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Final Fantasy VI/ROM map/Assembly C0A: Difference between revisions
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Latest revision as of 02:41, 24 January 2024
This is a sub-page of Final Fantasy VI/ROM map.
C0/A03A event #$7F : change character name
C0/A03A: 20AD9D JSR $9DAD C0/A03D: A906 LDA #$06 C0/A03F: 8D0242 STA $4202 C0/A042: A5EC LDA $EC C0/A044: 8D0342 STA $4203 C0/A047: EA NOP C0/A048: EA NOP C0/A049: EA NOP C0/A04A: AE1642 LDX $4216 C0/A04D: BFC078C4 LDA $C478C0,X C0/A051: 990216 STA $1602,Y C0/A054: BFC178C4 LDA $C478C1,X C0/A058: 990316 STA $1603,Y C0/A05B: BFC278C4 LDA $C478C2,X C0/A05F: 990416 STA $1604,Y C0/A062: BFC378C4 LDA $C478C3,X C0/A066: 990516 STA $1605,Y C0/A069: BFC478C4 LDA $C478C4,X C0/A06D: 990616 STA $1606,Y C0/A070: BFC578C4 LDA $C478C5,X C0/A074: 990716 STA $1607,Y C0/A077: A903 LDA #$03 C0/A079: 4C5C9B JMP $9B5C
C0/A07C event #$40 : set character data
C0/A07C: 20AD9D JSR $9DAD
C0/A07F: A916 LDA #$16
C0/A081: 8D0242 STA $4202
C0/A084: A5EC LDA $EC
C0/A086: 8D0342 STA $4203
C0/A089: EA NOP
C0/A08A: EA NOP
C0/A08B: EA NOP
C0/A08C: AE1642 LDX $4216
C0/A08F: BFA27CED LDA $ED7CA2,X (command 1)
C0/A093: 991616 STA $1616,Y
C0/A096: BFA37CED LDA $ED7CA3,X (command 2)
C0/A09A: 991716 STA $1617,Y
C0/A09D: BFA47CED LDA $ED7CA4,X (command 3)
C0/A0A1: 991816 STA $1618,Y
C0/A0A4: BFA57CED LDA $ED7CA5,X (command 4)
C0/A0A8: 991916 STA $1619,Y
C0/A0AB: BFA67CED LDA $ED7CA6,X (vigor)
C0/A0AF: 991A16 STA $161A,Y
C0/A0B2: BFA77CED LDA $ED7CA7,X (speed)
C0/A0B6: 991B16 STA $161B,Y
C0/A0B9: BFA87CED LDA $ED7CA8,X (stamina)
C0/A0BD: 991C16 STA $161C,Y
C0/A0C0: BFA97CED LDA $ED7CA9,X (mag. pwr.)
C0/A0C4: 991D16 STA $161D,Y
C0/A0C7: A9FF LDA #$FF (empty esper)
C0/A0C9: 991E16 STA $161E,Y
C0/A0CC: BFAF7CED LDA $ED7CAF,X (R-hand)
C0/A0D0: 991F16 STA $161F,Y
C0/A0D3: BFB07CED LDA $ED7CB0,X (L-hand)
C0/A0D7: 992016 STA $1620,Y
C0/A0DA: BFB17CED LDA $ED7CB1,X (Body)
C0/A0DE: 992116 STA $1621,Y
C0/A0E1: BFB27CED LDA $ED7CB2,X (Head)
C0/A0E5: 992216 STA $1622,Y
C0/A0E8: BFB37CED LDA $ED7CB3,X (Relic 1)
C0/A0EC: 992316 STA $1623,Y
C0/A0EF: BFB47CED LDA $ED7CB4,X (Relic 2)
C0/A0F3: 992416 STA $1624,Y
C0/A0F6: BFA07CED LDA $ED7CA0,X (Level 1 HP)
C0/A0FA: 990B16 STA $160B,Y
C0/A0FD: BFA17CED LDA $ED7CA1,X (Level 1 MP)
C0/A101: 990F16 STA $160F,Y
C0/A104: 7B TDC
C0/A105: 990C16 STA $160C,Y (max HP, high byte = 0)
C0/A108: 991016 STA $1610,Y (max MP, high byte = 0)
C0/A10B: DA PHX
C0/A10C: 5A PHY
C0/A10D: A5EC LDA $EC (load parameter)
C0/A10F: 990016 STA $1600,Y (save character ID)
C0/A112: 20789F JSR $9F78 (determine starting level)
C0/A115: 7A PLY
C0/A116: FA PLX
C0/A117: 990816 STA $1608,Y (Store to the level)
C0/A11A: BFB57CED LDA $ED7CB5,X ("Level factor")
C0/A11E: 290C AND #$0C (Isolate bits 2 and 3)
C0/A120: 4A LSR A (Divide by 2)
C0/A121: 4A LSR A (Divide by 2 again, now 4)
C0/A122: AA TAX (Put that into X)
C0/A123: BF28A2C0 LDA $C0A228,X (Load one of 4 constants)
C0/A127: 18 CLC (Clear the carry)
C0/A128: 790816 ADC $1608,Y (Add the level and this variable amount [0, 2, 5, or -3])
C0/A12B: F002 BEQ $A12F (branch if level was 0)
C0/A12D: 1002 BPL $A131 (branch if level is less than 128)
C0/A12F: A901 LDA #$01 (Min. Lev. 1)
C0/A131: C963 CMP #$63 (is the current level 99?)
C0/A133: 9002 BCC $A137 (branch if less than 99)
C0/A135: A963 LDA #$63 (Trunc at 99)
C0/A137: 990816 STA $1608,Y (save as level)
C0/A13A: 207EA2 JSR $A27E
C0/A13D: B90B16 LDA $160B,Y (max HP, low byte)
C0/A140: 990916 STA $1609,Y (save as current HP, low byte)
C0/A143: B90C16 LDA $160C,Y (max HP, high byte)
C0/A146: 990A16 STA $160A,Y (save as current HP, high byte)
C0/A149: 20BCA2 JSR $A2BC
C0/A14C: B90F16 LDA $160F,Y (max MP, low byte)
C0/A14F: 990D16 STA $160D,Y (save as current MP, low byte)
C0/A152: B91016 LDA $1610,Y (max MP, high byte)
C0/A155: 990E16 STA $160E,Y (save as current MP, low byte)
C0/A158: 2035A2 JSR $A235
C0/A15B: BB TYX
C0/A15C: 20F09D JSR $9DF0
C0/A15F: B97C08 LDA $087C,Y
C0/A162: 29F0 AND #$F0
C0/A164: 0901 ORA #$01
C0/A166: 997C08 STA $087C,Y
C0/A169: B96808 LDA $0868,Y
C0/A16C: 0901 ORA #$01
C0/A16E: 996808 STA $0868,Y
C0/A171: A900 LDA #$00
C0/A173: 996708 STA $0867,Y
C0/A176: 9B TXY
C0/A177: 207FA1 JSR $A17F (Check Natural Abilities)
C0/A17A: A903 LDA #$03
C0/A17C: 4C5C9B JMP $9B5C
C0/A17F learn abilities by level up
C0/A17F: B90016 LDA $1600,Y (character ID) C0/A182: C900 CMP #$00 (is character Terra? note there's no need for this CMP here) C0/A184: F010 BEQ $A196 (branch if so) C0/A186: C906 CMP #$06 (is character Celes?) C0/A188: F02E BEQ $A1B8 (branch if so) C0/A18A: C902 CMP #$02 (is character Cyan?) C0/A18C: F04C BEQ $A1DA (branch if so) C0/A18E: C905 CMP #$05 (is character Sabin?) C0/A190: D003 BNE $A195 (branch if not) C0/A192: 4C01A2 JMP $A201 C0/A195: 60 RTS
C0/A196 Terra's natural learning
C0/A196: A600 LDX $00 C0/A198: BFC1E3EC LDA $ECE3C1,X (Natural Magic Level) C0/A19C: D90816 CMP $1608,Y (compare it to her current level) C0/A19F: F002 BEQ $A1A3 (branch if they are the same) C0/A1A1: B0F2 BCS $A195 (branch if her level is lower) C0/A1A3: 5A PHY C0/A1A4: BFC0E3EC LDA $ECE3C0,X (Natural Magic Spell) C0/A1A8: A8 TAY C0/A1A9: A9FF LDA #$FF C0/A1AB: 996E1A STA $1A6E,Y (set spell as learned) C0/A1AE: 7A PLY C0/A1AF: E8 INX C0/A1B0: E8 INX C0/A1B1: E02000 CPX #$0020 (have we checked 16 spells yet?) C0/A1B4: F0DF BEQ $A195 (branch if so) C0/A1B6: 80E0 BRA $A198 (otherwise loop and keep learning)
C0/A1B8 Cele's natural learning
C0/A1B8: A600 LDX $00 C0/A1BA: BFE1E3EC LDA $ECE3E1,X (Natural Magic Level) C0/A1BE: D90816 CMP $1608,Y (compare it to her current level) C0/A1C1: F002 BEQ $A1C5 (branch if they are the same) C0/A1C3: B0D0 BCS $A195 (branch if her level is lower) C0/A1C5: 5A PHY C0/A1C6: BFE0E3EC LDA $ECE3E0,X (Natural Magic Spell) C0/A1CA: A8 TAY C0/A1CB: A9FF LDA #$FF C0/A1CD: 99B21B STA $1BB2,Y (set spell as learned) C0/A1D0: 7A PLY C0/A1D1: E8 INX C0/A1D2: E8 INX C0/A1D3: E02000 CPX #$0020 (have we checked 16 spells yet?) C0/A1D6: F0BD BEQ $A195 (branch if so) C0/A1D8: 80E0 BRA $A1BA (otherwise loop and keep learning)
C0/A1DA Cyan's sword tech learning
C0/A1DA: 641B STZ $1B C0/A1DC: A600 LDX $00 C0/A1DE: BF90F4E6 LDA $E6F490,X (Natural SwdTechs) C0/A1E2: D90816 CMP $1608,Y C0/A1E5: F002 BEQ $A1E9 C0/A1E7: B00A BCS $A1F3 C0/A1E9: E61B INC $1B C0/A1EB: E8 INX C0/A1EC: E00800 CPX #$0008 C0/A1EF: F002 BEQ $A1F3 C0/A1F1: 80EB BRA $A1DE C0/A1F3: A51B LDA $1B C0/A1F5: AA TAX C0/A1F6: ADF71C LDA $1CF7 (known SwdTech's) C0/A1F9: 1F2CA2C0 ORA $C0A22C,X C0/A1FD: 8DF71C STA $1CF7 (new known SwdTech's) C0/A200: 60 RTS
C0/A201 Sabin's blitz learning
C0/A201: 641B STZ $1B C0/A203: A600 LDX $00 C0/A205: BF98F4E6 LDA $E6F498,X (Natural Blitzes) C0/A209: D90816 CMP $1608,Y C0/A20C: F002 BEQ $A210 C0/A20E: B00A BCS $A21A C0/A210: E61B INC $1B C0/A212: E8 INX C0/A213: E00800 CPX #$0008 C0/A216: F002 BEQ $A21A C0/A218: 80EB BRA $A205 C0/A21A: A51B LDA $1B C0/A21C: AA TAX C0/A21D: AD281D LDA $1D28 (known Blitzes) C0/A220: 1F2CA2C0 ORA $C0A22C,X C0/A224: 8D281D STA $1D28 (new known Blitzes) C0/A227: 60 RTS
C0/A228 level factor adjustment at character creation (data)
C0/A228: 00 (add 0) C0/A229: 02 (add 2) C0/A22A: 05 (add 5) C0/A22B: FD (subtract 3)
C0/A22C bitfields for sword tech and blitz (data)
