M:M+1<=A:B
$EC12: 86  20    LDAA  IMM    A<=M
$EC14: A7  02    STAA  IND    M<=A
$EC16: FC  0203  LDD   EXT    A:B<=M:M+1
$EC19: 2A  08    BPL   REL    Branch=> $EC23 if N=0
$EC1B: 62  2D02  OIM   IND    M<=IM|M
$EC1E: 43        COMA  IMP    M<= ~M
$EC1F: 53        COMB  IMP    M<= ~M
$EC20: C3  0001  ADDD  IMM    A:B<=A:B+M:M+1
$EC23: 3C        PSHX  IMP    =>IX;SP<=SP-2
$EC24: 08        INX   IMP    IX<=IX+1
$EC25: 08        INX   IMP    IX<=IX+1
$EC26: 08        INX   IMP    IX<=IX+1
$EC27: BD  EC7E  JSR   EXT    Jump to Subr=>Address $EC7E
$EC2A: 38        PULX  IMP    SP<=SP-2;<=IX
$EC2B: C6  06    LDAB  IMM    B<=M
$EC2D: BD  F56A  JSR   EXT    Jump to Subr=>Address $F56A
$EC30: CE  0002  LDX   IMM    IX<=M:M+1
$EC33: B6  0205  LDAA  EXT    A<=M
$EC36: 81  7B    CMPA  IMM    A-M
$EC38: 27  05    BEQ   REL    Branch=> $EC3F if Z=1
$EC3A: BD  F9C0  JSR   EXT    Jump to Subr=>Address $F9C0
$EC3D: 27  C4    BEQ   REL    Branch=> $EC03 if Z=1
$EC3F: BD  F9CB  JSR   EXT    Jump to Subr=>Address $F9CB
$EC42: 25  32    BCS   REL    Branch=> $EC76 if C=1
$EC44: 80  FE    SUBA  IMM    A<=A-M
$EC46: 26  BB    BNE   REL    Branch=> $EC03 if Z=0
$EC48: C0  F6    SUBB  IMM    B<=B-M
$EC4A: 27  19    BEQ   REL    Branch=> $EC65 if Z=1
$EC4C: 09        DEX   IMP    IX<=IX-1
$EC4D: 5C        INCB  IMP    M<=M+1
$EC4E: 27  AB    BEQ   REL    Branch=> $EBFB if Z=1
$EC50: 08        INX   IMP    IX<=IX+1
$EC51: 86  78    LDAA  IMM    A<=M
$EC53: 5C        INCB  IMP    M<=M+1
$EC54: 27  0D    BEQ   REL    Branch=> $EC63 if Z=1
$EC56: 5C        INCB  IMP    M<=M+1
$EC57: 27  A2    BEQ   REL    Branch=> $EBFB if Z=1
$EC59: 86  7A    LDAA  IMM    A<=M
$EC5B: 5C        INCB  IMP    M<=M+1
$EC5C: 27  05    BEQ   REL    Branch=> $EC63 if Z=1
$EC5E: 86  79    LDAA  IMM    A<=M
$EC60: 5C        INCB  IMP    M<=M+1
$EC61: 26  A0    BNE   REL    Branch=> $EC03 if Z=0
$EC63: 20  98    BRA   REL    Branch=> $EBFD if (Always)
$EC65: FD  0203  STD   EXT    M:M+1<=A:B
$EC68: 20  8F    BRA   REL    Branch=> $EBF9 if (Always)
$EC6A: 5F        CLRB  IMP    M<=0
$EC6B: BD  F56A  JSR   EXT    Jump to Subr=>Address $F56A
$EC6E: 7B  407B  TIM   EXT    IM&M
$EC71: 26  03    BNE   REL    Branch=> $EC76 if Z=0
$EC73: BD  FF61  JSR   EXT    Jump to Subr=>Address $FF61
$EC76: 71  FB7C  AIM   EXT    M<=IM&M
$EC79: 8A  00    ORAA  IMM    A<=A|M
$EC7B: 7E  E4BF  JMP   EXT    Jump=>Address $E4BF
$EC7E: 3C        PSHX  IMP    =>IX;SP<=SP-2
$EC7F: CE  ECAA  LDX   IMM    IX<=M:M+1
$EC82: 3C        PSHX  IMP    =>IX;SP<=SP-2
$EC83: 30        TSX   IMP    IX<=SP+1

' END


@@@@@@@@    BINARY DUMP/LOAD ROUTINE    @@@@@@@@

$EC84: EE  02    LDX   IND    IX<=M:M+1
$EC86: 6F  00    CLR   IND    M<=0
$EC88: 62  2F00  OIM   IND    M<=IM|M
$EC8B: 30        TSX   IMP    IX<=SP+1
