;Command set 1 jump table
copy_or_return_1_entry:
	NOP				;$BB8000	\ Decompression command entry
	JMP copy_or_return_1            ;$BB8001	/
                                        
stream_byte_1_entry:                    
	NOP                             ;$BB8004	\ Decompression command entry
	JMP stream_byte_1               ;$BB8005	/
                                        
stream_word_1_entry:                    
	NOP                             ;$BB8008	\ Decompression command entry
	JMP stream_word_1               ;$BB8009	/
                                        
stream_byte_fill_1_entry:               
	NOP                             ;$BB800C	\ Decompression command entry
	JMP stream_byte_fill_1          ;$BB800D	/
                                        
direct_byte_1_fill_1_entry:             
	NOP                             ;$BB8010	\ Decompression command entry
	JMP direct_byte_1_fill_1        ;$BB8011	/
                                        
direct_byte_2_fill_1_entry:             
	NOP                             ;$BB8014	\ Decompression command entry
	JMP direct_byte_2_fill_1        ;$BB8015	/
                                        
direct_word_put_1_entry:                
	NOP                             ;$BB8018	\ Decompression command entry
	JMP direct_word_put_1           ;$BB8019	/
                                        
direct_byte_1_put_1_entry:              
	NOP                             ;$BB801C	\ Decompression command entry
	JMP direct_byte_1_put_1         ;$BB801D	/
                                        
direct_byte_2_put_1_entry:              
	NOP                             ;$BB8020	\ Decompression command entry
	JMP direct_byte_2_put_1         ;$BB8021	/
                                        
back_copy_word_1_entry:                 
	NOP                             ;$BB8024	\ Decompression command entry
	JMP back_copy_word_1            ;$BB8025	/
                                        
back_copy_1_entry:                      
	NOP                             ;$BB8028	\ Decompression command entry
	JMP back_copy_1                 ;$BB8029	/
                                        
back_copy_far_1_entry:                  
	NOP                             ;$BB802C	\ Decompression command entry
	JMP back_copy_far_1             ;$BB802D	/
                                        
back_copy_arbitrary_1_entry:            
	NOP                             ;$BB8030	\ Decompression command entry
	JMP back_copy_arbitrary_1       ;$BB8031	/
                                        
duplicate_byte_1_entry:                 
	NOP                             ;$BB8034	\ Decompression command entry
	JMP duplicate_byte_1            ;$BB8035	/
                                        
duplicate_word_1_entry:                 
	NOP                             ;$BB8038	\ Decompression command entry
	JMP duplicate_word_1            ;$BB8039	/
                                        
copy_future_word_1_entry:               
	NOP                             ;$BB803C	\ Decompression command entry
	JMP copy_future_word_1          ;$BB803D	/

;Command set 2 jump table
copy_or_return_2_entry:
	JMP copy_or_return_2		;$BB8040	> Decompression command entry
                                        
stream_byte_2_entry:                    
	NOP                             ;$BB8043	\ Decompression command entry
	JMP stream_byte_2               ;$BB8044	/
                                        
stream_word_2_entry:                    
	NOP                             ;$BB8047	\ Decompression command entry
	JMP stream_word_2               ;$BB8048	/
                                        
stream_byte_fill_2_entry:               
	NOP                             ;$BB804B	\ Decompression command entry
	JMP stream_byte_fill_2          ;$BB804C	/
                                        
direct_byte_1_fill_2_entry:             
	NOP                             ;$BB804F	\ Decompression command entry
	JMP direct_byte_1_fill_2        ;$BB8050	/
                                        
direct_byte_2_fill_2_entry:             
	NOP                             ;$BB8053	\ Decompression command entry
	JMP direct_byte_2_fill_2        ;$BB8054	/
                                        
direct_word_put_2_entry:                
	NOP                             ;$BB8057	\ Decompression command entry
	JMP direct_word_put_2           ;$BB8058	/
                                        
direct_byte_1_put_2_entry:              
	NOP                             ;$BB805B	\ Decompression command entry
	JMP direct_byte_1_put_2         ;$BB805C	/
                                        
direct_byte_2_put_2_entry:              
	NOP                             ;$BB805F	\ Decompression command entry
	JMP direct_byte_2_put_2         ;$BB8060	/
                                        
back_copy_word_2_entry:                 
	NOP                             ;$BB8063	\ Decompression command entry
	JMP back_copy_word_2            ;$BB8064	/
                                        
back_copy_2_entry:                      
	NOP                             ;$BB8067	\ Decompression command entry
	JMP back_copy_2                 ;$BB8068	/
                                        
back_copy_far_2_entry:                  
	NOP                             ;$BB806B	\ Decompression command entry
	JMP back_copy_far_2             ;$BB806C	/
                                        
back_copy_arbitrary_2_entry:            
	NOP                             ;$BB806F	\ Decompression command entry
	JMP back_copy_arbitrary_2       ;$BB8070	/
                                        
duplicate_byte_2_entry:                 
	NOP                             ;$BB8073	\ Decompression command entry
	JMP duplicate_byte_2            ;$BB8074	/
                                        
duplicate_word_2_entry:                 
	NOP                             ;$BB8077	\ Decompression command entry
	JMP duplicate_word_2            ;$BB8078	/
                                        
copy_future_word_2_entry:               
	NOP                             ;$BB807B	\ Decompression command entry
	JMP copy_future_word_2          ;$BB807C	/

DMA_global_palette:
	STX $32				;$BB807F	\ Store palette id in scratch RAM
	ASL A				;$BB8081	 |\ Double palette id and transfer to index register
	TAX				;$BB8082	 |/
	LDA.l DATA_FD5FEE,x		;$BB8083	 | Load DMA source
	LDX $32				;$BB8087	 | Reload palette id
DMA_palette:				;		 |
	STA $4302			;$BB8089	 | Set DMA source word
	TXA				;$BB808C	 |\ Set DMA size to 8 times the input
	ASL A				;$BB808D	 | | Double for number of bytes
	ASL A				;$BB808E	 | | Quadruple further for four times the number of colors
	ASL A				;$BB808F	 | |
	STA $4305			;$BB8090	 |/
	LDA #$2200			;$BB8093	 |\ DMA to CGRAM, write once to one register
	STA $4300			;$BB8096	 |/
	SEP #$20			;$BB8099	 |
	LDA #$FD			;$BB809B	 |\ Set DMA source bank to FD
	STA $4304			;$BB809D	 |/
	TYA				;$BB80A0	 |\ Set CGRAM destination
	STA $2121			;$BB80A1	 |/
	LDA #$01			;$BB80A4	 |\ Do the DMA! (https://www.youtube.com/watch?v=j9Zj4chxeCM)
	STA $420B			;$BB80A6	 |/
	REP #$20			;$BB80A9	 |
	RTL				;$BB80AB	/

set_PPU_registers_wrapper:
	JSR set_PPU_registers		;$BB80AC	\ Trampoline to the main PPU register routine
	RTL				;$BB80AF	/

handle_VRAM_payload_wrapper:
	JSR handle_VRAM_payload		;$BB80B0	\ Trampoline to the main VRAM upload
	RTL				;$BB80B3	/

CODE_BB80B4:
	CMP #$009A			;$BB80B4	\
	BNE CODE_BB80BA			;$BB80B7	 |
	INC A				;$BB80B9	 |
CODE_BB80BA:				;		 |
	STZ $B0				;$BB80BA	 |
	STZ $B2				;$BB80BC	 |
	LDX #$0515			;$BB80BE	 |
	JSL CODE_BBAF0F			;$BB80C1	 |
	LDA $0515			;$BB80C5	 |
	CMP #$0000			;$BB80C8	 |
	BEQ CODE_BB80D4			;$BB80CB	 |
	CMP #$0006			;$BB80CD	 |
	BEQ CODE_BB80D4			;$BB80D0	 |
	BRA CODE_BB8110			;$BB80D2	/

CODE_BB80D4:
	LDX #$000E			;$BB80D4	\
CODE_BB80D7:				;		 |
	PHX				;$BB80D7	 |
	LDA $053D,x			;$BB80D8	 |
	BEQ CODE_BB8103			;$BB80DB	 |
	LDX #$0553			;$BB80DD	 |
	JSL CODE_BBAF0F			;$BB80E0	 |
	LDA $0553			;$BB80E4	 |
	CMP #$0001			;$BB80E7	 |
	BNE CODE_BB8103			;$BB80EA	 |
	LDA $056B			;$BB80EC	 |
	AND #$00FF			;$BB80EF	 |
	BEQ CODE_BB8103			;$BB80F2	 |
	INC $B2				;$BB80F4	 |
	PLX				;$BB80F6	 |
	LDA $053D,x			;$BB80F7	 |
	PHX				;$BB80FA	 |
	JSL CODE_BB8116			;$BB80FB	 |
	BCS CODE_BB8103			;$BB80FF	 |
	INC $B0				;$BB8101	 |
CODE_BB8103:				;		 |
	PLX				;$BB8103	 |
	DEX				;$BB8104	 |
	DEX				;$BB8105	 |
	BPL CODE_BB80D7			;$BB8106	 |
	LDA $B2				;$BB8108	 |
	XBA				;$BB810A	 |
	ORA $B0				;$BB810B	 |
	STA $B0				;$BB810D	 |
	RTL				;$BB810F	/

CODE_BB8110:
	LDA #$0000			;$BB8110	\
	RTL				;$BB8113	/

CODE_BB8114:
	LDA $D3				;$BB8114	\
CODE_BB8116:				;		 |
	JSR CODE_BB8169			;$BB8116	 |
	LDA.l $7E59B2,x			;$BB8119	 |
	AND $60				;$BB811D	 |
	BNE CODE_BB8123			;$BB811F	 |
	CLC				;$BB8121	 |
	RTL				;$BB8122	/

CODE_BB8123:
	SEC				;$BB8123	\
	RTL				;$BB8124	/

CODE_BB8125:
	LDA $D3				;$BB8125	\
	JSR CODE_BB8169			;$BB8127	 |
	LDA.l $7E59B2,x			;$BB812A	 |
	ORA $60				;$BB812E	 |
	STA $7E59B2,x			;$BB8130	 |
	RTL				;$BB8134	/

CODE_BB8135:
	LDA $08A8			;$BB8135	\
CODE_BB8138:				;		 |
	JSR CODE_BB8169			;$BB8138	 |
	LDA.l $7E59D2,x			;$BB813B	 |
	AND $60				;$BB813F	 |
	BNE CODE_BB8145			;$BB8141	 |
	CLC				;$BB8143	 |
	RTL				;$BB8144	/

CODE_BB8145:
	SEC				;$BB8145	\
	RTL				;$BB8146	/

CODE_BB8147:
	LDA $08A8			;$BB8147	\
	JSR CODE_BB8169			;$BB814A	 |
	LDA.l $7E59D2,x			;$BB814D	 |
	ORA $60				;$BB8151	 |
	STA $7E59D2,x			;$BB8153	 |
	RTL				;$BB8157	/

CODE_BB8158:
	LDA $08A8			;$BB8158	\
	JSR CODE_BB8169			;$BB815B	 |
	LDA.l $7E59F2,x			;$BB815E	 |
	ORA $60				;$BB8162	 |
	STA $7E59F2,x			;$BB8164	 |
	RTL				;$BB8168	/

CODE_BB8169:
	STA $5E				;$BB8169	\
	AND #$000F			;$BB816B	 |
	ASL A				;$BB816E	 |
	TAX				;$BB816F	 |
	LDA.l DATA_BB817F,x		;$BB8170	 |
	STA $60				;$BB8174	 |
	LDA $5E				;$BB8176	 |
	LSR A				;$BB8178	 |
	LSR A				;$BB8179	 |
	LSR A				;$BB817A	 |
	LSR A				;$BB817B	 |
	ASL A				;$BB817C	 |
	TAX				;$BB817D	 |
	RTS				;$BB817E	/


DATA_BB817F:
	db $01, $00, $02, $00, $04, $00, $08, $00
	db $10, $00, $20, $00, $40, $00, $80, $00
	db $00, $01, $00, $02, $00, $04, $00, $08
	db $00, $10, $00, $20, $00, $40, $00, $80

CODE_BB819F:
	STZ $0904			;$BB819F	\
	LDA #$0001			;$BB81A2	 |
	STA $72				;$BB81A5	 |
CODE_BB81A7:				;		 |
	LDA $72				;$BB81A7	 |
	CMP #$009B			;$BB81A9	 |
	BEQ CODE_BB81BC			;$BB81AC	 |
	JSL CODE_BB80B4			;$BB81AE	 |
	BEQ CODE_BB81BC			;$BB81B2	 |
	AND #$00FF			;$BB81B4	 |
	BNE CODE_BB81BC			;$BB81B7	 |
	INC $0904			;$BB81B9	 |
CODE_BB81BC:				;		 |
	INC $72				;$BB81BC	 |
	LDA $72				;$BB81BE	 |
	ASL A				;$BB81C0	 |
	TAX				;$BB81C1	 |
	LDA.l DATA_FD0000,x		;$BB81C2	 |
	BNE CODE_BB81A7			;$BB81C6	 |
	LDA #$59F2			;$BB81C8	 |
	STA $26				;$BB81CB	 |
	LDA #$007E			;$BB81CD	 |
	STA $28				;$BB81D0	 |
	LDY #$0000			;$BB81D2	 |
	LDA #$0010			;$BB81D5	 |
	STA $5E				;$BB81D8	 |
CODE_BB81DA:				;		 |
	LDA [$26]			;$BB81DA	 |
	LDX #$0010			;$BB81DC	 |
CODE_BB81DF:				;		 |
	LSR A				;$BB81DF	 |
	BCC CODE_BB81E3			;$BB81E0	 |
	INY				;$BB81E2	 |
CODE_BB81E3:				;		 |
	DEX				;$BB81E3	 |
	BNE CODE_BB81DF			;$BB81E4	 |
	INC $26				;$BB81E6	 |
	INC $26				;$BB81E8	 |
	DEC $5E				;$BB81EA	 |
	BNE CODE_BB81DA			;$BB81EC	 |
	TYA				;$BB81EE	 |
	CLC				;$BB81EF	 |
	ADC $0904			;$BB81F0	 |
	STA $0904			;$BB81F3	 |
	LDA #$0009			;$BB81F6	 |
	LDY #$0001			;$BB81F9	 |
	JSR CODE_BB824B			;$BB81FC	 |
	LDA #$0021			;$BB81FF	 |
	LDY #$0001			;$BB8202	 |
	JSR CODE_BB824B			;$BB8205	 |
	LDA #$000D			;$BB8208	 |
	LDY #$0001			;$BB820B	 |
	JSR CODE_BB824B			;$BB820E	 |
	LDA #$0060			;$BB8211	 |
	LDY #$0001			;$BB8214	 |
	JSR CODE_BB824B			;$BB8217	 |
	LDA #$0063			;$BB821A	 |
	LDY #$0001			;$BB821D	 |
	JSR CODE_BB824B			;$BB8220	 |
	LDA #$0061			;$BB8223	 |
	LDY #$0004			;$BB8226	 |
	JSR CODE_BB824B			;$BB8229	 |
	LDA #$006B			;$BB822C	 |
	LDY #$0004			;$BB822F	 |
	JSR CODE_BB824B			;$BB8232	 |
	LDA $08FB			;$BB8235	 |
	LDX #$0004			;$BB8238	 |
CODE_BB823B:				;		 |
	LSR A				;$BB823B	 |
	BCC CODE_BB8241			;$BB823C	 |
	INC $0904			;$BB823E	 |
CODE_BB8241:				;		 |
	DEX				;$BB8241	 |
	BNE CODE_BB823B			;$BB8242	 |
	LDA $D3				;$BB8244	 |
	JSL CODE_BBAF0C			;$BB8246	 |
	RTL				;$BB824A	/

CODE_BB824B:
	JSL CODE_BB825C			;$BB824B	\
	BCC CODE_BB8259			;$BB824F	 |
	TYA				;$BB8251	 |
	CLC				;$BB8252	 |
	ADC $0904			;$BB8253	 |
	STA $0904			;$BB8256	 |
CODE_BB8259:				;		 |
	RTS				;$BB8259	/

	LDA $D3				;$BB825A	 |
CODE_BB825C:				;		 |
	JSR CODE_BB8169			;$BB825C	 |
	LDA.l $7E59F2,x			;$BB825F	 |
	AND $60				;$BB8263	 |
	BNE CODE_BB8269			;$BB8265	 |
	CLC				;$BB8267	 |
	RTL				;$BB8268	/

CODE_BB8269:
	SEC				;$BB8269	\
	RTL				;$BB826A	/

	JSR CODE_BB826F			;$BB826B	 |
	RTL				;$BB826E	/

CODE_BB826F:
	JSR CODE_BB8297			;$BB826F	\
	BCS CODE_BB8281			;$BB8272	 |
	PHY				;$BB8274	 |
	JSR CODE_BB8318			;$BB8275	 |
	PLY				;$BB8278	 |
	BCS CODE_BB8281			;$BB8279	 |
	STZ $16,x			;$BB827B	 |
	STZ $1C,x			;$BB827D	 |
	STZ $10,x			;$BB827F	 |
CODE_BB8281:				;		 |
	RTS				;$BB8281	/

CODE_BB8282:
	PHA				;$BB8282	\
	JSR CODE_BB8297			;$BB8283	 |
	PLA				;$BB8286	 |
	BCS CODE_BB8296			;$BB8287	 |
	PHY				;$BB8289	 |
	JSR CODE_BB8345			;$BB828A	 |
	PLY				;$BB828D	 |
	BCS CODE_BB8296			;$BB828E	 |
	STZ $16,x			;$BB8290	 |
	STZ $1C,x			;$BB8292	 |
	STZ $10,x			;$BB8294	 |
CODE_BB8296:				;		 |
	RTS				;$BB8296	/

CODE_BB8297:
	LDX #$0DE2			;$BB8297	\
CODE_BB829A:				;		 |
	LDA $00,x			;$BB829A	 |
	BEQ CODE_BB82B4			;$BB829C	 |
	TXA				;$BB829E	 |
	CLC				;$BB829F	 |
	ADC #$005E			;$BB82A0	 |
	TAX				;$BB82A3	 |
	CPX #$16B2			;$BB82A4	 |
	BNE CODE_BB829A			;$BB82A7	 |
	STZ $68				;$BB82A9	 |
	LDA #$0007			;$BB82AB	 |
	JSL CODE_808C13			;$BB82AE	 |
	SEC				;$BB82B2	 |
	RTS				;$BB82B3	/

CODE_BB82B4:
	STX $68				;$BB82B4	\
	CLC				;$BB82B6	 |
	RTS				;$BB82B7	/

CODE_BB82B8:
	LDX $64				;$BB82B8	\
	LDA $00,x			;$BB82BA	 |
	BEQ CODE_BB82D1			;$BB82BC	 |
	CMP #$00E4			;$BB82BE	 |
	BCC CODE_BB82D7			;$BB82C1	 |
CODE_BB82C3:				;		 |
	LDA $12,x			;$BB82C3	 |
	JSR CODE_BB8C06			;$BB82C5	 |
	LDX $64				;$BB82C8	 |
	JSR CODE_BB83B4			;$BB82CA	 |
CODE_BB82CD:				;		 |
	LDX $64				;$BB82CD	 |
	STZ $00,x			;$BB82CF	 |
CODE_BB82D1:				;		 |
	RTL				;$BB82D1	/

CODE_BB82D2:
	LDX $64				;$BB82D2	\
	STZ $00,x			;$BB82D4	 |
	RTL				;$BB82D6	/

CODE_BB82D7:
	CMP #$0084			;$BB82D7	\
	BCS CODE_BB82D2			;$BB82DA	 |
	CMP #$006C			;$BB82DC	 |
	BCC CODE_BB82ED			;$BB82DF	 |
	LDA $12,x			;$BB82E1	 |
	JSR CODE_BB8C06			;$BB82E3	 |
	LDX $64				;$BB82E6	 |
	JSR CODE_BB83C5			;$BB82E8	 |
	BRA CODE_BB82CD			;$BB82EB	/

CODE_BB82ED:
	STA $32				;$BB82ED	\
	LDX #$0E9E			;$BB82EF	 |
CODE_BB82F2:				;		 |
	LDA $32				;$BB82F2	 |
	CMP $00,x			;$BB82F4	 |
	BEQ CODE_BB8307			;$BB82F6	 |
CODE_BB82F8:				;		 |
	TXA				;$BB82F8	 |
	CLC				;$BB82F9	 |
	ADC #$005E			;$BB82FA	 |
	TAX				;$BB82FD	 |
	CPX #$16B2			;$BB82FE	 |
	BNE CODE_BB82F2			;$BB8301	 |
	LDX $64				;$BB8303	 |
	BRA CODE_BB82C3			;$BB8305	/

CODE_BB8307:
	CPX $64				;$BB8307	\
	BEQ CODE_BB82F8			;$BB8309	 |
	LDX $64				;$BB830B	 |
	LDA $12,x			;$BB830D	 |
	JSR CODE_BB8C06			;$BB830F	 |
	BRA CODE_BB82CD			;$BB8312	/

	JSR CODE_BB8318			;$BB8314	 |
	RTL				;$BB8317	/

CODE_BB8318:
	LDY #$001A			;$BB8318	\
CODE_BB831B:				;		 |
	LDA $0B04,y			;$BB831B	 |
	BEQ CODE_BB832D			;$BB831E	 |
	DEY				;$BB8320	 |
	DEY				;$BB8321	 |
	BPL CODE_BB831B			;$BB8322	 |
	LDA #$0006			;$BB8324	 |
	JSL CODE_808C13			;$BB8327	 |
	SEC				;$BB832B	 |
	RTS				;$BB832C	/

CODE_BB832D:
	TXA				;$BB832D	\
	STA $0B04,y			;$BB832E	 |
	TYA				;$BB8331	 |
	ASL A				;$BB8332	 |
	ASL A				;$BB8333	 |
	ASL A				;$BB8334	 |
	ASL A				;$BB8335	 |
	EOR $12,x			;$BB8336	 |
	AND #$01FF			;$BB8338	 |
	EOR $12,x			;$BB833B	 |
	STA $12,x			;$BB833D	 |
	CLC				;$BB833F	 |
	RTS				;$BB8340	/

CODE_BB8341:
	JSR CODE_BB8345			;$BB8341	\
	RTL				;$BB8344	/

CODE_BB8345:
	STA $32				;$BB8345	\
	STA $34				;$BB8347	 |
	ASL A				;$BB8349	 |
	CLC				;$BB834A	 |
	ADC #$FFFE			;$BB834B	 |
	STA $36				;$BB834E	 |
	LDY #$0018			;$BB8350	 |
CODE_BB8353:				;		 |
	LDA $0B04,y			;$BB8353	 |
	BEQ CODE_BB8372			;$BB8356	 |
CODE_BB8358:				;		 |
	DEY				;$BB8358	 |
	DEY				;$BB8359	 |
	CPY $36				;$BB835A	 |
	BPL CODE_BB8353			;$BB835C	 |
	LDA #$0003			;$BB835E	 |
	JSL CODE_808C13			;$BB8361	 |
	SEC				;$BB8365	 |
	RTS				;$BB8366	/

CODE_BB8367:
	LDA $34				;$BB8367	\
	STA $32				;$BB8369	 |
	BRA CODE_BB8358			;$BB836B	/

CODE_BB836D:
	LDA $0B04,y			;$BB836D	\
	BNE CODE_BB8367			;$BB8370	 |
CODE_BB8372:				;		 |
	DEC $32				;$BB8372	 |
	BEQ CODE_BB837A			;$BB8374	 |
	DEY				;$BB8376	 |
	DEY				;$BB8377	 |
	BRA CODE_BB836D			;$BB8378	/

CODE_BB837A:
	TYA				;$BB837A	\
	ASL A				;$BB837B	 |
	ASL A				;$BB837C	 |
	ASL A				;$BB837D	 |
	ASL A				;$BB837E	 |
	EOR $12,x			;$BB837F	 |
	AND #$01FF			;$BB8381	 |
	EOR $12,x			;$BB8384	 |
	STA $12,x			;$BB8386	 |
	BRA CODE_BB838C			;$BB8388	/

CODE_BB838A:
	INY				;$BB838A	\
	INY				;$BB838B	 |
CODE_BB838C:				;		 |
	TXA				;$BB838C	 |
	STA $0B04,y			;$BB838D	 |
	DEC $34				;$BB8390	 |
	BNE CODE_BB838A			;$BB8392	 |
	CLC				;$BB8394	 |
	RTS				;$BB8395	/

	LDY #$001C			;$BB8396	 |
	LDX #$0000			;$BB8399	 |
CODE_BB839C:				;		 |
	LDA $0B04,y			;$BB839C	 |
	BNE CODE_BB83A2			;$BB839F	 |
	INX				;$BB83A1	 |
CODE_BB83A2:				;		 |
	DEY				;$BB83A2	 |
	DEY				;$BB83A3	 |
	CPY #$0008			;$BB83A4	 |
	BPL CODE_BB839C			;$BB83A7	 |
	TXA				;$BB83A9	 |
	BEQ CODE_BB83AE			;$BB83AA	 |
	CLC				;$BB83AC	 |
	RTL				;$BB83AD	/

CODE_BB83AE:
	SEC				;$BB83AE	\
	RTL				;$BB83AF	/

	JSR CODE_BB83B4			;$BB83B0	 |
	RTL				;$BB83B3	/

CODE_BB83B4:
	LDA $12,x			;$BB83B4	\
	AND #$01E0			;$BB83B6	 |
	LSR A				;$BB83B9	 |
	LSR A				;$BB83BA	 |
	LSR A				;$BB83BB	 |
	LSR A				;$BB83BC	 |
	TAY				;$BB83BD	 |
	LDA #$0000			;$BB83BE	 |
	STA $0B04,y			;$BB83C1	 |
	RTS				;$BB83C4	/

CODE_BB83C5:
	LDA $12,x			;$BB83C5	\
	AND #$01E0			;$BB83C7	 |
	LSR A				;$BB83CA	 |
	LSR A				;$BB83CB	 |
	LSR A				;$BB83CC	 |
	LSR A				;$BB83CD	 |
	TAY				;$BB83CE	 |
	LDA $0B04,y			;$BB83CF	 |
	CMP $0B06,y			;$BB83D2	 |
	BNE CODE_BB83E1			;$BB83D5	 |
	LDA #$0000			;$BB83D7	 |
	STA $0B04,y			;$BB83DA	 |
	STA $0B06,y			;$BB83DD	 |
	RTS				;$BB83E0	/

CODE_BB83E1:
	LDA #$0000			;$BB83E1	\
	STA $0B04,y			;$BB83E4	 |
	LDA #$0004			;$BB83E7	 |
	JSL CODE_808C13			;$BB83EA	 |
	RTS				;$BB83EE	/

CODE_BB83EF:
	TYX				;$BB83EF	\
	LDA.l DATA_FF047E,x		;$BB83F0	 |
	TAY				;$BB83F4	 |
CODE_BB83F5:				;		 |
	PHY				;$BB83F5	 |
	JSR CODE_BB8297			;$BB83F6	 |
	PLY				;$BB83F9	 |
	BCS CODE_BB8411			;$BB83FA	 |
	STZ $56,x			;$BB83FC	 |
	LDA #$000F			;$BB83FE	 |
	STA $58,x			;$BB8401	 |
	LDA #$C000			;$BB8403	 |
	STA $1C,x			;$BB8406	 |
	STZ $1A,x			;$BB8408	 |
	STZ $16,x			;$BB840A	 |
	STZ $40,x			;$BB840C	 |
	BRL CODE_BB8468			;$BB840E	/

CODE_BB8411:
	RTL				;$BB8411	/

CODE_BB8412:
	TYX				;$BB8412	\
	LDA.l DATA_FF047E,x		;$BB8413	 |
	TAY				;$BB8417	 |
CODE_BB8418:				;		 |
	PHY				;$BB8418	 |
	JSR CODE_BB8297			;$BB8419	 |
	PLY				;$BB841C	 |
	BCS CODE_BB842B			;$BB841D	 |
	STZ $56,x			;$BB841F	 |
	LDA #$000F			;$BB8421	 |
	STA $58,x			;$BB8424	 |
	STZ $1C,x			;$BB8426	 |
	BRL CODE_BB8468			;$BB8428	/

CODE_BB842B:
	RTL				;$BB842B	/

CODE_BB842C:
	TYX				;$BB842C	\
	LDA.l DATA_FF047E,x		;$BB842D	 |
	TAY				;$BB8431	 |
CODE_BB8432:				;		 |
	PHY				;$BB8432	 |
	JSR CODE_BB826F			;$BB8433	 |
	PLY				;$BB8436	 |
	BCS CODE_BB8442			;$BB8437	 |
	STZ $56,x			;$BB8439	 |
	LDA #$000F			;$BB843B	 |
	STA $58,x			;$BB843E	 |
	BRA CODE_BB8468			;$BB8440	/

CODE_BB8442:
	RTL				;$BB8442	/

CODE_BB8443:
	TYX				;$BB8443	\
	LDA.l DATA_FF047E,x		;$BB8444	 |
	TAY				;$BB8448	 |
	LDA #$0002			;$BB8449	 |
	PHY				;$BB844C	 |
	JSR CODE_BB8282			;$BB844D	 |
	PLY				;$BB8450	 |
	BCS CODE_BB845C			;$BB8451	 |
	STZ $56,x			;$BB8453	 |
	LDA #$000F			;$BB8455	 |
	STA $58,x			;$BB8458	 |
	BRA CODE_BB8468			;$BB845A	/

CODE_BB845C:
	RTL				;$BB845C	/

CODE_BB845D:
	JSL CODE_BB8474			;$BB845D	\
	RTL				;$BB8461	/

CODE_BB8462:
	TYX				;$BB8462	\
	LDA.l DATA_FF047E,x		;$BB8463	 |
	TAY				;$BB8467	 |
CODE_BB8468:				;		 |
	LDX $68				;$BB8468	 |
	STZ $1E,x			;$BB846A	 |
	STZ $30,x			;$BB846C	 |
	STZ $2C,x			;$BB846E	 |
	STZ $56,x			;$BB8470	 |
	STZ $32,x			;$BB8472	 |
CODE_BB8474:				;		 |
	PHB				;$BB8474	 |
	PEA $FF00			;$BB8475	 |
	PLB				;$BB8478	 |
	PLB				;$BB8479	 |
	BRA CODE_BB8489			;$BB847A	/

CODE_BB847C:
	PHB				;$BB847C	\
	BRA CODE_BB8489			;$BB847D	/

CODE_BB847F:
	TCD				;$BB847F	\
	LDA.w DATA_FF0002,y		;$BB8480	 |
	STA $00,x			;$BB8483	 |
CODE_BB8485:				;		 |
	INY				;$BB8485	 |
	INY				;$BB8486	 |
CODE_BB8487:				;		 |
	INY				;$BB8487	 |
	INY				;$BB8488	 |
CODE_BB8489:				;		 |
	LDA.w DATA_FF0000,y		;$BB8489	 |
	BPL CODE_BB847F			;$BB848C	 |
	AND #$FF00			;$BB848E	 |
	XBA				;$BB8491	 |
	SEC				;$BB8492	 |
	SBC #$0080			;$BB8493	 |
	ASL A				;$BB8496	 |
	TAX				;$BB8497	 |
	JMP (DATA_BB849B,x)		;$BB8498	/

DATA_BB849B:
	dw CODE_BB84C0
	dw CODE_BB84C7
	dw CODE_BB84D8
	dw CODE_BB84DA
	dw CODE_BB84EE
	dw CODE_BB850C
	dw CODE_BB8521
	dw CODE_BB8582
	dw CODE_BB85A2
	dw CODE_BB86D5
	dw CODE_BB85BC
	dw CODE_BB860E
	dw CODE_BB8646
	dw CODE_BB8678
	dw CODE_BB879E


CODE_BB84B9:
	PLB				;$BB84B9	\
	SEC				;$BB84BA	 |
	LDA #$0000			;$BB84BB	 |
	TCD				;$BB84BE	 |
	RTL				;$BB84BF	/

CODE_BB84C0:
	PLB				;$BB84C0	\
	CLC				;$BB84C1	 |
	LDA #$0000			;$BB84C2	 |
	TCD				;$BB84C5	 |
	RTL				;$BB84C6	/

CODE_BB84C7:
	LDA #$0000			;$BB84C7	\
	TCD				;$BB84CA	 |
	LDA.w DATA_FF0002,y		;$BB84CB	 |
	PHY				;$BB84CE	 |
	JSL CODE_B9D09B			;$BB84CF	 |
	PLY				;$BB84D3	 |
	LDX $68				;$BB84D4	 |
	BRA CODE_BB8485			;$BB84D6	/

CODE_BB84D8:
	BRA CODE_BB8485			;$BB84D8	/

CODE_BB84DA:
	LDA #$0000			;$BB84DA	\
	TCD				;$BB84DD	 |
	PHY				;$BB84DE	 |
	LDA.w DATA_FF0002,y		;$BB84DF	 |
	TAY				;$BB84E2	 |
	LDX $68				;$BB84E3	 |
	JSL CODE_BB847C			;$BB84E5	 |
	PLY				;$BB84E9	 |
	LDX $68				;$BB84EA	 |
	BRA CODE_BB8485			;$BB84EC	/

CODE_BB84EE:
	LDA #$0000			;$BB84EE	\
	TCD				;$BB84F1	 |
	LDA.w DATA_FF0002,y		;$BB84F2	 |
	PHB				;$BB84F5	 |
	PHK				;$BB84F6	 |
	PLB				;$BB84F7	 |
	PHY				;$BB84F8	 |
	JSR CODE_BB8A6F			;$BB84F9	 |
	PLY				;$BB84FC	 |
	LDX $68				;$BB84FD	 |
	EOR $12,x			;$BB84FF	 |
	AND #$0E00			;$BB8501	 |
	EOR $12,x			;$BB8504	 |
	STA $12,x			;$BB8506	 |
	PLB				;$BB8508	 |
	JMP CODE_BB8485			;$BB8509	/

CODE_BB850C:
	LDA #$0000			;$BB850C	\
	TCD				;$BB850F	 |
	LDX $68				;$BB8510	 |
	LDA.w DATA_FF0002,y		;$BB8512	 |
	EOR $12,x			;$BB8515	 |
	AND #$F000			;$BB8517	 |
	EOR $12,x			;$BB851A	 |
	STA $12,x			;$BB851C	 |
	JMP CODE_BB8485			;$BB851E	/