C0/A22C: 00 (none) C0/A22D: 01 (Pummel/Dispatch) C0/A22E: 03 (Aura Bolt/Retort + above) C0/A22F: 07 (Suplex/Slash + above) C0/A230: 0F (Fire Dance/Quadra Slam + above) C0/A231: 1F (Mantra/Empowerer + above) C0/A232: 3F (Air Blade/Stunner + above) C0/A233: 7F (Spiraler/Quadra Slice + above) C0/A234: FF (Bum Rush/Cleave + above)
C0/A235 determine experience for next level up
C0/A235: B90816 LDA $1608,Y (level) C0/A238: 851B STA $1B (save it for now) C0/A23A: A600 LDX $00 (#$0000) C0/A23C: 862A STX $2A ($2A = #$0000) C0/A23E: 642C STZ $2C ($2C = #$00) C0/A240: C61B DEC $1B (decrement saved level) C0/A242: F018 BEQ $A25C (branch if it hit zero) C0/A244: C220 REP #$20 (16 bit accum./memory) C0/A246: BF2082ED LDA $ED8220,X (Experience Needed for level up) C0/A24A: 18 CLC C0/A24B: 652A ADC $2A (add it) C0/A24D: 852A STA $2A (save it) C0/A24F: 7B TDC C0/A250: E220 SEP #$20 (8 bit accum./memory) C0/A252: A52C LDA $2C C0/A254: 6900 ADC #$00 (increment on the previous ADC's wrap) C0/A256: 852C STA $2C (save it) C0/A258: E8 INX C0/A259: E8 INX C0/A25A: 80E4 BRA $A240 (loop for every level needed to do, up to 98 in all) C0/A25C: 062A ASL $2A (low byte * 2) C0/A25E: 262B ROL $2B (rotate middle byte left 1 one, add in carry's status) C0/A260: 262C ROL $2C (rotate high byte left 1 one, add in carry's status) C0/A262: 062A ASL $2A (low byte * 2) C0/A264: 262B ROL $2B (rotate middle byte left 1 one, add in carry's status) C0/A266: 262C ROL $2C (rotate high byte left 1 one, add in carry's status) C0/A268: 062A ASL $2A (low byte * 2) C0/A26A: 262B ROL $2B (rotate middle byte left 1 one, add in carry's status) C0/A26C: 262C ROL $2C (rotate high byte left 1 one, add in carry's status) C0/A26E: A52A LDA $2A (load experience needed, low byte) C0/A270: 991116 STA $1611,Y (save new experience needed for level up, low byte) C0/A273: A52B LDA $2B (load experience needed, middle byte) C0/A275: 991216 STA $1612,Y (save new experience needed for level up, middle byte) C0/A278: A52C LDA $2C (load experience needed, high byte) C0/A27A: 991316 STA $1613,Y (save new experience needed for level up, high byte) C0/A27D: 60 RTS
C0/A27E unknow
C0/A27E: A916 LDA #$16 (22 = width of character startup struct) C0/A280: 8D0242 STA $4202 C0/A283: B90016 LDA $1600,Y (character ID) C0/A286: 8D0342 STA $4203 (save as a multiplier) C0/A289: B90816 LDA $1608,Y (character level) C0/A28C: 851B STA $1B (save it for now) C0/A28E: 641F STZ $1F (zero out upper HP byte) C0/A290: AE1642 LDX $4216 C0/A293: BFA07CED LDA $ED7CA0,X (Initial HP) C0/A297: 851E STA $1E (save initial HP) C0/A299: A600 LDX $00 (X = #$0000) C0/A29B: C61B DEC $1B (decrement levels to do) C0/A29D: F012 BEQ $A2B1 (branch if none left) C0/A29F: BFA0F4E6 LDA $E6F4A0,X (HP mod. by level) C0/A2A3: 18 CLC C0/A2A4: 651E ADC $1E (add it with current HP) C0/A2A6: 851E STA $1E (save it) C0/A2A8: A51F LDA $1F (load upper HP byte) C0/A2AA: 6900 ADC #$00 (incremented based on previous ADC) C0/A2AC: 851F STA $1F (save it) C0/A2AE: E8 INX (increment next level's value) C0/A2AF: 80EA BRA $A29B (...and loop) C0/A2B1: C221 REP #$21 C0/A2B3: A51E LDA $1E (load HP) C0/A2B5: 990B16 STA $160B,Y (save as max HP) C0/A2B8: 7B TDC (A = #$0000) C0/A2B9: E220 SEP #$20 (8 bit accum./memory) C0/A2BB: 60 RTS
C0/A2BC unknow
C0/A2BC: A916 LDA #$16 (22 = width of character startup struct) C0/A2BE: 8D0242 STA $4202 C0/A2C1: B90016 LDA $1600,Y (character ID) C0/A2C4: 8D0342 STA $4203 (save as a multiplier) C0/A2C7: B90816 LDA $1608,Y (character level) C0/A2CA: 851B STA $1B (save it for now) C0/A2CC: 641F STZ $1F (zero out upper MP byte) C0/A2CE: AE1642 LDX $4216 C0/A2D1: BFA17CED LDA $ED7CA1,X (Initial MP) C0/A2D5: 851E STA $1E (save initial HP) C0/A2D7: A600 LDX $00 (X = #$0000) C0/A2D9: C61B DEC $1B C0/A2DB: F012 BEQ $A2EF C0/A2DD: BF02F5E6 LDA $E6F502,X (MP mod. by level) C0/A2E1: 18 CLC C0/A2E2: 651E ADC $1E (add it with current MP) C0/A2E4: 851E STA $1E (save it) C0/A2E6: A51F LDA $1F (load upper MP byte) C0/A2E8: 6900 ADC #$00 (incremented based on previous ADC) C0/A2EA: 851F STA $1F (save it) C0/A2EC: E8 INX (increment next level's value) C0/A2ED: 80EA BRA $A2D9 (...and loop) C0/A2EF: C221 REP #$21 C0/A2F1: A51E LDA $1E (load MP) C0/A2F3: 990F16 STA $160F,Y (save as max MP) C0/A2F6: 7B TDC (A = #$0000) C0/A2F7: E220 SEP #$20 (8 bit accum./memory) C0/A2F9: 60 RTS
C0/A2FA event #$41 : show object
C0/A2FA: 20F09D JSR $9DF0 C0/A2FD: B96708 LDA $0867,Y C0/A300: 2940 AND #$40 C0/A302: F02D BEQ $A331 C0/A304: B96708 LDA $0867,Y C0/A307: 3028 BMI $A331 C0/A309: 0980 ORA #$80 C0/A30B: 996708 STA $0867,Y C0/A30E: B98008 LDA $0880,Y C0/A311: 29CF AND #$CF C0/A313: 0920 ORA #$20 C0/A315: 998008 STA $0880,Y C0/A318: B98108 LDA $0881,Y C0/A31B: 29CF AND #$CF C0/A31D: 0920 ORA #$20 C0/A31F: 998108 STA $0881,Y C0/A322: A5EB LDA $EB C0/A324: C910 CMP #$10 C0/A326: B009 BCS $A331 C0/A328: A8 TAY C0/A329: B95018 LDA $1850,Y C0/A32C: 0980 ORA #$80 C0/A32E: 995018 STA $1850,Y C0/A331: A902 LDA #$02 C0/A333: 4C5C9B JMP $9B5C
C0/A336 event #$42 : hide object
C0/A336: 20F09D JSR $9DF0 C0/A339: B96708 LDA $0867,Y C0/A33C: 297F AND #$7F C0/A33E: 996708 STA $0867,Y C0/A341: 7B TDC C0/A342: 997D08 STA $087D,Y C0/A345: BE7A08 LDX $087A,Y C0/A348: A9FF LDA #$FF C0/A34A: 9F00207E STA $7E2000,X C0/A34E: B97C08 LDA $087C,Y C0/A351: 29F0 AND #$F0 C0/A353: 997C08 STA $087C,Y C0/A356: A5EB LDA $EB C0/A358: C910 CMP #$10 C0/A35A: B009 BCS $A365 C0/A35C: A8 TAY C0/A35D: B95018 LDA $1850,Y C0/A360: 297F AND #$7F C0/A362: 995018 STA $1850,Y C0/A365: A902 LDA #$02 C0/A367: 4C5C9B JMP $9B5C
C0/A36A event #$79
C0/A36A: A400 LDY $00 C0/A36C: B96708 LDA $0867,Y C0/A36F: 2940 AND #$40 C0/A371: F013 BEQ $A386 C0/A373: B96708 LDA $0867,Y C0/A376: 2907 AND #$07 C0/A378: C5EB CMP $EB C0/A37A: D00A BNE $A386 C0/A37C: C220 REP #$20 (16 bit accum./memory) C0/A37E: A5EC LDA $EC C0/A380: 998D08 STA $088D,Y C0/A383: 7B TDC C0/A384: E220 SEP #$20 (8 bit accum./memory) C0/A386: C221 REP #$21 C0/A388: 98 TYA C0/A389: 692900 ADC #$0029 C0/A38C: A8 TAY C0/A38D: 7B TDC C0/A38E: E220 SEP #$20 (8 bit accum./memory) C0/A390: C09002 CPY #$0290 C0/A393: D0D7 BNE $A36C C0/A395: A904 LDA #$04 C0/A397: 4C5C9B JMP $9B5C
C0/A39A event #$7E : move character at map
C0/A39A: C220 REP #$20 (16 bit accum./memory) C0/A39C: A5EB LDA $EB C0/A39E: 29FF00 AND #$00FF C0/A3A1: 0A ASL A C0/A3A2: 0A ASL A C0/A3A3: 0A ASL A C0/A3A4: 0A ASL A C0/A3A5: 8526 STA $26 C0/A3A7: A5EC LDA $EC C0/A3A9: 29FF00 AND #$00FF C0/A3AC: 0A ASL A C0/A3AD: 0A ASL A C0/A3AE: 0A ASL A C0/A3AF: 0A ASL A C0/A3B0: 8528 STA $28 C0/A3B2: 7B TDC C0/A3B3: E220 SEP #$20 (8 bit accum./memory) C0/A3B5: A400 LDY $00 C0/A3B7: 641B STZ $1B C0/A3B9: B96708 LDA $0867,Y C0/A3BC: 2940 AND #$40 C0/A3BE: F03A BEQ $A3FA C0/A3C0: B96708 LDA $0867,Y C0/A3C3: 2907 AND #$07 C0/A3C5: CD6D1A CMP $1A6D (Is this the active party?) C0/A3C8: D030 BNE $A3FA C0/A3CA: BE7A08 LDX $087A,Y C0/A3CD: BF00207E LDA $7E2000,X C0/A3D1: C51B CMP $1B C0/A3D3: D006 BNE $A3DB C0/A3D5: A9FF LDA #$FF C0/A3D7: 9F00207E STA $7E2000,X C0/A3DB: C220 REP #$20 (16 bit accum./memory) C0/A3DD: A526 LDA $26 C0/A3DF: 996A08 STA $086A,Y C0/A3E2: A528 LDA $28 C0/A3E4: 996D08 STA $086D,Y C0/A3E7: 7B TDC C0/A3E8: E220 SEP #$20 (8 bit accum./memory) C0/A3EA: 996908 STA $0869,Y C0/A3ED: 996C08 STA $086C,Y C0/A3F0: A5EB LDA $EB C0/A3F2: 997A08 STA $087A,Y C0/A3F5: A5EC LDA $EC C0/A3F7: 997B08 STA $087B,Y C0/A3FA: C221 REP #$21 C0/A3FC: 98 TYA C0/A3FD: 692900 ADC #$0029 C0/A400: A8 TAY C0/A401: 7B TDC C0/A402: E220 SEP #$20 (8 bit accum./memory) C0/A404: E61B INC $1B C0/A406: E61B INC $1B C0/A408: C09002 CPY #$0290 C0/A40B: D0AC BNE $A3B9 C0/A40D: A901 LDA #$01 C0/A40F: 8558 STA $58 C0/A411: A5EB LDA $EB C0/A413: 8DC01F STA $1FC0 C0/A416: 8D661F STA $1F66 C0/A419: A5EC LDA $EC C0/A41B: 8DC11F STA $1FC1 C0/A41E: 8D671F STA $1F67 C0/A421: A901 LDA #$01 C0/A423: 8584 STA $84 C0/A425: A903 LDA #$03 C0/A427: 4C709B JMP $9B70