$EC8C: EE  02    LDX   IND    IX<=M:M+1
$EC8E: 6C  00    INC   IND    M<=M+1
$EC90: 30        TSX   IMP    IX<=SP+1
$EC91: EE  00    LDX   IND    IX<=M:M+1
$EC93: A3  00    SUBD  IND    A:B<=A:B-M:M+1
$EC95: 24  F4    BCC   REL    Branch=> $EC8B if C=0
$EC97: E3  00    ADDD  IND    A:B<=A:B+M:M+1
$EC99: 30        TSX   IMP    IX<=SP+1
$EC9A: 6C  03    INC   IND    M<=M+1
$EC9C: 26  02    BNE   REL    Branch=> $ECA0 if Z=0
$EC9E: 6C  02    INC   IND    M<=M+1
$ECA0: 38        PULX  IMP    SP<=SP-2;<=IX
$ECA1: 08        INX   IMP    IX<=IX+1
$ECA2: 08        INX   IMP    IX<=IX+1
$ECA3: 8C  ECB4  CPX   IMM    IX-M:M+1
$ECA6: 26  DA    BNE   REL    Branch=> $EC82 if Z=0
$ECA8: 38        PULX  IMP    SP<=SP-2;<=IX
$ECA9: 39        RTS   IMP    Return from Subroutine

$ECAA--$ECAF:    NUL  DATA          27 10 03 E8 00 64
$ECB0--$ECB3:    NUL  DATA    00 0A 00 01            

$ECB4: 97  5E    STAA  DIR    M<=A
$ECB6: 27  0A    BEQ   REL    Branch=> $ECC2 if Z=1
$ECB8: 86  02    LDAA  IMM    A<=M
$ECBA: 20  06    BRA   REL    Branch=> $ECC2 if (Always)
$ECBC: 86  08    LDAA  IMM    A<=M
$ECBE: C1  50    CMPB  IMM    B-M
$ECC0: 27  4A    BEQ   REL    Branch=> $ED0C if Z=1
$ECC2: DF  5C    STX   DIR    M:M+1<=IX
$ECC4: 97  5F    STAA  DIR    M<=A
$ECC6: 17        TBA   IMP    A<=B
$ECC7: B7  0217  STAA  EXT    M<=A
$ECCA: C6  0E    LDAB  IMM    B<=M
$ECCC: CE  ED10  LDX   IMM    IX<=M:M+1
$ECCF: 81  4D    CMPA  IMM    A-M
$ECD1: 27  15    BEQ   REL    Branch=> $ECE8 if Z=1
$ECD3: 3A        ABX   IMP    IX<=IX+B
$ECD4: 81  43    CMPA  IMM    A-M
$ECD6: 27  10    BEQ   REL    Branch=> $ECE8 if Z=1
$ECD8: 3A        ABX   IMP    IX<=IX+B
$ECD9: 81  50    CMPA  IMM    A-M
$ECDB: 27  0B    BEQ   REL    Branch=> $ECE8 if Z=1
$ECDD: CE  ED36  LDX   IMM    IX<=M:M+1
$ECE0: 81  30    CMPA  IMM    A-M
$ECE2: 25  28    BCS   REL    Branch=> $ED0C if C=1
$ECE4: 81  38    CMPA  IMM    A-M
$ECE6: 24  24    BCC   REL    Branch=> $ED0C if C=0
$ECE8: FF  0219  STX   EXT    M:M+1<=IX
$ECEB: 3C        PSHX  IMP    =>IX;SP<=SP-2
$ECEC: C6  07    LDAB  IMM    B<=M
$ECEE: DE  5C    LDX   DIR    IX<=M:M+1
$ECF0: 3A        ABX   IMP    IX<=IX+B
$ECF1: A6  13    LDAA  IND    A<=M
$ECF3: CE  020F  LDX   IMM    IX<=M:M+1
$ECF6: 3A        ABX   IMP    IX<=IX+B
$ECF7: A7  00    STAA  IND    M<=A
$ECF9: 5A        DECB  IMP    M<=M-1
$ECFA: 2A  F2    BPL   REL    Branch=> $ECEE if N=0
$ECFC: 38        PULX  IMP    SP<=SP-2;<=IX
$ECFD: 3C        PSHX  IMP    =>IX;SP<=SP-2
$ECFE: EE  00    LDX   IND    IX<=M:M+1
$ED00: 6F  00    CLR   IND    M<=0
$ED02: 38        PULX  IMP    SP<=SP-2;<=IX
$ED03: DC  5E    LDD   DIR    A:B<=M:M+1
$ED05: 3A        ABX   IMP    IX<=IX+B
$ED06: EE  02    LDX   IND    IX<=M:M+1
$ED08: 3C        PSHX  IMP    =>IX;SP<=SP-2