CODE_BB8521:
	LDA #$0000			;$BB8521	\
	TCD				;$BB8524	 |
	LDA.w DATA_FF0002,y		;$BB8525	 |
	LDX $64				;$BB8528	 |
	BIT $12,x			;$BB852A	 |
	BVC CODE_BB8532			;$BB852C	 |
	EOR #$FFFF			;$BB852E	 |
	INC A				;$BB8531	 |
CODE_BB8532:				;		 |
	CLC				;$BB8532	 |
	ADC $06,x			;$BB8533	 |
	LDX $68				;$BB8535	 |
	STA $06,x			;$BB8537	 |
	LDA.w DATA_FF0004,y		;$BB8539	 |
	LDX $64				;$BB853C	 |
	BIT $12,x			;$BB853E	 |
	BPL CODE_BB8546			;$BB8540	 |
	EOR #$FFFF			;$BB8542	 |
	INC A				;$BB8545	 |
CODE_BB8546:				;		 |
	CLC				;$BB8546	 |
	ADC $0A,x			;$BB8547	 |
	LDX $68				;$BB8549	 |
	STA $0A,x			;$BB854B	 |
	PHB				;$BB854D	 |
	PHK				;$BB854E	 |
	PLB				;$BB854F	 |
	PHY				;$BB8550	 |
	LDY $64				;$BB8551	 |
	LDX $68				;$BB8553	 |
	LDA $0002,y			;$BB8555	 |
	INC A				;$BB8558	 |
	STA $02,x			;$BB8559	 |
	LDA $001C,y			;$BB855B	 |
	CMP #$C000			;$BB855E	 |
	BNE CODE_BB8565			;$BB8561	 |
	STA $1C,x			;$BB8563	 |
CODE_BB8565:				;		 |
	LDA $0004,y			;$BB8565	 |
	STA $04,x			;$BB8568	 |
	LDA $0008,y			;$BB856A	 |
	STA $08,x			;$BB856D	 |
	LDA $0012,y			;$BB856F	 |
	EOR $12,x			;$BB8572	 |
	AND #$F000			;$BB8574	 |
	EOR $12,x			;$BB8577	 |
	STA $12,x			;$BB8579	 |
	PLY				;$BB857B	 |
	PLB				;$BB857C	 |
	INY				;$BB857D	 |
	INY				;$BB857E	 |
	JMP CODE_BB8485			;$BB857F	/

CODE_BB8582:
	LDA #$0000			;$BB8582	\
	TCD				;$BB8585	 |
	LDA.w DATA_FF0004,y		;$BB8586	 |
	LDX $64				;$BB8589	 |
	BIT $12,x			;$BB858B	 |
	BVC CODE_BB8593			;$BB858D	 |
	EOR #$FFFF			;$BB858F	 |
	INC A				;$BB8592	 |
CODE_BB8593:				;		 |
	LDX $68				;$BB8593	 |
	PHA				;$BB8595	 |
	LDA.w DATA_FF0002,y		;$BB8596	 |
	TCD				;$BB8599	 |
	PLA				;$BB859A	 |
	STA $00,x			;$BB859B	 |
	INY				;$BB859D	 |
	INY				;$BB859E	 |
	JMP CODE_BB8485			;$BB859F	/

CODE_BB85A2:
	LDA #$0000			;$BB85A2	\
	TCD				;$BB85A5	 |
	LDX $68				;$BB85A6	 |
	LDA.l $000A3E			;$BB85A8	 |
	STA $06,x			;$BB85AC	 |
	LDA.l $000A40			;$BB85AE	 |
	STA $0A,x			;$BB85B2	 |
	LDA #$00F8			;$BB85B4	 |
	STA $02,x			;$BB85B7	 |
	JMP CODE_BB8487			;$BB85B9	/

CODE_BB85BC:
	LDA #$0000			;$BB85BC	\
	TCD				;$BB85BF	 |
	LDX $68				;$BB85C0	 |
	STZ $5C,x			;$BB85C2	 |
	LDA.w DATA_FF0002,y		;$BB85C4	 |
	STA $46,x			;$BB85C7	 |
	LDA.w DATA_FF0004,y		;$BB85C9	 |
	STA $42,x			;$BB85CC	 |
	LDA.w DATA_FF0006,y		;$BB85CE	 |
	STA $4C,x			;$BB85D1	 |
	LDA.w DATA_FF0008,y		;$BB85D3	 |
	STA $4E,x			;$BB85D6	 |
	LDA.w DATA_FF000A,y		;$BB85D8	 |
	STA $52,x			;$BB85DB	 |
	LDA.w DATA_FF000C,y		;$BB85DD	 |
	STA $28,x			;$BB85E0	 |
	LDA.w DATA_FF000E,y		;$BB85E2	 |
	STA $22,x			;$BB85E5	 |
	LDA.w DATA_FF0010,y		;$BB85E7	 |
	STA $2C,x			;$BB85EA	 |
	LDA.w DATA_FF0012,y		;$BB85EC	 |
	STA $20,x			;$BB85EF	 |
	LDA.w DATA_FF0014,y		;$BB85F1	 |
	STA $24,x			;$BB85F4	 |
	LDA.w DATA_FF0016,y		;$BB85F6	 |
	STA $26,x			;$BB85F9	 |
	LDA.w DATA_FF0018,y		;$BB85FB	 |
	STA $3A,x			;$BB85FE	 |
	LDA.w DATA_FF001A,y		;$BB8600	 |
	STA $36,x			;$BB8603	 |
	TYA				;$BB8605	 |
	CLC				;$BB8606	 |
	ADC #$001C			;$BB8607	 |
	TAY				;$BB860A	 |
	JMP CODE_BB8489			;$BB860B	/

CODE_BB860E:
	LDA #$0000			;$BB860E	\
	TCD				;$BB8611	 |
	LDX $68				;$BB8612	 |
	LDA.w DATA_FF0002,y		;$BB8614	 |
	EOR $12,x			;$BB8617	 |
	AND #$F000			;$BB8619	 |
	EOR $12,x			;$BB861C	 |
	STA $12,x			;$BB861E	 |
	LDA.l $00052B			;$BB8620	 |
	AND #$0002			;$BB8624	 |
	BEQ CODE_BB8633			;$BB8627	 |
	LDA $12,x			;$BB8629	 |
	AND #$3000			;$BB862B	 |
	CMP #$3000			;$BB862E	 |
	BNE CODE_BB8636			;$BB8631	 |
CODE_BB8633:				;		 |
	JMP CODE_BB8485			;$BB8633	/

CODE_BB8636:
	CLC				;$BB8636	\
	ADC #$1000			;$BB8637	 |
	EOR $12,x			;$BB863A	 |
	AND #$3000			;$BB863C	 |
	EOR $12,x			;$BB863F	 |
	STA $12,x			;$BB8641	 |
	JMP CODE_BB8485			;$BB8643	/

CODE_BB8646:
	JML CODE_BB84EE			;$BB8646	/

	LDA #$0000			;$BB864A	 |
	TCD				;$BB864D	 |
	LDX #$0000			;$BB864E	 |
	LDA.l $000597			;$BB8651	 |
	CMP $68				;$BB8655	 |
	BNE CODE_BB865C			;$BB8657	 |
	LDX #$001E			;$BB8659	 |
CODE_BB865C:				;		 |
	TXA				;$BB865C	 |
	CLC				;$BB865D	 |
	ADC.w DATA_FF0002,y		;$BB865E	 |
	PHB				;$BB8661	 |
	PHK				;$BB8662	 |
	PLB				;$BB8663	 |
	PHY				;$BB8664	 |
	JSR CODE_BB8A6F			;$BB8665	 |
	PLY				;$BB8668	 |
	LDX $68				;$BB8669	 |
	EOR $12,x			;$BB866B	 |
	AND #$0E00			;$BB866D	 |
	EOR $12,x			;$BB8670	 |
	STA $12,x			;$BB8672	 |
	PLB				;$BB8674	 |
	JMP CODE_BB8485			;$BB8675	/

CODE_BB8678:
	LDA #$0000			;$BB8678	\
	TCD				;$BB867B	 |
	LDA.w DATA_FF0002,y		;$BB867C	 |
	PHB				;$BB867F	 |
	PHK				;$BB8680	 |
	PLB				;$BB8681	 |
	PHY				;$BB8682	 |
	JSR CODE_BB8A69			;$BB8683	 |
	PLY				;$BB8686	 |
	LDX $68				;$BB8687	 |
	EOR $12,x			;$BB8689	 |
	AND #$0E00			;$BB868B	 |
	EOR $12,x			;$BB868E	 |
	STA $12,x			;$BB8690	 |
	PLB				;$BB8692	 |
	JMP CODE_BB8485			;$BB8693	/

	LDA $D9				;$BB8696	 |
	CMP $E1				;$BB8698	 |
	BPL CODE_BB869E			;$BB869A	 |
	LDA $E1				;$BB869C	 |
CODE_BB869E:				;		 |
	STA $5E				;$BB869E	 |
	LDA $DD				;$BB86A0	 |
	CMP $E5				;$BB86A2	 |
	BMI CODE_BB86A8			;$BB86A4	 |
	LDA $E5				;$BB86A6	 |
CODE_BB86A8:				;		 |
	SEC				;$BB86A8	 |
	SBC $5E				;$BB86A9	 |
	CMP #$8000			;$BB86AB	 |
	ROR A				;$BB86AE	 |
	CLC				;$BB86AF	 |
	ADC $5E				;$BB86B0	 |
	STA $0A3E			;$BB86B2	 |
	LDA $DF				;$BB86B5	 |
	CMP $E7				;$BB86B7	 |
	BPL CODE_BB86BD			;$BB86B9	 |
	LDA $E7				;$BB86BB	 |
CODE_BB86BD:				;		 |
	STA $5E				;$BB86BD	 |
	LDA $DB				;$BB86BF	 |
	CMP $E3				;$BB86C1	 |
	BMI CODE_BB86C7			;$BB86C3	 |
	LDA $E3				;$BB86C5	 |
CODE_BB86C7:				;		 |
	SEC				;$BB86C7	 |
	SBC $5E				;$BB86C8	 |
	CMP #$8000			;$BB86CA	 |
	ROR A				;$BB86CD	 |
	CLC				;$BB86CE	 |
	ADC $5E				;$BB86CF	 |
	STA $0A40			;$BB86D1	 |
	RTL				;$BB86D4	/

CODE_BB86D5:
	LDA #$0000			;$BB86D5	\
	TCD				;$BB86D8	 |
	LDA.w DATA_FF0002,y		;$BB86D9	 |
	STA $32				;$BB86DC	 |
	LDA.w DATA_FF0004,y		;$BB86DE	 |
	STA $34				;$BB86E1	 |
	LDA.w DATA_FF0006,y		;$BB86E3	 |
	STA $36				;$BB86E6	 |
	LDA.w DATA_FF0008,y		;$BB86E8	 |
	STA $38				;$BB86EB	 |
	PHB				;$BB86ED	 |
	PHB				;$BB86EE	 |
	PLA				;$BB86EF	 |
	STA $3A				;$BB86F0	 |
	PHK				;$BB86F2	 |
	PLB				;$BB86F3	 |
	LDA $34				;$BB86F4	 |
	PHY				;$BB86F6	 |
	JSR CODE_BB8A6F			;$BB86F7	 |
	PLY				;$BB86FA	 |
	BCS CODE_BB876C			;$BB86FB	 |
	LDX $68				;$BB86FD	 |
	EOR $12,x			;$BB86FF	 |
	AND #$0E00			;$BB8701	 |
	EOR $12,x			;$BB8704	 |
	STA $12,x			;$BB8706	 |
	LDX #$0E9E			;$BB8708	 |
CODE_BB870B:				;		 |
	LDA $32				;$BB870B	 |
	CMP $00,x			;$BB870D	 |
	BEQ CODE_BB8783			;$BB870F	 |
	TXA				;$BB8711	 |
	CLC				;$BB8712	 |
	ADC #$005E			;$BB8713	 |
	TAX				;$BB8716	 |
	CPX #$16B2			;$BB8717	 |
	BNE CODE_BB870B			;$BB871A	 |
	LDA $1730			;$BB871C	 |
	CMP #$0018			;$BB871F	 |
	BPL CODE_BB876F			;$BB8722	 |
	LDX $68				;$BB8724	 |
	PHY				;$BB8726	 |
	JSR CODE_BB8318			;$BB8727	 |
	PLY				;$BB872A	 |
	BCS CODE_BB876F			;$BB872B	 |
	LDX $1730			;$BB872D	 |
	LDA $36				;$BB8730	 |
	STA $1736,x			;$BB8732	 |
	LDA $38				;$BB8735	 |
	AND #$00FF			;$BB8737	 |
	ORA #$8000			;$BB873A	 |
	STA $1738,x			;$BB873D	 |
	LDA $38				;$BB8740	 |
	AND #$FF00			;$BB8742	 |
	LSR A				;$BB8745	 |
	LSR A				;$BB8746	 |
	LSR A				;$BB8747	 |
	STA $1732,x			;$BB8748	 |
	PHY				;$BB874B	 |
	LDY $68				;$BB874C	 |
	LDA $0012,y			;$BB874E	 |
	AND #$01FF			;$BB8751	 |
	ASL A				;$BB8754	 |
	ASL A				;$BB8755	 |
	ASL A				;$BB8756	 |
	ASL A				;$BB8757	 |
	STA $1734,x			;$BB8758	 |
	PLY				;$BB875B	 |
	TXA				;$BB875C	 |
	CLC				;$BB875D	 |
	ADC #$0008			;$BB875E	 |
	STA $1730			;$BB8761	 |
	LDX $68				;$BB8764	 |
	LDA $32				;$BB8766	 |
	STA $00,x			;$BB8768	 |
	BRA CODE_BB8790			;$BB876A	/

CODE_BB876C:
	JMP CODE_BB84B9			;$BB876C	/

CODE_BB876F:
	LDX $68				;$BB876F	\
	LDA $12,x			;$BB8771	 |
	JSR CODE_BB8C06			;$BB8773	 |
	BCS CODE_BB8780			;$BB8776	 |
	LDA $F1				;$BB8778	 |
	DEC A				;$BB877A	 |
	AND #$000F			;$BB877B	 |
	STA $F1				;$BB877E	 |
CODE_BB8780:				;		 |
	JMP CODE_BB84B9			;$BB8780	/

CODE_BB8783:
	LDA $12,x			;$BB8783	\
	LDX $68				;$BB8785	 |
	AND #$FFE0			;$BB8787	 |
	STA $12,x			;$BB878A	 |
	LDA $32				;$BB878C	 |
	STA $00,x			;$BB878E	 |
CODE_BB8790:				;		 |
	LDA $3A				;$BB8790	 |
	PHA				;$BB8792	 |
	PLB				;$BB8793	 |
	PLB				;$BB8794	 |
	INY				;$BB8795	 |
	INY				;$BB8796	 |
	INY				;$BB8797	 |
	INY				;$BB8798	 |
	INY				;$BB8799	 |
	INY				;$BB879A	 |
	JMP CODE_BB8485			;$BB879B	/

CODE_BB879E:
	LDA #$0000			;$BB879E	\
	TCD				;$BB87A1	 |
	LDA $0002,y			;$BB87A2	 |
	STA $32				;$BB87A5	 |
	LDA $0004,y			;$BB87A7	 |
	STA $34				;$BB87AA	 |
	LDA $0006,y			;$BB87AC	 |
	STA $36				;$BB87AF	 |
	LDA $0008,y			;$BB87B1	 |
	STA $38				;$BB87B4	 |
	PHB				;$BB87B6	 |
	PHB				;$BB87B7	 |
	PLA				;$BB87B8	 |
	STA $3A				;$BB87B9	 |
	PHK				;$BB87BB	 |
	PLB				;$BB87BC	 |
	LDA $34				;$BB87BD	 |
	PHY				;$BB87BF	 |
	JSR CODE_BB8A69			;$BB87C0	 |
	PLY				;$BB87C3	 |
	BCS CODE_BB8835			;$BB87C4	 |
	LDX $68				;$BB87C6	 |
	EOR $12,x			;$BB87C8	 |
	AND #$0E00			;$BB87CA	 |
	EOR $12,x			;$BB87CD	 |
	STA $12,x			;$BB87CF	 |
	LDX #$0E9E			;$BB87D1	 |
CODE_BB87D4:				;		 |
	LDA $32				;$BB87D4	 |
	CMP $00,x			;$BB87D6	 |
	BEQ CODE_BB884C			;$BB87D8	 |
	TXA				;$BB87DA	 |
	CLC				;$BB87DB	 |
	ADC #$005E			;$BB87DC	 |
	TAX				;$BB87DF	 |
	CPX #$16B2			;$BB87E0	 |
	BNE CODE_BB87D4			;$BB87E3	 |
	LDA $1730			;$BB87E5	 |
	CMP #$0018			;$BB87E8	 |
	BPL CODE_BB8838			;$BB87EB	 |
	LDX $68				;$BB87ED	 |
	PHY				;$BB87EF	 |
	JSR CODE_BB8318			;$BB87F0	 |
	PLY				;$BB87F3	 |
	BCS CODE_BB8838			;$BB87F4	 |
	LDX $1730			;$BB87F6	 |
	LDA $36				;$BB87F9	 |
	STA $1736,x			;$BB87FB	 |
	LDA $38				;$BB87FE	 |
	AND #$00FF			;$BB8800	 |
	ORA #$8000			;$BB8803	 |
	STA $1738,x			;$BB8806	 |
	LDA $38				;$BB8809	 |
	AND #$FF00			;$BB880B	 |
	LSR A				;$BB880E	 |
	LSR A				;$BB880F	 |
	LSR A				;$BB8810	 |
	STA $1732,x			;$BB8811	 |
	PHY				;$BB8814	 |
	LDY $68				;$BB8815	 |
	LDA $0012,y			;$BB8817	 |
	AND #$01FF			;$BB881A	 |
	ASL A				;$BB881D	 |
	ASL A				;$BB881E	 |
	ASL A				;$BB881F	 |
	ASL A				;$BB8820	 |
	STA $1734,x			;$BB8821	 |
	PLY				;$BB8824	 |
	TXA				;$BB8825	 |
	CLC				;$BB8826	 |
	ADC #$0008			;$BB8827	 |
	STA $1730			;$BB882A	 |
	LDX $68				;$BB882D	 |
	LDA $32				;$BB882F	 |
	STA $00,x			;$BB8831	 |
	BRA CODE_BB885F			;$BB8833	/

CODE_BB8835:
	JMP CODE_BB84B9			;$BB8835	/

CODE_BB8838:
	LDX $68				;$BB8838	\
	LDA $12,x			;$BB883A	 |
	JSR CODE_BB8C06			;$BB883C	 |
	BCS CODE_BB8849			;$BB883F	 |
	LDA $F1				;$BB8841	 |
	DEC A				;$BB8843	 |
	AND #$000F			;$BB8844	 |
	STA $F1				;$BB8847	 |
CODE_BB8849:				;		 |
	JMP CODE_BB84B9			;$BB8849	/

CODE_BB884C:
	LDA $12,x			;$BB884C	\
	LDX $68				;$BB884E	 |
	AND #$FFE0			;$BB8850	 |
	STA $12,x			;$BB8853	 |
	LDA $32				;$BB8855	 |
	STA $00,x			;$BB8857	 |
	STZ $16,x			;$BB8859	 |
	STZ $1C,x			;$BB885B	 |
	STZ $10,x			;$BB885D	 |
CODE_BB885F:				;		 |
	LDA $3A				;$BB885F	 |
	PHA				;$BB8861	 |
	PLB				;$BB8862	 |
	PLB				;$BB8863	 |
	INY				;$BB8864	 |
	INY				;$BB8865	 |
	INY				;$BB8866	 |
	INY				;$BB8867	 |
	INY				;$BB8868	 |
	INY				;$BB8869	 |
	JMP CODE_BB8485			;$BB886A	/

CODE_BB886D:
	LDX #$0000			;$BB886D	\
	JSR CODE_BB895A			;$BB8870	 |
	JSR CODE_BB896A			;$BB8873	 |
	LDX #$0000			;$BB8876	 |
CODE_BB8879:				;		 |
	LDA.l $7F9650,x			;$BB8879	 |
	EOR #$FFFF			;$BB887D	 |
	STA $7F9650,x			;$BB8880	 |
	INX				;$BB8884	 |
	INX				;$BB8885	 |
	CPX #$0EA8			;$BB8886	 |
	BNE CODE_BB8879			;$BB8889	 |
	RTS				;$BB888B	/

	LDX #$0000			;$BB888C	 |
CODE_BB888F:				;		 |
	LDA.l DATA_FD62DC,x		;$BB888F	 |
	AND #$001F			;$BB8893	 |
	STA $32				;$BB8896	 |
	LSR A				;$BB8898	 |
	CLC				;$BB8899	 |
	ADC $32				;$BB889A	 |
	LSR A				;$BB889C	 |
	STA $34				;$BB889D	 |
	LDA.l DATA_FD62DC,x		;$BB889F	 |
	AND #$03E0			;$BB88A3	 |
	STA $32				;$BB88A6	 |
	LSR A				;$BB88A8	 |
	LSR A				;$BB88A9	 |
	CLC				;$BB88AA	 |
	ADC $32				;$BB88AB	 |
	LSR A				;$BB88AD	 |
	AND #$03E0			;$BB88AE	 |
	TSB $34				;$BB88B1	 |
	LDA.l DATA_FD62DC,x		;$BB88B3	 |
	AND #$7C00			;$BB88B7	 |
	STA $32				;$BB88BA	 |
	LSR A				;$BB88BC	 |
	LSR A				;$BB88BD	 |
	CLC				;$BB88BE	 |
	ADC $32				;$BB88BF	 |
	CMP #$7C00			;$BB88C1	 |
	BCC CODE_BB88C9			;$BB88C4	 |
	LDA #$7C00			;$BB88C6	 |
CODE_BB88C9:				;		 |
	AND #$7C00			;$BB88C9	 |
	ORA $34				;$BB88CC	 |
	STA $7F9650,x			;$BB88CE	 |
	INX				;$BB88D2	 |
	INX				;$BB88D3	 |
	CPX #$0E8A			;$BB88D4	 |
	BNE CODE_BB888F			;$BB88D7	 |
	JSR CODE_BB895A			;$BB88D9	 |
	JSR CODE_BB896A			;$BB88DC	 |
	RTS				;$BB88DF	/

	LDX #$0000			;$BB88E0	 |
CODE_BB88E3:				;		 |
	LDA.l DATA_FD62DC,x		;$BB88E3	 |
	AND #$001F			;$BB88E7	 |
	XBA				;$BB88EA	 |
	LSR A				;$BB88EB	 |
	LSR A				;$BB88EC	 |
	STA $34				;$BB88ED	 |
	LSR A				;$BB88EF	 |
	LSR A				;$BB88F0	 |
	CLC				;$BB88F1	 |
	ADC $34				;$BB88F2	 |
	XBA				;$BB88F4	 |
	AND #$001F			;$BB88F5	 |
	STA $32				;$BB88F8	 |
	LDA.l DATA_FD62DC,x		;$BB88FA	 |
	AND #$03E0			;$BB88FE	 |
	LSR A				;$BB8901	 |
	STA $34				;$BB8902	 |
	LSR A				;$BB8904	 |
	LSR A				;$BB8905	 |
	CLC				;$BB8906	 |
	ADC $34				;$BB8907	 |
	AND #$01E0			;$BB8909	 |
	TSB $32				;$BB890C	 |
	ASL A				;$BB890E	 |
	ASL A				;$BB890F	 |
	ASL A				;$BB8910	 |
	ASL A				;$BB8911	 |
	ASL A				;$BB8912	 |
	ORA $32				;$BB8913	 |
	STA $7F9650,x			;$BB8915	 |
	INX				;$BB8919	 |
	INX				;$BB891A	 |
	CPX #$014A			;$BB891B	 |
	BNE CODE_BB88E3			;$BB891E	 |
CODE_BB8920:				;		 |
	LDA.l DATA_FD62DC,x		;$BB8920	 |
	AND #$001F			;$BB8924	 |
	LSR A				;$BB8927	 |
	STA $32				;$BB8928	 |
	LDA.l DATA_FD62DC,x		;$BB892A	 |
	LSR A				;$BB892E	 |
	AND #$01E0			;$BB892F	 |
	TSB $32				;$BB8932	 |
	ASL A				;$BB8934	 |
	ASL A				;$BB8935	 |
	ASL A				;$BB8936	 |
	ASL A				;$BB8937	 |
	ASL A				;$BB8938	 |
	STA $34				;$BB8939	 |
	LDA.l DATA_FD62DC,x		;$BB893B	 |
	LSR A				;$BB893F	 |
	AND #$3C00			;$BB8940	 |
	CLC				;$BB8943	 |
	ADC $34				;$BB8944	 |
	ORA $32				;$BB8946	 |
	STA $7F9650,x			;$BB8948	 |
	INX				;$BB894C	 |
	INX				;$BB894D	 |
	CPX #$0E8A			;$BB894E	 |
	BNE CODE_BB8920			;$BB8951	 |
	JSR CODE_BB895A			;$BB8953	 |
	JSR CODE_BB896A			;$BB8956	 |
	RTS				;$BB8959	/

CODE_BB895A:
	LDA.l DATA_FD62DC,x		;$BB895A	\
	STA $7F9650,x			;$BB895E	 |
	INX				;$BB8962	 |
	INX				;$BB8963	 |
	CPX #$0EA8			;$BB8964	 |
	BNE CODE_BB895A			;$BB8967	 |
	RTS				;$BB8969	/

CODE_BB896A:
	LDA #$6318			;$BB896A	\
	STA $7F9814			;$BB896D	 |
	STA $7F9904			;$BB8971	 |
	RTS				;$BB8975	/

	LDX #$0000			;$BB8976	 |
CODE_BB8979:				;		 |
	LDA.l DATA_FD62DC,x		;$BB8979	 |
	AND #$001F			;$BB897D	 |
	LSR A				;$BB8980	 |
	LSR A				;$BB8981	 |
	STA $32				;$BB8982	 |
	LDA.l DATA_FD62DC,x		;$BB8984	 |
	LSR A				;$BB8988	 |
	AND #$01E0			;$BB8989	 |
	TSB $32				;$BB898C	 |
	ASL A				;$BB898E	 |
	ASL A				;$BB898F	 |
	ASL A				;$BB8990	 |
	ASL A				;$BB8991	 |
	ASL A				;$BB8992	 |
	ORA $32				;$BB8993	 |
	STA $7F9650,x			;$BB8995	 |
	INX				;$BB8999	 |
	INX				;$BB899A	 |
	CPX #$014A			;$BB899B	 |
	BNE CODE_BB8979			;$BB899E	 |
CODE_BB89A0:				;		 |
	LDA.l DATA_FD62DC,x		;$BB89A0	 |
	AND #$001F			;$BB89A4	 |
	LSR A				;$BB89A7	 |
	STA $32				;$BB89A8	 |
	LDA.l DATA_FD62DC,x		;$BB89AA	 |
	AND #$03E0			;$BB89AE	 |
	LSR A				;$BB89B1	 |
	STA $34				;$BB89B2	 |
	LSR A				;$BB89B4	 |
	CLC				;$BB89B5	 |
	ADC $34				;$BB89B6	 |
	LSR A				;$BB89B8	 |
	AND #$03E0			;$BB89B9	 |
	TSB $32				;$BB89BC	 |
	LDA.l DATA_FD62DC,x		;$BB89BE	 |
	LSR A				;$BB89C2	 |
	STA $34				;$BB89C3	 |
	LSR A				;$BB89C5	 |
	CLC				;$BB89C6	 |
	ADC $34				;$BB89C7	 |
	LSR A				;$BB89C9	 |
	AND #$1C00			;$BB89CA	 |
	ORA $32				;$BB89CD	 |
	STA $7F9650,x			;$BB89CF	 |
	INX				;$BB89D3	 |
	INX				;$BB89D4	 |
	CPX #$0E8A			;$BB89D5	 |
	BNE CODE_BB89A0			;$BB89D8	 |
	JSR CODE_BB895A			;$BB89DA	 |
	JSR CODE_BB896A			;$BB89DD	 |
	RTS				;$BB89E0	/

	LDX #$0000			;$BB89E1	 |
CODE_BB89E4:				;		 |
	LDA.l DATA_FD62DC,x		;$BB89E4	 |
	AND #$001F			;$BB89E8	 |
	LSR A				;$BB89EB	 |
	LSR A				;$BB89EC	 |
	STA $32				;$BB89ED	 |
	LDA.l DATA_FD62DC,x		;$BB89EF	 |
	LSR A				;$BB89F3	 |
	AND #$01E0			;$BB89F4	 |
	TSB $32				;$BB89F7	 |
	ASL A				;$BB89F9	 |
	ASL A				;$BB89FA	 |
	ASL A				;$BB89FB	 |
	ASL A				;$BB89FC	 |
	ASL A				;$BB89FD	 |
	ORA $32				;$BB89FE	 |
	STA $7F9650,x			;$BB8A00	 |
	INX				;$BB8A04	 |
	INX				;$BB8A05	 |
	CPX #$014A			;$BB8A06	 |
	BNE CODE_BB89E4			;$BB8A09	 |
CODE_BB8A0B:				;		 |
	LDA.l DATA_FD62DC,x		;$BB8A0B	 |
	AND #$001F			;$BB8A0F	 |
	LSR A				;$BB8A12	 |
	STA $32				;$BB8A13	 |
	LSR A				;$BB8A15	 |
	LSR A				;$BB8A16	 |
	CLC				;$BB8A17	 |
	ADC $32				;$BB8A18	 |
	ADC #$0004			;$BB8A1A	 |
	STA $32				;$BB8A1D	 |
	LDA.l DATA_FD62DC,x		;$BB8A1F	 |
	AND #$03E0			;$BB8A23	 |
	LSR A				;$BB8A26	 |
	STA $34				;$BB8A27	 |
	LSR A				;$BB8A29	 |
	LSR A				;$BB8A2A	 |
	CLC				;$BB8A2B	 |
	ADC $34				;$BB8A2C	 |
	CLC				;$BB8A2E	 |
	ADC #$0060			;$BB8A2F	 |
	AND #$03E0			;$BB8A32	 |
	TSB $32				;$BB8A35	 |
	LDA.l DATA_FD62DC,x		;$BB8A37	 |
	AND #$7C00			;$BB8A3B	 |
	LSR A				;$BB8A3E	 |
	STA $34				;$BB8A3F	 |
	LSR A				;$BB8A41	 |
	LSR A				;$BB8A42	 |
	CLC				;$BB8A43	 |
	ADC $34				;$BB8A44	 |
	CLC				;$BB8A46	 |
	ADC #$0C00			;$BB8A47	 |
	AND #$7C00			;$BB8A4A	 |
	ORA $32				;$BB8A4D	 |
	STA $7F9650,x			;$BB8A4F	 |
	INX				;$BB8A53	 |
	INX				;$BB8A54	 |
	CPX #$0E8A			;$BB8A55	 |
	BNE CODE_BB8A0B			;$BB8A58	 |
	JSR CODE_BB895A			;$BB8A5A	 |
	JSR CODE_BB896A			;$BB8A5D	 |
	RTS				;$BB8A60	/

CODE_BB8A61:
	JSR CODE_BB8A69			;$BB8A61	\
	RTL				;$BB8A64	/

CODE_BB8A65:
	JSR CODE_BB8A6F			;$BB8A65	\
	RTL				;$BB8A68	/

CODE_BB8A69:
	ASL A				;$BB8A69	\
	TAX				;$BB8A6A	 |
	LDA.l DATA_FD5FEE,x		;$BB8A6B	 |
CODE_BB8A6F:				;		 |
	STA $05A7			;$BB8A6F	 |
	LDX #$0000			;$BB8A72	 |
CODE_BB8A75:				;		 |
	LDA $0B64,x			;$BB8A75	 |
	BEQ CODE_BB8AA8			;$BB8A78	 |
	CMP $05A7			;$BB8A7A	 |
	BEQ CODE_BB8AA1			;$BB8A7D	 |
CODE_BB8A7F:				;		 |
	INX				;$BB8A7F	 |
	INX				;$BB8A80	 |
	CPX #$0010			;$BB8A81	 |
	BNE CODE_BB8A75			;$BB8A84	 |
	LDA #$0002			;$BB8A86	 |
	JSL CODE_808C13			;$BB8A89	 |
	LDA $05A7			;$BB8A8D	 |
	STA $05F7			;$BB8A90	 |
	LDX #$0000			;$BB8A93	 |
	INC $0B74,x			;$BB8A96	 |
	TXA				;$BB8A99	 |
	XBA				;$BB8A9A	 |
	CLC				;$BB8A9B	 |
	LDA #$0000			;$BB8A9C	 |
	SEC				;$BB8A9F	 |
	RTS				;$BB8AA0	/

CODE_BB8AA1:
	LDA $0B74,x			;$BB8AA1	\
	BMI CODE_BB8A7F			;$BB8AA4	 |
	BRA CODE_BB8AC2			;$BB8AA6	/

CODE_BB8AA8:
	STX $5E				;$BB8AA8	\
	BRA CODE_BB8AB4			;$BB8AAA	/

CODE_BB8AAC:
	LDA $0B64,x			;$BB8AAC	\
	CMP $05A7			;$BB8AAF	 |
	BEQ CODE_BB8ABD			;$BB8AB2	 |
CODE_BB8AB4:				;		 |
	INX				;$BB8AB4	 |
	INX				;$BB8AB5	 |
	CPX #$0010			;$BB8AB6	 |
	BNE CODE_BB8AAC			;$BB8AB9	 |
	BRA CODE_BB8AF6			;$BB8ABB	/

CODE_BB8ABD:
	LDA $0B74,x			;$BB8ABD	\
	BMI CODE_BB8AB4			;$BB8AC0	 |
CODE_BB8AC2:				;		 |
	INC $0B74,x			;$BB8AC2	 |
	TXA				;$BB8AC5	 |
	XBA				;$BB8AC6	 |
	CLC				;$BB8AC7	 |
	RTS				;$BB8AC8	/

	STA $05A7			;$BB8AC9	 |
	LDA $12,x			;$BB8ACC	 |
	XBA				;$BB8ACE	 |
	AND #$000E			;$BB8ACF	 |
	STA $5E				;$BB8AD2	 |
	TAX				;$BB8AD4	 |
	LDA $0B64,x			;$BB8AD5	 |
	CMP $05A7			;$BB8AD8	 |
	BEQ CODE_BB8AE3			;$BB8ADB	 |
	JSR CODE_BB8AF6			;$BB8ADD	 |
	DEC $0B74,x			;$BB8AE0	 |
CODE_BB8AE3:				;		 |
	RTL				;$BB8AE3	/

CODE_BB8AE4:
	STA $05A7			;$BB8AE4	\
	LDA $12,x			;$BB8AE7	 |
	XBA				;$BB8AE9	 |
	AND #$000E			;$BB8AEA	 |
	STA $5E				;$BB8AED	 |
	JSR CODE_BB8AF6			;$BB8AEF	 |
	DEC $0B74,x			;$BB8AF2	 |
	RTL				;$BB8AF5	/