C0/A42A event #$7A
C0/A42A: 20F09D JSR $9DF0 C0/A42D: A5EC LDA $EC C0/A42F: 998908 STA $0889,Y C0/A432: A5ED LDA $ED C0/A434: 998A08 STA $088A,Y C0/A437: A5EE LDA $EE C0/A439: 998B08 STA $088B,Y C0/A43C: A905 LDA #$05 C0/A43E: 4C5C9B JMP $9B5C
C0/A441 unknow
C0/A441: AD5D05 LDA $055D C0/A444: CD6D1A CMP $1A6D (Is this the active party?) C0/A447: F007 BEQ $A450 C0/A449: 3A DEC A C0/A44A: 8D6D1A STA $1A6D (Store to active party) C0/A44D: 20776D JSR $6D77 C0/A450: A901 LDA #$01 C0/A452: 4C5C9B JMP $9B5C
C0/A455 unknow
C0/A455: 20F09D JSR $9DF0 C0/A458: B97C08 LDA $087C,Y C0/A45B: 0940 ORA #$40 C0/A45D: 997C08 STA $087C,Y C0/A460: A902 LDA #$02 C0/A462: 4C5C9B JMP $9B5C
C0/A465 unknow
C0/A465: 20F09D JSR $9DF0 C0/A468: B97C08 LDA $087C,Y C0/A46B: 29BF AND #$BF C0/A46D: 997C08 STA $087C,Y C0/A470: A902 LDA #$02 C0/A472: 4C5C9B JMP $9B5C
C0/A475 event #$48 : display dialogue message
C0/A475: C220 REP #$20 (16 bit accum./memory) C0/A477: A5EB LDA $EB C0/A479: 29FF1F AND #$1FFF C0/A47C: 85D0 STA $D0 C0/A47E: 7B TDC C0/A47F: E220 SEP #$20 (8 bit accum./memory) C0/A481: A5EC LDA $EC C0/A483: 3004 BMI $A489 C0/A485: A901 LDA #$01 C0/A487: 8002 BRA $A48B C0/A489: A912 LDA #$12 C0/A48B: 85BC STA $BC C0/A48D: A5EC LDA $EC C0/A48F: 2940 AND #$40 C0/A491: 4A LSR A C0/A492: 4A LSR A C0/A493: 4A LSR A C0/A494: 4A LSR A C0/A495: 4A LSR A C0/A496: 4A LSR A C0/A497: 8D6405 STA $0564 C0/A49A: 20BF7F JSR $7FBF (Dialogue message loading function) C0/A49D: A901 LDA #$01 C0/A49F: 85BA STA $BA (Dialogue box open = true) C0/A4A1: A903 LDA #$03 C0/A4A3: 4C5C9B JMP $9B5C
C0/A4A6 event #$49 : wait for key press if dialogue is up
C0/A4A6: A5BA LDA $BA C0/A4A8: F001 BEQ $A4AB C0/A4AA: 60 RTS
C0/A4AB: A901 LDA #$01 (from C0/A4A8) C0/A4AD: 4C5C9B JMP $9B5C
C0/A4B0 event #$4A
C0/A4B0: A5D3 LDA $D3 C0/A4B2: C901 CMP #$01 C0/A4B4: F001 BEQ $A4B7 C0/A4B6: 60 RTS
C0/A4B7: A901 LDA #$01 (from C0/A4B4) C0/A4B9: 4C5C9B JMP $9B5C
C0/A4BC event #$4B : pause and show dialogue message until key press
C0/A4BC: C220 REP #$20 (16 bit accum./memory) C0/A4BE: A5EB LDA $EB C0/A4C0: 29FF1F AND #$1FFF C0/A4C3: 85D0 STA $D0 C0/A4C5: 7B TDC C0/A4C6: E220 SEP #$20 (8 bit accum./memory) C0/A4C8: A5EC LDA $EC C0/A4CA: 3004 BMI $A4D0 C0/A4CC: A901 LDA #$01 C0/A4CE: 8002 BRA $A4D2 C0/A4D0: A912 LDA #$12 C0/A4D2: 85BC STA $BC C0/A4D4: A5EC LDA $EC C0/A4D6: 2940 AND #$40 C0/A4D8: 4A LSR A C0/A4D9: 4A LSR A C0/A4DA: 4A LSR A C0/A4DB: 4A LSR A C0/A4DC: 4A LSR A C0/A4DD: 4A LSR A C0/A4DE: 8D6405 STA $0564 C0/A4E1: 20BF7F JSR $7FBF (Dialogue message loading function) C0/A4E4: A901 LDA #$01 C0/A4E6: 85BA STA $BA (Dialogue box open = true) C0/A4E8: A901 LDA #$01 C0/A4EA: 85EB STA $EB C0/A4EC: A900 LDA #$00 C0/A4EE: 85EC STA $EC C0/A4F0: A900 LDA #$00 C0/A4F2: 85ED STA $ED C0/A4F4: A903 LDA #$03 C0/A4F6: 4CA3B1 JMP $B1A3
C0/A4F9 event #$4E : invoke random battle for dungeon
C0/A4F9: E656 INC $56 C0/A4FB: 9C8A07 STZ $078A C0/A4FE: A901 LDA #$01 C0/A500: 4C709B JMP $9B70
C0/A503 event #$AF : invoke colosseum battle
C0/A503: AD0102 LDA $0201 (load usage bits, tent, warp stone, etc) C0/A506: D00D BNE $A515 (branch if not 0) C0/A508: A23F02 LDX #$023F (formation 575) C0/A50B: ADD71E LDA $1ED7 C0/A50E: 29F7 AND #$F7 C0/A510: 8DD71E STA $1ED7 C0/A513: 800B BRA $A520 C0/A515: A23E02 LDX #$023E (formation 574, used for the Shadow Colosseum battle) C0/A518: ADD71E LDA $1ED7 (load event bits) C0/A51B: 0908 ORA #$08 C0/A51D: 8DD71E STA $1ED7 C0/A520: C220 REP #$20 (16 bit accum./memory) C0/A522: 8A TXA C0/A523: 8FE01100 STA $0011E0 (save formation) C0/A527: A91C00 LDA #$001C C0/A52A: 8FE21100 STA $0011E2 (save background) C0/A52E: 7B TDC C0/A52F: E220 SEP #$20 (8 bit accum./memory) C0/A531: A9C0 LDA #$C0 C0/A533: 8DFA11 STA $11FA C0/A536: ADD71E LDA $1ED7 (load event bits) C0/A539: 2910 AND #$10 (filter out all bits except bit 4) C0/A53B: 4A LSR A (move it to bit 3) C0/A53C: 8FE41100 STA $0011E4 C0/A540: A901 LDA #$01 C0/A542: 8556 STA $56 C0/A544: A9C0 LDA #$C0 C0/A546: 8D8A07 STA $078A C0/A549: A901 LDA #$01 C0/A54B: 4C709B JMP $9B70
C0/A54E event #$8E : invoke battle by chest
C0/A54E: AD8907 LDA $0789 C0/A551: 85EB STA $EB C0/A553: A93F LDA #$3F C0/A555: 85EC STA $EC (background is area default?) C0/A557: 20A7A5 JSR $A5A7 C0/A55A: AE4105 LDX $0541 C0/A55D: 8E661F STX $1F66 C0/A560: AEAF00 LDX $00AF C0/A563: 8EC01F STX $1FC0 C0/A566: A9C0 LDA #$C0 C0/A568: 8DFA11 STA $11FA C0/A56B: A901 LDA #$01 C0/A56D: 4C709B JMP $9B70
C0/A570 event #$82
C0/A570: A901 LDA #$01 C0/A572: 8D5D05 STA $055D C0/A575: 4C5C9B JMP $9B5C
C0/A578 event #$4D : invoke battle by enemy formation
C0/A578: 20A7A5 JSR $A5A7 C0/A57B: AE4105 LDX $0541 C0/A57E: 8E661F STX $1F66 C0/A581: AEAF00 LDX $00AF C0/A584: 8EC01F STX $1FC0 C0/A587: A9E0 LDA #$E0 C0/A589: 8DFA11 STA $11FA C0/A58C: A903 LDA #$03 C0/A58E: 4C709B JMP $9B70
C0/A591 event #$4C : invoke battle and center camera
C0/A591: 20A7A5 JSR $A5A7 C0/A594: AE5705 LDX $0557 C0/A597: 8E661F STX $1F66 C0/A59A: 8EC01F STX $1FC0 C0/A59D: A9C0 LDA #$C0 C0/A59F: 8DFA11 STA $11FA C0/A5A2: A903 LDA #$03 C0/A5A4: 4C709B JMP $9B70
C0/A5A7 unknow
C0/A5A7: A5EB LDA $EB C0/A5A9: C220 REP #$20 (16 bit accum./memory) C0/A5AB: 0A ASL A C0/A5AC: 0A ASL A C0/A5AD: AA TAX C0/A5AE: 7B TDC C0/A5AF: E220 SEP #$20 (8 bit accum./memory) C0/A5B1: 2096C4 JSR $C496 C0/A5B4: C9C0 CMP #$C0 C0/A5B6: 9002 BCC $A5BA C0/A5B8: E8 INX C0/A5B9: E8 INX C0/A5BA: C220 REP #$20 (16 bit accum./memory) C0/A5BC: BF0050CF LDA $CF5000,X (Monster formations used in event scripts) C0/A5C0: 8FE01100 STA $0011E0 (save formation) C0/A5C4: 7B TDC C0/A5C5: E220 SEP #$20 (8 bit accum./memory) C0/A5C7: A5EC LDA $EC C0/A5C9: 29C0 AND #$C0 C0/A5CB: 8D8A07 STA $078A C0/A5CE: A5EC LDA $EC (Load the background parameter) C0/A5D0: 293F AND #$3F (Zero out the upper 3 bits) C0/A5D2: C93F CMP #$3F (Is it #$3F [the area default]?) C0/A5D4: D005 BNE $A5DB (Branch if not) C0/A5D6: AD2205 LDA $0522 (Apparently this holds the area default background index) C0/A5D9: 297F AND #$7F (Zero out bit 7) C0/A5DB: 8FE21100 STA $0011E2 (save background) C0/A5DF: 7B TDC C0/A5E0: 8FE31100 STA $0011E3 C0/A5E4: ADD71E LDA $1ED7 C0/A5E7: 2910 AND #$10 C0/A5E9: 4A LSR A C0/A5EA: 8FE41100 STA $0011E4 C0/A5EE: A901 LDA #$01 C0/A5F0: 8556 STA $56 C0/A5F2: 60 RTS
C0/A5F3 event #$4F : exit current location
C0/A5F3: A901 LDA #$01 C0/A5F5: 8DF111 STA $11F1 C0/A5F8: A901 LDA #$01 (A already holds this!) C0/A5FA: 4C709B JMP $9B70
C0/A5FD event #$50 : tint screen
C0/A5FD: A908 LDA #$08 C0/A5FF: 85DF STA $DF C0/A601: A9F0 LDA #$F0 C0/A603: 85E0 STA $E0 C0/A605: 200BA7 JSR $A70B C0/A608: 3A DEC A C0/A609: D005 BNE $A610 C0/A60B: 204711 JSR $1147 C0/A60E: 802B BRA $A63B C0/A610: 3A DEC A C0/A611: D005 BNE $A618 C0/A613: 208912 JSR $1289 C0/A616: 8023 BRA $A63B C0/A618: 3A DEC A C0/A619: D005 BNE $A620 C0/A61B: 208B11 JSR $118B C0/A61E: 801B BRA $A63B C0/A620: 3A DEC A C0/A621: D005 BNE $A628 C0/A623: 20E511 JSR $11E5 C0/A626: 8013 BRA $A63B C0/A628: 3A DEC A C0/A629: D005 BNE $A630 C0/A62B: 20E512 JSR $12E5 C0/A62E: 800B BRA $A63B C0/A630: 3A DEC A C0/A631: D005 BNE $A638 C0/A633: 202F12 JSR $122F C0/A636: 8003 BRA $A63B C0/A638: 204413 JSR $1344 C0/A63B: A902 LDA #$02 C0/A63D: 4C709B JMP $9B70