$ED09: DE  5C    LDX   DIR    IX<=M:M+1
$ED0B: 39        RTS   IMP    Return from Subroutine
$ED0C: 86  99    LDAA  IMM    A<=M
$ED0E: 0C        CLC   IMP    C<=0
$ED0F: 39        RTS   IMP    Return from Subroutine

$ED10--$ED17:    NUL  DATA    01 EC E9 6B E9 6F E9 0A
$ED18--$ED1F:    NUL  DATA    E8 88 E6 B0 E8 3C 01 D5
$ED20--$ED27:    NUL  DATA    E9 81 E9 85 E9 18 E8 95
$ED28--$ED2F:    NUL  DATA    E6 C4 E8 46 02 08 EE 18
$ED20--$ED37:    NUL  DATA    EE 18 F3 4C F3 F0 02 18
$ED28--$ED3F:    NUL  DATA    EE 1E EE 1E E5 9C EE 3B
$ED40--$ED43:    NUL  DATA    EE 1E E5 F5            

$ED44: FE  0211  LDX   EXT    IX<=M:M+1
$ED47: 08        INX   IMP    IX<=IX+1
$ED48: 18        XGDX  IMP    A:B<==>IX
$ED49: B3  020F  SUBD  EXT    A:B<=A:B-M:M+1
$ED4C: 26  06    BNE   REL    Branch=> $ED54 if Z=0
$ED4E: FE  0215  LDX   EXT    IX<=M:M+1
$ED51: FF  020F  STX   EXT    M:M+1<=IX
$ED54: 4D        TSTA  IMP    M-0
$ED55: 26  04    BNE   REL    Branch=> $ED5B if Z=0
$ED57: C5  C0    BITB  IMM    B&M
$ED59: 27  02    BEQ   REL    Branch=> $ED5D if Z=1
$ED5B: C6  40    LDAB  IMM    B<=M
$ED5D: D7  5E    STAB  DIR    M<=B
$ED5F: 17        TBA   IMP    A<=B
$ED60: 5F        CLRB  IMP    M<=0
$ED61: D7  5F    STAB  DIR    M<=B
$ED63: 8D  30    BSR   REL    Branch to Subr=> $ED95
$ED65: FC  020F  LDD   EXT    A:B<=M:M+1
$ED68: F3  0213  ADDD  EXT    A:B<=A:B+M:M+1
$ED6B: D7  5D    STAB  DIR    M<=B
$ED6D: 8D  26    BSR   REL    Branch to Subr=> $ED95
$ED6F: 96  5D    LDAA  DIR    A<=M
$ED71: 8D  22    BSR   REL    Branch to Subr=> $ED95
$ED73: 96  5E    LDAA  DIR    A<=M
$ED75: 27  17    BEQ   REL    Branch=> $ED8E if Z=1
$ED77: FE  020F  LDX   EXT    IX<=M:M+1
$ED7A: A6  00    LDAA  IND    A<=M
$ED7C: 8D  17    BSR   REL    Branch to Subr=> $ED95
$ED7E: 08        INX   IMP    IX<=IX+1
$ED7F: 7A  005E  DEC   EXT    M<=M-1
$ED82: 26  F6    BNE   REL    Branch=> $ED7A if Z=0
$ED84: FF  020F  STX   EXT    M:M+1<=IX
$ED87: 96  5F    LDAA  DIR    A<=M
$ED89: 40        NEGA  IMP    M<= -M
$ED8A: 8D  09    BSR   REL    Branch to Subr=> $ED95
$ED8C: 20  B6    BRA   REL    Branch=> $ED44 if (Always)
$ED8E: 96  5F    LDAA  DIR    A<=M
$ED90: 40        NEGA  IMP    M<= -M
$ED91: 8D  02    BSR   REL    Branch to Subr=> $ED95
$ED93: 20  57    BRA   REL    Branch=> $EDEC if (Always)
$ED95: 16        TAB   IMP    B<=A
$ED96: DB  5F    ADDB  DIR    B<=B+M
$ED98: D7  5F    STAB  DIR    M<=B
$ED9A: 3C        PSHX  IMP    =>IX;SP<=SP-2
$ED9B: FE  0219  LDX   EXT    IX<=M:M+1
$ED9E: EE  0C    LDX   IND    IX<=M:M+1
$EDA0: AD  00    JSR   IND    Jump to Subr=>Address
$EDA2: 25  08    BCS   REL    Branch=> $EDAC if C=1
$EDA4: 27  07    BEQ   REL    Branch=> $EDAD if Z=1
$EDA6: 37        PSHB  IMP    =>B;SP<=SP-1
$EDA7: 8D  43    BSR   REL    Branch to Subr=> $EDEC