CODE_BB8AF6:
	LDA $052B			;$BB8AF6	\
	AND #$0010			;$BB8AF9	 |
	BNE CODE_BB8B30			;$BB8AFC	 |
	LDA $F1				;$BB8AFE	 |
	ASL A				;$BB8B00	 |
	ASL A				;$BB8B01	 |
	TAX				;$BB8B02	 |
	JSR CODE_BB8B66			;$BB8B03	 |
	STA $0B24,x			;$BB8B06	 |
	LDA $5E				;$BB8B09	 |
	ASL A				;$BB8B0B	 |
	ASL A				;$BB8B0C	 |
	ASL A				;$BB8B0D	 |
	CLC				;$BB8B0E	 |
	ADC #$0081			;$BB8B0F	 |
	XBA				;$BB8B12	 |
	ORA #$00FD			;$BB8B13	 |
	STA $0B26,x			;$BB8B16	 |
	LDA $F1				;$BB8B19	 |
	INC A				;$BB8B1B	 |
	AND #$000F			;$BB8B1C	 |
	STA $F1				;$BB8B1F	 |
	LDX $5E				;$BB8B21	 |
	INC $0B74,x			;$BB8B23	 |
	LDA $05A7			;$BB8B26	 |
	STA $0B64,x			;$BB8B29	 |
	TXA				;$BB8B2C	 |
	XBA				;$BB8B2D	 |
	CLC				;$BB8B2E	 |
	RTS				;$BB8B2F	/

CODE_BB8B30:
	LDA $F1				;$BB8B30	\
	ASL A				;$BB8B32	 |
	ASL A				;$BB8B33	 |
	TAX				;$BB8B34	 |
	JSR CODE_BB8B66			;$BB8B35	 |
	CLC				;$BB8B38	 |
	ADC #$3374			;$BB8B39	 |
	STA $0B24,x			;$BB8B3C	 |
	LDA $5E				;$BB8B3F	 |
	ASL A				;$BB8B41	 |
	ASL A				;$BB8B42	 |
	ASL A				;$BB8B43	 |
	CLC				;$BB8B44	 |
	ADC #$0081			;$BB8B45	 |
	XBA				;$BB8B48	 |
	ORA #$007F			;$BB8B49	 |
	STA $0B26,x			;$BB8B4C	 |
	LDA $F1				;$BB8B4F	 |
	INC A				;$BB8B51	 |
	AND #$000F			;$BB8B52	 |
	STA $F1				;$BB8B55	 |
	LDX $5E				;$BB8B57	 |
	INC $0B74,x			;$BB8B59	 |
	LDA $05A7			;$BB8B5C	 |
	STA $0B64,x			;$BB8B5F	 |
	TXA				;$BB8B62	 |
	XBA				;$BB8B63	 |
	CLC				;$BB8B64	 |
	RTS				;$BB8B65	/

CODE_BB8B66:
	STZ $60				;$BB8B66	\
	LDA $060D			;$BB8B68	 |
	CMP #$0002			;$BB8B6B	 |
	BNE CODE_BB8B7C			;$BB8B6E	 |
	SEC				;$BB8B70	 |
	SBC $060F			;$BB8B71	 |
	DEC A				;$BB8B74	 |
	BNE CODE_BB8B7C			;$BB8B75	 |
	LDA #$003C			;$BB8B77	 |
	STA $60				;$BB8B7A	 |
CODE_BB8B7C:				;		 |
	LDA $05A7			;$BB8B7C	 |
	CMP #$6484			;$BB8B7F	 |
	BEQ CODE_BB8B8A			;$BB8B82	 |
	CMP #$6574			;$BB8B84	 |
	BEQ CODE_BB8BAA			;$BB8B87	 |
	RTS				;$BB8B89	/

CODE_BB8B8A:
	LDA $08A4			;$BB8B8A	\
	BEQ CODE_BB8BAF			;$BB8B8D	 |
CODE_BB8B8F:				;		 |
	LDA $091C			;$BB8B8F	 |
	AND #$0003			;$BB8B92	 |
	BEQ CODE_BB8B9F			;$BB8B95	 |
	DEC A				;$BB8B97	 |
	BEQ CODE_BB8BD1			;$BB8B98	 |
	DEC A				;$BB8B9A	 |
	BEQ CODE_BB8BD9			;$BB8B9B	 |
	BRA CODE_BB8BC2			;$BB8B9D	/

CODE_BB8B9F:
	LDA #$001E			;$BB8B9F	\
	CLC				;$BB8BA2	 |
	ADC $05A7			;$BB8BA3	 |
	CLC				;$BB8BA6	 |
	ADC $60				;$BB8BA7	 |
	RTS				;$BB8BA9	/

CODE_BB8BAA:
	LDA $08A4			;$BB8BAA	\
	BEQ CODE_BB8B8F			;$BB8BAD	 |
CODE_BB8BAF:				;		 |
	LDA $091A			;$BB8BAF	 |
	BMI CODE_BB8BE1			;$BB8BB2	 |
	LDA $091C			;$BB8BB4	 |
	AND #$0003			;$BB8BB7	 |
	BEQ CODE_BB8BCA			;$BB8BBA	 |
	DEC A				;$BB8BBC	 |
	BEQ CODE_BB8BD1			;$BB8BBD	 |
	DEC A				;$BB8BBF	 |
	BEQ CODE_BB8BD9			;$BB8BC0	 |
CODE_BB8BC2:				;		 |
	LDA #$00B4			;$BB8BC2	 |
	CLC				;$BB8BC5	 |
	ADC $05A7			;$BB8BC6	 |
	RTS				;$BB8BC9	/

CODE_BB8BCA:
	LDA $05A7			;$BB8BCA	\
	CLC				;$BB8BCD	 |
	ADC $60				;$BB8BCE	 |
	RTS				;$BB8BD0	/

CODE_BB8BD1:
	LDA #$0078			;$BB8BD1	\
	CLC				;$BB8BD4	 |
	ADC $05A7			;$BB8BD5	 |
	RTS				;$BB8BD8	/

CODE_BB8BD9:
	LDA #$0096			;$BB8BD9	\
	CLC				;$BB8BDC	 |
	ADC $05A7			;$BB8BDD	 |
	RTS				;$BB8BE0	/

CODE_BB8BE1:
	LDA #$00D2			;$BB8BE1	\
	CLC				;$BB8BE4	 |
	ADC $05A7			;$BB8BE5	 |
	RTS				;$BB8BE8	/

CODE_BB8BE9:
	LDX $64				;$BB8BE9	\
	LDA $56,x			;$BB8BEB	 |
	DEC A				;$BB8BED	 |
	ASL A				;$BB8BEE	 |
	ASL A				;$BB8BEF	 |
	ASL A				;$BB8BF0	 |
	TAY				;$BB8BF1	 |
	PHB				;$BB8BF2	 |
	PEA $FE00			;$BB8BF3	 |
	PLB				;$BB8BF6	 |
	PLB				;$BB8BF7	 |
	LDA ($F5),y			;$BB8BF8	 |
	STA $72				;$BB8BFA	 |
	LDA ($F7),y			;$BB8BFC	 |
	STA $74				;$BB8BFE	 |
	PLB				;$BB8C00	 |
	RTL				;$BB8C01	/

CODE_BB8C02:
	JSR CODE_BB8C06			;$BB8C02	\
	RTL				;$BB8C05	/

CODE_BB8C06:
	XBA				;$BB8C06	\
	AND #$000E			;$BB8C07	 |
	TAX				;$BB8C0A	 |
	DEC $0B74,x			;$BB8C0B	 |
	BMI CODE_BB8C14			;$BB8C0E	 |
	BEQ CODE_BB8C14			;$BB8C10	 |
	SEC				;$BB8C12	 |
	RTS				;$BB8C13	/

CODE_BB8C14:
	STZ $0B64,x			;$BB8C14	\
	CLC				;$BB8C17	 |
	RTS				;$BB8C18	/

CODE_BB8C19:
	LDX $0597			;$BB8C19	\
	LDA $12,x			;$BB8C1C	 |
	XBA				;$BB8C1E	 |
	AND #$000E			;$BB8C1F	 |
	TAX				;$BB8C22	 |
	LDA $0B64,x			;$BB8C23	 |
	LDX $0597			;$BB8C26	 |
	JSR CODE_BB8C50			;$BB8C29	 |
CODE_BB8C2C:				;		 |
	LDX $0593			;$BB8C2C	 |
	LDA $12,x			;$BB8C2F	 |
	XBA				;$BB8C31	 |
	AND #$000E			;$BB8C32	 |
	TAX				;$BB8C35	 |
	LDA $0B64,x			;$BB8C36	 |
	LDX $0593			;$BB8C39	 |
	JSR CODE_BB8C50			;$BB8C3C	 |
	RTL				;$BB8C3F	/

CODE_BB8C40:
	JSR CODE_BB8C50			;$BB8C40	\
	RTL				;$BB8C43	/

CODE_BB8C44:
	JSR CODE_BB8C48			;$BB8C44	\
	RTL				;$BB8C47	/

CODE_BB8C48:
	TXY				;$BB8C48	\
	ASL A				;$BB8C49	 |
	TAX				;$BB8C4A	 |
	LDA.l DATA_FD5FEE,x		;$BB8C4B	 |
	TYX				;$BB8C4F	 |
CODE_BB8C50:				;		 |
	TXY				;$BB8C50	 |
	STA $05A7			;$BB8C51	 |
	LDA $12,x			;$BB8C54	 |
	XBA				;$BB8C56	 |
	AND #$000E			;$BB8C57	 |
	TAX				;$BB8C5A	 |
	LDA $0B64,x			;$BB8C5B	 |
	CMP #$6682			;$BB8C5E	 |
	BNE CODE_BB8C68			;$BB8C61	 |
	DEC $0B74,x			;$BB8C63	 |
	BRA CODE_BB8C6E			;$BB8C66	/

CODE_BB8C68:
	LDA $0012,y			;$BB8C68	\
	JSR CODE_BB8C06			;$BB8C6B	 |
CODE_BB8C6E:				;		 |
	LDA $05A7			;$BB8C6E	 |
	JSR CODE_BB8A6F			;$BB8C71	 |
	TYX				;$BB8C74	 |
	EOR $12,x			;$BB8C75	 |
	AND #$0E00			;$BB8C77	 |
	EOR $12,x			;$BB8C7A	 |
	STA $12,x			;$BB8C7C	 |
	RTS				;$BB8C7E	/

set_PPU_registers:
	PHB				;$BB8C7F	\ Preserve current data bank
	PEA $FD79			;$BB8C80	 |\ Change data bank to FD
	PLB				;$BB8C83	 | |
	PLB				;$BB8C84	 |/
	SEP #$20			;$BB8C85	 |
	STA $000D70			;$BB8C87	 | Store index to current VRAM setting id
	ASL A				;$BB8C8B	 |\ Double the VRAM setting id for use as an index
	TAY				;$BB8C8C	 |/
	LDX.w DATA_FD79E2,y		;$BB8C8D	 |\ Load relative offset to register config index
	TXY				;$BB8C90	 |/
.next_register				;		 |
	LDX.w DATA_FD79E2,y		;$BB8C91	 |\ A value of zero terminates the table
	BEQ .return			;$BB8C94	 |/
	INY				;$BB8C96	 |\ Move the settings index forward two byets
	INY				;$BB8C97	 |/
	STX $76				;$BB8C98	 | Store the register to set
	ASL $77				;$BB8C9A	 |\ Clear and test for high bit
	BCC .single_register		;$BB8C9C	 |/ If the high bit is clear, then the destination is one byte
	LSR $77				;$BB8C9E	 | Undo the bit test shift
	LDX $76				;$BB8CA0	 | Reload masked register to set
	LDA.w DATA_FD79E2,y		;$BB8CA2	 |\ Load the byte for the register and set it
	STA $00,x			;$BB8CA5	 |/
	INX				;$BB8CA7	 | Move to the next register
	INY				;$BB8CA8	 | Increment the settings index
.single_register			;		 |
	LDA.w DATA_FD79E2,y		;$BB8CA9	 |\ Load the byte for the register and set it
	STA $00,x			;$BB8CAC	 |/
	INY				;$BB8CAE	 | Increment the settings index
	BRA .next_register		;$BB8CAF	/

.return
	REP #$20			;$BB8CB1	\ Return to full 16 bit
	PLB				;$BB8CB3	 | Restore the data bank
	RTS				;$BB8CB4	/ Finished setting registers

handle_VRAM_payload:
	PHB				;$BB8CB5	\ Preserve current data bank
	PEA $FD81			;$BB8CB6	 |\ Change data bank to FD
	PLB				;$BB8CB9	 | |
	PLB				;$BB8CBA	 |/
	ASL A				;$BB8CBB	 |\ Double the VRAM payload id an index to the relative pointer
	TAY				;$BB8CBC	 |/
	LDX.w DATA_FD819A,y		;$BB8CBD	 | Load relative offset to VRAM payload
.next_payload				;		 |
	SEP #$20			;$BB8CC0	 |
	LDA.w DATA_FD819A,x		;$BB8CC2	 |\ If the payload data is zero, we are done uploadingh
	BEQ .return			;$BB8CC5	 |/
	LDA.w DATA_FD819E,x		;$BB8CC7	 |\ If the payload data is negative handle compressed data
	BMI .compressed_payload		;$BB8CCA	 |/
	REP #$20			;$BB8CCC	 |
	BRL .static_payload		;$BB8CCE	/ Otherwise handle static data

.raw_pointer_payload
	SEP #$20			;$BB8CD1	 |\ Dead code as far as I can tell, but here is what it could do
	LDA.w DATA_FD819A,x		;$BB8CD3	 | |\ Set the DMA source bank
	STA $004304			;$BB8CD6	 | |/
	REP #$20			;$BB8CDA	 | |
	LDA.w DATA_FD819B,x		;$BB8CDC	 | |\ Set the DMA source word
	STA $004302			;$BB8CDF	 | |/
	LDA.w DATA_FD819D,x		;$BB8CE3	 | |\ Set the VRAM address
	STA $002116			;$BB8CE6	 | |/
	SEP #$20			;$BB8CEA	 |/ Basically this code would set up a raw DMA source payload
.DMA_payload				;		 |
	LDA.w DATA_FD819F,x		;$BB8CEC	 |\ Load and set DMA size
	STA $004305			;$BB8CEF	 | |
	LDA.w DATA_FD81A0,x		;$BB8CF3	 | |
	STA $004306			;$BB8CF6	 |/
	LDA #$18			;$BB8CFA	 |\ Set the DMA destination to $2118
	STA $004301			;$BB8CFC	 |/
	LDA #$01			;$BB8D00	 |\ Set DMA transfer mode 01 (two registers, write once)
	STA $004300			;$BB8D02	 |/
	STA $00420B			;$BB8D06	 | Enable channel 1 DMA
	REP #$20			;$BB8D0A	 |
	TXA				;$BB8D0C	 |\ Add 7 bytes to the payload index to bypass DMA/VRAM settings
	CLC				;$BB8D0D	 | |
	ADC #$0007			;$BB8D0E	 | |
	TAX				;$BB8D11	 |/
	BRA .next_payload		;$BB8D12	/ Go to the next payload chunk

.return
	REP #$20			;$BB8D14	\
	PLB				;$BB8D16	 | Restore the data bank
	RTS				;$BB8D17	/ Done uploading VRAM data

.compressed_payload
	REP #$20			;$BB8D18	\
	LDY.w DATA_FD819B,x		;$BB8D1A	 |\ Load pointer to data to decompress
	LDA.w DATA_FD819A,x		;$BB8D1D	 |/
	AND #$00FF			;$BB8D20	 |
	PHX				;$BB8D23	 | Preserve the payload index
	TYX				;$BB8D24	 | Move pointer word to X
	TAY				;$BB8D25	 | Move pointer bank to Y
	PHB				;$BB8D26	 |\ Push current data bank and change data bank to BB
	PHK				;$BB8D27	 | |
	PLB				;$BB8D28	 |/
	JSL decompress_data_default	;$BB8D29	 | Decompress the data
	PLB				;$BB8D2D	 | Restore the data bank
	PLX				;$BB8D2E	 | Restore the payload index
	SEP #$20			;$BB8D2F	 |
	LDA.w DATA_FD819D,x		;$BB8D31	 |\ Load and set the VRAM address (masks off top bit) 
	STA $002116			;$BB8D34	 | |
	LDA.w DATA_FD819E,x		;$BB8D38	 | |
	AND #$7F			;$BB8D3B	 | |
	STA $002117			;$BB8D3D	 |/
	LDA #$7F			;$BB8D41	 |\ Set DMA source to $7F0000
	STA $004304			;$BB8D43	 | |
	REP #$20			;$BB8D47	 | |
	LDA #$0000			;$BB8D49	 | |
	STA $004302			;$BB8D4C	 |/
	SEP #$20			;$BB8D50	 |
	BRA .DMA_payload		;$BB8D52	/ Launch the DMA to VRAM

.static_payload
	SEP #$20			;$BB8D54	\ 
	LDA.w DATA_FD819A,x		;$BB8D56	 |\ Get and set the bank of the source pointer
	STA $28				;$BB8D59	 |/
	LDA #$7F			;$BB8D5B	 |\ Set DMA source bank to 7F
	STA $004304			;$BB8D5D	 |/
	REP #$20			;$BB8D61	 |
	LDA #$0000			;$BB8D63	 |\ Set DMA source word to 0000
	STA $004302			;$BB8D66	 |/ (Full source becomes $7F0000)
	LDA.w DATA_FD819B,x		;$BB8D6A	 |\ Get and set the word portion of the source pointer
	STA $26				;$BB8D6D	 |/
	LDA.w DATA_FD819D,x		;$BB8D6F	 |\ Get and set the VRAM destination address
	STA $002116			;$BB8D72	 |/
	PHX				;$BB8D76	 | Preserve the payload index
	LDA.w DATA_FD819F,x		;$BB8D77	 | Load the number of bytes to copy
	INC A				;$BB8D7A	 |\ Ensure an even number of bytes to copy
	AND #$FFFE			;$BB8D7B	 |/
	TAY				;$BB8D7E	 |\ X and Y mirror for using different addressing mods
	TAX				;$BB8D7F	 |/
.next_byte				;		 |
	LDA [$26],y			;$BB8D80	 |\ Copy one byte from source to destination
	STA $7F0000,x			;$BB8D82	 |/
	DEY				;$BB8D86	 |\ Count down two bytes 
	DEY				;$BB8D87	 | |
	TYX				;$BB8D88	 |/
	BPL .next_byte			;$BB8D89	 | Continue until there are no remaining bytes
	PLX				;$BB8D8B	 | Restore the payload index
	SEP #$20			;$BB8D8C	 |
	BRL .DMA_payload		;$BB8D8E	/ Launch the DMA to VRAM
	
;$38  -- destination
;$34 -- source
;$32 -- run dma after upload (always #$FFFF so never)
;The follow two tables map to the opposite intended nibbles.
;$42 -- index >> 4  (look up table pointer, set low byte and read for value)
;	This table allow direct indexing of low nibbles
;$46 -- (index & 0x0F) << 4 (look up table pointer, set low byte and read for value)
;	This table allow direct indexing of high nibbles
;$4A -- command set starting at $BB8040
;$4E -- command set starting at $BB8000
;These are the 6 header bytes of compressed data
;$52 -- fill byte 1
;$53 -- fill byte 2
;$56 -- direct byte 1
;$57 -- direct byte 2
;$54 -- direct word
;Misc addresses
;$3C -- operand 1 (usually count)
;$3E -- operand 2 (usually offset)