C0/A640 event #$51 : modify background color
C0/A640: A5EC LDA $EC C0/A642: 0A ASL A C0/A643: 85DF STA $DF C0/A645: A5ED LDA $ED C0/A647: 1A INC A C0/A648: 0A ASL A C0/A649: 85E0 STA $E0 C0/A64B: 200BA7 JSR $A70B C0/A64E: 3A DEC A C0/A64F: D005 BNE $A656 C0/A651: 204711 JSR $1147 C0/A654: 802B BRA $A681 C0/A656: 3A DEC A C0/A657: D005 BNE $A65E C0/A659: 208912 JSR $1289 C0/A65C: 8023 BRA $A681 C0/A65E: 3A DEC A C0/A65F: D005 BNE $A666 C0/A661: 208B11 JSR $118B C0/A664: 801B BRA $A681 C0/A666: 3A DEC A C0/A667: D005 BNE $A66E C0/A669: 20E511 JSR $11E5 C0/A66C: 8013 BRA $A681 C0/A66E: 3A DEC A C0/A66F: D005 BNE $A676 C0/A671: 20E512 JSR $12E5 C0/A674: 800B BRA $A681 C0/A676: 3A DEC A C0/A677: D005 BNE $A67E C0/A679: 202F12 JSR $122F C0/A67C: 8003 BRA $A681 C0/A67E: 204413 JSR $1344 C0/A681: A904 LDA #$04 C0/A683: 4C709B JMP $9B70
C0/A686 event #$52 : tint objects
C0/A686: 64DF STZ $DF C0/A688: 64E0 STZ $E0 C0/A68A: 200BA7 JSR $A70B C0/A68D: 3A DEC A C0/A68E: D005 BNE $A695 C0/A690: 208F13 JSR $138F C0/A693: 802B BRA $A6C0 C0/A695: 3A DEC A C0/A696: D005 BNE $A69D C0/A698: 20D114 JSR $14D1 C0/A69B: 8023 BRA $A6C0 C0/A69D: 3A DEC A C0/A69E: D005 BNE $A6A5 C0/A6A0: 20D313 JSR $13D3 C0/A6A3: 801B BRA $A6C0 C0/A6A5: 3A DEC A C0/A6A6: D005 BNE $A6AD C0/A6A8: 202D14 JSR $142D C0/A6AB: 8013 BRA $A6C0 C0/A6AD: 3A DEC A C0/A6AE: D005 BNE $A6B5 C0/A6B0: 202D15 JSR $152D C0/A6B3: 800B BRA $A6C0 C0/A6B5: 3A DEC A C0/A6B6: D005 BNE $A6BD C0/A6B8: 207714 JSR $1477 C0/A6BB: 8003 BRA $A6C0 C0/A6BD: 208C15 JSR $158C C0/A6C0: A902 LDA #$02 C0/A6C2: 4C709B JMP $9B70
C0/A6C5 event #$53 : modify object color range
C0/A6C5: A5EC LDA $EC C0/A6C7: 0A ASL A C0/A6C8: 85DF STA $DF C0/A6CA: A5ED LDA $ED C0/A6CC: 1A INC A C0/A6CD: 0A ASL A C0/A6CE: 85E0 STA $E0 C0/A6D0: 200BA7 JSR $A70B C0/A6D3: 3A DEC A C0/A6D4: D005 BNE $A6DB C0/A6D6: 208F13 JSR $138F C0/A6D9: 802B BRA $A706 C0/A6DB: 3A DEC A C0/A6DC: D005 BNE $A6E3 C0/A6DE: 20D114 JSR $14D1 C0/A6E1: 8023 BRA $A706 C0/A6E3: 3A DEC A C0/A6E4: D005 BNE $A6EB C0/A6E6: 20D313 JSR $13D3 C0/A6E9: 801B BRA $A706 C0/A6EB: 3A DEC A C0/A6EC: D005 BNE $A6F3 C0/A6EE: 202D14 JSR $142D C0/A6F1: 8013 BRA $A706 C0/A6F3: 3A DEC A C0/A6F4: D005 BNE $A6FB C0/A6F6: 202D15 JSR $152D C0/A6F9: 800B BRA $A706 C0/A6FB: 3A DEC A C0/A6FC: D005 BNE $A703 C0/A6FE: 207714 JSR $1477 C0/A701: 8003 BRA $A706 C0/A703: 208C15 JSR $158C C0/A706: A904 LDA #$04 C0/A708: 4C709B JMP $9B70
C0/A70B unknow
C0/A70B: 641A STZ $1A C0/A70D: 641B STZ $1B C0/A70F: 6420 STZ $20 C0/A711: 6421 STZ $21 C0/A713: A5EB LDA $EB C0/A715: 2903 AND #$03 C0/A717: 0A ASL A C0/A718: AA TAX C0/A719: A5EB LDA $EB C0/A71B: 2910 AND #$10 C0/A71D: F006 BEQ $A725 C0/A71F: BF6CA7C0 LDA $C0A76C,X C0/A723: 851A STA $1A C0/A725: A5EB LDA $EB C0/A727: 2908 AND #$08 C0/A729: F00B BEQ $A736 C0/A72B: C220 REP #$20 (16 bit accum./memory) C0/A72D: BF7CA7C0 LDA $C0A77C,X C0/A731: 8520 STA $20 C0/A733: 7B TDC C0/A734: E220 SEP #$20 (8 bit accum./memory) C0/A736: A5EB LDA $EB C0/A738: 2904 AND #$04 C0/A73A: F006 BEQ $A742 C0/A73C: BF74A7C0 LDA $C0A774,X C0/A740: 851B STA $1B C0/A742: A5EB LDA $EB C0/A744: 101E BPL $A764 C0/A746: A51A LDA $1A C0/A748: 4502 EOR $02 C0/A74A: 291F AND #$1F C0/A74C: 851A STA $1A C0/A74E: A51B LDA $1B C0/A750: 4502 EOR $02 C0/A752: 297C AND #$7C C0/A754: 851B STA $1B C0/A756: C220 REP #$20 (16 bit accum./memory) C0/A758: A520 LDA $20 C0/A75A: 4502 EOR $02 C0/A75C: 29E003 AND #$03E0 C0/A75F: 8520 STA $20 C0/A761: 7B TDC C0/A762: E220 SEP #$20 (8 bit accum./memory) C0/A764: A5EB LDA $EB C0/A766: 4A LSR A C0/A767: 4A LSR A C0/A768: 4A LSR A C0/A769: 4A LSR A C0/A76A: 4A LSR A C0/A76B: 60 RTS
C0/A76C unknow
C0/A76C: 0400 TSB $00 C0/A76E: 08 PHP C0/A76F: 0010 BRK #$10 C0/A771: 001F BRK #$1F C0/A773: 0010 BRK #$10 C0/A775: 0020 BRK #$20 C0/A777: 0040 BRK #$40 C0/A779: 007C BRK #$7C C0/A77B: 0080 BRK #$80 C0/A77D: 0000 BRK #$00 C0/A77F: 0100 ORA ($00,X) C0/A781: 02E0 COP #$E0 C0/A783: 03
C0/A784 event #$54
C0/A784: 644D STZ $4D C0/A786: 644B STZ $4B C0/A788: A54F LDA $4F C0/A78A: 854E STA $4E C0/A78C: A553 LDA $53 C0/A78E: 8552 STA $52 C0/A790: A901 LDA #$01 C0/A792: 4C5C9B JMP $9B5C
C0/A795 event #$55 : flash screen
C0/A795: A54D LDA $4D C0/A797: D00A BNE $A7A3 C0/A799: A54E LDA $4E C0/A79B: 854F STA $4F C0/A79D: A552 LDA $52 C0/A79F: 8553 STA $53 C0/A7A1: 6452 STZ $52 C0/A7A3: A907 LDA #$07 C0/A7A5: 854E STA $4E C0/A7A7: A5EB LDA $EB C0/A7A9: 29E0 AND #$E0 C0/A7AB: 8554 STA $54 C0/A7AD: A9F8 LDA #$F8 C0/A7AF: 854D STA $4D C0/A7B1: A908 LDA #$08 C0/A7B3: 854B STA $4B C0/A7B5: A902 LDA #$02 C0/A7B7: 4C5C9B JMP $9B5C
C0/A7BA event #$56 : increase color component
C0/A7BA: A54D LDA $4D C0/A7BC: D007 BNE $A7C5 C0/A7BE: A5EB LDA $EB C0/A7C0: 202B10 JSR $102B C0/A7C3: 8006 BRA $A7CB C0/A7C5: A54B LDA $4B C0/A7C7: 297F AND #$7F C0/A7C9: 854B STA $4B C0/A7CB: A902 LDA #$02 C0/A7CD: 4C5C9B JMP $9B5C
C0/A7D0 event #$57 : decrease color component
C0/A7D0: A54D LDA $4D C0/A7D2: D007 BNE $A7DB C0/A7D4: A5EB LDA $EB C0/A7D6: 203D10 JSR $103D C0/A7D9: 8006 BRA $A7E1 C0/A7DB: A54B LDA $4B C0/A7DD: 297F AND #$7F C0/A7DF: 854B STA $4B C0/A7E1: A902 LDA #$02 C0/A7E3: 4C5C9B JMP $9B5C
C0/A7E6 event #$58 : shake screen
C0/A7E6: A5EB LDA $EB C0/A7E8: 8D4A07 STA $074A C0/A7EB: A902 LDA #$02 C0/A7ED: 4C5C9B JMP $9B5C
C0/A7F0 event #$96 : refresh screen
C0/A7F0: A910 LDA #$10 C0/A7F2: 854A STA $4A C0/A7F4: A910 LDA #$10 C0/A7F6: 854C STA $4C C0/A7F8: A901 LDA #$01 C0/A7FA: 4C5C9B JMP $9B5C
C0/A7FD event #$97 : instant fade screen
C0/A7FD: A990 LDA #$90 C0/A7FF: 854A STA $4A C0/A801: A9F0 LDA #$F0 C0/A803: 854C STA $4C C0/A805: A901 LDA #$01 C0/A807: 4C5C9B JMP $9B5C
C0/A80A event #$59 : unfade screen
C0/A80A: A5EB LDA $EB C0/A80C: 854A STA $4A C0/A80E: A910 LDA #$10 C0/A810: 854C STA $4C C0/A812: A902 LDA #$02 C0/A814: 4C5C9B JMP $9B5C
C0/A817 event #$5A : fade screen
C0/A817: A5EB LDA $EB C0/A819: 0980 ORA #$80 C0/A81B: 854A STA $4A C0/A81D: A9F0 LDA #$F0 C0/A81F: 854C STA $4C C0/A821: A902 LDA #$02 C0/A823: 4C5C9B JMP $9B5C
C0/A826 event #$5B
C0/A826: 644A STZ $4A C0/A828: A901 LDA #$01 C0/A82A: 4C5C9B JMP $9B5C
C0/A82D event #$5C
C0/A82D: A5E1 LDA $E1 C0/A82F: 0940 ORA #$40 C0/A831: 85E1 STA $E1 C0/A833: A901 LDA #$01 C0/A835: 4C5C9B JMP $9B5C
C0/A838 event #$5D : scroll BG0
C0/A838: A5EB LDA $EB C0/A83A: 300E BMI $A84A C0/A83C: C220 REP #$20 (16 bit accum./memory) C0/A83E: 0A ASL A C0/A83F: 0A ASL A C0/A840: 0A ASL A C0/A841: 0A ASL A C0/A842: 8D4705 STA $0547 C0/A845: 7B TDC C0/A846: E220 SEP #$20 (8 bit accum./memory) C0/A848: 8010 BRA $A85A C0/A84A: 4502 EOR $02 C0/A84C: C220 REP #$20 (16 bit accum./memory) C0/A84E: 0A ASL A C0/A84F: 0A ASL A C0/A850: 0A ASL A C0/A851: 0A ASL A C0/A852: 4502 EOR $02 C0/A854: 8D4705 STA $0547 C0/A857: 7B TDC C0/A858: E220 SEP #$20 (8 bit accum./memory) C0/A85A: A5EC LDA $EC C0/A85C: 300E BMI $A86C C0/A85E: C220 REP #$20 (16 bit accum./memory) C0/A860: 0A ASL A C0/A861: 0A ASL A C0/A862: 0A ASL A C0/A863: 0A ASL A C0/A864: 8D4905 STA $0549 C0/A867: 7B TDC C0/A868: E220 SEP #$20 (8 bit accum./memory) C0/A86A: 8010 BRA $A87C C0/A86C: 4502 EOR $02 C0/A86E: C220 REP #$20 (16 bit accum./memory) C0/A870: 0A ASL A C0/A871: 0A ASL A C0/A872: 0A ASL A C0/A873: 0A ASL A C0/A874: 4502 EOR $02 C0/A876: 8D4905 STA $0549 C0/A879: 7B TDC C0/A87A: E220 SEP #$20 (8 bit accum./memory) C0/A87C: A903 LDA #$03 C0/A87E: 4C5C9B JMP $9B5C