$EDA9: 32        PULA  IMP    SP<=SP+1;<=A
$EDAA: 8A  00    ORAA  IMM    A<=A|M
$EDAC: 38        PULX  IMP    SP<=SP-2;<=IX
$EDAD: 38        PULX  IMP    SP<=SP-2;<=IX
$EDAE: 39        RTS   IMP    Return from Subroutine
$EDAF: 97  5C    STAA  DIR    M<=A
$EDB1: 5F        CLRB  IMP    M<=0
$EDB2: D7  5F    STAB  DIR    M<=B
$EDB4: 8D  44    BSR   REL    Branch to Subr=> $EDFA
$EDB6: 97  5E    STAA  DIR    M<=A
$EDB8: 8D  40    BSR   REL    Branch to Subr=> $EDFA
$EDBA: 97  5D    STAA  DIR    M<=A
$EDBC: 8D  3C    BSR   REL    Branch to Subr=> $EDFA
$EDBE: 16        TAB   IMP    B<=A
$EDBF: 96  5D    LDAA  DIR    A<=M
$EDC1: F3  0213  ADDD  EXT    A:B<=A:B+M:M+1
$EDC4: 18        XGDX  IMP    A:B<==>IX
$EDC5: 96  5E    LDAA  DIR    A<=M
$EDC7: 27  23    BEQ   REL    Branch=> $EDEC if Z=1
$EDC9: 8D  2F    BSR   REL    Branch to Subr=> $EDFA
$EDCB: D6  5C    LDAB  DIR    B<=M
$EDCD: 26  0E    BNE   REL    Branch=> $EDDD if Z=0
$EDCF: BC  020F  CPX   EXT    IX-M:M+1
$EDD2: 25  22    BCS   REL    Branch=> $EDF6 if C=1
$EDD4: BC  0211  CPX   EXT    IX-M:M+1
$EDD7: 27  02    BEQ   REL    Branch=> $EDDB if Z=1
$EDD9: 24  1B    BCC   REL    Branch=> $EDF6 if C=0
$EDDB: A7  00    STAA  IND    M<=A
$EDDD: 08        INX   IMP    IX<=IX+1
$EDDE: 7A  005E  DEC   EXT    M<=M-1
$EDE1: 26  E6    BNE   REL    Branch=> $EDC9 if Z=0
$EDE3: 8D  15    BSR   REL    Branch to Subr=> $EDFA
$EDE5: 96  5F    LDAA  DIR    A<=M
$EDE7: 27  C8    BEQ   REL    Branch=> $EDB1 if Z=1
$EDE9: 86  86    LDAA  IMM    A<=M
$EDEB: 39        RTS   IMP    Return from Subroutine
$EDEC: 3C        PSHX  IMP    =>IX;SP<=SP-2
$EDED: FE  0219  LDX   EXT    IX<=M:M+1
$EDF0: EE  08    LDX   IND    IX<=M:M+1
$EDF2: AD  00    JSR   IND    Jump to Subr=>Address
$EDF4: 38        PULX  IMP    SP<=SP-2;<=IX
$EDF5: 39        RTS   IMP    Return from Subroutine
$EDF6: 86  8C    LDAA  IMM    A<=M
$EDF8: 0C        CLC   IMP    C<=0
$EDF9: 39        RTS   IMP    Return from Subroutine
$EDFA: 3C        PSHX  IMP    =>IX;SP<=SP-2
$EDFB: FE  0219  LDX   EXT    IX<=M:M+1
$EDFE: EE  06    LDX   IND    IX<=M:M+1
$EE00: AD  00    JSR   IND    Jump to Subr=>Address
$EE02: 25  A2    BCS   REL    Branch=> $EDA6 if C=1
$EE04: 27  0B    BEQ   REL    Branch=> $EE11 if Z=1
$EE06: BC  ED3C  CPX   EXT    IX-M:M+1
$EE09: 26  9B    BNE   REL    Branch=> $EDA6 if Z=0
$EE0B: C1  01    CMPB  IMM    B-M
$EE0D: 27  F1    BEQ   REL    Branch=> $EE00 if Z=1
$EE0F: 20  95    BRA   REL    Branch=> $EDA6 if (Always)
$EE11: 38        PULX  IMP    SP<=SP-2;<=IX
$EE12: 16        TAB   IMP    B<=A
$EE13: DB  5F    ADDB  DIR    B<=B+M
$EE15: D7  5F    STAB  DIR    M<=B
$EE17: 39        RTS   IMP    Return from Subroutine
$EE18: 08        INX   IMP    IX<=IX+1
$EE19: 08        INX   IMP    IX<=IX+1