;Extra notes
;All commands are return addresses - 1 so RTS can be used

decompress_data:			;
	STA $38				;$BB8D91	\ Set decompression parameters
	LDA #$007F			;$BB8D93	 |
	STA $3A				;$BB8D96	 | Bank 7F + address from A
	STX $34				;$BB8D98	 | Source from X
	STY $36				;$BB8D9A	 |
	BRA start_decompression		;$BB8D9C	/
					;
decompress_data_default:		;		\
	TXA				;$BB8D9E	 |\ Set decompression parameters
	TYX				;$BB8D9F	 | |
	STA $34				;$BB8DA0	 | |
	STX $36				;$BB8DA2	 | |
	LDA #$0000			;$BB8DA4	 | | Default destination $7F0000
	STA $38				;$BB8DA7	 | |
	LDA #$007F			;$BB8DA9	 | |
	STA $3A				;$BB8DAC	 |/
start_decompression:			;		 |
	LDA #$FFFF			;$BB8DAE	 |\ Disble auto DMA of data
	STA $32				;$BB8DB1	 |/
	PHB				;$BB8DB3	 |\ Preserve call bank/Y
	PHY				;$BB8DB4	 |/
	LDA #$2100			;$BB8DB5	 |\ Setup pointers to nibble look up tables
	STA $46				;$BB8DB8	 | |
	LDA #$007E			;$BB8DBA	 | |
	STA $48				;$BB8DBD	 | |
	STA $44				;$BB8DBF	 | |
	LDA #$2000			;$BB8DC1	 | |
	STA $42				;$BB8DC4	 |/
	JSL build_decompression_lookup	;$BB8DC6	 | Generate nibble offset table at RAM $7E2000
	LDX $38				;$BB8DCA	 | Load the decompression index
	LDY #$0001			;$BB8DCC	 | Load the compression index
	LDA #$8001			;$BB8DCF	 |\ Load default decompression function A 8001
	STA $4E				;$BB8DD2	 |/ The high byte will never change.
	LDA #$8040			;$BB8DD4	 |\ Load default decompression function B 8040
	STA $4A				;$BB8DD7	 |/
	SEP #$20			;$BB8DD9	 |
	LDA $3A				;$BB8DDB	 |\ Set the data bank to the destination bank
	PHA				;$BB8DDD	 | |
	PLB				;$BB8DDE	 |/
	LDA [$34],y			;$BB8DDF	 |\ Read fill byte 1
	STA $52				;$BB8DE1	 | |
	INY				;$BB8DE3	 |/
	LDA [$34],y			;$BB8DE4	 |\ Read fill byte 2
	STA $53				;$BB8DE6	 | |
	INY				;$BB8DE8	 |/
	LDA [$34],y			;$BB8DE9	 |\ Read direct byte 1
	STA $56				;$BB8DEB	 | |
	INY				;$BB8DED	 |/
	LDA [$34],y			;$BB8DEE	 |\ Read direct byte 2
	STA $57				;$BB8DF0	 | |
	INY				;$BB8DF2	 |/
	REP #$20			;$BB8DF3	 |\ Read direct word
	LDA [$34],y			;$BB8DF5	 | |
	STA $54				;$BB8DF7	 |/
	LDY #$0027			;$BB8DF9	 | Skip to compressed byte #$27
	STZ $3C				;$BB8DFC	 |\ Clear generic operand 1
	STZ $3E				;$BB8DFE	 |/ Clean generic operand 2
	SEP #$20			;$BB8E00	 | Return to 8 bit
execute_command_set_1:			;		 |
	LDA [$34],y			;$BB8E02	 |\ Read the first command byte
	INY				;$BB8E04	 | |
	STA $46				;$BB8E05	 |/
	AND #$F0			;$BB8E07	 |\ Command = (byte & 0xF0) >> 2
	LSR A				;$BB8E09	 | | Range $00-$3C
	LSR A				;$BB8E0A	 | |
	STA $4E				;$BB8E0B	 |/
	PEI ($4E)			;$BB8E0D	 | Push command address onto the stack
	RTS				;$BB8E0F	/ Return to execute command
					;
execute_command_set_2_wide:		;
	LDA $46				;$BB8E10	\ Read next command byte
	AND #$0F			;$BB8E12	 |\ Command = (byte & 0xF0) >> 2
	ASL A				;$BB8E14	 | | Range $3F-$7B
	ASL A				;$BB8E15	 | |
	ADC #$3F			;$BB8E16	 |/
	STA $4A				;$BB8E18	 |
	PEI ($4A)			;$BB8E1A	 | Push command address onto the stack
	RTS				;$BB8E1C	/ Return to execute command
					;
execute_command_set_2:			;
	LDA $42				;$BB8E1D	\ Read next command byte
	AND #$0F			;$BB8E1F	 |\ Command = (byte & 0xF0) >> 2
	ASL A				;$BB8E21	 | | Range $3F-$7B
	ASL A				;$BB8E22	 | |
	ADC #$3F			;$BB8E23	 | |
	STA $4A				;$BB8E25	 |/
	PEI ($4A)			;$BB8E27	 | Push command address onto the stack
	RTS				;$BB8E29	/ Return to execute command
					;
copy_or_return_1:			;		\
	LDA $46				;$BB8E2A	 |\ Read number of bytes to copy
	AND #$0F			;$BB8E2C	 | |
	BEQ finalize_decompression	;$BB8E2E	 |/ If zero bytes, conclude decompression
	STA $3C				;$BB8E30	 | Store number of bytes to copy
.copy_byte				;		 |
	LDA [$34],y			;$BB8E32	 |\ Direct copy of up to 16 bytes
	INY				;$BB8E34	 | |
	STA $0000,x			;$BB8E35	 | |
	INX				;$BB8E38	 | |
	DEC $3C				;$BB8E39	 | |
	BNE .copy_byte			;$BB8E3B	 |/
	JMP execute_command_set_1	;$BB8E3D	/ Read new command
					;
finalize_decompression:			;		\
	REP #$20			;$BB8E40	 |\ Restore 16 bit A, data bank and Y
	PLY				;$BB8E42	 | |
	PLB				;$BB8E43	 |/
	TXA				;$BB8E44	 |\ Calculate the number of decompressed bytes (stored in X)
	SEC				;$BB8E45	 | | X = X - destination (Where X as an operand is the destination offset)
	SBC $38				;$BB8E46	 | |
	TAX				;$BB8E48	 |/
	LDA $32				;$BB8E49	 |\ Check if DMA should run
	BMI .skip_DMA			;$BB8E4B	 |/
	LDA $58				;$BB8E4D	 |\ This would be a be a DMA to VRAM
	STA $2116			;$BB8E4F	 | | However $32 is a constant and will always be skipped (0xFFFF)
	LDA $38				;$BB8E52	 | |
	STA $4302			;$BB8E54	 | |
	LDA $3A				;$BB8E57	 | |
	STA $4304			;$BB8E59	 | |
	STX $4305			;$BB8E5C	 | |
	LDA #$1801			;$BB8E5F	 | |
	STA $4300			;$BB8E62	 | |
	SEP #$20			;$BB8E65	 | |
	LDA #$01			;$BB8E67	 | |
	STA $420B			;$BB8E69	 | |
	REP #$20			;$BB8E6C	 |/
.skip_DMA				;		 |
	RTL				;$BB8E6E	/ Done with decompression
					;
copy_or_return_2:			;		\
	LDA [$34],y			;$BB8E6F	 |\ Load next operand
	INY				;$BB8E71	 |/
	STA $42				;$BB8E72	 |\ Store in nibble lookup tables
	STA $46				;$BB8E74	 |/
	LDA [$42]			;$BB8E76	 |\ Load number of bytes to write
	BEQ finalize_decompression	;$BB8E78	 | | If zero bytes, conclude decompression
	STA $3C				;$BB8E7A	 |/ Store number of bytes to write
.copy_byte				;		 |
	LDA [$46]			;$BB8E7C	 |\ operand2 = high byte
	STA $3E				;$BB8E7E	 |/
	LDA [$34],y			;$BB8E80	 |\ Load next operand
	INY				;$BB8E82	 |/
	STA $42				;$BB8E83	 |\ Store in nibble lookup tables
	STA $46				;$BB8E85	 |/
	LDA $3E				;$BB8E87	 | Load operand2
	ORA [$42]			;$BB8E89	 |\ write operand2 | low nibble
	STA $0000,x			;$BB8E8B	 |/
	INX				;$BB8E8E	 |\ Continue until no there are no more bytes
	DEC $3C				;$BB8E8F	 | |
	BNE .copy_byte			;$BB8E91	 |/
	JMP execute_command_set_2_wide	;$BB8E93	/ Run next command
					;
stream_byte_1:				;		\
	LDA [$46]			;$BB8E96	 |\ Load operand high nibble
	STA $3E				;$BB8E98	 |/
	LDA [$34],y			;$BB8E9A	 |\ Load next operand
	INY				;$BB8E9C	 | |
	STA $42				;$BB8E9D	 |/
	LDA $3E				;$BB8E9F	 | Load operand high nibble
	ORA [$42]			;$BB8EA1	 |\ write high nibble | low nibble
	STA $0000,x			;$BB8EA3	 | |
	INX				;$BB8EA6	 |/
	JMP execute_command_set_2	;$BB8EA7	/ Run next command
					;
stream_byte_2:				;		\
	LDA [$34],y			;$BB8EAA	 |\ Copy one byte from the compression stream
	INY				;$BB8EAC	 | |
	STA $0000,x			;$BB8EAD	 | |
	INX				;$BB8EB0	 |/
	JMP execute_command_set_1	;$BB8EB1	/ Run next command
					;
stream_word_1:				;		\
	LDA [$46]			;$BB8EB4	 |\ Load operand high nibble into operand2
	STA $3E				;$BB8EB6	 |/
	LDA [$34],y			;$BB8EB8	 |\ Load next operand
	INY				;$BB8EBA	 |/
	STA $42				;$BB8EBB	 |\ Store in nibble lookup tables
	STA $46				;$BB8EBD	 |/
	LDA $3E				;$BB8EBF	 | Load operand2
	ORA [$42]			;$BB8EC1	 |\  write operand2 | low nibble
	STA $0000,x			;$BB8EC3	 | |
	INX				;$BB8EC6	 |/
	LDA [$46]			;$BB8EC7	 |\ Load operand high nibble into operand2
	STA $3E				;$BB8EC9	 |/
	LDA [$34],y			;$BB8ECB	 |\ Load next operand
	INY				;$BB8ECD	 |/
	STA $42				;$BB8ECE	 | Store in low nibble lookup table
	LDA $3E				;$BB8ED0	 | Load operand2
	ORA [$42]			;$BB8ED2	 |\  write operand2 | low nibble
	STA $0000,x			;$BB8ED4	 | |
	INX				;$BB8ED7	 |/
	JMP execute_command_set_2	;$BB8ED8	/ Run next command
					;
stream_word_2:				;		\
	REP #$20			;$BB8EDB	 |\ Copy one word from the compression stream
	LDA [$34],y			;$BB8EDD	 | |
	STA $0000,x			;$BB8EDF	 | |
	INY				;$BB8EE2	 | |
	INY				;$BB8EE3	 | |
	INX				;$BB8EE4	 | |
	INX				;$BB8EE5	 | |
	SEP #$20			;$BB8EE6	 |/
	JMP execute_command_set_1	;$BB8EE8	/ Run next command
					;
stream_byte_fill_1:			;		\
	LDA $46				;$BB8EEB	 |\ Load operand
	AND #$0F			;$BB8EED	 | | Count = operand & 0x0F + 3
	ADC #$03			;$BB8EEF	 | |
	STA $3C				;$BB8EF1	 |/
	LDA [$34],y			;$BB8EF3	 |\  Load fill byte
	INY				;$BB8EF5	 |/
.fill_byte				;		 |
	STA $0000,x			;$BB8EF6	 |\ Store and repeat with fill byte.
	INX				;$BB8EF9	 | |
	DEC $3C				;$BB8EFA	 | |
	BNE .fill_byte			;$BB8EFC	 |/
	JMP execute_command_set_1	;$BB8EFE	/ Run next command
					;
stream_byte_fill_2:			;		\
	LDA [$34],y			;$BB8F01	 |\ Load next operand
	INY				;$BB8F03	 |/
	STA $42				;$BB8F04	 |\ Store in nibble lookup tables
	STA $46				;$BB8F06	 |/
	LDA [$42]			;$BB8F08	 |\ Count = low nibble + 3
	ADC #$03			;$BB8F0A	 | |
	STA $3C				;$BB8F0C	 |/
	LDA [$46]			;$BB8F0E	 |\ Operand2 = high nibble
	STA $3E				;$BB8F10	 |/
	LDA [$34],y			;$BB8F12	 |\ Load next operand
	INY				;$BB8F14	 | |
	STA $42				;$BB8F15	 |/ Store low nibble look up
	LDA $3E				;$BB8F17	 |\ Load operand2
	ORA [$42]			;$BB8F19	 |/ fill byte =  operand2 | low nibble
.fill_byte				;		 |
	STA $0000,x			;$BB8F1B	 |\ Store and repeat with fill byte.
	INX				;$BB8F1E	 | |
	DEC $3C				;$BB8F1F	 | |
	BNE .fill_byte			;$BB8F21	 |/
	JMP execute_command_set_2	;$BB8F23	/ Run next command
					;
direct_byte_1_fill_1:			;		\
	LDA $46				;$BB8F26	 |\ Load operand
	AND #$0F			;$BB8F28	 | | Count = operand & 0x0F + 3
	ADC #$03			;$BB8F2A	 | |
	STA $3C				;$BB8F2C	 |/
	LDA $52				;$BB8F2E	 | Load fill byte 1
.fill_byte				;		 |
	STA $0000,x			;$BB8F30	 |\ Store and repeat with fill byte.
	INX				;$BB8F33	 | |
	DEC $3C				;$BB8F34	 | |
	BNE .fill_byte			;$BB8F36	 |/
	JMP execute_command_set_1	;$BB8F38	/ Run next command
					;
direct_byte_1_fill_2:			;		\
	LDA [$34],y			;$BB8F3B	 |\ Load next operand
	INY				;$BB8F3D	 | |
	STA $42				;$BB8F3E	 |/ Store in low nibble lookup
	LDA [$42]			;$BB8F40	 |\ Count = low nibble + 3
	ADC #$03			;$BB8F42	 | |
	STA $3C				;$BB8F44	 |/
	LDA $52				;$BB8F46	 | Load fill byte 1
.fill_byte				;		 |
	STA $0000,x			;$BB8F48	 |\ Store and repeat with fill byte.
	INX				;$BB8F4B	 | |
	DEC $3C				;$BB8F4C	 | |
	BNE .fill_byte			;$BB8F4E	 |/
	JMP execute_command_set_2	;$BB8F50	/ Run next command
					;
direct_byte_2_fill_1:			;		\
	LDA $46				;$BB8F53	 |\  Load operand
	AND #$0F			;$BB8F55	 | | Count = (operand & 0x0F) + 3
	ADC #$03			;$BB8F57	 | |
	STA $3C				;$BB8F59	 |/
	LDA $53				;$BB8F5B	 | Load fill byte 2
.fill_byte				;		 |
	STA $0000,x			;$BB8F5D	 |\ Store and repeat with fill byte.
	INX				;$BB8F60	 | |
	DEC $3C				;$BB8F61	 | |
	BNE .fill_byte			;$BB8F63	 |/
	JMP execute_command_set_1	;$BB8F65	/ Run next command
					;
direct_byte_2_fill_2:			;		\
	LDA [$34],y			;$BB8F68	 |\ Load next operand
	INY				;$BB8F6A	 | |
	STA $42				;$BB8F6B	 |/ Store in low nibble lookup
	LDA [$42]			;$BB8F6D	 |\ Count = low nibble + 3
	ADC #$03			;$BB8F6F	 | |
	STA $3C				;$BB8F71	 |/
	LDA $53				;$BB8F73	 | Load fill byte 2
.fill_byte				;		 |
	STA $0000,x			;$BB8F75	 |\ Store and repeat with fill byte.
	INX				;$BB8F78	 | |
	DEC $3C				;$BB8F79	 | |
	BNE .fill_byte			;$BB8F7B	 |/
	JMP execute_command_set_2	;$BB8F7D	/ Run next command
					;
direct_word_put_1:			;		\
	REP #$20			;$BB8F80	 |\ Store direct word
	LDA $54				;$BB8F82	 | |
	STA $0000,x			;$BB8F84	 | |
	INX				;$BB8F87	 | |
	INX				;$BB8F88	 | |
	SEP #$20			;$BB8F89	 |/
	JMP execute_command_set_2_wide	;$BB8F8B	/ Run next command
					;
direct_word_put_2:			;		\
	REP #$20			;$BB8F8E	 |\ Store direct word
	LDA $54				;$BB8F90	 | |
	STA $0000,x			;$BB8F92	 | |
	INX				;$BB8F95	 | |
	INX				;$BB8F96	 | |
	SEP #$20			;$BB8F97	 |/
	JMP execute_command_set_1	;$BB8F99	/ Run next command
					;
direct_byte_1_put_1:			;		\
	LDA $56				;$BB8F9C	 |\ Store direct byte 1
	STA $0000,x			;$BB8F9E	 | |
	INX				;$BB8FA1	 |/
	JMP execute_command_set_2_wide	;$BB8FA2	/ Run next command
					;
direct_byte_1_put_2:			;		\
	LDA $56				;$BB8FA5	 |\ Store direct byte 1
	STA $0000,x			;$BB8FA7	 | |
	INX				;$BB8FAA	 |/
	JMP execute_command_set_1	;$BB8FAB	/ Run next command
					;
direct_byte_2_put_1:			;		\
	LDA $57				;$BB8FAE	 |\ Store direct byte 2
	STA $0000,x			;$BB8FB0	 | |
	INX				;$BB8FB3	 |/
	JMP execute_command_set_2_wide	;$BB8FB4	/ Run next command
					;
direct_byte_2_put_2:			;		\
	LDA $57				;$BB8FB7	 |\ Store direct byte 2
	STA $0000,x			;$BB8FB9	 | |
	INX				;$BB8FBC	 |/
	JMP execute_command_set_1	;$BB8FBD	/ Run next command
					;
back_copy_word_1:			;
	PHY				;$BB8FC0	\ Preserve compression index
	LDA $46				;$BB8FC1	 | Load operand
	AND #$0F			;$BB8FC3	 |\  Offset = (operand & 0x0F) + 2
	ADC #$02			;$BB8FC5	 | |
	STA $3E				;$BB8FC7	 |/
	REP #$20			;$BB8FC9	 |\ Prepare to copy (1 word) from a previous point in decompressed data
	TXA				;$BB8FCB	 | | The new offset is stored in Y
	SEC				;$BB8FCC	 | | Y = X - offset
	SBC $3E				;$BB8FCD	 | |
	TAY				;$BB8FCF	 |/
	LDA $0000,y			;$BB8FD0	 |\ Copy from previous data
	STA $0000,x			;$BB8FD3	 | |
	INX				;$BB8FD6	 | |
	INX				;$BB8FD7	 |/
	SEP #$20			;$BB8FD8	 | Return to 8 bit A
	PLY				;$BB8FDA	 | Restore compression index
	JMP execute_command_set_1	;$BB8FDB	/ Run next command
					;
back_copy_word_2:			;		\
	LDA [$34],y			;$BB8FDE	 |\ Load next operand
	INY				;$BB8FE0	 | |
	STA $42				;$BB8FE1	 |/
	LDA [$42]			;$BB8FE3	 |\  Offset = low nibble + 2
	ADC #$02			;$BB8FE5	 | |
	STA $3E				;$BB8FE7	 |/
	PHY				;$BB8FE9	 | Preserve compression index
	REP #$20			;$BB8FEA	 |\ Prepare to copy (1 word) from a previous point in decompressed data
	TXA				;$BB8FEC	 | | The new offset is stored in Y
	SEC				;$BB8FED	 | | Y = X - offset
	SBC $3E				;$BB8FEE	 | |
	TAY				;$BB8FF0	 |/
	LDA $0000,y			;$BB8FF1	 |\ Copy from previous data
	STA $0000,x			;$BB8FF4	 | |
	INX				;$BB8FF7	 | |
	INX				;$BB8FF8	 |/
	SEP #$20			;$BB8FF9	 | Return to 8 bit A
	PLY				;$BB8FFB	 | Restore compression index
	JMP execute_command_set_2	;$BB8FFC	/ Run next command
					;
back_copy_1:				;
	LDA $46				;$BB8FFF	\ Load next operand
	AND #$0F			;$BB9001	 |\  Count = (operand & 0x0F) + 3
	ADC #$03			;$BB9003	 | |
	STA $3C				;$BB9005	 |/
	LDA [$34],y			;$BB9007	 |\ Load next operand
	STA $3E				;$BB9009	 | |
	INY				;$BB900B	 |/
	PHY				;$BB900C	 | Preserve compression index
	REP #$20			;$BB900D	 |\ Prepare to copy from a previous point in decompressed data
	TXA				;$BB900F	 | | The new offset is stored in Y
	SEC				;$BB9010	 | | Y = X - count - offset
	SBC $3C				;$BB9011	 | |
	SEC				;$BB9013	 | |
	SBC $3E				;$BB9014	 | |
	TAY				;$BB9016	 |/
	SEP #$20			;$BB9017	 | Back to 8 bit A
.byte_copy				;		 |
	LDA $0000,y			;$BB9019	 |\ Copy from previous data
	INY				;$BB901C	 | |
	STA $0000,x			;$BB901D	 | |
	INX				;$BB9020	 |/
	DEC $3C				;$BB9021	 |\ Copy count number of bytes
	BNE .byte_copy			;$BB9023	 |/
	PLY				;$BB9025	 | Restore compression index
	JMP execute_command_set_1	;$BB9026	/ Run next command
					;
back_copy_2:				;		\
	LDA [$34],y			;$BB9029	 |\ Load next operand
	INY				;$BB902B	 |/
	STA $42				;$BB902C	 |\ Store in nibble look up tables
	STA $46				;$BB902E	 |/
	LDA [$42]			;$BB9030	 |\ Count = low nibble + 3
	ADC #$03			;$BB9032	 | |
	STA $3C				;$BB9034	 |/
	LDA [$46]			;$BB9036	 |\ Store high nibble in offset
	STA $3E				;$BB9038	 |/
	LDA [$34],y			;$BB903A	 |\ Load next operand and store in the low nibble lookup
	INY				;$BB903C	 | |
	STA $42				;$BB903D	 |/
	LDA [$42]			;$BB903F	 |\ offset = low nibble | offset
	ORA $3E				;$BB9041	 | |
	STA $3E				;$BB9043	 |/
	PHY				;$BB9045	 | Preserve compression index
	REP #$20			;$BB9046	 |\ Prepare to copy from a previous point in decompressed data
	TXA				;$BB9048	 | | The new offset is stored in Y
	SEC				;$BB9049	 | | Y = X - count - offset
	SBC $3C				;$BB904A	 | |
	SEC				;$BB904C	 | |
	SBC $3E				;$BB904D	 | |
	TAY				;$BB904F	 |/
	SEP #$20			;$BB9050	 | Back to 8 bit A
.byte_copy				;		 |
	LDA $0000,y			;$BB9052	 |\ Copy from previous data
	INY				;$BB9055	 | |
	STA $0000,x			;$BB9056	 | |
	INX				;$BB9059	 |/
	DEC $3C				;$BB905A	 |\ Copy count number of bytes
	BNE .byte_copy			;$BB905C	 |/
	PLY				;$BB905E	 | Restore compression index
	JMP execute_command_set_2	;$BB905F	/ Run next command
					;
back_copy_far_1:			;
	LDA $46				;$BB9062	\ Load next operand
	AND #$0F			;$BB9064	 |\  Count = (operand & 0x0F) + 3
	ADC #$03			;$BB9066	 | |
	STA $3C				;$BB9068	 |/
	LDA [$34],y			;$BB906A	 |\ Load next operand
	INY				;$BB906C	 | |
	XBA				;$BB906D	 |/ Store as high byte for the full operand
	LDA [$34],y			;$BB906E	 |\ Load next operand store in high byte look up
	INY				;$BB9070	 | |
	STA $46				;$BB9071	 |/
	REP #$20			;$BB9073	 | Switch to 16 bit A
	LSR A				;$BB9075	 |\ Offset = (operand >> 4) + 0x0103
	LSR A				;$BB9076	 | |
	LSR A				;$BB9077	 | |
	LSR A				;$BB9078	 | |
	CLC				;$BB9079	 | |
	ADC #$0103			;$BB907A	 | |
	STA $40				;$BB907D	 |/
	PHY				;$BB907F	 | Preserve compression index
	TXA				;$BB9080	 |\ Prepare to copy from a previous point in decompressed data
	SEC				;$BB9081	 | | Y = X - offset
	SBC $40				;$BB9082	 | |
	TAY				;$BB9084	 |/
	SEP #$20			;$BB9085	 | Back to 8 bit A
.byte_copy				;		 |
	LDA $0000,y			;$BB9087	 |\ Copy from previous data
	INY				;$BB908A	 | |
	STA $0000,x			;$BB908B	 | |
	INX				;$BB908E	 |/
	DEC $3C				;$BB908F	 |\ Copy count number of bytes
	BNE .byte_copy			;$BB9091	 |/
	PLY				;$BB9093	 | Restore compression index
	JMP execute_command_set_2_wide	;$BB9094	/ Run next command
					;
back_copy_far_2:			;		\
	LDA [$34],y			;$BB9097	 |\ Load next operand
	INY				;$BB9099	 | |
	STA $42				;$BB909A	 |/ Store in low nibble look up table
	LDA [$42]			;$BB909C	 |\ Count = low nibble + 3
	ADC #$03			;$BB909E	 | |
	STA $3C				;$BB90A0	 |/
	LDA $42				;$BB90A2	 |\ Copy the low nibble to the operand high byte
	AND #$0F			;$BB90A4	 | |
	XBA				;$BB90A6	 |/
	LDA [$34],y			;$BB90A7	 |\ Load the operand low byte
	INY				;$BB90A9	 |/
	REP #$20			;$BB90AA	 |\ Offset = operand + 0x0103
	ADC #$0103			;$BB90AC	 | |
	STA $40				;$BB90AF	 |/
	PHY				;$BB90B1	 | Preserve compression index
	TXA				;$BB90B2	 |\ Prepare to copy from a previous point in decompressed data
	SEC				;$BB90B3	 | | Y = X - offset
	SBC $40				;$BB90B4	 | |
	TAY				;$BB90B6	 |/
	SEP #$20			;$BB90B7	 | Back to 8 bit A
.byte_copy				;		 |
	LDA $0000,y			;$BB90B9	 |\ Copy from previous data
	INY				;$BB90BC	 | |
	STA $0000,x			;$BB90BD	 | |
	INX				;$BB90C0	 |/
	DEC $3C				;$BB90C1	 |\ Copy count number of bytes
	BNE .byte_copy			;$BB90C3	 |/
	PLY				;$BB90C5	 | Restore compression index
	JMP execute_command_set_1	;$BB90C6	/ Run next command
					;
back_copy_arbitrary_1:			;
	LDA $46				;$BB90C9	\ Load next operand
	AND #$0F			;$BB90CB	 |\  Count = (operand & 0x0F) + 3
	ADC #$03			;$BB90CD	 | |
	STA $3C				;$BB90CF	 |/
	REP #$20			;$BB90D1	 |\ Read a big endian word for the offset
	LDA [$34],y			;$BB90D3	 | |
	XBA				;$BB90D5	 | |
	STA $40				;$BB90D6	 |/
	INY				;$BB90D8	 |\ Increment the compression index
	INY				;$BB90D9	 |/
	PHY				;$BB90DA	 | Preserve compression index
	TXA				;$BB90DB	 |\ Prepare to copy from a previous point in decompressed data
	SEC				;$BB90DC	 | | Y = X - offset
	SBC $40				;$BB90DD	 | |
	TAY				;$BB90DF	 |/
	SEP #$20			;$BB90E0	 | Back to 8 bit A
.byte_copy				;		 |
	LDA $0000,y			;$BB90E2	 |\ Copy from previous data
	INY				;$BB90E5	 | |
	STA $0000,x			;$BB90E6	 | |
	INX				;$BB90E9	 |/
	DEC $3C				;$BB90EA	 |\ Copy count number of bytes
	BNE .byte_copy			;$BB90EC	 |/
	PLY				;$BB90EE	 | Restore compression index
	JMP execute_command_set_1	;$BB90EF	/ Run next command
					;
back_copy_arbitrary_2:			;		\
	LDA [$34],y			;$BB90F2	 |\ Load next operand
	INY				;$BB90F4	 | |
	STA $42				;$BB90F5	 |/ Store in low nibble look up table
	LDA [$42]			;$BB90F7	 |\ Count = low nibble + 3
	ADC #$03			;$BB90F9	 | |
	STA $3C				;$BB90FB	 |/
	LDA $42				;$BB90FD	 |\ Copy as the operand high byte
	XBA				;$BB90FF	 |/
	LDA [$34],y			;$BB9100	 |\ Load the operand low byte
	INY				;$BB9102	 |/
	REP #$20			;$BB9103	 | Set A to 16 bit
	ASL A				;$BB9105	 |\ Offset = (operand << 4)
	ASL A				;$BB9106	 | |
	ASL A				;$BB9107	 | |
	ASL A				;$BB9108	 | |
	STA $40				;$BB9109	 |/
	AND #$00FF			;$BB910B	 | Clear the high byte of the offset
	SEP #$20			;$BB910E	 | Resume 8 bit A
	LDA [$34],y			;$BB9110	 |\ Load next operand
	INY				;$BB9112	 |/
	PHY				;$BB9113	 | Preserve compression index
	STA $42				;$BB9114	 | Store the operand in the low nibble look up table
	LDA [$42]			;$BB9116	 |\ Load low nibble
	REP #$20			;$BB9118	 | |
	AND #$000F			;$BB911A	 |/
	ORA $40				;$BB911D	 |\ offset = offset | low nibble
	STA $40				;$BB911F	 |/
	TXA				;$BB9121	 |\ Prepare to copy from a previous point in decompressed data
	SEC				;$BB9122	 | | Y = X - offset
	SBC $40				;$BB9123	 | |
	TAY				;$BB9125	 |/
	SEP #$20			;$BB9126	 | Back to 8 bit A
.copy_byte				;		 |
	LDA $0000,y			;$BB9128	 |\ Copy from previous data
	INY				;$BB912B	 | |
	STA $0000,x			;$BB912C	 | |
	INX				;$BB912F	 |/
	DEC $3C				;$BB9130	 |\ Copy count number of bytes
	BNE .copy_byte			;$BB9132	 |/
	PLY				;$BB9134	 | Restore compression index
	JMP execute_command_set_2	;$BB9135	/ Run next command Run next command
					;
duplicate_byte_1:			;		\
	DEX				;$BB9138	 |\ Copy previous byte to the decompression stream
	LDA $0000,x			;$BB9139	 | |
	STA $0001,x			;$BB913C	 | |
	INX				;$BB913F	 | |
	INX				;$BB9140	 |/
	JMP execute_command_set_2_wide	;$BB9141	/ Run next command
					;
duplicate_byte_2:			;		\
	DEX				;$BB9144	 |\ Copy previous byte to the decompression stream
	LDA $0000,x			;$BB9145	 | |
	STA $0001,x			;$BB9148	 | |
	INX				;$BB914B	 | |
	INX				;$BB914C	 |/
	JMP execute_command_set_1	;$BB914D	/ Run next command
					;
duplicate_word_1:			;		\
	REP #$20			;$BB9150	 |\ Copy the previous word to the decompression stream
	DEX				;$BB9152	 | |
	DEX				;$BB9153	 | | First go back two bytes
	LDA $0000,x			;$BB9154	 | |
	STA $0002,x			;$BB9157	 | |
	SEP #$20			;$BB915A	 | |
	INX				;$BB915C	 | | Then jump ahead four bytes
	INX				;$BB915D	 | |
	INX				;$BB915E	 | |
	INX				;$BB915F	 |/
	JMP execute_command_set_2_wide	;$BB9160	/ Run next command
					;
duplicate_word_2:			;		\
	REP #$20			;$BB9163	 |\ Copy the previous word to the decompression stream
	DEX				;$BB9165	 | |
	DEX				;$BB9166	 | | First go back two bytes
	LDA $0000,x			;$BB9167	 | |
	STA $0002,x			;$BB916A	 | |
	SEP #$20			;$BB916D	 | |
	INX				;$BB916F	 | | Then jump ahead four bytes
	INX				;$BB9170	 | |
	INX				;$BB9171	 | |
	INX				;$BB9172	 |/
	JMP execute_command_set_1	;$BB9173	/ Run next command
					;
copy_future_word_1:			;
	PHY				;$BB9176	\ Preserve compression index
	LDA $46				;$BB9177	 | Load next operand
	REP #$20			;$BB9179	 | Set A to 16 bit
	AND #$000F			;$BB917B	 |\ Y = (operand << 1) + 7
	ASL A				;$BB917E	 | |
	ADC #$0007			;$BB917F	 | |
	TAY				;$BB9182	 |/
	LDA [$34],y			;$BB9183	 |\ Copy word from compression stream to the decompression stream
	STA $0000,x			;$BB9185	 |/
	SEP #$20			;$BB9188	 |\ Return to 8 bit A and increment the decompression index
	INX				;$BB918A	 | |
	INX				;$BB918B	 |/
	PLY				;$BB918C	 | Restore compression index
	JMP execute_command_set_1	;$BB918D	/ Run next command
					;
copy_future_word_2:			;		\
	LDA [$34],y			;$BB9190	 |\ Load next operand
	INY				;$BB9192	 | |
	STA $46				;$BB9193	 |/ Store to high nibble look up table
	REP #$20			;$BB9195	 | Set A to 16 bit
	AND #$00F0			;$BB9197	 |\ Operand = operand >> 3
	LSR A				;$BB919A	 | |
	LSR A				;$BB919B	 | |
	LSR A				;$BB919C	 |/
	PHY				;$BB919D	 | Preserve compression index
	ADC #$0007			;$BB919E	 |\ Y = operand + 7
	TAY				;$BB91A1	 |/
	LDA [$34],y			;$BB91A2	 |\ Copy word from compression stream to the decompression stream
	STA $0000,x			;$BB91A4	 |/
	SEP #$20			;$BB91A7	 |\ Return to 8 bit A and increment the decompression index
	INX				;$BB91A9	 | |
	INX				;$BB91AA	 |/
	PLY				;$BB91AB	 | Restore compression index
	JMP execute_command_set_2_wide	;$BB91AC	/ Run next command
					;
build_decompression_lookup:		;
	LDY #$0100			;$BB91AF	\ Prepare to generate the high nibble table
	TDC				;$BB91B2	 |\ Zero A and X and set 8 bit A
	TAX				;$BB91B3	 | |
	SEP #$20			;$BB91B4	 |/
.build_high_nibble			;		 |
	STA $7E2100,x			;$BB91B6	 |\ Store look up value (index & 0x0F) << 4
	CLC				;$BB91BA	 | |
	ADC #$10			;$BB91BB	 | |
	AND #$F0			;$BB91BD	 |/
	INX				;$BB91BF	 |\ Loop through all 256 values
	DEY				;$BB91C0	 | |
	BNE .build_high_nibble		;$BB91C1	 |/
	LDY #$0100			;$BB91C3	 | Prepare to generate the low nibble table
	LDX #$0000			;$BB91C6	 |
.build_low_nibble			;		 |
	TXA				;$BB91C9	 |\ Store look up value (index >> 4)
	LSR A				;$BB91CA	 | |
	LSR A				;$BB91CB	 | |
	LSR A				;$BB91CC	 | |
	LSR A				;$BB91CD	 | |
	STA $7E2000,x			;$BB91CE	 |/
	INX				;$BB91D2	 |\ Loop through all 256 values
	DEY				;$BB91D3	 | |
	BNE .build_low_nibble		;$BB91D4	 |/
	REP #$20			;$BB91D6	 | Return to 16 bit A
	RTL				;$BB91D8	/ Done

disable_screen:
	SEP #$20			;$BB91D9	\
	LDA #$00			;$BB91DB	 |\ Disable HDMA
	STA $00420C			;$BB91DD	 |/
	LDA #$01			;$BB91E1	 |\ Turn on autojoy, turn on NMI
	STA $004200			;$BB91E3	 |/
	LDA #$8F			;$BB91E7	 |\ Enable f-blank
	STA $002100			;$BB91E9	 |/
	REP #$20			;$BB91ED	 |
	LDA #$0000			;$BB91EF	 |\ Disable OAM DMA
	STA $00059B			;$BB91F2	 |/
	RTL				;$BB91F6	/

CODE_BB91F7:
	JSR CODE_BB91FB			;$BB91F7	\
	RTL				;$BB91FA	/

CODE_BB91FB:
	LDX #$0000			;$BB91FB	\
	LDA #$0D84			;$BB91FE	 |
CODE_BB9201:				;		 |
	STA $16FE,x			;$BB9201	 |
	CLC				;$BB9204	 |
	ADC #$005E			;$BB9205	 |
	INX				;$BB9208	 |
	INX				;$BB9209	 |
	CPX #$0032			;$BB920A	 |
	BNE CODE_BB9201			;$BB920D	 |
	RTS				;$BB920F	/

CODE_BB9210:
	JSL CODE_BB819F			;$BB9210	\
	JSL CODE_808E6A			;$BB9214	 |
	LDA #$0144			;$BB9218	 |
	TRB $08C2			;$BB921B	 |
	LDA #$0012			;$BB921E	 |
	TRB $08C4			;$BB9221	 |
	LDA $08A4			;$BB9224	 |
	JSL CODE_808837			;$BB9227	 |
	LDA $2A				;$BB922B	 |
	EOR $2F				;$BB922D	 |
	STA $2F				;$BB922F	 |
	JSR CODE_BB938B			;$BB9231	 |
	LDA #$8000			;$BB9234	 |
	STA $0D4E			;$BB9237	 |
	STA $0D54			;$BB923A	 |
	LDA #$0078			;$BB923D	 |
	STA $0973			;$BB9240	 |
	STA $096F			;$BB9243	 |
	LDA $08BE			;$BB9246	 |
	STA $08C0			;$BB9249	 |
	LDA #$0000			;$BB924C	 |
	LDX #$03FE			;$BB924F	 |
CODE_BB9252:				;		 |
	STA $7E7A12,x			;$BB9252	 |
	DEX				;$BB9256	 |
	DEX				;$BB9257	 |
	BPL CODE_BB9252			;$BB9258	 |
	LDA #$0080			;$BB925A	 |
	TRB $08C2			;$BB925D	 |
	BEQ CODE_BB9265			;$BB9260	 |
	JSR CODE_BBBDA1			;$BB9262	 |
CODE_BB9265:				;		 |
	LDA #$A002			;$BB9265	 |
	TRB $08C2			;$BB9268	 |
	STZ $17C8			;$BB926B	 |
	JSL init_registers_wrapper	;$BB926E	 |
	JSL CODE_8088D2			;$BB9272	 |
	JSR CODE_BB91FB			;$BB9276	 |
	JSL clear_VRAM_wrapper		;$BB9279	 |
	LDA $08A6			;$BB927D	 |
	XBA				;$BB9280	 |
	ORA $D3				;$BB9281	 |
	JSL CODE_BBAF0C			;$BB9283	 |
	LDA $060B			;$BB9287	 |
	AND #$0001			;$BB928A	 |
	BEQ CODE_BB929D			;$BB928D	 |
	LDA $0515			;$BB928F	 |
	CMP #$0000			;$BB9292	 |
	BNE CODE_BB929D			;$BB9295	 |
	LDA #$4000			;$BB9297	 |
	TSB $08C2			;$BB929A	 |
CODE_BB929D:				;		 |
	LDA $0523			;$BB929D	 |
	JSL CODE_B5BCA8			;$BB92A0	 |
	JSR CODE_BB886D			;$BB92A4	 |
	LDA $0517			;$BB92A7	 |
	ASL A				;$BB92AA	 |
	TAX				;$BB92AB	 |
	JSR (DATA_BB9592,x)		;$BB92AC	 |
	LDA $0515			;$BB92AF	 |
	CMP #$0001			;$BB92B2	 |
	BNE CODE_BB92C9			;$BB92B5	 |
	LDA $052D			;$BB92B7	 |
	AND #$00FF			;$BB92BA	 |
	CMP #$0002			;$BB92BD	 |
	BNE CODE_BB92C9			;$BB92C0	 |
	LDA #$0016			;$BB92C2	 |
	JSL handle_VRAM_payload_wrapper	;$BB92C5	 |
CODE_BB92C9:				;		 |
	LDX #$000A			;$BB92C9	 |
	JSR ($0515,x)			;$BB92CC	 |
	JSR CODE_BBB34D			;$BB92CF	 |
	LDA $052B			;$BB92D2	 |
	AND #$0004			;$BB92D5	 |
	BNE CODE_BB9310			;$BB92D8	 |
	LDA $0B86			;$BB92DA	 |
	AND #$0400			;$BB92DD	 |
	BEQ CODE_BB92FF			;$BB92E0	 |
	LDA $98				;$BB92E2	 |
	TAX				;$BB92E4	 |
	LDA $9A				;$BB92E5	 |
	AND #$00FF			;$BB92E7	 |
	TAY				;$BB92EA	 |
	LDA #$1000			;$BB92EB	 |
	JSL decompress_data		;$BB92EE	 |
	LDA #$1000			;$BB92F2	 |
	STA $98				;$BB92F5	 |
	SEP #$20			;$BB92F7	 |
	LDA #$7F			;$BB92F9	 |
	STA $9A				;$BB92FB	 |
	REP #$20			;$BB92FD	 |
CODE_BB92FF:				;		 |
	JSR CODE_BB9493			;$BB92FF	 |
	JSR CODE_BBB0FB			;$BB9302	 |
	JSR CODE_BBB1E3			;$BB9305	 |
	JSR CODE_BB94A4			;$BB9308	 |
	JSR CODE_BB948D			;$BB930B	 |
	BRA CODE_BB9313			;$BB930E	/

CODE_BB9310:
	STZ $0AB4			;$BB9310	\
CODE_BB9313:				;		 |
	LDX #$0008			;$BB9313	 |
	JSR ($0515,x)			;$BB9316	 |
	JSL CODE_B5B9ED			;$BB9319	 |
	JSR CODE_BB93C0			;$BB931D	 |
	JSL CODE_B5F109			;$BB9320	 |
	LDA $0515			;$BB9324	 |
	CMP #$0001			;$BB9327	 |
	BNE CODE_BB933E			;$BB932A	 |
	LDA $052D			;$BB932C	 |
	AND #$00FF			;$BB932F	 |
	CMP #$0002			;$BB9332	 |
	BNE CODE_BB933E			;$BB9335	 |
	LDA #$9998			;$BB9337	 |
	STA $7FD734			;$BB933A	 |
CODE_BB933E:				;		 |
	LDA $D3				;$BB933E	 |
	CMP #$002D			;$BB9340	 |
	BNE CODE_BB934B			;$BB9343	 |
	LDA #CODE_B5C60B		;$BB9345	 |
	STA $17B2			;$BB9348	 |
CODE_BB934B:				;		 |
	LDA $D3				;$BB934B	 |
	CMP #$000D			;$BB934D	 |
	BNE CODE_BB9358			;$BB9350	 |
	LDA #CODE_B5C3F4		;$BB9352	 |
	STA $17B2			;$BB9355	 |
CODE_BB9358:				;		 |
	LDA $0519			;$BB9358	 |
	ASL A				;$BB935B	 |
	TAX				;$BB935C	 |
	JSR (DATA_BB95BC,x)		;$BB935D	 |
	LDA #$002C			;$BB9360	 |
	STA $0B00			;$BB9363	 |
	STZ $1730			;$BB9366	 |
	JSR CODE_BB93E7			;$BB9369	 |
	LDA $0515			;$BB936C	 |
	CMP #$0001			;$BB936F	 |
	BEQ CODE_BB9379			;$BB9372	 |
	CMP #$0006			;$BB9374	 |
	BEQ CODE_BB9379			;$BB9377	 |
CODE_BB9379:				;		 |
	RTL				;$BB9379	/

	JSL clear_VRAM_wrapper		;$BB937A	 |
	SEP #$20			;$BB937E	 |
	LDA #$03			;$BB9380	 |
	STA $212C			;$BB9382	 |
	STA $212D			;$BB9385	 |
	REP #$20			;$BB9388	 |
	RTL				;$BB938A	/

CODE_BB938B:
	LDA $D3				;$BB938B	\
	CMP #$009A			;$BB938D	 |
	BNE CODE_BB939B			;$BB9390	 |
	LDA #$009B			;$BB9392	 |
	CMP $08AC			;$BB9395	 |
	BEQ CODE_BB93A2			;$BB9398	 |
CODE_BB939A:				;		 |
	RTS				;$BB939A	/

CODE_BB939B:
	LDA $D3				;$BB939B	\
	CMP $08AC			;$BB939D	 |
	BNE CODE_BB939A			;$BB93A0	 |
CODE_BB93A2:				;		 |
	LDA $08A6			;$BB93A2	 |
	BNE CODE_BB939A			;$BB93A5	 |
	LDA $08AC			;$BB93A7	 |
	STA $D3				;$BB93AA	 |
	LDA $08AA			;$BB93AC	 |
	STA $08A6			;$BB93AF	 |
	LDA $08AE			;$BB93B2	 |
	STA $6E				;$BB93B5	 |
	STZ $6C				;$BB93B7	 |
	LDA $08B2			;$BB93B9	 |
	STA $0902			;$BB93BC	 |
	RTS				;$BB93BF	/

CODE_BB93C0:
	LDA #$0200			;$BB93C0	\
	STA $19CA			;$BB93C3	 |
	LDX $0ABA			;$BB93C6	 |
CODE_BB93C9:				;		 |
	LDA.l $7E8F28,x			;$BB93C9	 |
	CMP $19CA			;$BB93CD	 |
	BCS CODE_BB93D5			;$BB93D0	 |
	STA $19CA			;$BB93D2	 |
CODE_BB93D5:				;		 |
	DEX				;$BB93D5	 |
	DEX				;$BB93D6	 |
	BNE CODE_BB93C9			;$BB93D7	 |
	LDA $19CA			;$BB93D9	 |
	EOR #$FFFF			;$BB93DC	 |
	SEC				;$BB93DF	 |
	ADC #$003F			;$BB93E0	 |
	STA $19CA			;$BB93E3	 |
	RTS				;$BB93E6	/

CODE_BB93E7:
	LDA $D3				;$BB93E7	\
	CMP #$00B9			;$BB93E9	 |
	BNE CODE_BB93FE			;$BB93EC	 |
	LDA $08FC			;$BB93EE	 |
	AND #$0003			;$BB93F1	 |
	BEQ CODE_BB93FE			;$BB93F4	 |
	LDA #$0016			;$BB93F6	 |
	JSL CODE_B5800C			;$BB93F9	 |
	RTS				;$BB93FD	/

CODE_BB93FE:
	LDA $0515			;$BB93FE	\
	CMP #$0001			;$BB9401	 |
	BNE CODE_BB940C			;$BB9404	 |
	LDA $052D			;$BB9406	 |
	BNE CODE_BB940C			;$BB9409	 |
	RTS				;$BB940B	/

CODE_BB940C:
	LDX $D3				;$BB940C	\
	LDA.l DATA_BB94C4,x		;$BB940E	 |
	AND #$00FF			;$BB9412	 |
	BEQ CODE_BB9424			;$BB9415	 |
	LDX $0515			;$BB9417	 |
	CPX #$0001			;$BB941A	 |
	BNE CODE_BB943E			;$BB941D	 |
	ORA #$0300			;$BB941F	 |
	BRA CODE_BB9441			;$BB9422	/

CODE_BB9424:
	LDA $0515			;$BB9424	\
	CMP #$0001			;$BB9427	 |
	BEQ CODE_BB9446			;$BB942A	 |
	CMP #$0003			;$BB942C	 |
	BEQ CODE_BB9457			;$BB942F	 |
	CMP #$0002			;$BB9431	 |
	BEQ CODE_BB9445			;$BB9434	 |
	LDA $08C6			;$BB9436	 |
	BMI CODE_BB9473			;$BB9439	 |
CODE_BB943B:				;		 |
	LDA $051B			;$BB943B	 |
CODE_BB943E:				;		 |
	AND #$00FF			;$BB943E	 |
CODE_BB9441:				;		 |
	JSL CODE_B5800F			;$BB9441	 |
CODE_BB9445:				;		 |
	RTS				;$BB9445	/

CODE_BB9446:
	LDA $052D			;$BB9446	\
	AND #$00FF			;$BB9449	 |
	BNE CODE_BB944F			;$BB944C	 |
	RTS				;$BB944E	/

CODE_BB944F:
	LDA #$0003			;$BB944F	\
	JSL CODE_B58018			;$BB9452	 |
	RTS				;$BB9456	/

CODE_BB9457:
	LDA $D3				;$BB9457	\
	CMP #$0061			;$BB9459	 |
	BEQ CODE_BB946B			;$BB945C	 |
	CMP #$006B			;$BB945E	 |
	BEQ CODE_BB946B			;$BB9461	 |
	LDA #$0015			;$BB9463	 |
	JSL CODE_B5800F			;$BB9466	 |
	RTS				;$BB946A	/

CODE_BB946B:
	LDA #$001F			;$BB946B	\
	JSL CODE_B5800F			;$BB946E	 |
	RTS				;$BB9472	/

CODE_BB9473:
	LDA $051B			;$BB9473	\
	AND #$00FF			;$BB9476	 |
	CMP $1C				;$BB9479	 |
	BEQ CODE_BB9445			;$BB947B	 |
	BRA CODE_BB943B			;$BB947D	/

	LDA $051B			;$BB947F	 |
	AND #$00FF			;$BB9482	 |
	ORA #$0500			;$BB9485	 |
	JSL CODE_B5800F			;$BB9488	 |
	RTS				;$BB948C	/

CODE_BB948D:
	LDA.l $0000DF			;$BB948D	\
	BRA CODE_BB9497			;$BB9491	/

CODE_BB9493:
	LDA.l $0000DD			;$BB9493	\
CODE_BB9497:				;		 |
	BEQ CODE_BB94A3			;$BB9497	 |
	PHK				;$BB9499	 |
	PLB				;$BB949A	 |
	STA $26				;$BB949B	 |
	LDX #$0000			;$BB949D	 |
	JSR ($0026,x)			;$BB94A0	 |
CODE_BB94A3:				;		 |
	RTS				;$BB94A3	/