C0/A881 event #$70 : scroll background 0
C0/A881: A5EB LDA $EB C0/A883: 300E BMI $A893 C0/A885: C220 REP #$20 (16 bit accum./memory) C0/A887: 0A ASL A C0/A888: 0A ASL A C0/A889: 0A ASL A C0/A88A: 0A ASL A C0/A88B: 8D4705 STA $0547 C0/A88E: 7B TDC C0/A88F: E220 SEP #$20 (8 bit accum./memory) C0/A891: 8012 BRA $A8A5 C0/A893: 4502 EOR $02 C0/A895: 1A INC A C0/A896: C220 REP #$20 (16 bit accum./memory) C0/A898: 0A ASL A C0/A899: 0A ASL A C0/A89A: 0A ASL A C0/A89B: 0A ASL A C0/A89C: 4502 EOR $02 C0/A89E: 1A INC A C0/A89F: 8D4705 STA $0547 C0/A8A2: 7B TDC C0/A8A3: E220 SEP #$20 (8 bit accum./memory) C0/A8A5: A5EC LDA $EC C0/A8A7: 300E BMI $A8B7 C0/A8A9: C220 REP #$20 (16 bit accum./memory) C0/A8AB: 0A ASL A C0/A8AC: 0A ASL A C0/A8AD: 0A ASL A C0/A8AE: 0A ASL A C0/A8AF: 8D4905 STA $0549 C0/A8B2: 7B TDC C0/A8B3: E220 SEP #$20 (8 bit accum./memory) C0/A8B5: 8012 BRA $A8C9 C0/A8B7: 4502 EOR $02 C0/A8B9: 1A INC A C0/A8BA: C220 REP #$20 (16 bit accum./memory) C0/A8BC: 0A ASL A C0/A8BD: 0A ASL A C0/A8BE: 0A ASL A C0/A8BF: 0A ASL A C0/A8C0: 4502 EOR $02 C0/A8C2: 1A INC A C0/A8C3: 8D4905 STA $0549 C0/A8C6: 7B TDC C0/A8C7: E220 SEP #$20 (8 bit accum./memory) C0/A8C9: A903 LDA #$03 C0/A8CB: 4C5C9B JMP $9B5C
C0/A8CE event #$5E : scroll BG1
C0/A8CE: A5EB LDA $EB C0/A8D0: 300E BMI $A8E0 C0/A8D2: C220 REP #$20 (16 bit accum./memory) C0/A8D4: 0A ASL A C0/A8D5: 0A ASL A C0/A8D6: 0A ASL A C0/A8D7: 0A ASL A C0/A8D8: 8D4B05 STA $054B C0/A8DB: 7B TDC C0/A8DC: E220 SEP #$20 (8 bit accum./memory) C0/A8DE: 8010 BRA $A8F0 C0/A8E0: 4502 EOR $02 C0/A8E2: C220 REP #$20 (16 bit accum./memory) C0/A8E4: 0A ASL A C0/A8E5: 0A ASL A C0/A8E6: 0A ASL A C0/A8E7: 0A ASL A C0/A8E8: 4502 EOR $02 C0/A8EA: 8D4B05 STA $054B C0/A8ED: 7B TDC C0/A8EE: E220 SEP #$20 (8 bit accum./memory) C0/A8F0: A5EC LDA $EC C0/A8F2: 300E BMI $A902 C0/A8F4: C220 REP #$20 (16 bit accum./memory) C0/A8F6: 0A ASL A C0/A8F7: 0A ASL A C0/A8F8: 0A ASL A C0/A8F9: 0A ASL A C0/A8FA: 8D4D05 STA $054D C0/A8FD: 7B TDC C0/A8FE: E220 SEP #$20 (8 bit accum./memory) C0/A900: 8010 BRA $A912 C0/A902: 4502 EOR $02 C0/A904: C220 REP #$20 (16 bit accum./memory) C0/A906: 0A ASL A C0/A907: 0A ASL A C0/A908: 0A ASL A C0/A909: 0A ASL A C0/A90A: 4502 EOR $02 C0/A90C: 8D4D05 STA $054D C0/A90F: 7B TDC C0/A910: E220 SEP #$20 (8 bit accum./memory) C0/A912: A903 LDA #$03 C0/A914: 4C5C9B JMP $9B5C
C0/A917 event #$71 : scroll background 1
C0/A917: A5EB LDA $EB C0/A919: 300E BMI $A929 C0/A91B: C220 REP #$20 (16 bit accum./memory) C0/A91D: 0A ASL A C0/A91E: 0A ASL A C0/A91F: 0A ASL A C0/A920: 0A ASL A C0/A921: 8D4B05 STA $054B C0/A924: 7B TDC C0/A925: E220 SEP #$20 (8 bit accum./memory) C0/A927: 8012 BRA $A93B C0/A929: 4502 EOR $02 C0/A92B: 1A INC A C0/A92C: C220 REP #$20 (16 bit accum./memory) C0/A92E: 0A ASL A C0/A92F: 0A ASL A C0/A930: 0A ASL A C0/A931: 0A ASL A C0/A932: 4502 EOR $02 C0/A934: 1A INC A C0/A935: 8D4B05 STA $054B C0/A938: 7B TDC C0/A939: E220 SEP #$20 (8 bit accum./memory) C0/A93B: A5EC LDA $EC C0/A93D: 300E BMI $A94D C0/A93F: C220 REP #$20 (16 bit accum./memory) C0/A941: 0A ASL A C0/A942: 0A ASL A C0/A943: 0A ASL A C0/A944: 0A ASL A C0/A945: 8D4D05 STA $054D C0/A948: 7B TDC C0/A949: E220 SEP #$20 (8 bit accum./memory) C0/A94B: 8012 BRA $A95F C0/A94D: 4502 EOR $02 C0/A94F: 1A INC A C0/A950: C220 REP #$20 (16 bit accum./memory) C0/A952: 0A ASL A C0/A953: 0A ASL A C0/A954: 0A ASL A C0/A955: 0A ASL A C0/A956: 4502 EOR $02 C0/A958: 1A INC A C0/A959: 8D4D05 STA $054D C0/A95C: 7B TDC C0/A95D: E220 SEP #$20 (8 bit accum./memory) C0/A95F: A903 LDA #$03 C0/A961: 4C5C9B JMP $9B5C
C0/A964 event #$5F : scroll BG2
C0/A964: A5EB LDA $EB C0/A966: 300E BMI $A976 C0/A968: C220 REP #$20 (16 bit accum./memory) C0/A96A: 0A ASL A C0/A96B: 0A ASL A C0/A96C: 0A ASL A C0/A96D: 0A ASL A C0/A96E: 8D4F05 STA $054F C0/A971: 7B TDC C0/A972: E220 SEP #$20 (8 bit accum./memory) C0/A974: 8010 BRA $A986 C0/A976: 4502 EOR $02 C0/A978: C220 REP #$20 (16 bit accum./memory) C0/A97A: 0A ASL A C0/A97B: 0A ASL A C0/A97C: 0A ASL A C0/A97D: 0A ASL A C0/A97E: 4502 EOR $02 C0/A980: 8D4F05 STA $054F C0/A983: 7B TDC C0/A984: E220 SEP #$20 (8 bit accum./memory) C0/A986: A5EC LDA $EC C0/A988: 300E BMI $A998 C0/A98A: C220 REP #$20 (16 bit accum./memory) C0/A98C: 0A ASL A C0/A98D: 0A ASL A C0/A98E: 0A ASL A C0/A98F: 0A ASL A C0/A990: 8D5105 STA $0551 C0/A993: 7B TDC C0/A994: E220 SEP #$20 (8 bit accum./memory) C0/A996: 8010 BRA $A9A8 C0/A998: 4502 EOR $02 C0/A99A: C220 REP #$20 (16 bit accum./memory) C0/A99C: 0A ASL A C0/A99D: 0A ASL A C0/A99E: 0A ASL A C0/A99F: 0A ASL A C0/A9A0: 4502 EOR $02 C0/A9A2: 8D5105 STA $0551 C0/A9A5: 7B TDC C0/A9A6: E220 SEP #$20 (8 bit accum./memory) C0/A9A8: A903 LDA #$03 C0/A9AA: 4C5C9B JMP $9B5C
C0/A9AD event #$72 : scroll background 2
C0/A9AD: A5EB LDA $EB C0/A9AF: 300E BMI $A9BF C0/A9B1: C220 REP #$20 (16 bit accum./memory) C0/A9B3: 0A ASL A C0/A9B4: 0A ASL A C0/A9B5: 0A ASL A C0/A9B6: 0A ASL A C0/A9B7: 8D4F05 STA $054F C0/A9BA: 7B TDC C0/A9BB: E220 SEP #$20 (8 bit accum./memory) C0/A9BD: 8012 BRA $A9D1 C0/A9BF: 4502 EOR $02 C0/A9C1: 1A INC A C0/A9C2: C220 REP #$20 (16 bit accum./memory) C0/A9C4: 0A ASL A C0/A9C5: 0A ASL A C0/A9C6: 0A ASL A C0/A9C7: 0A ASL A C0/A9C8: 4502 EOR $02 C0/A9CA: 1A INC A C0/A9CB: 8D4F05 STA $054F C0/A9CE: 7B TDC C0/A9CF: E220 SEP #$20 (8 bit accum./memory) C0/A9D1: A5EC LDA $EC C0/A9D3: 300E BMI $A9E3 C0/A9D5: C220 REP #$20 (16 bit accum./memory) C0/A9D7: 0A ASL A C0/A9D8: 0A ASL A C0/A9D9: 0A ASL A C0/A9DA: 0A ASL A C0/A9DB: 8D5105 STA $0551 C0/A9DE: 7B TDC C0/A9DF: E220 SEP #$20 (8 bit accum./memory) C0/A9E1: 8012 BRA $A9F5 C0/A9E3: 4502 EOR $02 C0/A9E5: 1A INC A C0/A9E6: C220 REP #$20 (16 bit accum./memory) C0/A9E8: 0A ASL A C0/A9E9: 0A ASL A C0/A9EA: 0A ASL A C0/A9EB: 0A ASL A C0/A9EC: 4502 EOR $02 C0/A9EE: 1A INC A C0/A9EF: 8D5105 STA $0551 C0/A9F2: 7B TDC C0/A9F3: E220 SEP #$20 (8 bit accum./memory) C0/A9F5: A903 LDA #$03 C0/A9F7: 4C5C9B JMP $9B5C
C0/A9FA event #$60 : change background palette
C0/A9FA: C220 REP #$20 (16 bit accum./memory) C0/A9FC: A5EB LDA $EB C0/A9FE: 29FF00 AND #$00FF C0/AA01: 0A ASL A C0/AA02: 0A ASL A C0/AA03: 0A ASL A C0/AA04: 0A ASL A C0/AA05: 0A ASL A C0/AA06: A8 TAY C0/AA07: A5EC LDA $EC C0/AA09: 29FF00 AND #$00FF C0/AA0C: 0A ASL A C0/AA0D: 0A ASL A C0/AA0E: 0A ASL A C0/AA0F: 0A ASL A C0/AA10: 0A ASL A C0/AA11: AA TAX C0/AA12: 7B TDC C0/AA13: E220 SEP #$20 (8 bit accum./memory) C0/AA15: A97E LDA #$7E C0/AA17: 48 PHA C0/AA18: AB PLB C0/AA19: C220 REP #$20 (16 bit accum./memory) C0/AA1B: A91000 LDA #$0010 C0/AA1E: 851E STA $1E C0/AA20: BF0080E6 LDA $E68000,X (Map character and townsperson sprite palettes) C0/AA24: 990072 STA $7200,Y C0/AA27: 990074 STA $7400,Y C0/AA2A: E8 INX C0/AA2B: E8 INX C0/AA2C: C8 INY C0/AA2D: C8 INY C0/AA2E: C61E DEC $1E C0/AA30: D0EE BNE $AA20 C0/AA32: 7B TDC C0/AA33: E220 SEP #$20 (8 bit accum./memory) C0/AA35: 7B TDC C0/AA36: 48 PHA C0/AA37: AB PLB C0/AA38: A903 LDA #$03 C0/AA3A: 4C5C9B JMP $9B5C
C0/AA3D event #$61 : colorize