$EE1A: 08        INX   IMP    IX<=IX+1
$EE1B: 7E  F2BA  JMP   EXT    Jump=>Address $F2BA
$EE1E: 96  7A    LDAA  DIR    A<=M
$EE20: 97  5B    STAA  DIR    M<=A
$EE22: 86  F9    LDAA  IMM    A<=M
$EE24: F6  0217  LDAB  EXT    B<=M
$EE27: 0D        SEC   IMP    C<=1
$EE28: 59        ROLB  IMP    C<=########<=C
$EE29: 58        ASLB  IMP    C<=########<=0
$EE2A: 58        ASLB  IMP    C<=########<=0
$EE2B: 58        ASLB  IMP    C<=########<=0
$EE2C: BD  E48A  JSR   EXT    Jump to Subr=>Address $E48A
$EE2F: 86  01    LDAA  IMM    A<=M
$EE31: 8D  11    BSR   REL    Branch to Subr=> $EE44
$EE33: EE  01    LDX   IND    IX<=M:M+1
$EE35: CC  0100  LDD   IMM    A:B<=M:M+1
$EE38: 7E  E4D1  JMP   EXT    Jump=>Address $E4D1
$EE3B: BD  E56F  JSR   EXT    Jump to Subr=>Address $E56F
$EE3E: 7B  085B  TIM   EXT    IM&M
$EE41: 26  04    BNE   REL    Branch=> $EE47 if Z=0
$EE43: 4F        CLRA  IMP    M<=0
$EE44: 7E  E515  JMP   EXT    Jump=>Address $E515
$EE47: 8A  00    ORAA  IMM    A<=A|M
$EE49: 39        RTS   IMP    Return from Subroutine

' END


@@@@@@@@    INTERRUPT ROUTINE    @@@@@@@@

$EE4A: 96  11    LDAA  DIR    A<=M
$EE4C: 96  12    LDAA  DIR    A<=M
$EE4E: D6  7A    LDAB  DIR    B<=M
$EE50: C4  E0    ANDB  IMM    B<=B&M
$EE52: C1  40    CMPB  IMM    B-M
$EE54: 26  25    BNE   REL    Branch=> $EE7B if Z=0
$EE56: FE  01C2  LDX   EXT    IX<=M:M+1
$EE59: BC  01BC  CPX   EXT    IX-M:M+1
$EE5C: 27  16    BEQ   REL    Branch=> $EE74 if Z=1
$EE5E: 08        INX   IMP    IX<=IX+1
$EE5F: FF  01C2  STX   EXT    M:M+1<=IX
$EE62: FE  01BE  LDX   EXT    IX<=M:M+1
$EE65: A7  00    STAA  IND    M<=A
$EE67: 08        INX   IMP    IX<=IX+1
$EE68: BC  01BA  CPX   EXT    IX-M:M+1
$EE6B: 26  03    BNE   REL    Branch=> $EE70 if Z=0
$EE6D: FE  01B8  LDX   EXT    IX<=M:M+1
$EE70: FF  01BE  STX   EXT    M:M+1<=IX
$EE73: 3B        RTI   IMP    Return from Interrupt
$EE74: CE  01B7  LDX   IMM    IX<=M:M+1
$EE77: 62  8000  OIM   IND    M<=IM|M
$EE7A: 3B        RTI   IMP    Return from Interrupt
$EE7B: CE  01D5  LDX   IMM    IX<=M:M+1
$EE7E: 86  21    LDAA  IMM    A<=M
$EE80: C5  20    BITB  IMM    B&M
$EE82: 27  05    BEQ   REL    Branch=> $EE89 if Z=1
$EE84: 86  61    LDAA  IMM    A<=M
$EE86: CE  01EC  LDX   IMM    IX<=M:M+1
$EE89: 5D        TSTB  IMP    M-0
$EE8A: 2A  24    BPL   REL    Branch=> $EEB0 if N=0
$EE8C: 91  12    CMPA  DIR    A-M
$EE8E: 26  12    BNE   REL    Branch=> $EEA2 if Z=0
$EE90: EC  11    LDD   IND    A:B<=M:M+1
$EE92: C3  0001  ADDD  IMM    A:B<=A:B+M:M+1
$EE95: ED  11    STD   IND    M:M+1<=A:B
$EE97: A3  0B    SUBD  IND    A:B<=A:B-M:M+1
$EE99: 27  0A    BEQ   REL    Branch=> $EEA5 if Z=1
$EE9B: EE  11    LDX   IND    IX<=M:M+1
$EE9D: A6  00    LDAA  IND    A<=M
$EE9F: 97  13    STAA  DIR    M<=A
$EEA1: 3B        RTI   IMP    Return from Interrupt