CODE_BB94A4:
	LDA #$0000			;$BB94A4	\
	STA $98				;$BB94A7	 |
	LDA #$007F			;$BB94A9	 |
	EOR $9A				;$BB94AC	 |
	AND #$00FF			;$BB94AE	 |
	EOR $9A				;$BB94B1	 |
	STA $9A				;$BB94B3	 |
	RTS				;$BB94B5	/

CODE_BB94B6:
	LDY #$0000			;$BB94B6	\
	LDA $0A8E			;$BB94B9	 |
	LDX #$0020			;$BB94BC	 |
	JSL DMA_palette			;$BB94BF	 |
	RTS				;$BB94C3	/

DATA_BB94C4:
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $0F, $00, $22, $25, $00, $00
	db $00, $21, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $21, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $25
	db $25, $25, $25, $25, $22, $22, $22, $22
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $23, $23, $23, $23, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $23, $23, $23, $23, $23, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $13, $00, $00, $00, $20, $00, $00
	db $20, $20, $20, $20, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00

DATA_BB9592:
	dw CODE_BB9788
	dw CODE_BB966F
	dw CODE_BB9650
	dw CODE_BB9631
	dw CODE_BB96F8
	dw CODE_BB971B
	dw CODE_BB9761
	dw CODE_BB960B
	dw CODE_BB9874
	dw CODE_BB99DB
	dw CODE_BB9828
	dw CODE_BB9993
	dw CODE_BB97B4
	dw CODE_BB973E
	dw CODE_BB97F9
	dw CODE_BB96BC
	dw CODE_BB96D5
	dw CODE_BB95F2
	dw CODE_BB98B4
	dw CODE_BB9885
	dw CODE_BB97DA

DATA_BB95BC:
	dw CODE_BB9E6A
	dw CODE_BBA20B
	dw CODE_BBA1FF
	dw CODE_BB9ACA
	dw CODE_BBA5DA
	dw CODE_BBA5A9
	dw CODE_BBA416
	dw CODE_BB9E59
	dw CODE_BB9A93
	dw CODE_BB9B79
	dw CODE_BB9D1D
	dw CODE_BB9E74
	dw CODE_BBA5C9
	dw CODE_BBA00D
	dw CODE_BB9E80
	dw CODE_BBA031
	dw CODE_BBA031
	dw CODE_BBA726
	dw CODE_BBA9D2
	dw CODE_BBA9E0
	dw CODE_BB9B18
	dw CODE_BBA2E2
	dw CODE_BBA24F
	dw CODE_BBA5D0
	dw CODE_BB9E0F
	dw CODE_BBA8E3
	dw CODE_BBA8F3


CODE_BB95F2:
	LDA #$0001			;$BB95F2	\
	JSL handle_VRAM_payload_wrapper	;$BB95F5	 |
	LDA $0539			;$BB95F9	 |
	JSL handle_VRAM_payload_wrapper	;$BB95FC	 |
	JSR CODE_BB94B6			;$BB9600	 |
	LDA $0537			;$BB9603	 |
	JSL set_PPU_registers_wrapper	;$BB9606	 |
	RTS				;$BB960A	/

CODE_BB960B:
	LDA #$0001			;$BB960B	\
	JSL handle_VRAM_payload_wrapper	;$BB960E	 |
	LDA $0539			;$BB9612	 |
	JSL handle_VRAM_payload_wrapper	;$BB9615	 |
	JSR CODE_BB94B6			;$BB9619	 |
	LDY #$0070			;$BB961C	 |
	LDA #DATA_FD15F0		;$BB961F	 |
	LDX #$0004			;$BB9622	 |
	JSL DMA_palette			;$BB9625	 |
	LDA $0537			;$BB9629	 |
	JSL set_PPU_registers_wrapper	;$BB962C	 |
	RTS				;$BB9630	/

CODE_BB9631:
	LDA #$0001			;$BB9631	\
	JSL handle_VRAM_payload_wrapper	;$BB9634	 |
	LDA $0539			;$BB9638	 |
	JSL handle_VRAM_payload_wrapper	;$BB963B	 |
	LDA #DATA_FD29EE		;$BB963F	 |
	STA $0A8E			;$BB9642	 |
	JSR CODE_BB94B6			;$BB9645	 |
	LDA $0537			;$BB9648	 |
	JSL set_PPU_registers_wrapper	;$BB964B	 |
	RTS				;$BB964F	/

CODE_BB9650:
	LDA #$0001			;$BB9650	\
	JSL handle_VRAM_payload_wrapper	;$BB9653	 |
	LDA $0539			;$BB9657	 |
	JSL handle_VRAM_payload_wrapper	;$BB965A	 |
	LDA #DATA_FD2AEE		;$BB965E	 |
	STA $0A8E			;$BB9661	 |
	JSR CODE_BB94B6			;$BB9664	 |
	LDA $0537			;$BB9667	 |
	JSL set_PPU_registers_wrapper	;$BB966A	 |
	RTS				;$BB966E	/

CODE_BB966F:
	LDA #$0001			;$BB966F	\
	JSL handle_VRAM_payload_wrapper	;$BB9672	 |
	LDA $0539			;$BB9676	 |
	JSL handle_VRAM_payload_wrapper	;$BB9679	 |
	JSR CODE_BB94B6			;$BB967D	 |
	LDY #$0010			;$BB9680	 |
	LDA #DATA_FD268E		;$BB9683	 |
	LDX #$0004			;$BB9686	 |
	JSL DMA_palette			;$BB9689	 |
	LDA $0537			;$BB968D	 |
	JSL set_PPU_registers_wrapper	;$BB9690	 |
	LDX #DATA_E98B07		;$BB9694	 |
	LDY.w #DATA_E98B07>>16		;$BB9697	 |
	LDA #$F800			;$BB969A	 |
	JSL decompress_data		;$BB969D	 |
	LDA #$6000			;$BB96A1	 |
	STA $2116			;$BB96A4	 |
	LDX #$0000			;$BB96A7	 |
CODE_BB96AA:				;		 |
	LDA.l $7FF800,x			;$BB96AA	 |
	AND #$E7FF			;$BB96AE	 |
	STA $2118			;$BB96B1	 |
	INX				;$BB96B4	 |
	INX				;$BB96B5	 |
	CPX #$0800			;$BB96B6	 |
	BNE CODE_BB96AA			;$BB96B9	 |
	RTS				;$BB96BB	/

CODE_BB96BC:
	LDA #$0001			;$BB96BC	\
	JSL handle_VRAM_payload_wrapper	;$BB96BF	 |
	LDA $0539			;$BB96C3	 |
	JSL handle_VRAM_payload_wrapper	;$BB96C6	 |
	JSR CODE_BB94B6			;$BB96CA	 |
	LDA $0537			;$BB96CD	 |
	JSL set_PPU_registers_wrapper	;$BB96D0	 |
	RTS				;$BB96D4	/

CODE_BB96D5:
	LDA #$0001			;$BB96D5	\
	JSL handle_VRAM_payload_wrapper	;$BB96D8	 |
	LDA $0539			;$BB96DC	 |
	JSL handle_VRAM_payload_wrapper	;$BB96DF	 |
	LDA $0537			;$BB96E3	 |
	JSL set_PPU_registers_wrapper	;$BB96E6	 |
	LDY #$0000			;$BB96EA	 |
	LDA #DATA_FD3A4E		;$BB96ED	 |
	LDX #$0020			;$BB96F0	 |
	JSL DMA_palette			;$BB96F3	 |
	RTS				;$BB96F7	/

CODE_BB96F8:
	LDA #$0001			;$BB96F8	\
	JSL handle_VRAM_payload_wrapper	;$BB96FB	 |
	LDA $0539			;$BB96FF	 |
	JSL handle_VRAM_payload_wrapper	;$BB9702	 |
	LDA $0537			;$BB9706	 |
	JSL set_PPU_registers_wrapper	;$BB9709	 |
	LDY #$0000			;$BB970D	 |
	LDA #DATA_FD324E		;$BB9710	 |
	LDX #$0020			;$BB9713	 |
	JSL DMA_palette			;$BB9716	 |
	RTS				;$BB971A	/

CODE_BB971B:
	LDA #$0001			;$BB971B	\
	JSL handle_VRAM_payload_wrapper	;$BB971E	 |
	LDA $0539			;$BB9722	 |
	JSL handle_VRAM_payload_wrapper	;$BB9725	 |
	LDA $0537			;$BB9729	 |
	JSL set_PPU_registers_wrapper	;$BB972C	 |
	LDY #$0000			;$BB9730	 |
	LDA #DATA_FD304E		;$BB9733	 |
	LDX #$0020			;$BB9736	 |
	JSL DMA_palette			;$BB9739	 |
	RTS				;$BB973D	/

CODE_BB973E:
	LDA #$0001			;$BB973E	\
	JSL handle_VRAM_payload_wrapper	;$BB9741	 |
	LDA $0539			;$BB9745	 |
	JSL handle_VRAM_payload_wrapper	;$BB9748	 |
	LDA $0537			;$BB974C	 |
	JSL set_PPU_registers_wrapper	;$BB974F	 |
	LDY #$0000			;$BB9753	 |
	LDA #DATA_FD07F0		;$BB9756	 |
	LDX #$0020			;$BB9759	 |
	JSL DMA_palette			;$BB975C	 |
	RTS				;$BB9760	/

CODE_BB9761:
	LDA #$0001			;$BB9761	\
	JSL handle_VRAM_payload_wrapper	;$BB9764	 |
	LDA $0539			;$BB9768	 |
	JSL handle_VRAM_payload_wrapper	;$BB976B	 |
	JSR CODE_BB94B6			;$BB976F	 |
	LDA $0537			;$BB9772	 |
	JSL set_PPU_registers_wrapper	;$BB9775	 |
	LDY #$0000			;$BB9779	 |
	LDA #DATA_FD2EEE		;$BB977C	 |
	LDX #$0020			;$BB977F	 |
	JSL DMA_palette			;$BB9782	 |
	BRA CODE_BB9798			;$BB9786	/

CODE_BB9788:
	JSR CODE_BB95F2			;$BB9788	\
	LDY #$0000			;$BB978B	 |
	LDA #DATA_FD1710		;$BB978E	 |
	LDX #$0020			;$BB9791	 |
	JSL DMA_palette			;$BB9794	 |
CODE_BB9798:				;		 |
	SEP #$20			;$BB9798	 |
	LDA #$03			;$BB979A	 |
	LDX #$0002			;$BB979C	 |
	LDY $D3				;$BB979F	 |
	CPY #$00C3			;$BB97A1	 |
	BNE CODE_BB97AB			;$BB97A4	 |
	LDA #$01			;$BB97A6	 |
	LDX #$0001			;$BB97A8	 |
CODE_BB97AB:				;		 |
	STA $19AD			;$BB97AB	 |
	REP #$20			;$BB97AE	 |
	STX $092D			;$BB97B0	 |
	RTS				;$BB97B3	/

CODE_BB97B4:
	LDA #$0001			;$BB97B4	\
	JSL handle_VRAM_payload_wrapper	;$BB97B7	 |
	LDA $0539			;$BB97BB	 |
	JSL handle_VRAM_payload_wrapper	;$BB97BE	 |
	JSR CODE_BB94B6			;$BB97C2	 |
	LDA $0537			;$BB97C5	 |
	JSL set_PPU_registers_wrapper	;$BB97C8	 |
	LDY #$0000			;$BB97CC	 |
	LDA #DATA_FD2BEE		;$BB97CF	 |
	LDX #$0020			;$BB97D2	 |
	JSL DMA_palette			;$BB97D5	 |
	RTS				;$BB97D9	/

CODE_BB97DA:
	LDA #$0001			;$BB97DA	\
	JSL handle_VRAM_payload_wrapper	;$BB97DD	 |
	LDA $0539			;$BB97E1	 |
	JSL handle_VRAM_payload_wrapper	;$BB97E4	 |
	LDA #DATA_FD1610		;$BB97E8	 |
	STA $0A8E			;$BB97EB	 |
	JSR CODE_BB94B6			;$BB97EE	 |
	LDA $0537			;$BB97F1	 |
	JSL set_PPU_registers_wrapper	;$BB97F4	 |
	RTS				;$BB97F8	/

CODE_BB97F9:
	LDA #$0001			;$BB97F9	\
	JSL handle_VRAM_payload_wrapper	;$BB97FC	 |
	LDA $0539			;$BB9800	 |
	JSL handle_VRAM_payload_wrapper	;$BB9803	 |
	JSR CODE_BB94B6			;$BB9807	 |
	LDY #$0070			;$BB980A	 |
	LDA #DATA_FD268E		;$BB980D	 |
	LDX #$0004			;$BB9810	 |
	JSL DMA_palette			;$BB9813	 |
	LDA $0537			;$BB9817	 |
	JSL set_PPU_registers_wrapper	;$BB981A	 |
	LDA #$0300			;$BB981E	 |
	STA $19BE			;$BB9821	 |
	STZ $19C2			;$BB9824	 |
	RTS				;$BB9827	/

CODE_BB9828:
	JSR CODE_BB95F2			;$BB9828	\
	PHB				;$BB982B	 |
	JSL CODE_B4AC65			;$BB982C	 |
	PLB				;$BB9830	 |
	LDA #$7400			;$BB9831	 |
	STA $2116			;$BB9834	 |
	SEP #$20			;$BB9837	 |
	LDA #$01			;$BB9839	 |
	STA $4300			;$BB983B	 |
	LDA #$18			;$BB983E	 |
	STA $4301			;$BB9840	 |
	LDX #$3E00			;$BB9843	 |
	STX $4302			;$BB9846	 |
	LDA #$7E			;$BB9849	 |
	STA $4304			;$BB984B	 |
	LDX #$0600			;$BB984E	 |
	STX $4305			;$BB9851	 |
	STZ $4307			;$BB9854	 |
	LDA #$01			;$BB9857	 |
	STA $420B			;$BB9859	 |
	REP #$20			;$BB985C	 |
	LDA $D3				;$BB985E	 |
	CMP #$0022			;$BB9860	 |
	BEQ CODE_BB9866			;$BB9863	 |
	RTS				;$BB9865	/

CODE_BB9866:
	LDY #$0010			;$BB9866	\
	LDA #DATA_FD326E		;$BB9869	 |
	LDX #$0004			;$BB986C	 |
	JSL DMA_palette			;$BB986F	 |
	RTS				;$BB9873	/

CODE_BB9874:
	JSR CODE_BB99DB			;$BB9874	\
	LDY #$0000			;$BB9877	 |
	LDA #DATA_FD0DD0		;$BB987A	 |
	LDX #$0004			;$BB987D	 |
	JSL DMA_palette			;$BB9880	 |
	RTS				;$BB9884	/

CODE_BB9885:
	JSR CODE_BB95F2			;$BB9885	\
	LDA #$6700			;$BB9888	 |
	STA $2116			;$BB988B	 |
	LDX #$0000			;$BB988E	 |
CODE_BB9891:				;		 |
	LDA.l DATA_E9A805,x		;$BB9891	 |
	ORA #$2000			;$BB9895	 |
	STA $2118			;$BB9898	 |
	INX				;$BB989B	 |
	INX				;$BB989C	 |
	CPX #$0100			;$BB989D	 |
	BNE CODE_BB9891			;$BB98A0	 |
	LDA #CODE_BB98E2		;$BB98A2	 |
	STA $0000DD			;$BB98A5	 |
	LDA #CODE_BB98E8		;$BB98A9	 |
	STA $0000DF			;$BB98AC	 |
	JSR CODE_BBABE2			;$BB98B0	 |
	RTS				;$BB98B3	/

CODE_BB98B4:
	LDA #$6000			;$BB98B4	\
	STA $17B6			;$BB98B7	 |
	JSR CODE_BB95F2			;$BB98BA	 |
	LDY #$0000			;$BB98BD	 |
	LDA #DATA_FD2DCE		;$BB98C0	 |
	LDX #$0004			;$BB98C3	 |
	JSL DMA_palette			;$BB98C6	 |
	LDA #$2700			;$BB98CA	 |
	STA $0D4E			;$BB98CD	 |
	JSR CODE_BBABE2			;$BB98D0	 |
	LDA #CODE_BB98E2		;$BB98D3	 |
	STA $0000DD			;$BB98D6	 |
	LDA #CODE_BB98E8		;$BB98DA	 |
	STA $0000DF			;$BB98DD	 |
	RTS				;$BB98E1	/

CODE_BB98E2:
	LDX #$0001			;$BB98E2	\
	JMP CODE_BB9A88			;$BB98E5	/

CODE_BB98E8:
	LDA $98				;$BB98E8	\
	PHA				;$BB98EA	 |
	LDA $9A				;$BB98EB	 |
	PHA				;$BB98ED	 |
	LDA $17B6			;$BB98EE	 |
	PHA				;$BB98F1	 |
	LDA #$0100			;$BB98F2	 |
	STA $17C0			;$BB98F5	 |
	LDA #$7800			;$BB98F8	 |
	STA $17B6			;$BB98FB	 |
	JSR CODE_BB9A23			;$BB98FE	 |
	LDA #$0100			;$BB9901	 |
	STA $17C0			;$BB9904	 |
	LDA #$7000			;$BB9907	 |
	STA $17B6			;$BB990A	 |
	JSR CODE_BB9A23			;$BB990D	 |
	LDX #DATA_C2FAC9		;$BB9910	 |
	LDY.w #DATA_C2FAC9>>16		;$BB9913	 |
	LDA #$F800			;$BB9916	 |
	JSL decompress_data		;$BB9919	 |
	LDA #$7000			;$BB991D	 |
	STA $2116			;$BB9920	 |
	LDY #$02FE			;$BB9923	 |
CODE_BB9926:				;		 |
	TYA				;$BB9926	 |
	EOR #$003E			;$BB9927	 |
	TAX				;$BB992A	 |
	LDA.l $7FFB00,x			;$BB992B	 |
	EOR #$8000			;$BB992F	 |
	STA $2118			;$BB9932	 |
	DEY				;$BB9935	 |
	DEY				;$BB9936	 |
	BPL CODE_BB9926			;$BB9937	 |
	LDA #$7180			;$BB9939	 |
	STA $2116			;$BB993C	 |
	LDA #$FB00			;$BB993F	 |
	LDX #$007F			;$BB9942	 |
	LDY #$0300			;$BB9945	 |
	JSL DMA_to_VRAM			;$BB9948	 |
	LDX #DATA_C6FC11		;$BB994C	 |
	LDY.w #DATA_C6FC11>>16		;$BB994F	 |
	LDA #$F800			;$BB9952	 |
	JSL decompress_data		;$BB9955	 |
	LDA #$7400			;$BB9959	 |
	STA $2116			;$BB995C	 |
	LDY #$02FE			;$BB995F	 |
CODE_BB9962:				;		 |
	TYA				;$BB9962	 |
	EOR #$003E			;$BB9963	 |
	TAX				;$BB9966	 |
	LDA.l $7FFB00,x			;$BB9967	 |
	EOR #$8000			;$BB996B	 |
	STA $2118			;$BB996E	 |
	DEY				;$BB9971	 |
	DEY				;$BB9972	 |
	BPL CODE_BB9962			;$BB9973	 |
	LDA #$7580			;$BB9975	 |
	STA $2116			;$BB9978	 |
	LDA #$FB00			;$BB997B	 |
	LDX #$007F			;$BB997E	 |
	LDY #$0300			;$BB9981	 |
	JSL DMA_to_VRAM			;$BB9984	 |
	PLA				;$BB9988	 |
	STA $17B6			;$BB9989	 |
	PLA				;$BB998C	 |
	STA $9A				;$BB998D	 |
	PLA				;$BB998F	 |
	STA $98				;$BB9990	 |
	RTS				;$BB9992	/

CODE_BB9993:
	JSR CODE_BB95F2			;$BB9993	\
	LDA #CODE_BB99A5		;$BB9996	 |
	STA $0000DD			;$BB9999	 |
	LDA #CODE_BB99AB		;$BB999D	 |
	STA $0000DF			;$BB99A0	 |
	RTS				;$BB99A4	/

CODE_BB99A5:
	LDX #$0001			;$BB99A5	\
	JMP CODE_BB9A88			;$BB99A8	/

CODE_BB99AB:
	LDA $98				;$BB99AB	\
	PHA				;$BB99AD	 |
	LDA $9A				;$BB99AE	 |
	PHA				;$BB99B0	 |
	LDA $17B6			;$BB99B1	 |
	PHA				;$BB99B4	 |
	LDA #$0100			;$BB99B5	 |
	STA $17C0			;$BB99B8	 |
	LDA #$7000			;$BB99BB	 |
	STA $17B6			;$BB99BE	 |
	JSR CODE_BB9A23			;$BB99C1	 |
	STZ $17C0			;$BB99C4	 |
	LDA #$7800			;$BB99C7	 |
	STA $17B6			;$BB99CA	 |
	JSR CODE_BB9A23			;$BB99CD	 |
	PLA				;$BB99D0	 |
	STA $17B6			;$BB99D1	 |
	PLA				;$BB99D4	 |
	STA $9A				;$BB99D5	 |
	PLA				;$BB99D7	 |
	STA $98				;$BB99D8	 |
	RTS				;$BB99DA	/

CODE_BB99DB:
	JSR CODE_BB95F2			;$BB99DB	\
	LDA #CODE_BB99ED		;$BB99DE	 |
	STA $0000DD			;$BB99E1	 |
	LDA #CODE_BB99F3		;$BB99E5	 |
	STA $0000DF			;$BB99E8	 |
	RTS				;$BB99EC	/

CODE_BB99ED:
	LDX #$0004			;$BB99ED	\
	JMP CODE_BB9A88			;$BB99F0	/

CODE_BB99F3:
	LDA $98				;$BB99F3	\
	PHA				;$BB99F5	 |
	LDA $9A				;$BB99F6	 |
	PHA				;$BB99F8	 |
	LDA $17B6			;$BB99F9	 |
	PHA				;$BB99FC	 |
	LDA #$0100			;$BB99FD	 |
	STA $17C0			;$BB9A00	 |
	LDA #$6C00			;$BB9A03	 |
	STA $17B6			;$BB9A06	 |
	JSR CODE_BB9A23			;$BB9A09	 |
	STZ $17C0			;$BB9A0C	 |
	LDA #$6400			;$BB9A0F	 |
	STA $17B6			;$BB9A12	 |
	JSR CODE_BB9A23			;$BB9A15	 |
	PLA				;$BB9A18	 |
	STA $17B6			;$BB9A19	 |
	PLA				;$BB9A1C	 |
	STA $9A				;$BB9A1D	 |
	PLA				;$BB9A1F	 |
	STA $98				;$BB9A20	 |
	RTS				;$BB9A22	/

CODE_BB9A23:
	LDA #$F800			;$BB9A23	\
	STA $98				;$BB9A26	 |
	LDA #$007F			;$BB9A28	 |
	STA $9A				;$BB9A2B	 |
	STZ $17C8			;$BB9A2D	 |
	SEP #$20			;$BB9A30	 |
	LDA #$80			;$BB9A32	 |
	STA $9B				;$BB9A34	 |
	REP #$20			;$BB9A36	 |
	STZ $17D2			;$BB9A38	 |
	STZ $17D6			;$BB9A3B	 |
	STZ $17B8			;$BB9A3E	 |
	STZ $17BA			;$BB9A41	 |
	LDA #$00F8			;$BB9A44	 |
	STA $17CA			;$BB9A47	 |
	STZ $17C2			;$BB9A4A	 |
	STZ $17CE			;$BB9A4D	 |
	LDA #$0008			;$BB9A50	 |
	STA $17D6			;$BB9A53	 |
	LDA #$0040			;$BB9A56	 |
CODE_BB9A59:				;		 |
	PHA				;$BB9A59	 |
	JSR CODE_BB9A73			;$BB9A5A	 |
	JSL CODE_B5ADD8			;$BB9A5D	 |
	LDA #$0008			;$BB9A61	 |
	STA $17D6			;$BB9A64	 |
	CLC				;$BB9A67	 |
	ADC $17BA			;$BB9A68	 |
	STA $17BA			;$BB9A6B	 |
	PLA				;$BB9A6E	 |
	DEC A				;$BB9A6F	 |
	BNE CODE_BB9A59			;$BB9A70	 |
	RTS				;$BB9A72	/

CODE_BB9A73:
	LDA $0AB4			;$BB9A73	\
	AND #$000F			;$BB9A76	 |
	CMP #$0005			;$BB9A79	 |
	BEQ CODE_BB9A83			;$BB9A7C	 |
	JSL CODE_B5AC9C			;$BB9A7E	 |
	RTS				;$BB9A82	/

CODE_BB9A83:
	JSL CODE_B5B0FC			;$BB9A83	\
	RTS				;$BB9A87	/

CODE_BB9A88:
	TXA				;$BB9A88	\
	LDX #$F800			;$BB9A89	 |
	LDY #$007F			;$BB9A8C	 |
	JSR CODE_BBB104			;$BB9A8F	 |
	RTS				;$BB9A92	/

CODE_BB9A93:
	LDA #$0024			;$BB9A93	\
	STA $78				;$BB9A96	 |
	LDA #$0060			;$BB9A98	 |
	STA $7E8012			;$BB9A9B	 |
	LDA #$0001			;$BB9A9F	 |
	STA $7E8014			;$BB9AA2	 |
	DEC A				;$BB9AA6	 |
	STA $7E8016			;$BB9AA7	 |
	SEP #$20			;$BB9AAB	 |
	LDX #$2600			;$BB9AAD	 |
	STX $4320			;$BB9AB0	 |
	LDX #$8012			;$BB9AB3	 |
	STX $4322			;$BB9AB6	 |
	LDA #$7E			;$BB9AB9	 |
	STA $4324			;$BB9ABB	 |
	STZ $4327			;$BB9ABE	 |
	REP #$20			;$BB9AC1	 |
	LDA #$0401			;$BB9AC3	 |
	STA $059B			;$BB9AC6	 |
	RTS				;$BB9AC9	/

CODE_BB9ACA:
	JSR CODE_BBA8DD			;$BB9ACA	\
	LDA $D3				;$BB9ACD	 |
	CMP #$0063			;$BB9ACF	 |
	BNE CODE_BB9AD9			;$BB9AD2	 |
	LDA #$001C			;$BB9AD4	 |
	STA $78				;$BB9AD7	 |
CODE_BB9AD9:				;		 |
	LDA #$0040			;$BB9AD9	 |
	STA $7E8012			;$BB9ADC	 |
	LDA #$0060			;$BB9AE0	 |
	STA $7E8015			;$BB9AE3	 |
	STA $7E8016			;$BB9AE7	 |
	LDA #$0001			;$BB9AEB	 |
	STA $7E8018			;$BB9AEE	 |
	LDA #$0000			;$BB9AF2	 |
	STA $7E801B			;$BB9AF5	 |
	SEP #$20			;$BB9AF9	 |
	LDX #$0E02			;$BB9AFB	 |
	STX $4310			;$BB9AFE	 |
	LDX #$8012			;$BB9B01	 |
	STX $4312			;$BB9B04	 |
	LDA #$7E			;$BB9B07	 |
	STA $4314			;$BB9B09	 |
	STZ $4317			;$BB9B0C	 |
	REP #$20			;$BB9B0F	 |
	LDA #$0201			;$BB9B11	 |
	STA $059B			;$BB9B14	 |
	RTS				;$BB9B17	/

CODE_BB9B18:
	JSR CODE_BBA8DD			;$BB9B18	\
	LDX #$0000			;$BB9B1B	 |
CODE_BB9B1E:				;		 |
	LDA #$0010			;$BB9B1E	 |
	STA $7E8012,x			;$BB9B21	 |
	LDA #$0000			;$BB9B25	 |
	STA $7E8013,x			;$BB9B28	 |
	INX				;$BB9B2C	 |
	INX				;$BB9B2D	 |
	INX				;$BB9B2E	 |
	CPX #$0066			;$BB9B2F	 |
	BNE CODE_BB9B1E			;$BB9B32	 |
	SEP #$20			;$BB9B34	 |
	LDX #$0D02			;$BB9B36	 |
	STX $4310			;$BB9B39	 |
	LDX #$8012			;$BB9B3C	 |
	STX $4312			;$BB9B3F	 |
	LDA #$7E			;$BB9B42	 |
	STA $4314			;$BB9B44	 |
	STZ $4317			;$BB9B47	 |
	REP #$20			;$BB9B4A	 |
	LDA #$0201			;$BB9B4C	 |
	STA $059B			;$BB9B4F	 |
	LDA $0515			;$BB9B52	 |
	CMP #$0001			;$BB9B55	 |
	BEQ CODE_BB9B62			;$BB9B58	 |
	LDY #$00D0			;$BB9B5A	 |
	JSL CODE_BB83EF			;$BB9B5D	 |
	RTS				;$BB9B61	/

CODE_BB9B62:
	LDA $D3				;$BB9B62	\
	CMP #$0087			;$BB9B64	 |
	BEQ CODE_BB9B71			;$BB9B67	 |
	LDY #$007A			;$BB9B69	 |
	JSL CODE_BB83EF			;$BB9B6C	 |
	RTS				;$BB9B70	/

CODE_BB9B71:
	LDY #$0136			;$BB9B71	\
	JSL CODE_BB83EF			;$BB9B74	 |
	RTS				;$BB9B78	/

CODE_BB9B79:
	LDA #$0002			;$BB9B79	\
	LDY $D3				;$BB9B7C	 |
	CPY #$0008			;$BB9B7E	 |
	BEQ CODE_BB9B86			;$BB9B81	 |
	LDA #$0044			;$BB9B83	 |
CODE_BB9B86:				;		 |
	STA $0959			;$BB9B86	 |
	LDA #$001C			;$BB9B89	 |
	STA $78				;$BB9B8C	 |
	LDA #$0040			;$BB9B8E	 |
	STA $7E8012			;$BB9B91	 |
	STA $7E8022			;$BB9B95	 |
	STA $7E8032			;$BB9B99	 |
	LDA #$0001			;$BB9B9D	 |
	STA $7E8017			;$BB9BA0	 |
	STA $7E801C			;$BB9BA4	 |
	STA $7E8027			;$BB9BA8	 |
	STA $7E802C			;$BB9BAC	 |
	STA $7E8035			;$BB9BB0	 |
	STA $7E8038			;$BB9BB4	 |
	LDA #$6779			;$BB9BB8	 |
	STA $7E8033			;$BB9BBB	 |
	STA $7E8036			;$BB9BBF	 |
	LDA #$7967			;$BB9BC3	 |
	STA $7E8039			;$BB9BC6	 |
	LDA #$0000			;$BB9BCA	 |
	STA $7E8013			;$BB9BCD	 |
	STA $7E8015			;$BB9BD1	 |
	STA $7E8018			;$BB9BD5	 |
	STA $7E801A			;$BB9BD9	 |
	STA $7E801D			;$BB9BDD	 |
	STA $7E801F			;$BB9BE1	 |
	STA $7E8021			;$BB9BE5	 |
	STA $7E8023			;$BB9BE9	 |
	STA $7E8025			;$BB9BED	 |
	STA $7E8028			;$BB9BF1	 |
	STA $7E802A			;$BB9BF5	 |
	STA $7E802D			;$BB9BF9	 |
	STA $7E802F			;$BB9BFD	 |
	STA $7E8031			;$BB9C01	 |
	STA $7E803B			;$BB9C05	 |
	LDA #$4301			;$BB9C09	 |
	STA $7E803C			;$BB9C0C	 |
	STA $7E803E			;$BB9C10	 |
	LDA #$4201			;$BB9C14	 |
	STA $7E8040			;$BB9C17	 |
	LDA #$0000			;$BB9C1B	 |
	STA $7E8042			;$BB9C1E	 |
	LDA #$0040			;$BB9C22	 |
	STA $7E8043			;$BB9C25	 |
	LDA #$0401			;$BB9C29	 |
	STA $7E8045			;$BB9C2C	 |
	LDA #$0000			;$BB9C30	 |
	STA $7E8047			;$BB9C33	 |
	SEP #$20			;$BB9C37	 |
	LDX #$0D03			;$BB9C39	 |
	STX $4310			;$BB9C3C	 |
	LDX #$8012			;$BB9C3F	 |
	STX $4312			;$BB9C42	 |
	LDA #$7E			;$BB9C45	 |
	STA $4314			;$BB9C47	 |
	STZ $4317			;$BB9C4A	 |
	LDX #$0F03			;$BB9C4D	 |
	STX $4320			;$BB9C50	 |
	LDX #$8022			;$BB9C53	 |
	STX $4322			;$BB9C56	 |
	LDA #$7E			;$BB9C59	 |
	STA $4324			;$BB9C5B	 |
	STZ $4327			;$BB9C5E	 |
	LDX #$0701			;$BB9C61	 |
	STX $4330			;$BB9C64	 |
	LDX #$8032			;$BB9C67	 |
	STX $4332			;$BB9C6A	 |
	LDA #$7E			;$BB9C6D	 |
	STA $4334			;$BB9C6F	 |
	STZ $4337			;$BB9C72	 |
	LDX #$3100			;$BB9C75	 |
	STX $4340			;$BB9C78	 |
	LDX #$803C			;$BB9C7B	 |
	STX $4342			;$BB9C7E	 |
	LDA #$7E			;$BB9C81	 |
	STA $4344			;$BB9C83	 |
	STZ $4347			;$BB9C86	 |
	LDX #$2D00			;$BB9C89	 |
	STX $4350			;$BB9C8C	 |
	LDX #$8043			;$BB9C8F	 |
	STX $4352			;$BB9C92	 |
	LDA #$7E			;$BB9C95	 |
	STA $4354			;$BB9C97	 |
	STZ $4357			;$BB9C9A	 |
	LDX #$1142			;$BB9C9D	 |
	STX $4360			;$BB9CA0	 |
	LDX #DATA_BB9CBC		;$BB9CA3	 |
	STX $4362			;$BB9CA6	 |
	LDA #DATA_BB9CBC>>16		;$BB9CA9	 |
	STA $4364			;$BB9CAB	 |
	LDA #$7E			;$BB9CAE	 |
	STA $4367			;$BB9CB0	 |
	REP #$20			;$BB9CB3	 |
	LDA #$7E01			;$BB9CB5	 |
	STA $059B			;$BB9CB8	 |
	RTS				;$BB9CBB	/

DATA_BB9CBC:
	db $08, $56, $80, $08, $54, $80, $08, $52
	db $80, $08, $50, $80, $08, $4E, $80, $08
	db $4C, $80, $08, $4A, $80, $08, $48, $80
	db $08, $56, $80, $08, $54, $80, $08, $52
	db $80, $08, $50, $80, $08, $4E, $80, $08
	db $4C, $80, $08, $4A, $80, $08, $48, $80
	db $08, $56, $80, $08, $54, $80, $08, $52
	db $80, $08, $50, $80, $08, $4E, $80, $08
	db $4C, $80, $08, $4A, $80, $08, $48, $80
	db $08, $56, $80, $08, $54, $80, $08, $52
	db $80, $08, $50, $80, $08, $4E, $80, $08
	db $4C, $80, $08, $4A, $80, $08, $48, $80
	db $00