C0/AA3D: A5EB LDA $EB C0/AA3F: 0A ASL A C0/AA40: AA TAX C0/AA41: C220 REP #$20 (16 bit accum./memory) C0/AA43: BFBBAAC0 LDA $C0AABB,X C0/AA47: 8520 STA $20 C0/AA49: 7B TDC C0/AA4A: E220 SEP #$20 (8 bit accum./memory) C0/AA4C: A5ED LDA $ED C0/AA4E: 1A INC A C0/AA4F: 38 SEC C0/AA50: E5EC SBC $EC C0/AA52: A8 TAY C0/AA53: A5EC LDA $EC C0/AA55: C220 REP #$20 (16 bit accum./memory) C0/AA57: 0A ASL A C0/AA58: AA TAX C0/AA59: 7B TDC C0/AA5A: E220 SEP #$20 (8 bit accum./memory) C0/AA5C: BF00727E LDA $7E7200,X C0/AA60: 291F AND #$1F C0/AA62: 851E STA $1E C0/AA64: BF01727E LDA $7E7201,X C0/AA68: 4A LSR A C0/AA69: 4A LSR A C0/AA6A: 291F AND #$1F C0/AA6C: 18 CLC C0/AA6D: 651E ADC $1E C0/AA6F: 851E STA $1E C0/AA71: 641F STZ $1F C0/AA73: C220 REP #$20 (16 bit accum./memory) C0/AA75: BF00727E LDA $7E7200,X C0/AA79: 0A ASL A C0/AA7A: 0A ASL A C0/AA7B: 0A ASL A C0/AA7C: EB XBA C0/AA7D: 291F00 AND #$001F C0/AA80: 18 CLC C0/AA81: 651E ADC $1E C0/AA83: 8D0442 STA $4204 C0/AA86: E220 SEP #$20 (8 bit accum./memory) C0/AA88: A903 LDA #$03 C0/AA8A: 8D0642 STA $4206 C0/AA8D: EA NOP C0/AA8E: EA NOP C0/AA8F: EA NOP C0/AA90: EA NOP C0/AA91: EA NOP C0/AA92: E8 INX C0/AA93: E8 INX C0/AA94: AD1442 LDA $4214 C0/AA97: 0A ASL A C0/AA98: 0A ASL A C0/AA99: EB XBA C0/AA9A: AD1442 LDA $4214 C0/AA9D: C220 REP #$20 (16 bit accum./memory) C0/AA9F: 851E STA $1E C0/AAA1: AD1442 LDA $4214 C0/AAA4: EB XBA C0/AAA5: 4A LSR A C0/AAA6: 4A LSR A C0/AAA7: 4A LSR A C0/AAA8: 051E ORA $1E C0/AAAA: 2520 AND $20 C0/AAAC: 9FFE737E STA $7E73FE,X C0/AAB0: 7B TDC C0/AAB1: E220 SEP #$20 (8 bit accum./memory) C0/AAB3: 88 DEY C0/AAB4: D0A6 BNE $AA5C C0/AAB6: A904 LDA #$04 C0/AAB8: 4C5C9B JMP $9B5C
C0/AABB unknow
C0/AABB: 0000 BRK #$00 C0/AABD: 1F00E003 ORA $03E000,X C0/AAC1: FF03007C SBC $7C0003,X C0/AAC5: 1F7CE07F ORA $7FE07C,X C0/AAC9: FF7F
C0/AACB event #$62 : mosaic screen
C0/AACB: A5EB LDA $EB C0/AACD: 8DF011 STA $11F0 C0/AAD0: A2001E LDX #$1E00 C0/AAD3: 8E9607 STX $0796 C0/AAD6: A902 LDA #$02 C0/AAD8: 4C5C9B JMP $9B5C
C0/AADB event #$63 : create spotlight effect
C0/AADB: A5EB LDA $EB C0/AADD: 291F AND #$1F C0/AADF: 0980 ORA #$80 C0/AAE1: 8D7B07 STA $077B C0/AAE4: A902 LDA #$02 C0/AAE6: 4C5C9B JMP $9B5C
C0/AAE9 event #$64
C0/AAE9: A5EB LDA $EB C0/AAEB: 8D0242 STA $4202 C0/AAEE: A90D LDA #$0D C0/AAF0: 8D0342 STA $4203 C0/AAF3: EA NOP C0/AAF4: EA NOP C0/AAF5: EA NOP C0/AAF6: AE1642 LDX $4216 C0/AAF9: A5EC LDA $EC C0/AAFB: 2903 AND #$03 C0/AAFD: 0A ASL A C0/AAFE: 9D6910 STA $1069,X C0/AB01: 9E6A10 STZ $106A,X C0/AB04: A903 LDA #$03 C0/AB06: 4C5C9B JMP $9B5C
C0/AB09 event #$65
C0/AB09: A5EB LDA $EB C0/AB0B: 8D0242 STA $4202 C0/AB0E: A90D LDA #$0D (13) C0/AB10: 8D0342 STA $4203 C0/AB13: EA NOP C0/AB14: EA NOP C0/AB15: EA NOP C0/AB16: AE1642 LDX $4216 C0/AB19: A5EC LDA $EC C0/AB1B: 297F AND #$7F C0/AB1D: C220 REP #$20 (16 bit accum./memory) C0/AB1F: 0A ASL A C0/AB20: 0A ASL A C0/AB21: 0A ASL A C0/AB22: 0A ASL A C0/AB23: 851E STA $1E C0/AB25: 7B TDC C0/AB26: E220 SEP #$20 (8 bit accum./memory) C0/AB28: A5EC LDA $EC C0/AB2A: 100C BPL $AB38 C0/AB2C: C220 REP #$20 (16 bit accum./memory) C0/AB2E: A51E LDA $1E C0/AB30: 4502 EOR $02 (#$FF...) C0/AB32: 1A INC A (subtract 255 and add 1...) C0/AB33: 851E STA $1E C0/AB35: 7B TDC (pointless?) C0/AB36: E220 SEP #$20 (and pointless again?) C0/AB38: C220 REP #$20 (16 bit accum./memory) C0/AB3A: A51E LDA $1E C0/AB3C: 9D6B10 STA $106B,X C0/AB3F: 7B TDC C0/AB40: E220 SEP #$20 (8 bit accum./memory) C0/AB42: A903 LDA #$03 C0/AB44: 4C5C9B JMP $9B5C
C0/AB47 event #$6A : loads map and set party position at vehicle
C0/AB47: 20886E JSR $6E88 C0/AB4A: 20560F JSR $0F56 C0/AB4D: A5E1 LDA $E1 C0/AB4F: 0940 ORA #$40 C0/AB51: 85E1 STA $E1 C0/AB53: 8005 BRA $AB5A
C0/AB55 event #$6B : loads map and positions party
C0/AB55: 20886E JSR $6E88 C0/AB58: 644A STZ $4A C0/AB5A: A901 LDA #$01 C0/AB5C: 8584 STA $84 C0/AB5E: A5EF LDA $EF C0/AB60: 8DFA11 STA $11FA C0/AB63: C220 REP #$20 (16 bit accum./memory) C0/AB65: A5EB LDA $EB C0/AB67: 290002 AND #$0200 C0/AB6A: F00D BEQ $AB79 C0/AB6C: A5EB LDA $EB C0/AB6E: 29FF01 AND #$01FF C0/AB71: 8D691F STA $1F69 C0/AB74: A5ED LDA $ED C0/AB76: 8D6B1F STA $1F6B C0/AB79: A5EB LDA $EB C0/AB7B: 8D641F STA $1F64 C0/AB7E: 29FF01 AND #$01FF C0/AB81: C9FF01 CMP #$01FF C0/AB84: F047 BEQ $ABCD C0/AB86: C9FE01 CMP #$01FE C0/AB89: F047 BEQ $ABD2 C0/AB8B: AA TAX C0/AB8C: 7B TDC C0/AB8D: E220 SEP #$20 (8 bit accum./memory) C0/AB8F: E00300 CPX #$0003 C0/AB92: B01B BCS $ABAF C0/AB94: A6ED LDX $ED C0/AB96: 8E601F STX $1F60 C0/AB99: C221 REP #$21 C0/AB9B: A5E5 LDA $E5 C0/AB9D: 690600 ADC #$0006 C0/ABA0: 8DFD11 STA $11FD C0/ABA3: E220 SEP #$20 (8 bit accum./memory) C0/ABA5: A5E7 LDA $E7 C0/ABA7: 6900 ADC #$00 C0/ABA9: 8DFF11 STA $11FF C0/ABAC: 7B TDC C0/ABAD: 8057 BRA $AC06 C0/ABAF: A5ED LDA $ED C0/ABB1: 8DC01F STA $1FC0 C0/ABB4: A5EE LDA $EE C0/ABB6: 8DC11F STA $1FC1 C0/ABB9: A5EC LDA $EC C0/ABBB: 2930 AND #$30 C0/ABBD: 4A LSR A C0/ABBE: 4A LSR A C0/ABBF: 4A LSR A C0/ABC0: 4A LSR A C0/ABC1: 8D4307 STA $0743 C0/ABC4: A5EC LDA $EC C0/ABC6: 2908 AND #$08 C0/ABC8: 8D4507 STA $0745 (set location name to appear when map loads) C0/ABCB: 8039 BRA $AC06
Map #$01FF jumps here C0/ABCD: 20461A JSR $1A46 C0/ABD0: 8009 BRA $ABDB
Map #$01FE jumps here C0/ABD2: 7B TDC C0/ABD3: E220 SEP #$20 (8 bit accum./memory) C0/ABD5: ADD21F LDA $1FD2 C0/ABD8: 8D681F STA $1F68 C0/ABDB: C220 REP #$20 (16 bit accum./memory) C0/ABDD: A5EB LDA $EB C0/ABDF: 2900FE AND #$FE00 C0/ABE2: 0D691F ORA $1F69 C0/ABE5: 8D641F STA $1F64 C0/ABE8: 29FF01 AND #$01FF C0/ABEB: C90300 CMP #$0003 C0/ABEE: B00B BCS $ABFB C0/ABF0: AD6B1F LDA $1F6B C0/ABF3: 8D601F STA $1F60 C0/ABF6: 7B TDC C0/ABF7: E220 SEP #$20 (8 bit accum./memory) C0/ABF9: 809E BRA $AB99 C0/ABFB: AD6B1F LDA $1F6B C0/ABFE: 8DC01F STA $1FC0 C0/AC01: 7B TDC C0/AC02: E220 SEP #$20 (8 bit accum./memory) C0/AC04: 80B3 BRA $ABB9 C0/AC06: A906 LDA #$06 C0/AC08: 4C709B JMP $9B70
C0/AC0B event #$6C : set parent map and position
C0/AC0B: A4EB LDY $EB C0/AC0D: 8C691F STY $1F69 C0/AC10: A4ED LDY $ED C0/AC12: 8C6B1F STY $1F6B C0/AC15: A5EF LDA $EF C0/AC17: 8DD21F STA $1FD2 C0/AC1A: A906 LDA #$06 C0/AC1C: 4C5C9B JMP $9B5C
C0/AC1F event #$75 : refresh background after map changes
C0/AC1F: AD5A05 LDA $055A C0/AC22: C905 CMP #$05 C0/AC24: D004 BNE $AC2A C0/AC26: 3A DEC A C0/AC27: 8D5A05 STA $055A C0/AC2A: AD5B05 LDA $055B C0/AC2D: C905 CMP #$05 C0/AC2F: D004 BNE $AC35 C0/AC31: 3A DEC A C0/AC32: 8D5B05 STA $055B C0/AC35: AD5C05 LDA $055C C0/AC38: C905 CMP #$05 C0/AC3A: D004 BNE $AC40 C0/AC3C: 3A DEC A C0/AC3D: 8D5C05 STA $055C C0/AC40: A901 LDA #$01 C0/AC42: 4C709B JMP $9B70
C0/AC45 event #$73
C0/AC45: A5EC LDA $EC C0/AC47: 29C0 AND #$C0 C0/AC49: D007 BNE $AC52 C0/AC4B: A904 LDA #$04 C0/AC4D: 8D5A05 STA $055A C0/AC50: 8010 BRA $AC62 C0/AC52: C940 CMP #$40 C0/AC54: D007 BNE $AC5D C0/AC56: A904 LDA #$04 C0/AC58: 8D5B05 STA $055B C0/AC5B: 8005 BRA $AC62 C0/AC5D: A904 LDA #$04 C0/AC5F: 8D5C05 STA $055C
C0/AC62 event #$74
C0/AC62: A5EC LDA $EC C0/AC64: 29C0 AND #$C0 C0/AC66: D00E BNE $AC76 C0/AC68: AD5A05 LDA $055A C0/AC6B: C904 CMP #$04 C0/AC6D: F025 BEQ $AC94 C0/AC6F: A905 LDA #$05 C0/AC71: 8D5A05 STA $055A C0/AC74: 801E BRA $AC94 C0/AC76: C940 CMP #$40 C0/AC78: D00E BNE $AC88 C0/AC7A: AD5B05 LDA $055B C0/AC7D: C904 CMP #$04 C0/AC7F: F013 BEQ $AC94 C0/AC81: A905 LDA #$05 C0/AC83: 8D5B05 STA $055B C0/AC86: 800C BRA $AC94 C0/AC88: AD5C05 LDA $055C C0/AC8B: C904 CMP #$04 C0/AC8D: F005 BEQ $AC94 C0/AC8F: A905 LDA #$05 C0/AC91: 8D5C05 STA $055C C0/AC94: A5EB LDA $EB C0/AC96: 858F STA $8F C0/AC98: A5EC LDA $EC C0/AC9A: 293F AND #$3F C0/AC9C: 8590 STA $90 C0/AC9E: C221 REP #$21 C0/ACA0: A5E5 LDA $E5 C0/ACA2: 690300 ADC #$0003 C0/ACA5: 858C STA $8C C0/ACA7: E220 SEP #$20 (8 bit accum./memory) C0/ACA9: A5E7 LDA $E7 C0/ACAB: 6900 ADC #$00 C0/ACAD: 858E STA $8E C0/ACAF: A5ED LDA $ED C0/ACB1: 8D0242 STA $4202 C0/ACB4: A5EE LDA $EE C0/ACB6: 8D0342 STA $4203 C0/ACB9: EA NOP C0/ACBA: EA NOP C0/ACBB: C221 REP #$21 C0/ACBD: AD1642 LDA $4216 C0/ACC0: 690200 ADC #$0002 C0/ACC3: 658C ADC $8C C0/ACC5: 85E5 STA $E5 C0/ACC7: E220 SEP #$20 (8 bit accum./memory) C0/ACC9: A58E LDA $8E C0/ACCB: 6900 ADC #$00 C0/ACCD: 85E7 STA $E7 C0/ACCF: 7B TDC C0/ACD0: A5EC LDA $EC C0/ACD2: 29C0 AND #$C0 C0/ACD4: D008 BNE $ACDE C0/ACD6: A20000 LDX #$0000 C0/ACD9: 862A STX $2A C0/ACDB: 4CC41E JMP $1EC4