$EEA2: 62  4008  OIM   IND    M<=IM|M
$EEA5: 71  7F4F  AIM   EXT    M<=IM&M
$EEA8: 96  4F    LDAA  DIR    A<=M
$EEAA: 97  26    STAA  DIR    M<=A
$EEAC: 71  EF11  AIM   EXT    M<=IM&M
$EEAF: 3B        RTI   IMP    Return from Interrupt
$EEB0: DF  74    STX   DIR    M:M+1<=IX
$EEB2: EC  13    LDD   IND    A:B<=M:M+1
$EEB4: DD  76    STD   DIR    M:M+1<=A:B
$EEB6: D6  12    LDAB  DIR    B<=M
$EEB8: EE  09    LDX   IND    IX<=M:M+1
$EEBA: A6  00    LDAA  IND    A<=M
$EEBC: DE  74    LDX   DIR    IX<=M:M+1
$EEBE: EE  0D    LDX   IND    IX<=M:M+1
$EEC0: 81  48    CMPA  IMM    A-M
$EEC2: 27  04    BEQ   REL    Branch=> $EEC8 if Z=1
$EEC4: 81  45    CMPA  IMM    A-M
$EEC6: 26  03    BNE   REL    Branch=> $EECB if Z=0
$EEC8: CE  0054  LDX   IMM    IX<=M:M+1
$EECB: 9C  76    CPX   DIR    IX-M:M+1
$EECD: 27  14    BEQ   REL    Branch=> $EEE3 if Z=1
$EECF: DE  74    LDX   DIR    IX<=M:M+1
$EED1: EE  0F    LDX   IND    IX<=M:M+1
$EED3: E7  00    STAB  IND    M<=B
$EED5: 08        INX   IMP    IX<=IX+1
$EED6: 18        XGDX  IMP    A:B<==>IX
$EED7: DE  74    LDX   DIR    IX<=M:M+1
$EED9: ED  0F    STD   IND    M:M+1<=A:B
$EEDB: DC  76    LDD   DIR    A:B<=M:M+1
$EEDD: C3  0001  ADDD  IMM    A:B<=A:B+M:M+1
$EEE0: ED  13    STD   IND    M:M+1<=A:B
$EEE2: 3B        RTI   IMP    Return from Interrupt
$EEE3: 97  76    STAA  DIR    M<=A
$EEE5: DE  74    LDX   DIR    IX<=M:M+1
$EEE7: 71  EF11  AIM   EXT    M<=IM&M
$EEEA: 86  22    LDAA  IMM    A<=M
$EEEC: 8C  01D5  CPX   IMM    IX-M:M+1
$EEEF: 27  02    BEQ   REL    Branch=> $EEF3 if Z=1
$EEF1: 86  62    LDAA  IMM    A<=M
$EEF3: 11        CBA   IMP    A-B
$EEF4: 26  45    BNE   REL    Branch=> $EF3B if Z=0
$EEF6: CC  4A4B  LDD   IMM    A:B<=M:M+1
$EEF9: BD  E40D  JSR   EXT    Jump to Subr=>Address $E40D
$EEFC: 25  35    BCS   REL    Branch=> $EF33 if C=1
$EEFE: ED  03    STD   IND    M:M+1<=A:B
$EF00: 26  39    BNE   REL    Branch=> $EF3B if Z=0
$EF02: 96  76    LDAA  DIR    A<=M
$EF04: 81  45    CMPA  IMM    A-M
$EF06: 26  03    BNE   REL    Branch=> $EF0B if Z=0
$EF08: 62  0108  OIM   IND    M<=IM|M
$EF0B: 96  52    LDAA  DIR    A<=M
$EF0D: 84  0F    ANDA  IMM    A<=A&M
$EF0F: 81  08    CMPA  IMM    A-M
$EF11: 26  0E    BNE   REL    Branch=> $EF21 if Z=0
$EF13: EC  01    LDD   IND    A:B<=M:M+1
$EF15: EE  09    LDX   IND    IX<=M:M+1
$EF17: A3  01    SUBD  IND    A:B<=A:B-M:M+1
$EF19: 25  19    BCS   REL    Branch=> $EF34 if C=1
$EF1B: 26  26    BNE   REL    Branch=> $EF43 if Z=0
$EF1D: EC  01    LDD   IND    A:B<=M:M+1
$EF1F: 27  13    BEQ   REL    Branch=> $EF34 if Z=1
$EF21: DE  74    LDX   DIR    IX<=M:M+1
$EF23: A6  07    LDAA  IND    A<=M
$EF25: 26  0C    BNE   REL    Branch=> $EF33 if Z=0
$EF27: 86  23    LDAA  IMM    A<=M
$EF29: 8C  01D5  CPX   IMM    IX-M:M+1