CODE_BB9D1D:
	JSR CODE_BBA8DD			;$BB9D1D	\
	LDA #$0040			;$BB9D20	 |
	STA $7E8012			;$BB9D23	 |
	STA $7E8022			;$BB9D27	 |
	STA $7E8032			;$BB9D2B	 |
	LDA #$0001			;$BB9D2F	 |
	STA $7E8017			;$BB9D32	 |
	STA $7E801C			;$BB9D36	 |
	STA $7E8027			;$BB9D3A	 |
	STA $7E802C			;$BB9D3E	 |
	STA $7E8035			;$BB9D42	 |
	STA $7E8038			;$BB9D46	 |
	LDA #$6779			;$BB9D4A	 |
	STA $7E8033			;$BB9D4D	 |
	STA $7E8036			;$BB9D51	 |
	LDA #$7967			;$BB9D55	 |
	STA $7E8039			;$BB9D58	 |
	LDA #$0000			;$BB9D5C	 |
	STA $7E8013			;$BB9D5F	 |
	STA $7E8015			;$BB9D63	 |
	STA $7E8018			;$BB9D67	 |
	STA $7E801A			;$BB9D6B	 |
	STA $7E801D			;$BB9D6F	 |
	STA $7E801F			;$BB9D73	 |
	STA $7E8021			;$BB9D77	 |
	STA $7E8023			;$BB9D7B	 |
	STA $7E8025			;$BB9D7F	 |
	STA $7E8028			;$BB9D83	 |
	STA $7E802A			;$BB9D87	 |
	STA $7E802D			;$BB9D8B	 |
	STA $7E802F			;$BB9D8F	 |
	STA $7E8031			;$BB9D93	 |
	STA $7E803B			;$BB9D97	 |
	LDA #$8701			;$BB9D9B	 |
	STA $7E803C			;$BB9D9E	 |
	STA $7E803E			;$BB9DA2	 |
	LDA #$8601			;$BB9DA6	 |
	STA $7E8040			;$BB9DA9	 |
	LDA #$0000			;$BB9DAD	 |
	STA $7E8042			;$BB9DB0	 |
	SEP #$20			;$BB9DB4	 |
	LDX #$0D03			;$BB9DB6	 |
	STX $4310			;$BB9DB9	 |
	LDX #$8012			;$BB9DBC	 |
	STX $4312			;$BB9DBF	 |
	LDA #$7E			;$BB9DC2	 |
	STA $4314			;$BB9DC4	 |
	STZ $4317			;$BB9DC7	 |
	LDX #$0F03			;$BB9DCA	 |
	STX $4320			;$BB9DCD	 |
	LDX #$8022			;$BB9DD0	 |
	STX $4322			;$BB9DD3	 |
	LDA #$7E			;$BB9DD6	 |
	STA $4324			;$BB9DD8	 |
	STZ $4327			;$BB9DDB	 |
	LDX #$0701			;$BB9DDE	 |
	STX $4330			;$BB9DE1	 |
	LDX #$8032			;$BB9DE4	 |
	STX $4332			;$BB9DE7	 |
	LDA #$7E			;$BB9DEA	 |
	STA $4334			;$BB9DEC	 |
	STZ $4337			;$BB9DEF	 |
	LDX #$3100			;$BB9DF2	 |
	STX $4340			;$BB9DF5	 |
	LDX #$803C			;$BB9DF8	 |
	STX $4342			;$BB9DFB	 |
	LDA #$7E			;$BB9DFE	 |
	STA $4344			;$BB9E00	 |
	STZ $4347			;$BB9E03	 |
	REP #$20			;$BB9E06	 |
	LDA #$1E01			;$BB9E08	 |
	STA $059B			;$BB9E0B	 |
	RTS				;$BB9E0E	/

CODE_BB9E0F:
	JSR CODE_BBA8DD			;$BB9E0F	\
	LDX #$0000			;$BB9E12	 |
	LDA #$0010			;$BB9E15	 |
CODE_BB9E18:				;		 |
	STA $7E8012,x			;$BB9E18	 |
	INX				;$BB9E1C	 |
	INX				;$BB9E1D	 |
	INX				;$BB9E1E	 |
	CPX #$002D			;$BB9E1F	 |
	BNE CODE_BB9E18			;$BB9E22	 |
	SEP #$20			;$BB9E24	 |
	LDX #$1102			;$BB9E26	 |
	STX $4310			;$BB9E29	 |
	LDX #$8012			;$BB9E2C	 |
	STX $4312			;$BB9E2F	 |
	LDA #$7E			;$BB9E32	 |
	STA $4314			;$BB9E34	 |
	STZ $4317			;$BB9E37	 |
	REP #$20			;$BB9E3A	 |
	LDA #$0201			;$BB9E3C	 |
	STA $059B			;$BB9E3F	 |
	LDA $D3				;$BB9E42	 |
	CMP #$00BB			;$BB9E44	 |
	BEQ CODE_BB9E51			;$BB9E47	 |
	LDY #$00DA			;$BB9E49	 |
	JSL CODE_BB83EF			;$BB9E4C	 |
	RTS				;$BB9E50	/

CODE_BB9E51:
	LDY #$0120			;$BB9E51	\
	JSL CODE_BB83EF			;$BB9E54	 |
	RTS				;$BB9E58	/

CODE_BB9E59:
	JSR CODE_BBA8DD			;$BB9E59	\
	LDA #$0000			;$BB9E5C	 |
	STA $7E8012			;$BB9E5F	 |
	LDA #$0001			;$BB9E63	 |
	STA $059B			;$BB9E66	 |
	RTS				;$BB9E69	/

CODE_BB9E6A:
	JSR CODE_BBA8DD			;$BB9E6A	\
	LDA #$0001			;$BB9E6D	 |
	STA $059B			;$BB9E70	 |
	RTS				;$BB9E73	/

CODE_BB9E74:
	LDA #$0004			;$BB9E74	\
	STA $78				;$BB9E77	 |
	LDA #$0001			;$BB9E79	 |
	STA $059B			;$BB9E7C	 |
	RTS				;$BB9E7F	/

CODE_BB9E80:
	JSR CODE_BBA8DD			;$BB9E80	\
	LDA #$007F			;$BB9E83	 |
	STA $7E80E2			;$BB9E86	 |
	LDA #$0007			;$BB9E8A	 |
	STA $7E80E3			;$BB9E8D	 |
	LDA #$0008			;$BB9E91	 |
	STA $7E80E4			;$BB9E94	 |
	LDA #$0007			;$BB9E98	 |
	STA $7E80E5			;$BB9E9B	 |
	LDA #$0030			;$BB9E9F	 |
	STA $7E80E6			;$BB9EA2	 |
	LDA #$0005			;$BB9EA6	 |
	STA $7E80E7			;$BB9EA9	 |
	LDA #$0001			;$BB9EAD	 |
	STA $7E80E8			;$BB9EB0	 |
	LDA #$0004			;$BB9EB4	 |
	STA $7E80E9			;$BB9EB7	 |
	LDA #$0000			;$BB9EBB	 |
	STA $7E80EA			;$BB9EBE	 |
	LDA #$0040			;$BB9EC2	 |
	STA $7E886C			;$BB9EC5	 |
	LDA #$00B6			;$BB9EC9	 |
	STA $7E886D			;$BB9ECC	 |
	LDA #$0040			;$BB9ED0	 |
	STA $7E886F			;$BB9ED3	 |
	LDA #$00B6			;$BB9ED7	 |
	STA $7E8870			;$BB9EDA	 |
	LDX #$0000			;$BB9EDE	 |
CODE_BB9EE1:				;		 |
	LDA #$0004			;$BB9EE1	 |
	STA $7E8872,x			;$BB9EE4	 |
	LDA #$00B6			;$BB9EE8	 |
	STA $7E8873,x			;$BB9EEB	 |
	LDA #$0004			;$BB9EEF	 |
	STA $7E8875,x			;$BB9EF2	 |
	LDA #$00BA			;$BB9EF6	 |
	STA $7E8876,x			;$BB9EF9	 |
	LDA #$0004			;$BB9EFD	 |
	STA $7E8878,x			;$BB9F00	 |
	LDA #$00BE			;$BB9F04	 |
	STA $7E8879,x			;$BB9F07	 |
	LDA #$0004			;$BB9F0B	 |
	STA $7E887B,x			;$BB9F0E	 |
	LDA #$00C2			;$BB9F12	 |
	STA $7E887C,x			;$BB9F15	 |
	TXA				;$BB9F19	 |
	CLC				;$BB9F1A	 |
	ADC #$000C			;$BB9F1B	 |
	TAX				;$BB9F1E	 |
	CMP #$00A8			;$BB9F1F	 |
	BNE CODE_BB9EE1			;$BB9F22	 |
	LDA #$0000			;$BB9F24	 |
	STA $7E8872,x			;$BB9F27	 |
	LDA #$0040			;$BB9F2B	 |
	STA $7E8012			;$BB9F2E	 |
	LDA #$80D2			;$BB9F32	 |
	STA $7E8013			;$BB9F35	 |
	LDA #$0040			;$BB9F39	 |
	STA $7E8015			;$BB9F3C	 |
	LDA #$80D2			;$BB9F40	 |
	STA $7E8016			;$BB9F43	 |
	LDX #$0000			;$BB9F47	 |
CODE_BB9F4A:				;		 |
	LDA #$0008			;$BB9F4A	 |
	STA $7E8018,x			;$BB9F4D	 |
	LDA #$80D2			;$BB9F51	 |
	STA $7E8019,x			;$BB9F54	 |
	LDA #$0008			;$BB9F58	 |
	STA $7E801B,x			;$BB9F5B	 |
	LDA #$80D6			;$BB9F5F	 |
	STA $7E801C,x			;$BB9F62	 |
	LDA #$0008			;$BB9F66	 |
	STA $7E801E,x			;$BB9F69	 |
	LDA #$80DA			;$BB9F6D	 |
	STA $7E801F,x			;$BB9F70	 |
	LDA #$0008			;$BB9F74	 |
	STA $7E8021,x			;$BB9F77	 |
	LDA #$80DE			;$BB9F7B	 |
	STA $7E8022,x			;$BB9F7E	 |
	TXA				;$BB9F82	 |
	CLC				;$BB9F83	 |
	ADC #$000C			;$BB9F84	 |
	TAX				;$BB9F87	 |
	CMP #$00A8			;$BB9F88	 |
	BNE CODE_BB9F4A			;$BB9F8B	 |
	LDA #$0000			;$BB9F8D	 |
	STA $7E8018,x			;$BB9F90	 |
	SEP #$20			;$BB9F94	 |
	LDX #$2C00			;$BB9F96	 |
	STX $4360			;$BB9F99	 |
	LDX #$80E2			;$BB9F9C	 |
	STX $4362			;$BB9F9F	 |
	LDA #$7E			;$BB9FA2	 |
	STA $4364			;$BB9FA4	 |
	STA $4367			;$BB9FA7	 |
	LDX #$0D43			;$BB9FAA	 |
	STX $4320			;$BB9FAD	 |
	LDX #$886C			;$BB9FB0	 |
	STX $4322			;$BB9FB3	 |
	LDA #$7E			;$BB9FB6	 |
	STA $4324			;$BB9FB8	 |
	STA $4327			;$BB9FBB	 |
	LDX #$0F43			;$BB9FBE	 |
	STX $4330			;$BB9FC1	 |
	LDX #$8012			;$BB9FC4	 |
	STX $4332			;$BB9FC7	 |
	LDA #$7E			;$BB9FCA	 |
	STA $4334			;$BB9FCC	 |
	STA $4337			;$BB9FCF	 |
	LDX #$1142			;$BB9FD2	 |
	STX $4340			;$BB9FD5	 |
	LDX #$884B			;$BB9FD8	 |
	STX $4342			;$BB9FDB	 |
	LDA #$7E			;$BB9FDE	 |
	STA $4344			;$BB9FE0	 |
	STA $4347			;$BB9FE3	 |
	LDX #$1202			;$BB9FE6	 |
	STX $4370			;$BB9FE9	 |
	LDX #$8832			;$BB9FEC	 |
	STX $4372			;$BB9FEF	 |
	LDA #$7E			;$BB9FF2	 |
	STA $4374			;$BB9FF4	 |
	STZ $4377			;$BB9FF7	 |
	REP #$20			;$BB9FFA	 |
	LDY #$0FD2			;$BB9FFC	 |
	JSL CODE_BB8418			;$BB9FFF	 |
	JSR CODE_BBABE2			;$BBA003	 |
	LDA #$DC01			;$BBA006	 |
	STA $059B			;$BBA009	 |
	RTS				;$BBA00C	/

CODE_BBA00D:
	JSR CODE_BBA8DD			;$BBA00D	\
	SEP #$20			;$BBA010	 |
	LDX #$1142			;$BBA012	 |
	STX $4310			;$BBA015	 |
	LDX #DATA_BBA07E		;$BBA018	 |
	STX $4312			;$BBA01B	 |
	LDA #DATA_BBA07E>>16		;$BBA01E	 |
	STA $4314			;$BBA020	 |
	LDA #$7E			;$BBA023	 |
	STA $4317			;$BBA025	 |
	REP #$20			;$BBA028	 |
	LDA #$0201			;$BBA02A	 |
	STA $059B			;$BBA02D	 |
	RTS				;$BBA030	/

CODE_BBA031:
	JSR CODE_BBA8DD			;$BBA031	\
	LDA #$0024			;$BBA034	 |
	STA $78				;$BBA037	 |
	LDY #$0000			;$BBA039	 |
	TYX				;$BBA03C	 |
CODE_BBA03D:				;		 |
	LDA #$0002			;$BBA03D	 |
	STA $7E80F2,x			;$BBA040	 |
	TYA				;$BBA044	 |
	CLC				;$BBA045	 |
	ADC #$0002			;$BBA046	 |
	AND #$001E			;$BBA049	 |
	TAY				;$BBA04C	 |
	CLC				;$BBA04D	 |
	ADC #$80D2			;$BBA04E	 |
	STA $7E80F3,x			;$BBA051	 |
	INX				;$BBA055	 |
	INX				;$BBA056	 |
	INX				;$BBA057	 |
	CPX #$0150			;$BBA058	 |
	BNE CODE_BBA03D			;$BBA05B	 |
	SEP #$20			;$BBA05D	 |
	LDX #$0E42			;$BBA05F	 |
	STX $4310			;$BBA062	 |
	LDX #$80F2			;$BBA065	 |
	STX $4312			;$BBA068	 |
	LDA #$7E			;$BBA06B	 |
	STA $4314			;$BBA06D	 |
	LDA #$7E			;$BBA070	 |
	STA $4317			;$BBA072	 |
	REP #$20			;$BBA075	 |
	LDA #$0201			;$BBA077	 |
	STA $059B			;$BBA07A	 |
	RTS				;$BBA07D	/

DATA_BBA07E:
	db $02, $20, $80, $02, $1C, $80, $02, $1E
	db $80, $02, $1A, $80, $02, $18, $80, $02
	db $14, $80, $02, $16, $80, $02, $12, $80
	db $02, $20, $80, $02, $1C, $80, $02, $1E
	db $80, $02, $1A, $80, $02, $18, $80, $02
	db $14, $80, $02, $16, $80, $02, $12, $80
	db $02, $20, $80, $02, $1C, $80, $02, $1E
	db $80, $02, $1A, $80, $02, $18, $80, $02
	db $14, $80, $02, $16, $80, $02, $12, $80
	db $02, $20, $80, $02, $1C, $80, $02, $1E
	db $80, $02, $1A, $80, $02, $18, $80, $02
	db $14, $80, $02, $16, $80, $02, $12, $80
	db $02, $20, $80, $02, $1C, $80, $02, $1E
	db $80, $02, $1A, $80, $02, $18, $80, $02
	db $14, $80, $02, $16, $80, $02, $12, $80
	db $02, $20, $80, $02, $1C, $80, $02, $1E
	db $80, $02, $1A, $80, $02, $18, $80, $02
	db $14, $80, $02, $16, $80, $02, $12, $80
	db $02, $20, $80, $02, $1C, $80, $02, $1E
	db $80, $02, $1A, $80, $02, $18, $80, $02
	db $14, $80, $02, $16, $80, $02, $12, $80
	db $02, $20, $80, $02, $1C, $80, $02, $1E
	db $80, $02, $1A, $80, $02, $18, $80, $02
	db $14, $80, $02, $16, $80, $02, $12, $80
	db $02, $20, $80, $02, $1C, $80, $02, $1E
	db $80, $02, $1A, $80, $02, $18, $80, $02
	db $14, $80, $02, $16, $80, $02, $12, $80
	db $02, $20, $80, $02, $1C, $80, $02, $1E
	db $80, $02, $1A, $80, $02, $18, $80, $02
	db $14, $80, $02, $16, $80, $02, $12, $80
	db $02, $20, $80, $02, $1C, $80, $02, $1E
	db $80, $02, $1A, $80, $02, $18, $80, $02
	db $14, $80, $02, $16, $80, $02, $12, $80
	db $02, $20, $80, $02, $1C, $80, $02, $1E
	db $80, $02, $1A, $80, $02, $18, $80, $02
	db $14, $80, $02, $16, $80, $02, $12, $80
	db $02, $20, $80, $02, $1C, $80, $02, $1E
	db $80, $02, $1A, $80, $02, $18, $80, $02
	db $14, $80, $02, $16, $80, $02, $12, $80
	db $02, $20, $80, $02, $1C, $80, $02, $1E
	db $80, $02, $1A, $80, $02, $18, $80, $02
	db $14, $80, $02, $16, $80, $02, $12, $80
	db $02, $20, $80, $02, $1C, $80, $02, $1E
	db $80, $02, $1A, $80, $02, $18, $80, $02
	db $14, $80, $02, $16, $80, $02, $12, $80
	db $02, $20, $80, $02, $1C, $80, $02, $1E
	db $80, $02, $1A, $80, $02, $18, $80, $02
	db $14, $80, $02, $16, $80, $02, $12, $80
	db $00


CODE_BBA1FF:
	LDA #$0024			;$BBA1FF	\
	STA $78				;$BBA202	 |
	LDA #$0001			;$BBA204	 |
	STA $059B			;$BBA207	 |
	RTS				;$BBA20A	/

CODE_BBA20B:
	LDA #$0024			;$BBA20B	\
	STA $78				;$BBA20E	 |
	LDX #$0000			;$BBA210	 |
CODE_BBA213:				;		 |
	LDA #$0010			;$BBA213	 |
	STA $7E8012,x			;$BBA216	 |
	LDA #$0000			;$BBA21A	 |
	STA $7E8013,x			;$BBA21D	 |
	INX				;$BBA221	 |
	INX				;$BBA222	 |
	INX				;$BBA223	 |
	CPX #$0066			;$BBA224	 |
	BNE CODE_BBA213			;$BBA227	 |
	SEP #$20			;$BBA229	 |
	LDX #$0F02			;$BBA22B	 |
	STX $4310			;$BBA22E	 |
	LDX #$8012			;$BBA231	 |
	STX $4312			;$BBA234	 |
	LDA #$7E			;$BBA237	 |
	STA $4314			;$BBA239	 |
	STZ $4317			;$BBA23C	 |
	REP #$20			;$BBA23F	 |
	LDA #$0201			;$BBA241	 |
	STA $059B			;$BBA244	 |
	LDY #$00DC			;$BBA247	 |
	JSL CODE_BB83EF			;$BBA24A	 |
	RTS				;$BBA24E	/

CODE_BBA24F:
	JSR CODE_BBA8DD			;$BBA24F	\
	LDX #$0000			;$BBA252	 |
	TXY				;$BBA255	 |
CODE_BBA256:				;		 |
	LDA #$0004			;$BBA256	 |
	STA $7E8012,x			;$BBA259	 |
	STA $7E85D2,x			;$BBA25D	 |
	TYA				;$BBA261	 |
	CLC				;$BBA262	 |
	ADC #$80D2			;$BBA263	 |
	STA $7E8013,x			;$BBA266	 |
	CLC				;$BBA26A	 |
	ADC #$0740			;$BBA26B	 |
	STA $7E85D3,x			;$BBA26E	 |
	TYA				;$BBA272	 |
	CLC				;$BBA273	 |
	ADC #$0002			;$BBA274	 |
	AND #$001E			;$BBA277	 |
	TAY				;$BBA27A	 |
	TXA				;$BBA27B	 |
	CLC				;$BBA27C	 |
	ADC #$0003			;$BBA27D	 |
	TAX				;$BBA280	 |
	CPX #$00C0			;$BBA281	 |
	BNE CODE_BBA256			;$BBA284	 |
	LDX #$0000			;$BBA286	 |
CODE_BBA289:				;		 |
	LDA #$009F			;$BBA289	 |
	STA $7E80F2,x			;$BBA28C	 |
	STA $7E810A,x			;$BBA290	 |
	LDA #$8552			;$BBA294	 |
	STA $7E80F3,x			;$BBA297	 |
	CLC				;$BBA29B	 |
	ADC #$0040			;$BBA29C	 |
	STA $7E810B,x			;$BBA29F	 |
	INX				;$BBA2A3	 |
	INX				;$BBA2A4	 |
	INX				;$BBA2A5	 |
	CPX #$0018			;$BBA2A6	 |
	BNE CODE_BBA289			;$BBA2A9	 |
	SEP #$20			;$BBA2AB	 |
	LDX #$0E42			;$BBA2AD	 |
	STX $4310			;$BBA2B0	 |
	LDX #$80F2			;$BBA2B3	 |
	STX $4312			;$BBA2B6	 |
	LDA #$7E			;$BBA2B9	 |
	STA $4314			;$BBA2BB	 |
	STA $4317			;$BBA2BE	 |
	REP #$20			;$BBA2C1	 |
	SEP #$20			;$BBA2C3	 |
	LDX #$0D42			;$BBA2C5	 |
	STX $4320			;$BBA2C8	 |
	LDX #$8012			;$BBA2CB	 |
	STX $4322			;$BBA2CE	 |
	LDA #$7E			;$BBA2D1	 |
	STA $4324			;$BBA2D3	 |
	STA $4327			;$BBA2D6	 |
	REP #$20			;$BBA2D9	 |
	LDA #$0601			;$BBA2DB	 |
	STA $059B			;$BBA2DE	 |
	RTS				;$BBA2E1	/

CODE_BBA2E2:
	JSR CODE_BBA8DD			;$BBA2E2	\
	LDA #$0001			;$BBA2E5	 |
	STA $7E8332			;$BBA2E8	 |
	LDA #$FF00			;$BBA2EC	 |
	STA $7E8333			;$BBA2EF	 |
	LDA #$0001			;$BBA2F3	 |
	STA $7E8335			;$BBA2F6	 |
	LDA #$FF00			;$BBA2FA	 |
	STA $7E8336			;$BBA2FD	 |
	LDA #$0001			;$BBA301	 |
	STA $7E8338			;$BBA304	 |
	LDA #$00FF			;$BBA308	 |
	STA $7E8339			;$BBA30B	 |
	LDA #$0000			;$BBA30F	 |
	STA $7E833B			;$BBA312	 |
	SEP #$20			;$BBA316	 |
	LDX #$0E42			;$BBA318	 |
	STX $4310			;$BBA31B	 |
	LDX #DATA_BBA35F		;$BBA31E	 |
	STX $4312			;$BBA321	 |
	LDA #DATA_BBA35F>>16		;$BBA324	 |
	STA $4314			;$BBA326	 |
	STZ $4317			;$BBA329	 |
	LDX #$0D42			;$BBA32C	 |
	STX $4320			;$BBA32F	 |
	LDX #DATA_BBA408		;$BBA332	 |
	STX $4322			;$BBA335	 |
	LDA #DATA_BBA408>>16		;$BBA338	 |
	STA $4324			;$BBA33A	 |
	LDA #$7E			;$BBA33D	 |
	STA $4327			;$BBA33F	 |
	LDX #$2601			;$BBA342	 |
	STX $4330			;$BBA345	 |
	LDX #$8332			;$BBA348	 |
	STX $4332			;$BBA34B	 |
	LDA #$7E			;$BBA34E	 |
	STA $4334			;$BBA350	 |
	STZ $4337			;$BBA353	 |
	REP #$20			;$BBA356	 |
	LDA #$0E01			;$BBA358	 |
	STA $059B			;$BBA35B	 |
	RTS				;$BBA35E	/

DATA_BBA35F:
	db $01, $C4, $17, $01, $C4, $17, $01, $C4
	db $17, $01, $C4, $17, $01, $C6, $17, $01
	db $C6, $17, $01, $C6, $17, $01, $C6, $17
	db $04, $C4, $17, $04, $C6, $17, $04, $C4
	db $17, $04, $C6, $17, $04, $C4, $17, $04
	db $C6, $17, $04, $C4, $17, $04, $C6, $17
	db $04, $C4, $17, $04, $C6, $17, $04, $C4
	db $17, $04, $C6, $17, $04, $C4, $17, $04
	db $C6, $17, $04, $C4, $17, $04, $C6, $17
	db $04, $C4, $17, $04, $C6, $17, $04, $C4
	db $17, $04, $C6, $17, $04, $C4, $17, $04
	db $C6, $17, $04, $C4, $17, $04, $C6, $17
	db $04, $C4, $17, $04, $C6, $17, $04, $C4
	db $17, $04, $C6, $17, $04, $C4, $17, $04
	db $C6, $17, $04, $C4, $17, $04, $C6, $17
	db $04, $C4, $17, $04, $C6, $17, $04, $C4
	db $17, $04, $C6, $17, $04, $C4, $17, $04
	db $C6, $17, $04, $C4, $17, $04, $C6, $17
	db $04, $C4, $17, $04, $C6, $17, $04, $C4
	db $17, $04, $C6, $17, $04, $C4, $17, $04
	db $C6, $17, $04, $C4, $17, $04, $C6, $17
	db $00

DATA_BBA408:
	db $FF, $13, $80, $C9, $11, $81, $00, $FF
	db $A3, $81, $C9, $A1, $82, $00

CODE_BBA416:
	JSR CODE_BBA8DD			;$BBA416	\
	LDA #$007F			;$BBA419	 |
	STA $7E80E2			;$BBA41C	 |
	LDA #$0007			;$BBA420	 |
	STA $7E80E3			;$BBA423	 |
	LDA #$0008			;$BBA427	 |
	STA $7E80E4			;$BBA42A	 |
	LDA #$0007			;$BBA42E	 |
	STA $7E80E5			;$BBA431	 |
	LDA #$0030			;$BBA435	 |
	STA $7E80E6			;$BBA438	 |
	LDA #$0005			;$BBA43C	 |
	STA $7E80E7			;$BBA43F	 |
	LDA #$0001			;$BBA443	 |
	STA $7E80E8			;$BBA446	 |
	LDA #$0004			;$BBA44A	 |
	STA $7E80E9			;$BBA44D	 |
	LDA #$0000			;$BBA451	 |
	STA $7E80EA			;$BBA454	 |
	LDA #$0040			;$BBA458	 |
	STA $7E886C			;$BBA45B	 |
	LDA #$00B6			;$BBA45F	 |
	STA $7E886D			;$BBA462	 |
	LDA #$0040			;$BBA466	 |
	STA $7E886F			;$BBA469	 |
	LDA #$00B6			;$BBA46D	 |
	STA $7E8870			;$BBA470	 |
	LDX #$0000			;$BBA474	 |
CODE_BBA477:				;		 |
	LDA #$0004			;$BBA477	 |
	STA $7E8872,x			;$BBA47A	 |
	LDA #$00B6			;$BBA47E	 |
	STA $7E8873,x			;$BBA481	 |
	LDA #$0004			;$BBA485	 |
	STA $7E8875,x			;$BBA488	 |
	LDA #$00BA			;$BBA48C	 |
	STA $7E8876,x			;$BBA48F	 |
	LDA #$0004			;$BBA493	 |
	STA $7E8878,x			;$BBA496	 |
	LDA #$00BE			;$BBA49A	 |
	STA $7E8879,x			;$BBA49D	 |
	LDA #$0004			;$BBA4A1	 |
	STA $7E887B,x			;$BBA4A4	 |
	LDA #$00C2			;$BBA4A8	 |
	STA $7E887C,x			;$BBA4AB	 |
	TXA				;$BBA4AF	 |
	CLC				;$BBA4B0	 |
	ADC #$000C			;$BBA4B1	 |
	TAX				;$BBA4B4	 |
	CMP #$00A8			;$BBA4B5	 |
	BNE CODE_BBA477			;$BBA4B8	 |
	LDA #$0000			;$BBA4BA	 |
	STA $7E8872,x			;$BBA4BD	 |
	LDA #$0040			;$BBA4C1	 |
	STA $7E8012			;$BBA4C4	 |
	LDA #$80D2			;$BBA4C8	 |
	STA $7E8013			;$BBA4CB	 |
	LDA #$0040			;$BBA4CF	 |
	STA $7E8015			;$BBA4D2	 |
	LDA #$80D2			;$BBA4D6	 |
	STA $7E8016			;$BBA4D9	 |
	LDX #$0000			;$BBA4DD	 |
CODE_BBA4E0:				;		 |
	LDA #$0008			;$BBA4E0	 |
	STA $7E8018,x			;$BBA4E3	 |
	LDA #$80D2			;$BBA4E7	 |
	STA $7E8019,x			;$BBA4EA	 |
	LDA #$0008			;$BBA4EE	 |
	STA $7E801B,x			;$BBA4F1	 |
	LDA #$80D6			;$BBA4F5	 |
	STA $7E801C,x			;$BBA4F8	 |
	LDA #$0008			;$BBA4FC	 |
	STA $7E801E,x			;$BBA4FF	 |
	LDA #$80DA			;$BBA503	 |
	STA $7E801F,x			;$BBA506	 |
	LDA #$0008			;$BBA50A	 |
	STA $7E8021,x			;$BBA50D	 |
	LDA #$80DE			;$BBA511	 |
	STA $7E8022,x			;$BBA514	 |
	TXA				;$BBA518	 |
	CLC				;$BBA519	 |
	ADC #$000C			;$BBA51A	 |
	TAX				;$BBA51D	 |
	CMP #$00A8			;$BBA51E	 |
	BNE CODE_BBA4E0			;$BBA521	 |
	LDA #$0000			;$BBA523	 |
	STA $7E8018,x			;$BBA526	 |
	SEP #$20			;$BBA52A	 |
	LDX #$2C00			;$BBA52C	 |
	STX $4360			;$BBA52F	 |
	LDX #$80E2			;$BBA532	 |
	STX $4362			;$BBA535	 |
	LDA #$7E			;$BBA538	 |
	STA $4364			;$BBA53A	 |
	STA $4367			;$BBA53D	 |
	LDX #$0D43			;$BBA540	 |
	STX $4320			;$BBA543	 |
	LDX #$886C			;$BBA546	 |
	STX $4322			;$BBA549	 |
	LDA #$7E			;$BBA54C	 |
	STA $4324			;$BBA54E	 |
	STA $4327			;$BBA551	 |
	LDX #$0F43			;$BBA554	 |
	STX $4330			;$BBA557	 |
	LDX #$8012			;$BBA55A	 |
	STX $4332			;$BBA55D	 |
	LDA #$7E			;$BBA560	 |
	STA $4334			;$BBA562	 |
	STA $4337			;$BBA565	 |
	LDX #$1142			;$BBA568	 |
	STX $4340			;$BBA56B	 |
	LDX #$884B			;$BBA56E	 |
	STX $4342			;$BBA571	 |
	LDA #$7E			;$BBA574	 |
	STA $4344			;$BBA576	 |
	STA $4347			;$BBA579	 |
	LDX #$1202			;$BBA57C	 |
	STX $4370			;$BBA57F	 |
	LDX #$8832			;$BBA582	 |
	STX $4372			;$BBA585	 |
	LDA #$7E			;$BBA588	 |
	STA $4374			;$BBA58A	 |
	STZ $4377			;$BBA58D	 |
	REP #$20			;$BBA590	 |
	LDA #$1680			;$BBA592	 |
	STA $0D4E			;$BBA595	 |
	JSR CODE_BBABE2			;$BBA598	 |
	LDY #$0FD2			;$BBA59B	 |
	JSL CODE_BB8418			;$BBA59E	 |
	LDA #$DC01			;$BBA5A2	 |
	STA $059B			;$BBA5A5	 |
	RTS				;$BBA5A8	/

CODE_BBA5A9:
	LDA $0515			;$BBA5A9	\
	CMP #$0003			;$BBA5AC	 |
	BEQ CODE_BBA5BD			;$BBA5AF	 |
	LDA #$001C			;$BBA5B1	 |
	STA $78				;$BBA5B4	 |
	LDA #$0001			;$BBA5B6	 |
	STA $059B			;$BBA5B9	 |
	RTS				;$BBA5BC	/

CODE_BBA5BD:
	LDA #$0024			;$BBA5BD	\
	STA $78				;$BBA5C0	 |
	LDA #$0001			;$BBA5C2	 |
	STA $059B			;$BBA5C5	 |
	RTS				;$BBA5C8	/

CODE_BBA5C9:
	JSR CODE_BBA8DD			;$BBA5C9	\
	JSR CODE_BBA662			;$BBA5CC	 |
	RTS				;$BBA5CF	/

CODE_BBA5D0:
	LDY #$0002			;$BBA5D0	\
	JSL CODE_BB842C			;$BBA5D3	 |
	JSR CODE_BBA5E1			;$BBA5D7	 |
CODE_BBA5DA:				;		 |
	JSR CODE_BBA8DD			;$BBA5DA	 |
	JSR CODE_BBA662			;$BBA5DD	 |
	RTS				;$BBA5E0	/

CODE_BBA5E1:
	LDA $D3				;$BBA5E1	\
	CMP #$0071			;$BBA5E3	 |
	BNE CODE_BBA605			;$BBA5E6	 |
	LDA $17BA			;$BBA5E8	 |
	PHA				;$BBA5EB	 |
	LDA $0911			;$BBA5EC	 |
	PHA				;$BBA5EF	 |
	STZ $0911			;$BBA5F0	 |
	LDA #$1C31			;$BBA5F3	 |
	STA $17BA			;$BBA5F6	 |
	JSR CODE_BBA605			;$BBA5F9	 |
	PLA				;$BBA5FC	 |
	STA $0911			;$BBA5FD	 |
	PLA				;$BBA600	 |
	STA $17BA			;$BBA601	 |
	RTS				;$BBA604	/