C0/ACDE: 3008 BMI $ACE8 C0/ACE0: A20040 LDX #$4000 C0/ACE3: 862A STX $2A (branching to ACD9 would save 3 bytes) C0/ACE5: 4CC41E JMP $1EC4
C0/ACE8: A20080 LDX #$8000 C0/ACEB: 862A STX $2A (branching to ACD9 would save 3 bytes) C0/ACED: 4CC41E JMP $1EC4
C0/ACF0 event #$80 : add item to inventory
C0/ACF0: A5EB LDA $EB (Get the item's index) C0/ACF2: 851A STA $1A (Store it in $1A temporarily) C0/ACF4: 20FCAC JSR $ACFC (Go to below function) C0/ACF7: A902 LDA #$02 (Advance the pointer this far) C0/ACF9: 4C5C9B JMP $9B5C
C0/ACFC: A600 LDX $00 (Load X with $00) C0/ACFE: BD6918 LDA $1869,X (Get item currently in inventory at X) C0/AD01: C51A CMP $1A (Is it the same as the candidate (temporary one at $1A)?) C0/AD03: F01D BEQ $AD22 (If so, branch -> check quantity of items) C0/AD05: E8 INX (Increment X) C0/AD06: E00001 CPX #$0100 (Is X over 256?) C0/AD09: D0F3 BNE $ACFE (If not, branch -> get next item) C0/AD0B: A600 LDX $00 (Otherwise, load X with $00) C0/AD0D: BD6918 LDA $1869,X (Get item currently in inventory at X) C0/AD10: C9FF CMP #$FF (Is it currently an "empty" item?) C0/AD12: F003 BEQ $AD17 (If so, branch -> get the item out of temporary location) C0/AD14: E8 INX (Otherwise, increment X) C0/AD15: 80F6 BRA $AD0D (Go to the next item) C0/AD17: A51A LDA $1A C0/AD19: 9D6918 STA $1869,X (Put it in inventory at X) C0/AD1C: A901 LDA #$01 (Load 1) C0/AD1E: 9D6919 STA $1969,X (Put it in for quantity of item X) C0/AD21: 60 RTS (Exit)
C0/AD22: BD6919 LDA $1969,X (check quantity of item X) C0/AD25: C963 CMP #$63 (Is it 99?) C0/AD27: F003 BEQ $AD2C (If so, exit) C0/AD29: FE6919 INC $1969,X (Otherwise increment quantity of items) C0/AD2C: 60 RTS (Exit)
C0/AD2D event #$81 : remove item from inventory
C0/AD2D: A600 LDX $00 (Load X with $00) C0/AD2F: BD6918 LDA $1869,X (Get item X (currently in inventory)) C0/AD32: C5EB CMP $EB (Is this the candidate (at $EB) for removal?) C0/AD34: F008 BEQ $AD3E (If so, branch -> decrement quantity) C0/AD36: E8 INX (Otherwise, increment X) C0/AD37: E00001 CPX #$0100 (Is X over 256?) C0/AD3A: D0F3 BNE $AD2F (If not, branch -> get the next item) C0/AD3C: 800D BRA $AD4B (Otherwise, exit the function) C0/AD3E: DE6919 DEC $1969,X (Decremtne the quantity of item X) C0/AD41: BD6919 LDA $1969,X (Get the quantity of item X) C0/AD44: D005 BNE $AD4B (If over 0, exit the function) C0/AD46: A9FF LDA #$FF (Otherwise, get an "empty" item) C0/AD48: 9D6918 STA $1869,X (Put it in inventory at X) C0/AD4B: A902 LDA #$02 (How many bytes advanced this was) C0/AD4D: 4C5C9B JMP $9B5C
C0/AD50 event #$84 : add GP
C0/AD50: C221 REP #$21 (16 bit accum./memory) C0/AD52: AD6018 LDA $1860 (Load the amount of gold variable) C0/AD55: 65EB ADC $EB (Add the parameter ($EB) amount of gold) C0/AD57: 8D6018 STA $1860 (Store it back to the gold variable) C0/AD5A: 7B TDC (Clear the accumulator) C0/AD5B: E220 SEP #$20 (8 bit accum./memory) C0/AD5D: 6D6218 ADC $1862 (Add accumulator to $1862) C0/AD60: 8D6218 STA $1862 (Store the result back into 1862) C0/AD63: C998 CMP #$98 (Is it less than 152 (98 hex)?) C0/AD65: 9013 BCC $AD7A (If so, we're ok, branch to the end) C0/AD67: AE6018 LDX $1860 (Otherwise, check the low 2 bytes with X) C0/AD6A: E07F96 CPX #$967F (Is it less than 38527 (967F hex)?) C0/AD6D: 900B BCC $AD7A (If so, we're ok, branch to the end) C0/AD6F: A27F96 LDX #$967F (Otherwise, load X with the max value for the low bytes) C0/AD72: 8E6018 STX $1860 (Store it into the low bytes of gold) C0/AD75: A998 LDA #$98 (Load A with the max for the high byte) C0/AD77: 8D6218 STA $1862 (Store it into the high byte) C0/AD7A: A903 LDA #$03 (Advance the script 3 places) C0/AD7C: 4C5C9B JMP $9B5C
C0/AD7F event #$85 : subtract GP
C0/AD7F: ADB71E LDA $1EB7 C0/AD82: 29BF AND #$BF C0/AD84: 8DB71E STA $1EB7 C0/AD87: C220 REP #$20 (16 bit accum./memory) C0/AD89: AD6018 LDA $1860 C0/AD8C: 38 SEC C0/AD8D: E5EB SBC $EB C0/AD8F: 852A STA $2A C0/AD91: 7B TDC C0/AD92: E220 SEP #$20 (8 bit accum./memory) C0/AD94: AD6218 LDA $1862 C0/AD97: E900 SBC #$00 C0/AD99: 852C STA $2C C0/AD9B: C9A0 CMP #$A0 C0/AD9D: 900A BCC $ADA9 C0/AD9F: ADB71E LDA $1EB7 C0/ADA2: 0940 ORA #$40 C0/ADA4: 8DB71E STA $1EB7 C0/ADA7: 800A BRA $ADB3 C0/ADA9: A62A LDX $2A C0/ADAB: 8E6018 STX $1860 C0/ADAE: A52C LDA $2C C0/ADB0: 8D6218 STA $1862 C0/ADB3: A903 LDA #$03 C0/ADB5: 4C5C9B JMP $9B5C
C0/ADB8 event #$86 : set esper as available
C0/ADB8: A5EB LDA $EB (Load A with the index of the Esper to add) C0/ADBA: 38 SEC (Clear the carry) C0/ADBB: E936 SBC #$36 (Subtract 54 from the index) C0/ADBD: 85EB STA $EB (Put (index - 54) into $EB) C0/ADBF: 2907 AND #$07 (Zero out upper nibble) C0/ADC1: AA TAX (Put result into X) C0/ADC2: A5EB LDA $EB (A = (index - 54)) C0/ADC4: 4A LSR A (Divide by 2) C0/ADC5: 4A LSR A (Divide by 2) C0/ADC6: 4A LSR A (Divide by 2, now 8 total) C0/ADC7: A8 TAY (Put result into Y) C0/ADC8: B9691A LDA $1A69,Y (Load A with $1A69 + (index - 54)/8 (locates the correct byte)) C0/ADCB: 1FFCBAC0 ORA $C0BAFC,X (Mask to update the held Espers byte) C0/ADCF: 99691A STA $1A69,Y (Store the updated held Espers byte) C0/ADD2: A902 LDA #$02 (How many bytes advanced this was (one for op and one for param)) C0/ADD4: 4C5C9B JMP $9B5C
C0/ADD7: A5EB LDA $EB (Load A with the index from the Esper to remove) C0/ADD9: 38 SEC (Set the borrow in case it's needed) C0/ADDA: E936 SBC #$36 (Subtract 54 from the index) C0/ADDC: 85EB STA $EB (Put (index -54) into $EB) C0/ADDE: 20EDBA JSR $BAED (updated A = X index; clears out upper 9 bits, Y = A shifted right 3 times) C0/ADE1: B9691A LDA $1A69,Y (espers owned) C0/ADE4: 3F04BBC0 AND $C0BB04,X (remove the one set in the parameter) C0/ADE8: 99691A STA $1A69,Y (new espers owned) C0/ADEB: A400 LDY $00 (Y = 0) C0/ADED: B91E16 LDA $161E,Y (esper equipped) C0/ADF0: C5EB CMP $EB (does it match the one to remove?) C0/ADF2: D005 BNE $ADF9 (branch if not) C0/ADF4: A9FF LDA #$FF (empty slot) C0/ADF6: 991E16 STA $161E,Y (since it was removed, unequip it also) C0/ADF9: C221 REP #$21 C0/ADFB: 98 TYA (Y = A) C0/ADFC: 692500 ADC #$0025 (add 37 to check next character) C0/ADFF: A8 TAY (transfer the +37 to Y) C0/AE00: 7B TDC (A = 0) C0/AE01: E220 SEP #$20 (8 bit accum./memory) C0/AE03: C05002 CPY #$0250 (did we check all characters?) C0/AE06: D0E5 BNE $ADED (branch if not) C0/AE08: A902 LDA #$02 (Advance the script pointer by 2) C0/AE0A: 4C5C9B JMP $9B5C
C0/AE0D learn a spell (unused?)
C0/AE0D: A5EB LDA $EB (load parameter, character) C0/AE0F: 8D0242 STA $4202 (save as a multiplier) C0/AE12: A936 LDA #$36 (54...) C0/AE14: 8D0342 STA $4203 (save as the other multiplier) C0/AE17: A5EC LDA $EC (load another parameter, the spell number) C0/AE19: C221 REP #$21 C0/AE1B: EA NOP C0/AE1C: 6D1642 ADC $4216 (add the result of the multiplication) C0/AE1F: AA TAX (new index) C0/AE20: 7B TDC C0/AE21: E220 SEP #$20 (8 bit accum./memory) C0/AE23: A9FF LDA #$FF (empty slot in most cases, but for this...) C0/AE25: 9D6E1A STA $1A6E,X (set spell as learned) C0/AE28: A903 LDA #$03 (Advance the script pointer by 3) C0/AE2A: 4C5C9B JMP $9B5C
C0/AE2D event #$88 : remove status conditions?