$EF2C: 27  02    BEQ   REL    Branch=> $EF30 if Z=1
$EF2E: 86  7B    LDAA  IMM    A<=M
$EF30: BD  E418  JSR   EXT    Jump to Subr=>Address $E418
$EF33: 3B        RTI   IMP    Return from Interrupt
$EF34: DE  74    LDX   DIR    IX<=M:M+1
$EF36: 62  4008  OIM   IND    M<=IM|M
$EF39: 20  EC    BRA   REL    Branch=> $EF27 if (Always)
$EF3B: 6C  16    INC   IND    M<=M+1
$EF3D: A6  16    LDAA  IND    A<=M
$EF3F: A1  15    CMPA  IND    A-M
$EF41: 27  F1    BEQ   REL    Branch=> $EF34 if Z=1
$EF43: DE  74    LDX   DIR    IX<=M:M+1
$EF45: BD  EAF8  JSR   EXT    Jump to Subr=>Address $EAF8
$EF48: 3B        RTI   IMP    Return from Interrupt
$EF49: 7B  4028  TIM   EXT    IM&M
$EF4C: 27  1B    BEQ   REL    Branch=> $EF69 if Z=1
$EF4E: 96  02    LDAA  DIR    A<=M
$EF50: 85  10    BITA  IMM    A&M
$EF52: 27  31    BEQ   REL    Branch=> $EF85 if Z=1
$EF54: 85  08    BITA  IMM    A&M
$EF56: 27  0E    BEQ   REL    Branch=> $EF66 if Z=1
$EF58: 96  4C    LDAA  DIR    A<=M
$EF5A: 2B  3C    BMI   REL    Branch=> $EF98 if N=1
$EF5C: 96  08    LDAA  DIR    A<=M
$EF5E: 43        COMA  IMP    M<= ~M
$EF5F: 84  24    ANDA  IMM    A<=A&M
$EF61: 27  3C    BEQ   REL    Branch=> $EF9F if Z=1
$EF63: 7E  F590  JMP   EXT    Jump=>Address $F590
$EF66: 7E  0103  JMP   EXT    Jump=>Address $0103
$EF69: BD  E0EB  JSR   EXT    Jump to Subr=>Address $E0EB
$EF6C: 72  207D  OIM   EXT    M<=IM|M
$EF6F: 96  4E    LDAA  DIR    A<=M
$EF71: 84  F0    ANDA  IMM    A<=A&M
$EF73: 27  09    BEQ   REL    Branch=> $EF7E if Z=1
$EF75: 81  30    CMPA  IMM    A-M
$EF77: 24  05    BCC   REL    Branch=> $EF7E if C=0
$EF79: FE  0132  LDX   EXT    IX<=M:M+1
$EF7C: AD  00    JSR   IND    Jump to Subr=>Address
$EF7E: 96  7B    LDAA  DIR    A<=M
$EF80: 2B  10    BMI   REL    Branch=> $EF92 if N=1
$EF82: 7E  E0D7  JMP   EXT    Jump=>Address $E0D7
$EF85: BD  E0EB  JSR   EXT    Jump to Subr=>Address $E0EB
$EF88: 72  107D  OIM   EXT    M<=IM|M
$EF8B: 96  7B    LDAA  DIR    A<=M
$EF8D: 2A  0D    BPL   REL    Branch=> $EF9C if N=0
$EF8F: 71  7F7D  AIM   EXT    M<=IM&M
$EF92: 32        PULA  IMP    SP<=SP+1;<=A
$EF93: 06        TAP   IMP    CCR<=A
$EF94: 0F        SEI   IMP    I<=1
$EF95: 07        TPA   IMP    A<=CCR
$EF96: 36        PSHA  IMP    =>A;SP<=SP-1
$EF97: 3B        RTI   IMP    Return from Interrupt
$EF98: 72  087D  OIM   EXT    M<=IM|M
$EF9B: 3B        RTI   IMP    Return from Interrupt
$EF9C: 8D  5D    BSR   REL    Branch to Subr=> $EFFB
$EF9E: 3B        RTI   IMP    Return from Interrupt
$EF9F: 71  FB08  AIM   EXT    M<=IM&M
$EFA2: DC  09    LDD   DIR    A:B<=M:M+1
$EFA4: 0E        CLI   IMP    I<=0
$EFA5: 86  FF    LDAA  IMM    A<=M
$EFA7: 16        TAB   IMP    B<=A
$EFA8: CE  0005  LDX   IMM    IX<=M:M+1
$EFAB: 96  02    LDAA  DIR    A<=M
$EFAD: 91  02    CMPA  DIR    A-M