CODE_BBA605:
	LDA #$0100			;$BBA605	\
	STA $0911			;$BBA608	 |
	LDX #$02FE			;$BBA60B	 |
CODE_BBA60E:				;		 |
	LDA.l DATA_FD334E,x		;$BBA60E	 |
	STA $7E8928,x			;$BBA612	 |
	DEX				;$BBA616	 |
	DEX				;$BBA617	 |
	BPL CODE_BBA60E			;$BBA618	 |
	PEA $BB7E			;$BBA61A	 |
	PLB				;$BBA61D	 |
	LDX #$0000			;$BBA61E	 |
	TXY				;$BBA621	 |
CODE_BBA622:				;		 |
	LDA.l $7E8928,x			;$BBA622	 |
	XBA				;$BBA626	 |
	AND #$001F			;$BBA627	 |
	STA $34				;$BBA62A	 |
	LDA.l $7E892A,x			;$BBA62C	 |
	AND #$03E0			;$BBA630	 |
	TSB $34				;$BBA633	 |
	LDA.l $7E892C,x			;$BBA635	 |
	AND #$7C00			;$BBA639	 |
	ORA $34				;$BBA63C	 |
	STA $8C28,y			;$BBA63E	 |
	INY				;$BBA641	 |
	INY				;$BBA642	 |
	TXA				;$BBA643	 |
	CLC				;$BBA644	 |
	ADC #$0006			;$BBA645	 |
	TAX				;$BBA648	 |
	CPY #$0100			;$BBA649	 |
	BNE CODE_BBA622			;$BBA64C	 |
	PLB				;$BBA64E	 |
CODE_BBA64F:				;		 |
	STZ $0913			;$BBA64F	 |
	JSL CODE_80DD63			;$BBA652	 |
	LDA $0913			;$BBA656	 |
	BNE CODE_BBA64F			;$BBA659	 |
	LDA #$0001			;$BBA65B	 |
	STA $0913			;$BBA65E	 |
	RTS				;$BBA661	/

CODE_BBA662:
	LDX #$0000			;$BBA662	\
	LDA #$0018			;$BBA665	 |
	STA $7E8012			;$BBA668	 |
	LDA #$0000			;$BBA66C	 |
	STA $7E8013			;$BBA66F	 |
	LDA #$0018			;$BBA673	 |
	STA $7E8015			;$BBA676	 |
	LDA #$0000			;$BBA67A	 |
	STA $7E8016			;$BBA67D	 |
	LDA #$0038			;$BBA681	 |
	STA $7E8018			;$BBA684	 |
	LDA #$0000			;$BBA688	 |
	STA $7E8019			;$BBA68B	 |
	LDX #$0009			;$BBA68F	 |
	LDA #$00FF			;$BBA692	 |
	STA $7E8012,x			;$BBA695	 |
	LDA #$0001			;$BBA699	 |
	STA $7E8013,x			;$BBA69C	 |
	SEP #$20			;$BBA6A0	 |
	LDX #$0F02			;$BBA6A2	 |
	STX $4310			;$BBA6A5	 |
	LDX #$8012			;$BBA6A8	 |
	STX $4312			;$BBA6AB	 |
	LDA #$7E			;$BBA6AE	 |
	STA $4314			;$BBA6B0	 |
	STZ $4317			;$BBA6B3	 |
	LDX #$3200			;$BBA6B6	 |
	STX $4320			;$BBA6B9	 |
	LDX #DATA_BBA6D3		;$BBA6BC	 |
	STX $4322			;$BBA6BF	 |
	LDA #DATA_BBA6D3>>16		;$BBA6C2	 |
	STA $4324			;$BBA6C4	 |
	STZ $4327			;$BBA6C7	 |
	REP #$20			;$BBA6CA	 |
	LDA #$0601			;$BBA6CC	 |
	STA $059B			;$BBA6CF	 |
	RTS				;$BBA6D2	/

DATA_BBA6D3:
	db $70, $E0, $07, $4C, $07, $4D, $07, $4E
	db $07, $4F, $07, $50, $07, $51, $07, $52
	db $07, $53, $07, $54, $07, $55, $07, $56
	db $07, $57, $07, $58, $07, $59, $07, $5A
	db $07, $5B, $07, $5C, $07, $5D, $07, $5E
	db $07, $5F, $07, $60, $07, $61, $07, $62
	db $07, $63, $07, $64, $07, $65, $07, $66
	db $07, $67, $07, $68, $07, $69, $07, $6A
	db $07, $6B, $07, $6C, $07, $6D, $07, $6E
	db $07, $6F, $07, $70, $07, $71, $07, $72
	db $07, $73, $00


CODE_BBA726:
	JSR CODE_BBA8DD			;$BBA726	\
	LDA #$0078			;$BBA729	 |
	STA $7E80D2			;$BBA72C	 |
	LDA #$0000			;$BBA730	 |
	STA $7E80D3			;$BBA733	 |
	LDA #$20C4			;$BBA737	 |
	STA $7E80D5			;$BBA73A	 |
	LDA #$0001			;$BBA73E	 |
	STA $7E80D7			;$BBA741	 |
	LDA #$0000			;$BBA745	 |
	STA $7E80D8			;$BBA748	 |
	LDA #$20C4			;$BBA74C	 |
	STA $7E80DA			;$BBA74F	 |
	LDA #$0001			;$BBA753	 |
	STA $7E80DC			;$BBA756	 |
	LDA #$0000			;$BBA75A	 |
	STA $7E80DD			;$BBA75D	 |
	LDA #$14A0			;$BBA761	 |
	STA $7E80DF			;$BBA764	 |
	LDA #$0000			;$BBA768	 |
	STA $7E80E1			;$BBA76B	 |
	LDA #$0040			;$BBA76F	 |
	STA $7E886C			;$BBA772	 |
	LDA #$00B6			;$BBA776	 |
	STA $7E886D			;$BBA779	 |
	LDA #$0040			;$BBA77D	 |
	STA $7E886F			;$BBA780	 |
	LDA #$00B6			;$BBA784	 |
	STA $7E8870			;$BBA787	 |
	LDX #$0000			;$BBA78B	 |
CODE_BBA78E:				;		 |
	LDA #$0004			;$BBA78E	 |
	STA $7E8872,x			;$BBA791	 |
	LDA #$00B6			;$BBA795	 |
	STA $7E8873,x			;$BBA798	 |
	LDA #$0004			;$BBA79C	 |
	STA $7E8875,x			;$BBA79F	 |
	LDA #$00BA			;$BBA7A3	 |
	STA $7E8876,x			;$BBA7A6	 |
	LDA #$0004			;$BBA7AA	 |
	STA $7E8878,x			;$BBA7AD	 |
	LDA #$00BE			;$BBA7B1	 |
	STA $7E8879,x			;$BBA7B4	 |
	LDA #$0004			;$BBA7B8	 |
	STA $7E887B,x			;$BBA7BB	 |
	LDA #$00C2			;$BBA7BF	 |
	STA $7E887C,x			;$BBA7C2	 |
	TXA				;$BBA7C6	 |
	CLC				;$BBA7C7	 |
	ADC #$000C			;$BBA7C8	 |
	TAX				;$BBA7CB	 |
	CMP #$00A8			;$BBA7CC	 |
	BNE CODE_BBA78E			;$BBA7CF	 |
	LDA #$0000			;$BBA7D1	 |
	STA $7E8872,x			;$BBA7D4	 |
	LDA #$00F0			;$BBA7D8	 |
	STA $7E80F2			;$BBA7DB	 |
	LDA #$80F9			;$BBA7DF	 |
	STA $7E80F3			;$BBA7E2	 |
	LDA #$00F0			;$BBA7E6	 |
	STA $7E80F5			;$BBA7E9	 |
	LDA #$8169			;$BBA7ED	 |
	STA $7E80F6			;$BBA7F0	 |
	LDA #$0000			;$BBA7F4	 |
	STA $7E80F8			;$BBA7F7	 |
	LDX #$0000			;$BBA7FB	 |
CODE_BBA7FE:				;		 |
	TXA				;$BBA7FE	 |
	ASL A				;$BBA7FF	 |
	BIT #$0100			;$BBA800	 |
	BNE CODE_BBA808			;$BBA803	 |
	EOR #$00FF			;$BBA805	 |
CODE_BBA808:				;		 |
	AND #$00FF			;$BBA808	 |
	CLC				;$BBA80B	 |
	ADC #$0030			;$BBA80C	 |
	CMP #$00FF			;$BBA80F	 |
	BCC CODE_BBA817			;$BBA812	 |
	LDA #$00FF			;$BBA814	 |
CODE_BBA817:				;		 |
	STA $7E80F9,x			;$BBA817	 |
	INX				;$BBA81B	 |
	CPX #$00E2			;$BBA81C	 |
	BNE CODE_BBA7FE			;$BBA81F	 |
	LDA #$006F			;$BBA821	 |
	STA $7E8832			;$BBA824	 |
	LDA #$0000			;$BBA828	 |
	STA $7E8833			;$BBA82B	 |
	LDA.l DATA_FD2BEE		;$BBA82F	 |
	STA $7E8835			;$BBA833	 |
	LDA #$006F			;$BBA837	 |
	STA $7E8837			;$BBA83A	 |
	LDA #$0000			;$BBA83E	 |
	STA $7E8838			;$BBA841	 |
	LDA.l DATA_FD2BEE		;$BBA845	 |
	STA $7E883A			;$BBA849	 |
	LDA #$0001			;$BBA84D	 |
	STA $7E883C			;$BBA850	 |
	LDA #$0000			;$BBA854	 |
	STA $7E883D			;$BBA857	 |
	LDA #$0000			;$BBA85B	 |
	STA $7E883F			;$BBA85E	 |
	SEP #$20			;$BBA862	 |
	LDX #$0D43			;$BBA864	 |
	STX $4310			;$BBA867	 |
	LDX #$886C			;$BBA86A	 |
	STX $4312			;$BBA86D	 |
	LDA #$7E			;$BBA870	 |
	STA $4314			;$BBA872	 |
	STZ $4317			;$BBA875	 |
	LDX #$2640			;$BBA878	 |
	STX $4320			;$BBA87B	 |
	LDX #$80F2			;$BBA87E	 |
	STX $4322			;$BBA881	 |
	LDA #$7E			;$BBA884	 |
	STA $4324			;$BBA886	 |
	LDA #$80			;$BBA889	 |
	STA $4327			;$BBA88B	 |
	LDX #$2103			;$BBA88E	 |
	STX $4330			;$BBA891	 |
	LDX #$8832			;$BBA894	 |
	STX $4332			;$BBA897	 |
	LDA #$7E			;$BBA89A	 |
	STA $4334			;$BBA89C	 |
	STA $4337			;$BBA89F	 |
	LDX #$0F03			;$BBA8A2	 |
	STX $4350			;$BBA8A5	 |
	LDX #$8552			;$BBA8A8	 |
	STX $4352			;$BBA8AB	 |
	LDA #$7E			;$BBA8AE	 |
	STA $4354			;$BBA8B0	 |
	STZ $4357			;$BBA8B3	 |
	LDX #$0800			;$BBA8B6	 |
	STX $4360			;$BBA8B9	 |
	LDX #$8812			;$BBA8BC	 |
	STX $4362			;$BBA8BF	 |
	LDA #$7E			;$BBA8C2	 |
	STA $4364			;$BBA8C4	 |
	STZ $4367			;$BBA8C7	 |
	REP #$20			;$BBA8CA	 |
	JSR CODE_BBABE2			;$BBA8CC	 |
	LDY #$0FD2			;$BBA8CF	 |
	JSL CODE_BB8418			;$BBA8D2	 |
	LDA #$6E01			;$BBA8D6	 |
	STA $059B			;$BBA8D9	 |
	RTS				;$BBA8DC	/

CODE_BBA8DD:
	LDA #$002C			;$BBA8DD	\
	STA $78				;$BBA8E0	 |
	RTS				;$BBA8E2	/

CODE_BBA8E3:
	JSR CODE_BBA9E0			;$BBA8E3	\
	LDA #$0000			;$BBA8E6	 |
	STA $0911			;$BBA8E9	 |
	LDA #$03E0			;$BBA8EC	 |
	STA $0913			;$BBA8EF	 |
	RTS				;$BBA8F2	/

CODE_BBA8F3:
	JSR CODE_BBA8DD			;$BBA8F3	\
	JSR CODE_BBA9F7			;$BBA8F6	 |
	LDA #$7FFF			;$BBA8F9	 |
	STA $0D4E			;$BBA8FC	 |
	LDA #$7E01			;$BBA8FF	 |
	STA $059B			;$BBA902	 |
	LDA #$007C			;$BBA905	 |
	STA $7E80E2			;$BBA908	 |
	LDA #$0211			;$BBA90C	 |
	STA $7E80E3			;$BBA90F	 |
	LDA #$0050			;$BBA913	 |
	STA $7E80E5			;$BBA916	 |
	LDA #$0215			;$BBA91A	 |
	STA $7E80E6			;$BBA91D	 |
	LDA #$0001			;$BBA921	 |
	STA $7E80E8			;$BBA924	 |
	LDA #$0314			;$BBA928	 |
	STA $7E80E9			;$BBA92B	 |
	LDA #$0000			;$BBA92F	 |
	STA $7E80EB			;$BBA932	 |
	LDA #$006C			;$BBA936	 |
	STA $7E8832			;$BBA939	 |
	LDA #$0020			;$BBA93D	 |
	STA $7E8833			;$BBA940	 |
	LDA #$0050			;$BBA944	 |
	STA $7E8834			;$BBA947	 |
	LDA #$0020			;$BBA94B	 |
	STA $7E8835			;$BBA94E	 |
	LDA #$0010			;$BBA952	 |
	STA $7E8836			;$BBA955	 |
	LDA #$0060			;$BBA959	 |
	STA $7E8837			;$BBA95C	 |
	LDA #$0001			;$BBA960	 |
	STA $7E8838			;$BBA963	 |
	LDA #$0020			;$BBA967	 |
	STA $7E8839			;$BBA96A	 |
	LDA #$0000			;$BBA96E	 |
	STA $7E883A			;$BBA971	 |
	LDA #$007C			;$BBA975	 |
	STA $7E884B			;$BBA978	 |
	LDA #$0050			;$BBA97C	 |
	STA $7E884E			;$BBA97F	 |
	LDA #$0001			;$BBA983	 |
	STA $7E8851			;$BBA986	 |
	LDA #$0000			;$BBA98A	 |
	STA $7E8854			;$BBA98D	 |
	SEP #$20			;$BBA991	 |
	LDX #$3100			;$BBA993	 |
	STX $4320			;$BBA996	 |
	LDX #$8832			;$BBA999	 |
	STX $4322			;$BBA99C	 |
	LDA #$7E			;$BBA99F	 |
	STA $4324			;$BBA9A1	 |
	STZ $4327			;$BBA9A4	 |
	LDX #$2C01			;$BBA9A7	 |
	STX $4330			;$BBA9AA	 |
	LDX #$80E2			;$BBA9AD	 |
	STX $4332			;$BBA9B0	 |
	LDA #$7E			;$BBA9B3	 |
	STA $4334			;$BBA9B5	 |
	STZ $4337			;$BBA9B8	 |
	LDX #$1102			;$BBA9BB	 |
	STX $4340			;$BBA9BE	 |
	LDX #$884B			;$BBA9C1	 |
	STX $4342			;$BBA9C4	 |
	LDA #$7E			;$BBA9C7	 |
	STA $4344			;$BBA9C9	 |
	STZ $4347			;$BBA9CC	 |
	REP #$20			;$BBA9CF	 |
	RTS				;$BBA9D1	/

CODE_BBA9D2:
	JSR CODE_BBA9E0			;$BBA9D2	\
	LDA #$81E0			;$BBA9D5	 |
	STA $7E8865			;$BBA9D8	 |
	JSR CODE_BBABE2			;$BBA9DC	 |
	RTS				;$BBA9DF	/

CODE_BBA9E0:
	JSR CODE_BBA8DD			;$BBA9E0	\
	JSR CODE_BBA9F7			;$BBA9E3	 |
	JSR CODE_BBABE2			;$BBA9E6	 |
	LDY #$0FD2			;$BBA9E9	 |
	JSL CODE_BB8418			;$BBA9EC	 |
	LDA #$FE01			;$BBA9F0	 |
	STA $059B			;$BBA9F3	 |
	RTS				;$BBA9F6	/

CODE_BBA9F7:
	LDA #$0078			;$BBA9F7	\
	STA $7E80D2			;$BBA9FA	 |
	LDA #$0000			;$BBA9FE	 |
	STA $7E80D3			;$BBAA01	 |
	LDA #$20C4			;$BBAA05	 |
	STA $7E80D5			;$BBAA08	 |
	LDA #$0001			;$BBAA0C	 |
	STA $7E80D7			;$BBAA0F	 |
	LDA #$0000			;$BBAA13	 |
	STA $7E80D8			;$BBAA16	 |
	LDA #$20C4			;$BBAA1A	 |
	STA $7E80DA			;$BBAA1D	 |
	LDA #$0001			;$BBAA21	 |
	STA $7E80DC			;$BBAA24	 |
	LDA #$0000			;$BBAA28	 |
	STA $7E80DD			;$BBAA2B	 |
	LDA #$14A0			;$BBAA2F	 |
	STA $7E80DF			;$BBAA32	 |
	LDA #$0000			;$BBAA36	 |
	STA $7E80E1			;$BBAA39	 |
	LDA #$007F			;$BBAA3D	 |
	STA $7E80E2			;$BBAA40	 |
	LDA #$0007			;$BBAA44	 |
	STA $7E80E3			;$BBAA47	 |
	LDA #$0008			;$BBAA4B	 |
	STA $7E80E4			;$BBAA4E	 |
	LDA #$0007			;$BBAA52	 |
	STA $7E80E5			;$BBAA55	 |
	LDA #$0030			;$BBAA59	 |
	STA $7E80E6			;$BBAA5C	 |
	LDA #$0005			;$BBAA60	 |
	STA $7E80E7			;$BBAA63	 |
	LDA #$0001			;$BBAA67	 |
	STA $7E80E8			;$BBAA6A	 |
	LDA #$0004			;$BBAA6E	 |
	STA $7E80E9			;$BBAA71	 |
	LDA #$0000			;$BBAA75	 |
	STA $7E80EA			;$BBAA78	 |
	LDA #$002C			;$BBAA7C	 |
	STA $7E80F2			;$BBAA7F	 |
	LDA #$0000			;$BBAA83	 |
	STA $7E80F3			;$BBAA86	 |
	LDA #$001E			;$BBAA8A	 |
	STA $7E80F5			;$BBAA8D	 |
	LDA #$0000			;$BBAA91	 |
	STA $7E80F6			;$BBAA94	 |
	LDA #$0026			;$BBAA98	 |
	STA $7E80F8			;$BBAA9B	 |
	LDA #$0000			;$BBAA9F	 |
	STA $7E80F9			;$BBAAA2	 |
	LDX #$0009			;$BBAAA6	 |
	LDA #$00FF			;$BBAAA9	 |
	STA $7E80F2,x			;$BBAAAC	 |
	LDA #$0001			;$BBAAB0	 |
	STA $7E80F3,x			;$BBAAB3	 |
	LDA #$00F8			;$BBAAB7	 |
	STA $7E8864			;$BBAABA	 |
	LDA #$8000			;$BBAABE	 |
	STA $7E8865			;$BBAAC1	 |
	LDA #$0001			;$BBAAC5	 |
	STA $7E8867			;$BBAAC8	 |
	LDA #$0911			;$BBAACC	 |
	STA $7E8868			;$BBAACF	 |
	LDA #$0000			;$BBAAD3	 |
	STA $7E886A			;$BBAAD6	 |
	LDA #$0000			;$BBAADA	 |
	STA $0911			;$BBAADD	 |
	LDA #$1440			;$BBAAE0	 |
	STA $0913			;$BBAAE3	 |
	LDA #$0040			;$BBAAE6	 |
	STA $7E886C			;$BBAAE9	 |
	LDA #$00B6			;$BBAAED	 |
	STA $7E886D			;$BBAAF0	 |
	LDA #$0040			;$BBAAF4	 |
	STA $7E886F			;$BBAAF7	 |
	LDA #$00B6			;$BBAAFB	 |
	STA $7E8870			;$BBAAFE	 |
	LDX #$0000			;$BBAB02	 |
CODE_BBAB05:				;		 |
	LDA #$0004			;$BBAB05	 |
	STA $7E8872,x			;$BBAB08	 |
	LDA #$00B6			;$BBAB0C	 |
	STA $7E8873,x			;$BBAB0F	 |
	LDA #$0004			;$BBAB13	 |
	STA $7E8875,x			;$BBAB16	 |
	LDA #$00BA			;$BBAB1A	 |
	STA $7E8876,x			;$BBAB1D	 |
	LDA #$0004			;$BBAB21	 |
	STA $7E8878,x			;$BBAB24	 |
	LDA #$00BE			;$BBAB28	 |
	STA $7E8879,x			;$BBAB2B	 |
	LDA #$0004			;$BBAB2F	 |
	STA $7E887B,x			;$BBAB32	 |
	LDA #$00C2			;$BBAB36	 |
	STA $7E887C,x			;$BBAB39	 |
	TXA				;$BBAB3D	 |
	CLC				;$BBAB3E	 |
	ADC #$000C			;$BBAB3F	 |
	TAX				;$BBAB42	 |
	CMP #$00A8			;$BBAB43	 |
	BNE CODE_BBAB05			;$BBAB46	 |
	LDA #$0000			;$BBAB48	 |
	STA $7E8872,x			;$BBAB4B	 |
	SEP #$20			;$BBAB4F	 |
	LDX #$0D43			;$BBAB51	 |
	STX $4310			;$BBAB54	 |
	LDX #$886C			;$BBAB57	 |
	STX $4312			;$BBAB5A	 |
	LDA #$7E			;$BBAB5D	 |
	STA $4314			;$BBAB5F	 |
	STA $4317			;$BBAB62	 |
	LDX #$2143			;$BBAB65	 |
	STX $4320			;$BBAB68	 |
	LDX #$8864			;$BBAB6B	 |
	STX $4322			;$BBAB6E	 |
	LDA #$7E			;$BBAB71	 |
	STA $4324			;$BBAB73	 |
	LDA #$80			;$BBAB76	 |
	STA $4327			;$BBAB78	 |
	LDX #$2C00			;$BBAB7B	 |
	STX $4330			;$BBAB7E	 |
	LDX #$80E2			;$BBAB81	 |
	STX $4332			;$BBAB84	 |
	LDA #$7E			;$BBAB87	 |
	STA $4334			;$BBAB89	 |
	STZ $4337			;$BBAB8C	 |
	LDX #$1142			;$BBAB8F	 |
	STX $4340			;$BBAB92	 |
	LDX #$884B			;$BBAB95	 |
	STX $4342			;$BBAB98	 |
	LDA #$7E			;$BBAB9B	 |
	STA $4344			;$BBAB9D	 |
	STA $4347			;$BBABA0	 |
	LDX #$0F03			;$BBABA3	 |
	STX $4350			;$BBABA6	 |
	LDX #$8552			;$BBABA9	 |
	STX $4352			;$BBABAC	 |
	LDA #$7E			;$BBABAF	 |
	STA $4354			;$BBABB1	 |
	STZ $4357			;$BBABB4	 |
	LDX #$0800			;$BBABB7	 |
	STX $4360			;$BBABBA	 |
	LDX #$8812			;$BBABBD	 |
	STX $4362			;$BBABC0	 |
	LDA #$7E			;$BBABC3	 |
	STA $4364			;$BBABC5	 |
	STZ $4367			;$BBABC8	 |
	LDX #$1202			;$BBABCB	 |
	STX $4370			;$BBABCE	 |
	LDX #$8832			;$BBABD1	 |
	STX $4372			;$BBABD4	 |
	LDA #$7E			;$BBABD7	 |
	STA $4374			;$BBABD9	 |
	STZ $4377			;$BBABDC	 |
	REP #$20			;$BBABDF	 |
	RTS				;$BBABE1	/

CODE_BBABE2:
	LDA $17C0			;$BBABE2	\
	CLC				;$BBABE5	 |
	ADC #$0020			;$BBABE6	 |
	STA $0D4E			;$BBABE9	 |
	LDX #$FFFE			;$BBABEC	 |
	SEP #$20			;$BBABEF	 |
	LDA $D3				;$BBABF1	 |
	DEC A				;$BBABF3	 |
CODE_BBABF4:				;		 |
	INX				;$BBABF4	 |
	INX				;$BBABF5	 |
	CMP.l DATA_BBAC4A,x		;$BBABF6	 |
	BCS CODE_BBABF4			;$BBABFA	 |
	EOR #$FF			;$BBABFC	 |
	ADC.l DATA_BBAC4A,x		;$BBABFE	 |
	REP #$20			;$BBAC02	 |
	BNE CODE_BBAC40			;$BBAC04	 |
	LDA.l DATA_BBAC4B,x		;$BBAC06	 |
	AND #$00FF			;$BBAC0A	 |
	CLC				;$BBAC0D	 |
	ADC $08A6			;$BBAC0E	 |
	ASL A				;$BBAC11	 |
	TAX				;$BBAC12	 |
	LDA.l DATA_BBAC76,x		;$BBAC13	 |
	BMI CODE_BBAC23			;$BBAC17	 |
	STA $0D52			;$BBAC19	 |
	LDA #$8000			;$BBAC1C	 |
	STA $0D4A			;$BBAC1F	 |
	RTS				;$BBAC22	/

CODE_BBAC23:
	EOR #$FFFF			;$BBAC23	\
	INC A				;$BBAC26	 |
	STA $0D54			;$BBAC27	 |
	LDA #$FF40			;$BBAC2A	 |
	STA $0D4A			;$BBAC2D	 |
	STA $0D50			;$BBAC30	 |
	LDA #$012B			;$BBAC33	 |
	STA $0D52			;$BBAC36	 |
	LDA $08C2			;$BBAC39	 |
	STA $0D56			;$BBAC3C	 |
	RTS				;$BBAC3F	/

CODE_BBAC40:
	LDA #$F000			;$BBAC40	\
	STA $0D54			;$BBAC43	 |
	STZ $0D4A			;$BBAC46	 |
	RTS				;$BBAC49	/

DATA_BBAC4A:
	db $01

DATA_BBAC4B:
	db $00, $0A, $05, $14, $0A, $15, $0E, $62
	db $13, $68, $1A, $69, $1B, $6C, $1C, $6E
	db $21, $7A, $25, $7E, $26, $7F, $27, $81
	db $28, $82, $29, $83, $2A, $84, $2B, $8F
	db $2C, $90, $31, $92, $32, $93, $33, $B7
	db $34, $B8, $35

DATA_BBAC76:
	db $00, $01, $00, $01, $00, $01, $00, $01
	db $00, $01, $00, $17, $E0, $0E, $E0, $0E
	db $80, $02, $80, $02, $B8, $07, $50, $05
	db $30, $02, $F8, $01, $10, $07, $70, $04
	db $60, $05, $10, $03, $10, $03, $0B, $D0
	db $AB, $E5, $C0, $DF, $80, $EC, $20, $F1
	db $30, $F7, $D5, $FE, $58, $02, $F0, $02
	db $B0, $05, $B0, $02, $30, $06, $70, $03
	db $48, $04, $B0, $27, $F0, $14, $68, $02
	db $68, $02, $00, $10, $00, $10, $00, $10
	db $00, $01, $00, $01, $00, $01, $00, $01
	db $80, $08, $70, $03, $50, $08, $80, $03
	db $D0, $01, $D0, $03, $30, $02, $60, $01
	db $00, $FD, $B0, $F4

	LDA #$0006			;$BBACE2	 |
	STA $88				;$BBACE5	 |
	LDA #$FFFC			;$BBACE7	 |
	STA $0BA4			;$BBACEA	 |
	RTS				;$BBACED	/

	LDA #$0005			;$BBACEE	 |
	STA $88				;$BBACF1	 |
	LDA #$FFFC			;$BBACF3	 |
	STA $0BA4			;$BBACF6	 |
	RTS				;$BBACF9	/

	LDA #$0005			;$BBACFA	 |
	STA $88				;$BBACFD	 |
	LDA #$FFFC			;$BBACFF	 |
	STA $0BA4			;$BBAD02	 |
	RTS				;$BBAD05	/

	JSR CODE_BBAD34			;$BBAD06	 |
	LDA $08FC			;$BBAD09	 |
	AND #$0003			;$BBAD0C	 |
	BNE CODE_BBAD18			;$BBAD0F	 |
	LDA #$0001			;$BBAD11	 |
	JSL CODE_BBC16B			;$BBAD14	 |
CODE_BBAD18:				;		 |
	RTS				;$BBAD18	/

	JSR CODE_BBAD34			;$BBAD19	 |
	LDA #$0004			;$BBAD1C	 |
	BIT $08C4			;$BBAD1F	 |
	BNE CODE_BBAD2C			;$BBAD22	 |
	LDA #$0002			;$BBAD24	 |
	JSL CODE_BBC16B			;$BBAD27	 |
	RTS				;$BBAD2B	/

CODE_BBAD2C:
	LDA #$0009			;$BBAD2C	\
	JSL CODE_BBC16B			;$BBAD2F	 |
	RTS				;$BBAD33	/

CODE_BBAD34:
	LDA #$6682			;$BBAD34	\
	JSL CODE_BB8A65			;$BBAD37	 |
	LDA #$16B2			;$BBAD3B	 |
	STA $66				;$BBAD3E	 |
	LDY #$000E			;$BBAD40	 |
	JSL CODE_BB842C			;$BBAD43	 |
	LDX $68				;$BBAD47	 |
	STX $64				;$BBAD49	 |
	JSR CODE_BBAEB0			;$BBAD4B	 |
	LDA #$0004			;$BBAD4E	 |
	JSL CODE_B9D0B8			;$BBAD51	 |
	JSR CODE_BBAEBD			;$BBAD55	 |
	LDA.l DATA_FF0040		;$BBAD58	 |
	STA $16BA			;$BBAD5C	 |
	LDA.l DATA_FF0042		;$BBAD5F	 |
	STA $16BC			;$BBAD63	 |
	LDA #$16D8			;$BBAD66	 |
	STA $66				;$BBAD69	 |
	LDY #$0010			;$BBAD6B	 |
	JSL CODE_BB842C			;$BBAD6E	 |
	LDX $68				;$BBAD72	 |
	STX $64				;$BBAD74	 |
	JSR CODE_BBAEB0			;$BBAD76	 |
	LDA #$0004			;$BBAD79	 |
	JSL CODE_B9D0B8			;$BBAD7C	 |
	JSR CODE_BBAEBD			;$BBAD80	 |
	LDA.l DATA_FF012A		;$BBAD83	 |
	STA $16E0			;$BBAD87	 |
	LDA.l DATA_FF012C		;$BBAD8A	 |
	STA $16E2			;$BBAD8E	 |
	JSR CODE_BBADDC			;$BBAD91	 |
	JSR CODE_BBAD98			;$BBAD94	 |
	RTS				;$BBAD97	/

CODE_BBAD98:
	LDA $D3				;$BBAD98	\
	CMP #$0009			;$BBAD9A	 |
	BEQ CODE_BBADB4			;$BBAD9D	 |
	CMP #$000D			;$BBAD9F	 |
	BEQ CODE_BBADBC			;$BBADA2	 |
	CMP #$0021			;$BBADA4	 |
	BEQ CODE_BBADC4			;$BBADA7	 |
	CMP #$0063			;$BBADA9	 |
	BEQ CODE_BBADCC			;$BBADAC	 |
	CMP #$006B			;$BBADAE	 |
	BEQ CODE_BBADD4			;$BBADB1	 |
	RTS				;$BBADB3	/

CODE_BBADB4:
	LDA #$0005			;$BBADB4	\
	JSL CODE_BBC16B			;$BBADB7	 |
	RTS				;$BBADBB	/

CODE_BBADBC:
	LDA #$0006			;$BBADBC	\
	JSL CODE_BBC16B			;$BBADBF	 |
	RTS				;$BBADC3	/

CODE_BBADC4:
	LDA #$0007			;$BBADC4	\
	JSL CODE_BBC16B			;$BBADC7	 |
	RTS				;$BBADCB	/

CODE_BBADCC:
	LDA #$0008			;$BBADCC	\
	JSL CODE_BBC16B			;$BBADCF	 |
	RTS				;$BBADD3	/

CODE_BBADD4:
	LDA #$000A			;$BBADD4	\
	JSL CODE_BBC16B			;$BBADD7	 |
	RTS				;$BBADDB	/

CODE_BBADDC:
	JSR CODE_BBAE92			;$BBADDC	\
	LDX $0597			;$BBADDF	 |
	LDA #$0000			;$BBADE2	 |
	STA $30,x			;$BBADE5	 |
	LDA #$00D8			;$BBADE7	 |
	STA $02,x			;$BBADEA	 |
	LDX $0593			;$BBADEC	 |
	LDA #$001E			;$BBADEF	 |
	STA $30,x			;$BBADF2	 |
	LDA #$00E4			;$BBADF4	 |
	STA $02,x			;$BBADF7	 |
	LDA $6E				;$BBADF9	 |
	BNE CODE_BBAE28			;$BBADFB	 |
CODE_BBADFD:				;		 |
	LDX $0597			;$BBADFD	 |
	LDA $08C2			;$BBAE00	 |
	AND #$4000			;$BBAE03	 |
	BEQ CODE_BBAE23			;$BBAE06	 |
	LDA $06,x			;$BBAE08	 |
	SEC				;$BBAE0A	 |
	SBC #$0020			;$BBAE0B	 |
	STA $06,x			;$BBAE0E	 |
	LDA #$0022			;$BBAE10	 |
	STA $2E,x			;$BBAE13	 |
	LDA #$001F			;$BBAE15	 |
	LDX #$0003			;$BBAE18	 |
	LDY #$0000			;$BBAE1B	 |
	JSL CODE_B8D8D1			;$BBAE1E	 |
	RTS				;$BBAE22	/

CODE_BBAE23:
	JSL CODE_B8B83F			;$BBAE23	\
	RTS				;$BBAE27	/

CODE_BBAE28:
	LDA $6C				;$BBAE28	\
	BEQ CODE_BBAE62			;$BBAE2A	 |
	LDA $6E				;$BBAE2C	 |
	SEC				;$BBAE2E	 |
	SBC #$0190			;$BBAE2F	 |
	LSR A				;$BBAE32	 |
	AND #$000E			;$BBAE33	 |
	TAX				;$BBAE36	 |
	LDA.l DATA_FF0D64,x		;$BBAE37	 |
	TAY				;$BBAE3B	 |
	JSL CODE_BB8432			;$BBAE3C	 |
	BCC CODE_BBAE4A			;$BBAE40	 |
	LDA #$0010			;$BBAE42	 |
	JSL CODE_808C13			;$BBAE45	 |
	RTS				;$BBAE49	/

CODE_BBAE4A:
	LDX $68				;$BBAE4A	\
	STX $6C				;$BBAE4C	 |
	STX $64				;$BBAE4E	 |
	LDA #$0001			;$BBAE50	 |
	STA $2E,x			;$BBAE53	 |
	LDA #$004F			;$BBAE55	 |
	JSL CODE_B9D04B			;$BBAE58	 |
	JSL CODE_B893DB			;$BBAE5C	 |
	BRA CODE_BBADFD			;$BBAE60	/