C0/AE2D: 20AD9D JSR $9DAD C0/AE30: C05002 CPY #$0250 C0/AE33: B00D BCS $AE42 C0/AE35: C220 REP #$20 (16 bit accum./memory) C0/AE37: B91416 LDA $1614,Y (load status bytes 1 & 4) C0/AE3A: 25EC AND $EC (keep those only in the parameter) C0/AE3C: 991416 STA $1614,Y (save new status) C0/AE3F: 7B TDC C0/AE40: E220 SEP #$20 (8 bit accum./memory) C0/AE42: A904 LDA #$04 C0/AE44: 4C5C9B JMP $9B5C
C0/AE47 event #$89 : inflict status conditions
C0/AE47: 20AD9D JSR $9DAD C0/AE4A: C05002 CPY #$0250 C0/AE4D: B00D BCS $AE5C C0/AE4F: C220 REP #$20 (16 bit accum./memory) C0/AE51: B91416 LDA $1614,Y (load status bytes 1 & 4) C0/AE54: 05EC ORA $EC (set those in the parameter) C0/AE56: 991416 STA $1614,Y (save new status) C0/AE59: 7B TDC C0/AE5A: E220 SEP #$20 (8 bit accum./memory) C0/AE5C: A904 LDA #$04 C0/AE5E: 4C5C9B JMP $9B5C
C0/AE61 event #$8A : toggle status conditions
C0/AE61: 20AD9D JSR $9DAD C0/AE64: C05002 CPY #$0250 C0/AE67: B00D BCS $AE76 C0/AE69: C220 REP #$20 (16 bit accum./memory) C0/AE6B: B91416 LDA $1614,Y (load status bytes 1 & 4) C0/AE6E: 45EC EOR $EC (toggle those in the parameter) C0/AE70: 991416 STA $1614,Y (save new status) C0/AE73: 7B TDC C0/AE74: E220 SEP #$20 (8 bit accum./memory) C0/AE76: A904 LDA #$04 C0/AE78: 4C5C9B JMP $9B5C
C0/AE7B event #$8B : add/subtract HP from characters
C0/AE7B: 20AD9D JSR $9DAD (Point Y at character XX's data struct) C0/AE7E: C05002 CPY #$0250 (Is Y > (37 * 16)? ) C0/AE81: 9003 BCC $AE86 (Continue if it's less) C0/AE83: 4CD3AE JMP $AED3 (If it's outside the range, exit) C0/AE86: 20E8AE JSR $AEE8 (various, but it store Max HP to $1E) C0/AE89: A5EC LDA $EC (Load the operation parameter) C0/AE8B: 297F AND #$7F (Zero out bit 7) C0/AE8D: C97F CMP #$7F (Is it now #7F?) C0/AE8F: F038 BEQ $AEC9 (If so, branch to maximize HP) C0/AE91: 0A ASL A (Otherwise, it'll be a # 0-7 (or it'll break), so double it for a pointer) C0/AE92: AA TAX (Store it to X) C0/AE93: A5EC LDA $EC (Again, load the operation parameter) C0/AE95: 3017 BMI $AEAE (If bit 7 set, branch to subtraction code) C0/AE97: C221 REP #$21 (Otherwise, we'll add; set carry bit and 16 bit A/mem.) C0/AE99: B90916 LDA $1609,Y (Load current HP) C0/AE9C: 7FD8AEC0 ADC $C0AED8,X (Add 2^X as loaded from the data table (X was calculated above)) C0/AEA0: C51E CMP $1E (Compare to Max HP) C0/AEA2: 9002 BCC $AEA6 (If it's less, branch) C0/AEA4: A51E LDA $1E (If it's more, load Max HP (note that a BRA here could save 8 bytes)) C0/AEA6: 990916 STA $1609,Y (And store it to the current HP) C0/AEA9: 7B TDC (Clear A) C0/AEAA: E220 SEP #$20 (8 bit A/mem) C0/AEAC: 8025 BRA $AED3 (Branch to exit) C0/AEAE: C220 REP #$20 (16 bit A/mem; subtraction code starts here) C0/AEB0: B90916 LDA $1609,Y (Load A with the current HP) C0/AEB3: F00C BEQ $AEC1 (Branch if it's 0 (this destination could be moved as well)) C0/AEB5: 38 SEC (Set carry in anticipation of subtraction) C0/AEB6: FFD8AEC0 SBC $C0AED8,X (Subtract 2^x as loaded from the data table) C0/AEBA: F002 BEQ $AEBE (If it's now 0, branch to "set it to 1") C0/AEBC: 1003 BPL $AEC1 (If it's postive, we're done) C0/AEBE: A90100 LDA #$0001 (Load A with 1 if subtraction did or would've set it to 0) C0/AEC1: 990916 STA $1609,Y (Store A to current HP) C0/AEC4: 7B TDC (Store 0 to A) C0/AEC5: E220 SEP #$20 (8 bit A/mem) C0/AEC7: 800A BRA $AED3 (Branch to exit) C0/AEC9: C220 REP #$20 (16 bit A/mem; maximization code starts here) C0/AECB: A51E LDA $1E (Load Max HP) C0/AECD: 990916 STA $1609,Y (Store it to Current HP) C0/AED0: 7B TDC (Clear A) C0/AED1: E220 SEP #$20 (8 bit A/mem) C0/AED3: A903 LDA #$03 (//this is to advance the script pointer 3 bytes) C0/AED5: 4C5C9B JMP $9B5C
C0/AED8 unknow
C0/AED8: 0100 C0/AEDA: 0200 C0/AEDC: 0400 C0/AEDE: 0800 C0/AEE0: 1000 C0/AEE2: 2000 C0/AEE4: 4000 C0/AEE6: 8000
C0/AEE8 unknow
C0/AEE8: DA PHX C0/AEE9: C220 REP #$20 (16 bit accum./memory) C0/AEEB: B90B16 LDA $160B,Y C0/AEEE: 29FF3F AND #$3FFF C0/AEF1: 851E STA $1E C0/AEF3: 4A LSR A C0/AEF4: 8520 STA $20 C0/AEF6: 4A LSR A C0/AEF7: 8522 STA $22 C0/AEF9: 4A LSR A C0/AEFA: 8524 STA $24 C0/AEFC: 7B TDC C0/AEFD: E220 SEP #$20 (8 bit accum./memory) C0/AEFF: B90C16 LDA $160C,Y C0/AF02: 29C0 AND #$C0 C0/AF04: F02D BEQ $AF33 C0/AF06: C940 CMP #$40 C0/AF08: F01E BEQ $AF28 C0/AF0A: C980 CMP #$80 C0/AF0C: F00D BEQ $AF1B C0/AF0E: C221 REP #$21 C0/AF10: A51E LDA $1E C0/AF12: 6524 ADC $24 C0/AF14: 851E STA $1E C0/AF16: 7B TDC C0/AF17: E220 SEP #$20 (8 bit accum./memory) C0/AF19: 8018 BRA $AF33 C0/AF1B: C221 REP #$21 C0/AF1D: A51E LDA $1E C0/AF1F: 6520 ADC $20 C0/AF21: 851E STA $1E C0/AF23: 7B TDC C0/AF24: E220 SEP #$20 (8 bit accum./memory) C0/AF26: 800B BRA $AF33 C0/AF28: C221 REP #$21 C0/AF2A: A51E LDA $1E C0/AF2C: 6522 ADC $22 C0/AF2E: 851E STA $1E C0/AF30: 7B TDC C0/AF31: E220 SEP #$20 (8 bit accum./memory) C0/AF33: A20F27 LDX #$270F (Cap at 9999) C0/AF36: E41E CPX $1E C0/AF38: B002 BCS $AF3C C0/AF3A: 861E STX $1E C0/AF3C: FA PLX C0/AF3D: 60 RTS
C0/AF3E event #$8C : add/subtract MP from characters
C0/AF3E: 20AD9D JSR $9DAD (Point Y at character XX's data struct) C0/AF41: C05002 CPY #$0250 (Is Y > (37 * 16)? ) C0/AF44: 9003 BCC $AF49 (Continue if it is) C0/AF46: 4C90AF JMP $AF90 (Otherwise, jump to the exit) C0/AF49: 20A3AF JSR $AFA3 (various, but it stores Max MP to $1E) C0/AF4C: A5EC LDA $EC (Load the operation parameter) C0/AF4E: 297F AND #$7F (Zero out bit 7) C0/AF50: C97F CMP #$7F (Compare it to #7F) C0/AF52: F032 BEQ $AF86 (If it's equal, branch to maximize code) C0/AF54: 0A ASL A (Double it for a 2 byte data pointer value) C0/AF55: AA TAX (Store the data pointer to X) C0/AF56: A5EC LDA $EC (Load the operation parameter) C0/AF58: 3017 BMI $AF71 (If bit 7 set, branch to the subtraction code) C0/AF5A: C221 REP #$21 (16 bit A/mem and clear carry for addition) C0/AF5C: B90D16 LDA $160D,Y (Load current MP) C0/AF5F: 7F95AFC0 ADC $C0AF95,X (Add data from table (unfortunately all 0's)) C0/AF63: C51E CMP $1E (Compare to Max MP) C0/AF65: 9002 BCC $AF69 (If it's less than Max, just store it as-is) C0/AF67: A51E LDA $1E (Otherwise, load Max MP) C0/AF69: 990D16 STA $160D,Y (And store to current MP) C0/AF6C: 7B TDC (Clear A) C0/AF6D: E220 SEP #$20 (8 bit A/mem) C0/AF6F: 801F BRA $AF90 (Branch to exit) C0/AF71: C220 REP #$20 (16 bit A/mem) C0/AF73: B90D16 LDA $160D,Y (Load current MP) C0/AF76: 38 SEC (Set carry for subtraction) C0/AF77: FF95AFC0 SBC $C0AF95,X (Subtract data from table (unfortunately all 0's)) C0/AF7B: 1001 BPL $AF7E (If positive, keep it as-is) C0/AF7D: 7B TDC (Otherwise, clear A to 0) C0/AF7E: 990D16 STA $160D,Y (Store to current MP) C0/AF81: 7B TDC (Clear A) C0/AF82: E220 SEP #$20 (8 bit A/mem) C0/AF84: 800A BRA $AF90 (Branch to the exit) C0/AF86: C220 REP #$20 (16 bit A/mem) C0/AF88: A51E LDA $1E (Load Max MP) C0/AF8A: 990D16 STA $160D,Y (Store to current MP) C0/AF8D: 7B TDC (Clear A) C0/AF8E: E220 SEP #$20 (8 bit A/mem) C0/AF90: A903 LDA #$03 (//advance the script pointer by 3 bytes...) C0/AF92: 4C5C9B JMP $9B5C
C0/AF95 unknow
C0/AF95: 0000 C0/AF97: 0000 C0/AF99: 0000 C0/AF9B: 0000 C0/AF9D: 0000 C0/AF9F: 0000 C0/AFA1: 0000
C0/AFA3 unknow
C0/AFA3: DA PHX C0/AFA4: C220 REP #$20 (16 bit accum./memory) C0/AFA6: B90F16 LDA $160F,Y C0/AFA9: 29FF3F AND #$3FFF C0/AFAC: 851E STA $1E C0/AFAE: 4A LSR A C0/AFAF: 8520 STA $20 C0/AFB1: 4A LSR A C0/AFB2: 8522 STA $22 C0/AFB4: 4A LSR A C0/AFB5: 8524 STA $24 C0/AFB7: 7B TDC C0/AFB8: E220 SEP #$20 (8 bit accum./memory) C0/AFBA: B91016 LDA $1610,Y C0/AFBD: 29C0 AND #$C0 C0/AFBF: F02C BEQ $AFED C0/AFC1: C940 CMP #$40 C0/AFC3: F01D BEQ $AFE2 C0/AFC5: C980 CMP #$80 C0/AFC7: F00C BEQ $AFD5 C0/AFC9: C221 REP #$21 C0/AFCB: A51E LDA $1E C0/AFCD: 6524 ADC $24 C0/AFCF: 851E STA $1E C0/AFD1: E220 SEP #$20 (8 bit accum./memory) C0/AFD3: 8018 BRA $AFED C0/AFD5: C221 REP #$21 C0/AFD7: A51E LDA $1E C0/AFD9: 6520 ADC $20 C0/AFDB: 851E STA $1E C0/AFDD: 7B TDC C0/AFDE: E220 SEP #$20 (8 bit accum./memory) C0/AFE0: 800B BRA $AFED C0/AFE2: C221 REP #$21 C0/AFE4: A51E LDA $1E C0/AFE6: 6522 ADC $22 C0/AFE8: 851E STA $1E C0/AFEA: 7B TDC C0/AFEB: E220 SEP #$20 (8 bit accum./memory) C0/AFED: A2E703 LDX #$03E7 (Cap at 999) C0/AFF0: E41E CPX $1E C0/AFF2: B002 BCS $AFF6 C0/AFF4: 861E STX $1E C0/AFF6: FA PLX C0/AFF7: 60 RTS
C0/AFF8 event #$8F : unlock all sword techs
C0/AFF8: A9FF LDA #$FF C0/AFFA: 8DF71C STA $1CF7 C0/AFFD: A901 LDA #$01 C0/AFFF: 4C5C9B JMP $9B5C