$EFAF: 26  FA    BNE   REL    Branch=> $EFAB if Z=0
$EFB1: 84  80    ANDA  IMM    A<=A&M
$EFB3: 11        CBA   IMP    A-B
$EFB4: 26  F1    BNE   REL    Branch=> $EFA7 if Z=0
$EFB6: 09        DEX   IMP    IX<=IX-1
$EFB7: 27  07    BEQ   REL    Branch=> $EFC0 if Z=1
$EFB9: 86  96    LDAA  IMM    A<=M
$EFBB: 4A        DECA  IMP    M<=M-1
$EFBC: 26  FD    BNE   REL    Branch=> $EFBB if Z=0
$EFBE: 20  EB    BRA   REL    Branch=> $EFAB if (Always)
$EFC0: CE  01EC  LDX   IMM    IX<=M:M+1
$EFC3: A1  1B    CMPA  IND    A-M
$EFC5: 26  1E    BNE   REL    Branch=> $EFE5 if Z=0
$EFC7: 6A  1A    DEC   IND    M<=M-1
$EFC9: 26  2C    BNE   REL    Branch=> $EFF7 if Z=0
$EFCB: 6D  19    TST   IND    M-0
$EFCD: 2E  05    BGT   REL    Branch=> $EFD4 if Z|(N^V)=0
$EFCF: 6B  042F  TIM   IND    IM&M
$EFD2: 27  10    BEQ   REL    Branch=> $EFE4 if Z=1
$EFD4: 62  1008  OIM   IND    M<=IM|M
$EFD7: 6C  1A    INC   IND    M<=M+1
$EFD9: 7B  027D  TIM   EXT    IM&M
$EFDC: 26  19    BNE   REL    Branch=> $EFF7 if Z=0
$EFDE: CC  7D77  LDD   IMM    A:B<=M:M+1
$EFE1: BD  E40D  JSR   EXT    Jump to Subr=>Address $E40D
$EFE4: 3B        RTI   IMP    Return from Interrupt
$EFE5: 0F        SEI   IMP    I<=1
$EFE6: E6  1B    LDAB  IND    B<=M
$EFE8: A7  1B    STAA  IND    M<=A
$EFEA: 86  09    LDAA  IMM    A<=M
$EFEC: A7  1A    STAA  IND    M<=A
$EFEE: 57        ASRB  IMP    %=>########=>C
$EFEF: 25  06    BCS   REL    Branch=> $EFF7 if C=1
$EFF1: EE  17    LDX   IND    IX<=M:M+1
$EFF3: 08        INX   IMP    IX<=IX+1
$EFF4: FF  0203  STX   EXT    M:M+1<=IX
$EFF7: 72  0408  OIM   EXT    M<=IM|M
$EFFA: 3B        RTI   IMP    Return from Interrupt
$EFFB: CE  003C  LDX   IMM    IX<=M:M+1
$EFFE: 3C        PSHX  IMP    =>IX;SP<=SP-2
$EFFF: 5F        CLRB  IMP    M<=0
$F000: BD  F56A  JSR   EXT    Jump to Subr=>Address $F56A
$F003: C6  0F    LDAB  IMM    B<=M
$F005: CE  F029  LDX   IMM    IX<=M:M+1
$F008: BD  F56A  JSR   EXT    Jump to Subr=>Address $F56A
$F00B: 38        PULX  IMP    SP<=SP-2;<=IX
$F00C: C6  05    LDAB  IMM    B<=M
$F00E: 96  08    LDAA  DIR    A<=M
$F010: 96  09    LDAA  DIR    A<=M
$F012: 7B  2008  TIM   EXT    IM&M
$F015: 27  FB    BEQ   REL    Branch=> $F012 if Z=1
$F017: 5A        DECB  IMP    M<=M-1
$F018: 26  F4    BNE   REL    Branch=> $F00E if Z=0
$F01A: 7B  1002  TIM   EXT    IM&M
$F01D: 26  06    BNE   REL    Branch=> $F025 if Z=0
$F01F: 09        DEX   IMP    IX<=IX-1
$F020: 26  DC    BNE   REL    Branch=> $EFFE if Z=0
$F022: 7E  E0D7  JMP   EXT    Jump=>Address $E0D7
$F025: 71  EF7D  AIM   EXT    M<=IM&M
$F028: 39        RTS   IMP    Return from Subroutine

$F029--$F02F     NUL  DATA       02 01 43 48 41 52 47
$F030--$F037     NUL  DATA    45 20 42 41 54 54 45 52
$F038--$F03F     NUL  DATA    59 21 FF FF FF FF FF FF

' END