CODE_BBAE62:
	JSL CODE_B8808E			;$BBAE62	\
	LDA $6E				;$BBAE66	 |
	CMP #$01A0			;$BBAE68	 |
	BEQ CODE_BBAE73			;$BBAE6B	 |
	JSL CODE_B8B9B8			;$BBAE6D	 |
	BRA CODE_BBAE77			;$BBAE71	/

CODE_BBAE73:
	JSL CODE_B8B6DC			;$BBAE73	\
CODE_BBAE77:				;		 |
	LDX $0597			;$BBAE77	 |
	JSL CODE_B8B83F			;$BBAE7A	 |
	LDA $08C2			;$BBAE7E	 |
	AND #$4000			;$BBAE81	 |
	BEQ CODE_BBAE91			;$BBAE84	 |
	JSL CODE_B39118			;$BBAE86	 |
	LDX $68				;$BBAE8A	 |
	LDA #$0005			;$BBAE8C	 |
	STA $2E,x			;$BBAE8F	 |
CODE_BBAE91:				;		 |
	RTS				;$BBAE91	/

CODE_BBAE92:
	LDA $0550			;$BBAE92	\
	AND #$0002			;$BBAE95	 |
	BNE CODE_BBAE9B			;$BBAE98	 |
	RTS				;$BBAE9A	/

CODE_BBAE9B:
	LDX $0593			;$BBAE9B	\
	JSR CODE_BBAEA8			;$BBAE9E	 |
	LDX $0597			;$BBAEA1	 |
	JSR CODE_BBAEA8			;$BBAEA4	 |
	RTS				;$BBAEA7	/

CODE_BBAEA8:
	LDA $12,x			;$BBAEA8	\
	ORA #$4000			;$BBAEAA	 |
	STA $12,x			;$BBAEAD	 |
	RTS				;$BBAEAF	/

CODE_BBAEB0:
	LDX $64				;$BBAEB0	\
	LDA $0533			;$BBAEB2	 |
	STA $06,x			;$BBAEB5	 |
	LDA $0535			;$BBAEB7	 |
	STA $0A,x			;$BBAEBA	 |
	RTS				;$BBAEBC	/

CODE_BBAEBD:
	LDA $64				;$BBAEBD	\
	CMP $0593			;$BBAEBF	 |
	BNE CODE_BBAEC8			;$BBAEC2	 |
	LDA $6E				;$BBAEC4	 |
	BNE CODE_BBAEEB			;$BBAEC6	 |
CODE_BBAEC8:				;		 |
	LDX $64				;$BBAEC8	 |
	LDA $00,x			;$BBAECA	 |
	CMP #$00E4			;$BBAECC	 |
	BNE CODE_BBAEE3			;$BBAECF	 |
	LDA #$0001			;$BBAED1	 |
	JSR CODE_BB8A69			;$BBAED4	 |
CODE_BBAED7:				;		 |
	LDX $64				;$BBAED7	 |
	EOR $12,x			;$BBAED9	 |
	AND #$0E00			;$BBAEDB	 |
	EOR $12,x			;$BBAEDE	 |
	STA $12,x			;$BBAEE0	 |
	RTS				;$BBAEE2	/

CODE_BBAEE3:
	LDA #$0004			;$BBAEE3	\
	JSR CODE_BB8A69			;$BBAEE6	 |
	BRA CODE_BBAED7			;$BBAEE9	/

CODE_BBAEEB:
	STA $32				;$BBAEEB	\
	LDA $6C				;$BBAEED	 |
	BNE CODE_BBAEC8			;$BBAEEF	 |
	LDA $32				;$BBAEF1	 |
	SEC				;$BBAEF3	 |
	SBC #$0190			;$BBAEF4	 |
	LSR A				;$BBAEF7	 |
	TAX				;$BBAEF8	 |
	LDA.l DATA_BBAF02,x		;$BBAEF9	 |
	JSR CODE_BB8A69			;$BBAEFD	 |
	BRA CODE_BBAED7			;$BBAF00	/

DATA_BBAF02:
	db $05, $00, $0D, $00, $0F, $00, $43, $00
	db $60, $00


CODE_BBAF0C:
	LDX #$0515			;$BBAF0C	\
CODE_BBAF0F:				;		 |
	STA $34				;$BBAF0F	 |
	XBA				;$BBAF11	 |
	AND #$00FF			;$BBAF12	 |
	STA $32				;$BBAF15	 |
	LDA $34				;$BBAF17	 |
	AND #$00FF			;$BBAF19	 |
	ASL A				;$BBAF1C	 |
	TAY				;$BBAF1D	 |
	PHB				;$BBAF1E	 |
	PEA $FD00			;$BBAF1F	 |
	PLB				;$BBAF22	 |
	PLB				;$BBAF23	 |
	LDA.w DATA_FD0000,y		;$BBAF24	 |
	TAY				;$BBAF27	 |
	LDA.w DATA_FD0000,y		;$BBAF28	 |
	INY				;$BBAF2B	 |
	INY				;$BBAF2C	 |
	STA $00,x			;$BBAF2D	 |
	CMP #$0000			;$BBAF2F	 |
	BEQ CODE_BBAF65			;$BBAF32	 |
	CMP #$0001			;$BBAF34	 |
	BEQ CODE_BBAF58			;$BBAF37	 |
	CMP #$0002			;$BBAF39	 |
	BEQ CODE_BBAF65			;$BBAF3C	 |
	CMP #$0003			;$BBAF3E	 |
	BEQ CODE_BBAF65			;$BBAF41	 |
	CMP #$0004			;$BBAF43	 |
	BEQ CODE_BBAF55			;$BBAF46	 |
	CMP #$0005			;$BBAF48	 |
	BEQ CODE_BBAF55			;$BBAF4B	 |
	CMP #$0006			;$BBAF4D	 |
	BEQ CODE_BBAF65			;$BBAF50	 |
CODE_BBAF52:				;		 |
	PLB				;$BBAF52	 |
	CLC				;$BBAF53	 |
	RTL				;$BBAF54	/

CODE_BBAF55:
	PLB				;$BBAF55	\
	SEC				;$BBAF56	 |
	RTL				;$BBAF57	/

CODE_BBAF58:
	LDA.w DATA_FD0000,y		;$BBAF58	\
	INY				;$BBAF5B	 |
	AND #$00FF			;$BBAF5C	 |
	SEP #$20			;$BBAF5F	 |
	STA $18,x			;$BBAF61	 |
	REP #$20			;$BBAF63	 |
CODE_BBAF65:				;		 |
	JSR CODE_BBAFE1			;$BBAF65	 |
	JSR CODE_BBB05C			;$BBAF68	 |
	JSR CODE_BBB066			;$BBAF6B	 |
	TYA				;$BBAF6E	 |
	STA $1C,x			;$BBAF6F	 |
	STZ $26,x			;$BBAF71	 |
	LDA $32				;$BBAF73	 |
	BRA CODE_BBAF7F			;$BBAF75	/

CODE_BBAF77:
	INC $26,x			;$BBAF77	\
	TYA				;$BBAF79	 |
	CLC				;$BBAF7A	 |
	ADC #$0005			;$BBAF7B	 |
	TAY				;$BBAF7E	 |
CODE_BBAF7F:				;		 |
	LDA.w DATA_FD0005,y		;$BBAF7F	 |
	AND #$00FF			;$BBAF82	 |
	CMP #$00FF			;$BBAF85	 |
	BEQ CODE_BBAF8E			;$BBAF88	 |
	DEC $32				;$BBAF8A	 |
	BPL CODE_BBAF77			;$BBAF8C	 |
CODE_BBAF8E:				;		 |
	LDA.w DATA_FD0000,y		;$BBAF8E	 |
	SEP #$20			;$BBAF91	 |
	STA $3B,x			;$BBAF93	 |
	REP #$20			;$BBAF95	 |
	LDA $38				;$BBAF97	 |
	AND #$00FF			;$BBAF99	 |
	STA $10,x			;$BBAF9C	 |
	LDA $36				;$BBAF9E	 |
	PHY				;$BBAFA0	 |
	TAY				;$BBAFA1	 |
	JSR CODE_BBB015			;$BBAFA2	 |
	JSR CODE_BBB034			;$BBAFA5	 |
	JSR CODE_BBB002			;$BBAFA8	 |
	JSR CODE_BBB043			;$BBAFAB	 |
	JSR CODE_BBB052			;$BBAFAE	 |
	JSR CODE_BBB077			;$BBAFB1	 |
	PLY				;$BBAFB4	 |
	LDA.w DATA_FD0001,y		;$BBAFB5	 |
	STA $1E,x			;$BBAFB8	 |
	LDA.w DATA_FD0003,y		;$BBAFBA	 |
	STA $20,x			;$BBAFBD	 |
	BRA CODE_BBAFC3			;$BBAFBF	/

CODE_BBAFC1:
	INC $26,x			;$BBAFC1	\
CODE_BBAFC3:				;		 |
	TYA				;$BBAFC3	 |
	CLC				;$BBAFC4	 |
	ADC #$0005			;$BBAFC5	 |
	TAY				;$BBAFC8	 |
	LDA.w DATA_FD0000,y		;$BBAFC9	 |
	AND #$00FF			;$BBAFCC	 |
	CMP #$00FF			;$BBAFCF	 |
	BNE CODE_BBAFC1			;$BBAFD2	 |
	INY				;$BBAFD4	 |
	JSR CODE_BBB095			;$BBAFD5	 |
	JSR CODE_BBB07F			;$BBAFD8	 |
	JSR CODE_BBB08F			;$BBAFDB	 |
	BRL CODE_BBAF52			;$BBAFDE	/

CODE_BBAFE1:
	LDA.w DATA_FD0000,y		;$BBAFE1	\
	INY				;$BBAFE4	 |
	INY				;$BBAFE5	 |
	STA $36				;$BBAFE6	 |
	LDA.w DATA_FD0000,y		;$BBAFE8	 |
	INY				;$BBAFEB	 |
	STA $38				;$BBAFEC	 |
CODE_BBAFEE:				;		 |
	LDA.w DATA_FD0000,y		;$BBAFEE	 |
	BEQ CODE_BBAFFF			;$BBAFF1	 |
	INY				;$BBAFF3	 |
	INY				;$BBAFF4	 |
	STA $39				;$BBAFF5	 |
	LDA.w DATA_FD0000,y		;$BBAFF7	 |
	INY				;$BBAFFA	 |
	STA $3B				;$BBAFFB	 |
	BRA CODE_BBAFEE			;$BBAFFD	/

CODE_BBAFFF:
	INY				;$BBAFFF	\
	INY				;$BBB000	 |
	RTS				;$BBB001	/

CODE_BBB002:
	LDA.w DATA_FD0000,y		;$BBB002	\
	INY				;$BBB005	 |
	INY				;$BBB006	 |
	PHA				;$BBB007	 |
	AND #$00FF			;$BBB008	 |
	STA $22,x			;$BBB00B	 |
	PLA				;$BBB00D	 |
	XBA				;$BBB00E	 |
	AND #$00FF			;$BBB00F	 |
	STA $24,x			;$BBB012	 |
	RTS				;$BBB014	/

CODE_BBB015:
	LDA.w DATA_FD0000,y		;$BBB015	\
	INY				;$BBB018	 |
	INY				;$BBB019	 |
	STA $02,x			;$BBB01A	 |
	LDA.w DATA_FD0000,y		;$BBB01C	 |
	INY				;$BBB01F	 |
	INY				;$BBB020	 |
	STA $04,x			;$BBB021	 |
	LDA.w DATA_FD0000,y		;$BBB023	 |
	INY				;$BBB026	 |
	INY				;$BBB027	 |
	STA $06,x			;$BBB028	 |
	LDA.w DATA_FD0000,y		;$BBB02A	 |
	INY				;$BBB02D	 |
	INY				;$BBB02E	 |
	STA $000A8E			;$BBB02F	 |
	RTS				;$BBB033	/

CODE_BBB034:
	LDA.w DATA_FD0000,y		;$BBB034	\
	INY				;$BBB037	 |
	INY				;$BBB038	 |
	STA $0A,x			;$BBB039	 |
	LDA.w DATA_FD0000,y		;$BBB03B	 |
	INY				;$BBB03E	 |
	INY				;$BBB03F	 |
	STA $08,x			;$BBB040	 |
	RTS				;$BBB042	/

CODE_BBB043:
	LDA.w DATA_FD0000,y		;$BBB043	\
	INY				;$BBB046	 |
	INY				;$BBB047	 |
	STA $12,x			;$BBB048	 |
	LDA.w DATA_FD0000,y		;$BBB04A	 |
	INY				;$BBB04D	 |
	INY				;$BBB04E	 |
	STA $14,x			;$BBB04F	 |
	RTS				;$BBB051	/

CODE_BBB052:
	LDA.w DATA_FD0000,y		;$BBB052	\
	INY				;$BBB055	 |
	AND #$00FF			;$BBB056	 |
	STA $0E,x			;$BBB059	 |
	RTS				;$BBB05B	/

CODE_BBB05C:
	LDA.w DATA_FD0000,y		;$BBB05C	\
	INY				;$BBB05F	 |
	AND #$00FF			;$BBB060	 |
	STA $0C,x			;$BBB063	 |
	RTS				;$BBB065	/

CODE_BBB066:
	LDA.w DATA_FD0000,y		;$BBB066	\
	INY				;$BBB069	 |
	INY				;$BBB06A	 |
	STA $38,x			;$BBB06B	 |
	LDA.w DATA_FD0000,y		;$BBB06D	 |
	INY				;$BBB070	 |
	AND #$00FF			;$BBB071	 |
	STA $3A,x			;$BBB074	 |
	RTS				;$BBB076	/

CODE_BBB077:
	LDA.w DATA_FD0000,y		;$BBB077	\
	INY				;$BBB07A	 |
	INY				;$BBB07B	 |
	STA $16,x			;$BBB07C	 |
	RTS				;$BBB07E	/

CODE_BBB07F:
	LDA.w DATA_FD0000,y		;$BBB07F	\
	INY				;$BBB082	 |
	INY				;$BBB083	 |
	STA $1A,x			;$BBB084	 |
	RTS				;$BBB086	/

	LDA.w DATA_FD0000,y		;$BBB087	 |
	INY				;$BBB08A	 |
	INY				;$BBB08B	 |
	STA $18,x			;$BBB08C	 |
	RTS				;$BBB08E	/

CODE_BBB08F:
	TYA				;$BBB08F	\
	INY				;$BBB090	 |
	INY				;$BBB091	 |
	STA $3C,x			;$BBB092	 |
	RTS				;$BBB094	/

CODE_BBB095:
	STZ $28,x			;$BBB095	\
	STZ $2A,x			;$BBB097	 |
	STZ $2C,x			;$BBB099	 |
	STZ $2E,x			;$BBB09B	 |
	STZ $30,x			;$BBB09D	 |
	STZ $32,x			;$BBB09F	 |
	STZ $34,x			;$BBB0A1	 |
	STZ $36,x			;$BBB0A3	 |
	PHX				;$BBB0A5	 |
	BRA CODE_BBB0AE			;$BBB0A6	/

CODE_BBB0A8:
	INY				;$BBB0A8	\
	INY				;$BBB0A9	 |
	STA $28,x			;$BBB0AA	 |
	INX				;$BBB0AC	 |
	INX				;$BBB0AD	 |
CODE_BBB0AE:				;		 |
	LDA.w DATA_FD0000,y		;$BBB0AE	 |
	BPL CODE_BBB0A8			;$BBB0B1	 |
	INY				;$BBB0B3	 |
	INY				;$BBB0B4	 |
	PLX				;$BBB0B5	 |
	RTS				;$BBB0B6	/

	REP #$20			;$BBB0B7	 |
CODE_BBB0B9:				;		 |
	LDA $98				;$BBB0B9	 |
	STA $38				;$BBB0BB	 |
	LDA $9A				;$BBB0BD	 |
	AND #$00FF			;$BBB0BF	 |
	STA $3A				;$BBB0C2	 |
	LDA $0B84			;$BBB0C4	 |
	TAX				;$BBB0C7	 |
	INX				;$BBB0C8	 |
	INX				;$BBB0C9	 |
	INX				;$BBB0CA	 |
	INX				;$BBB0CB	 |
	LDA $0525			;$BBB0CC	 |
	ASL A				;$BBB0CF	 |
	STA $32				;$BBB0D0	 |
	ASL A				;$BBB0D2	 |
	ASL A				;$BBB0D3	 |
	CLC				;$BBB0D4	 |
	ADC $32				;$BBB0D5	 |
	STX $34				;$BBB0D7	 |
	CLC				;$BBB0D9	 |
	ADC $34				;$BBB0DA	 |
	TAX				;$BBB0DC	 |
	LDA.l $B50008,x			;$BBB0DD	 |
	ASL A				;$BBB0E1	 |
	ASL A				;$BBB0E2	 |
	TAX				;$BBB0E3	 |
	LDA.l DATA_BBB241,x		;$BBB0E4	 |
	LSR A				;$BBB0E8	 |
	LSR A				;$BBB0E9	 |
	LSR A				;$BBB0EA	 |
	STA $000B88			;$BBB0EB	 |
	LDA.l DATA_BBB243,x		;$BBB0EF	 |
	LSR A				;$BBB0F3	 |
	LSR A				;$BBB0F4	 |
	LSR A				;$BBB0F5	 |
	STA $000B8A			;$BBB0F6	 |
	RTS				;$BBB0FA	/

CODE_BBB0FB:
	LDA $0525			;$BBB0FB	\
	LDX #$0000			;$BBB0FE	 |
	LDY #$007F			;$BBB101	 |
CODE_BBB104:				;		 |
	PHA				;$BBB104	 |
	TXA				;$BBB105	 |
	STA $D9				;$BBB106	 |
	TYA				;$BBB108	 |
	XBA				;$BBB109	 |
	STA $DB				;$BBB10A	 |
	LDA $98				;$BBB10C	 |
	STA $38				;$BBB10E	 |
	LDA $9A				;$BBB110	 |
	AND #$00FF			;$BBB112	 |
	STA $3A				;$BBB115	 |
	LDA $0B84			;$BBB117	 |
	TAX				;$BBB11A	 |
	LDA.l $B50000,x			;$BBB11B	 |
	JSR CODE_BBB1DD			;$BBB11F	 |
	STA $46				;$BBB122	 |
	INX				;$BBB124	 |
	INX				;$BBB125	 |
	LDA.l $B50000,x			;$BBB126	 |
	JSR CODE_BBB1DD			;$BBB12A	 |
	STA $48				;$BBB12D	 |
	INX				;$BBB12F	 |
	INX				;$BBB130	 |
	PLA				;$BBB131	 |
	ASL A				;$BBB132	 |
	STA $32				;$BBB133	 |
	ASL A				;$BBB135	 |
	ASL A				;$BBB136	 |
	CLC				;$BBB137	 |
	ADC $32				;$BBB138	 |
	STX $34				;$BBB13A	 |
	CLC				;$BBB13C	 |
	ADC $34				;$BBB13D	 |
	TAX				;$BBB13F	 |
	LDA.l $B50000,x			;$BBB140	 |
	JSR CODE_BBB1DD			;$BBB144	 |
	STA $52				;$BBB147	 |
	LDA.l $B50004,x			;$BBB149	 |
	JSR CODE_BBB1DD			;$BBB14D	 |
	STA $54				;$BBB150	 |
	LDA.l $B50002,x			;$BBB152	 |
	SEC				;$BBB156	 |
	SBC $B50000,x			;$BBB157	 |
	JSR CODE_BBB1DD			;$BBB15B	 |
	STA $4E				;$BBB15E	 |
	LDA.l $B50006,x			;$BBB160	 |
	SEC				;$BBB164	 |
	SBC $B50004,x			;$BBB165	 |
	JSR CODE_BBB1DD			;$BBB169	 |
	STA $50				;$BBB16C	 |
	LDA.l $B50008,x			;$BBB16E	 |
	STA $0AB4			;$BBB172	 |
	ASL A				;$BBB175	 |
	TAY				;$BBB176	 |
	ASL A				;$BBB177	 |
	TAX				;$BBB178	 |
	LDA.l DATA_BBB241,x		;$BBB179	 |
	STA $4A				;$BBB17D	 |
	LDA.l DATA_BBB243,x		;$BBB17F	 |
	STA $4C				;$BBB183	 |
	TYX				;$BBB185	 |
	JSR (DATA_BBB265,x)		;$BBB186	 |
	LDA $32				;$BBB189	 |
	CLC				;$BBB18B	 |
	ADC $38				;$BBB18C	 |
	STA $38				;$BBB18E	 |
	LDA $34				;$BBB190	 |
	ADC $3A				;$BBB192	 |
	STA $3A				;$BBB194	 |
	PHB				;$BBB196	 |
	LDA $DB				;$BBB197	 |
	PHA				;$BBB199	 |
	PLB				;$BBB19A	 |
	PLB				;$BBB19B	 |
	LDA $D9				;$BBB19C	 |
	STA $3C				;$BBB19E	 |
	TAX				;$BBB1A0	 |
	LDY #$0000			;$BBB1A1	 |
CODE_BBB1A4:				;		 |
	JSR CODE_BBB1B3			;$BBB1A4	 |
	JSR CODE_BBB1C6			;$BBB1A7	 |
	JSR CODE_BBB1D5			;$BBB1AA	 |
	DEC $44				;$BBB1AD	 |
	BNE CODE_BBB1A4			;$BBB1AF	 |
	PLB				;$BBB1B1	 |
	RTS				;$BBB1B2	/

CODE_BBB1B3:
	LDY #$0000			;$BBB1B3	\
	LDX $3C				;$BBB1B6	 |
CODE_BBB1B8:				;		 |
	LDA [$38],y			;$BBB1B8	 |
	STA $0000,x			;$BBB1BA	 |
	INX				;$BBB1BD	 |
	INX				;$BBB1BE	 |
	INY				;$BBB1BF	 |
	INY				;$BBB1C0	 |
	CPY $42				;$BBB1C1	 |
	BNE CODE_BBB1B8			;$BBB1C3	 |
	RTS				;$BBB1C5	/

CODE_BBB1C6:
	LDA $3E				;$BBB1C6	\
	CLC				;$BBB1C8	 |
	ADC $38				;$BBB1C9	 |
	STA $38				;$BBB1CB	 |
	LDA #$0000			;$BBB1CD	 |
	ADC $3A				;$BBB1D0	 |
	STA $3A				;$BBB1D2	 |
	RTS				;$BBB1D4	/

CODE_BBB1D5:
	LDA $40				;$BBB1D5	\
	CLC				;$BBB1D7	 |
	ADC $3C				;$BBB1D8	 |
	STA $3C				;$BBB1DA	 |
	RTS				;$BBB1DC	/

CODE_BBB1DD:
	LSR A				;$BBB1DD	\
	LSR A				;$BBB1DE	 |
	LSR A				;$BBB1DF	 |
	LSR A				;$BBB1E0	 |
	LSR A				;$BBB1E1	 |
	RTS				;$BBB1E2	/

CODE_BBB1E3:
	PHB				;$BBB1E3	\
	PEA $7F00			;$BBB1E4	 |
	PLB				;$BBB1E7	 |
	PLB				;$BBB1E8	 |
	LDA.l $0017B4			;$BBB1E9	 |
	STA $38				;$BBB1ED	 |
	LDA.l $00009B			;$BBB1EF	 |
	AND #$00FF			;$BBB1F3	 |
	STA $3A				;$BBB1F6	 |
	SEP #$20			;$BBB1F8	 |
	LDA #$80			;$BBB1FA	 |
	STA $00009B			;$BBB1FC	 |
	REP #$20			;$BBB200	 |
	LDA.l $00003C			;$BBB202	 |
	TAX				;$BBB206	 |
	STA $0017B4			;$BBB207	 |
	LDA.l $000B86			;$BBB20B	 |
	AND #$0020			;$BBB20F	 |
	BNE CODE_BBB227			;$BBB212	 |
	LDY #$0000			;$BBB214	 |
CODE_BBB217:				;		 |
	LDA [$38],y			;$BBB217	 |
	INY				;$BBB219	 |
	INY				;$BBB21A	 |
	STA $0000,x			;$BBB21B	 |
	INX				;$BBB21E	 |
	INX				;$BBB21F	 |
	CPX #$9600			;$BBB220	 |
	BNE CODE_BBB217			;$BBB223	 |
CODE_BBB225:				;		 |
	PLB				;$BBB225	 |
	RTS				;$BBB226	/

CODE_BBB227:
	PHK				;$BBB227	\
	PLB				;$BBB228	 |
	LDA.l $000038			;$BBB229	 |
	TAX				;$BBB22D	 |
	LDA.l $00003A			;$BBB22E	 |
	TAY				;$BBB232	 |
	LDA.l $0017B4			;$BBB233	 |
	SEC				;$BBB237	 |
	SBC #$0000			;$BBB238	 |
	JSL decompress_data		;$BBB23B	 |
	BRA CODE_BBB225			;$BBB23F	/

DATA_BBB241:
	db $00, $02

DATA_BBB243:
	db $10, $00, $00, $01, $20, $00, $80, $00
	db $40, $00, $40, $00, $80, $00, $20, $00
	db $00, $01, $10, $00, $00, $02, $60, $00
	db $50, $00, $50, $00, $60, $00, $00, $03
	db $10, $00

DATA_BBB265:
	dw CODE_BBB277
	dw CODE_BBB277
	dw CODE_BBB277
	dw CODE_BBB277
	dw CODE_BBB2A4
	dw CODE_BBB2A4
	dw CODE_BBB2A4
	dw CODE_BBB2A4
	dw CODE_BBB277


CODE_BBB277:
	LDA $52				;$BBB277	\
	LDX $48				;$BBB279	 |
	JSR CODE_BBB2D5			;$BBB27B	 |
	LDA $54				;$BBB27E	 |
	CLC				;$BBB280	 |
	ADC $32				;$BBB281	 |
	STA $32				;$BBB283	 |
	LDA #$0000			;$BBB285	 |
	ADC $34				;$BBB288	 |
	STA $34				;$BBB28A	 |
	ASL $32				;$BBB28C	 |
	ROL $34				;$BBB28E	 |
	LDA $50				;$BBB290	 |
	ASL A				;$BBB292	 |
	STA $42				;$BBB293	 |
	LDA $4E				;$BBB295	 |
	STA $44				;$BBB297	 |
	LDA $48				;$BBB299	 |
	ASL A				;$BBB29B	 |
	STA $3E				;$BBB29C	 |
	LDA $4C				;$BBB29E	 |
	ASL A				;$BBB2A0	 |
	STA $40				;$BBB2A1	 |
	RTS				;$BBB2A3	/

CODE_BBB2A4:
	LDA $54				;$BBB2A4	\
	LDX $46				;$BBB2A6	 |
	JSR CODE_BBB2D5			;$BBB2A8	 |
	LDA $52				;$BBB2AB	 |
	CLC				;$BBB2AD	 |
	ADC $32				;$BBB2AE	 |
	STA $32				;$BBB2B0	 |
	LDA #$0000			;$BBB2B2	 |
	ADC $34				;$BBB2B5	 |
	STA $34				;$BBB2B7	 |
	ASL $32				;$BBB2B9	 |
	ROL $34				;$BBB2BB	 |
	LDA $4E				;$BBB2BD	 |
	ASL A				;$BBB2BF	 |
	STA $42				;$BBB2C0	 |
	LDA $50				;$BBB2C2	 |
	STA $44				;$BBB2C4	 |
	LDA $46				;$BBB2C6	 |
	ASL A				;$BBB2C8	 |
	STA $3E				;$BBB2C9	 |
	LDA $4A				;$BBB2CB	 |
	ASL A				;$BBB2CD	 |
	STA $40				;$BBB2CE	 |
	RTS				;$BBB2D0	/

CODE_BBB2D1:
	JSR CODE_BBB2D5			;$BBB2D1	\
	RTL				;$BBB2D4	/

CODE_BBB2D5:
	STX $5E				;$BBB2D5	\
	STA $60				;$BBB2D7	 |
	SEP #$20			;$BBB2D9	 |
	LDA $5E				;$BBB2DB	 |
	STA $4202			;$BBB2DD	 |
	LDA $60				;$BBB2E0	 |
	STA $4203			;$BBB2E2	 |
	REP #$20			;$BBB2E5	 |
	LDA $4216			;$BBB2E7	 |
	LDA $4216			;$BBB2EA	 |
	STA $32				;$BBB2ED	 |
	STZ $34				;$BBB2EF	 |
	SEP #$20			;$BBB2F1	 |
	LDA $5F				;$BBB2F3	 |
	STA $4202			;$BBB2F5	 |
	LDA $60				;$BBB2F8	 |
	STA $4203			;$BBB2FA	 |
	REP #$20			;$BBB2FD	 |
	LDA $4216			;$BBB2FF	 |
	LDA $4216			;$BBB302	 |
	CLC				;$BBB305	 |
	ADC $33				;$BBB306	 |
	STA $33				;$BBB308	 |
	LDA #$0000			;$BBB30A	 |
	ADC #$0000			;$BBB30D	 |
	STA $35				;$BBB310	 |
	SEP #$20			;$BBB312	 |
	LDA $5E				;$BBB314	 |
	STA $4202			;$BBB316	 |
	LDA $61				;$BBB319	 |
	STA $4203			;$BBB31B	 |
	REP #$20			;$BBB31E	 |
	LDA $4216			;$BBB320	 |
	LDA $4216			;$BBB323	 |
	CLC				;$BBB326	 |
	ADC $33				;$BBB327	 |
	STA $33				;$BBB329	 |
	LDA #$0000			;$BBB32B	 |
	ADC #$0000			;$BBB32E	 |
	STA $35				;$BBB331	 |
	SEP #$20			;$BBB333	 |
	LDA $5F				;$BBB335	 |
	STA $4202			;$BBB337	 |
	LDA $61				;$BBB33A	 |
	STA $4203			;$BBB33C	 |
	REP #$20			;$BBB33F	 |
	LDA $4216			;$BBB341	 |
	LDA $4216			;$BBB344	 |
	CLC				;$BBB347	 |
	ADC $34				;$BBB348	 |
	STA $34				;$BBB34A	 |
	RTS				;$BBB34C	/

CODE_BBB34D:
	JSR CODE_BBB0B9			;$BBB34D	\
	LDX #$95FE			;$BBB350	 |
	LDA #$0000			;$BBB353	 |
CODE_BBB356:				;		 |
	STA $7F0000,x			;$BBB356	 |
	DEX				;$BBB35A	 |
	DEX				;$BBB35B	 |
	BNE CODE_BBB356			;$BBB35C	 |
	STA $7F0000,x			;$BBB35E	 |
	LDX #$017E			;$BBB362	 |
	LDA #$0000			;$BBB365	 |
CODE_BBB368:				;		 |
	STA $0BA6,x			;$BBB368	 |
	DEX				;$BBB36B	 |
	DEX				;$BBB36C	 |
	BPL CODE_BBB368			;$BBB36D	 |
	LDX #$01FE			;$BBB36F	 |
	LDA #$0000			;$BBB372	 |
CODE_BBB375:				;		 |
	STA $7E7E12,x			;$BBB375	 |
	DEX				;$BBB379	 |
	DEX				;$BBB37A	 |
	BPL CODE_BBB375			;$BBB37B	 |
	LDA #$0004			;$BBB37D	 |
	STA $7F0000			;$BBB380	 |
	LDA #$0001			;$BBB384	 |
	STA $000B98			;$BBB387	 |
	PHB				;$BBB38B	 |
	PEA $FE00			;$BBB38C	 |
	PLB				;$BBB38F	 |
	PLB				;$BBB390	 |
	LDA $D3				;$BBB391	 |
	ASL A				;$BBB393	 |
	TAY				;$BBB394	 |
	LDA.w DATA_FE0000,y		;$BBB395	 |
	BEQ CODE_BBB3ED			;$BBB398	 |
	TAY				;$BBB39A	 |
	BRA CODE_BBB3DD			;$BBB39B	/

CODE_BBB39D:
	AND #$00F0			;$BBB39D	\
	STA $32				;$BBB3A0	 |
	LDA.w DATA_FE0002,y		;$BBB3A2	 |
	SEC				;$BBB3A5	 |
	SBC #$0100			;$BBB3A6	 |
	STA $000B8C			;$BBB3A9	 |
	LDA.w DATA_FE0004,y		;$BBB3AD	 |
	SEC				;$BBB3B0	 |
	SBC #$0100			;$BBB3B1	 |
	STA $000B92			;$BBB3B4	 |
	PHB				;$BBB3B8	 |
	PHY				;$BBB3B9	 |
	JSR CODE_BBB3F7			;$BBB3BA	 |
	PLY				;$BBB3BD	 |
	PLB				;$BBB3BE	 |
	LDA.w DATA_FE0000,y		;$BBB3BF	 |
	AND #$1F00			;$BBB3C2	 |
	BEQ CODE_BBB3CE			;$BBB3C5	 |
	PHB				;$BBB3C7	 |
	PHY				;$BBB3C8	 |
	JSR CODE_BBB4FE			;$BBB3C9	 |
	PLY				;$BBB3CC	 |
	PLB				;$BBB3CD	 |
CODE_BBB3CE:				;		 |
	LDA.l $000B98			;$BBB3CE	 |
	INC A				;$BBB3D2	 |
	STA $000B98			;$BBB3D3	 |
	TYA				;$BBB3D7	 |
	CLC				;$BBB3D8	 |
	ADC #$0008			;$BBB3D9	 |
	TAY				;$BBB3DC	 |
CODE_BBB3DD:				;		 |
	LDA.w DATA_FE0000,y		;$BBB3DD	 |
	AND #$00FF			;$BBB3E0	 |
	BNE CODE_BBB39D			;$BBB3E3	 |
	JSR CODE_BBB581			;$BBB3E5	 |
	JSR CODE_BBB518			;$BBB3E8	 |
	PLB				;$BBB3EB	 |
	RTS				;$BBB3EC	/

CODE_BBB3ED:
	LDA #$0001			;$BBB3ED	\
	JSL CODE_808C13			;$BBB3F0	 |
	PLB				;$BBB3F4	 |
	RTS				;$BBB3F5	/

CODE_BBB3F6:
	RTS				;$BBB3F6	/

CODE_BBB3F7:
	PEA $BBB9			;$BBB3F7	\
	PLB				;$BBB3FA	 |
	PLB				;$BBB3FB	 |
	LDX $32				;$BBB3FC	 |
	STZ $0B8E			;$BBB3FE	 |
	LDA $0B8C			;$BBB401	 |
	SEC				;$BBB404	 |
	SBC #$0100			;$BBB405	 |
	SEC				;$BBB408	 |
	SBC.l DATA_BBB93C,x		;$BBB409	 |
	BPL CODE_BBB412			;$BBB40D	 |
	LDA #$0000			;$BBB40F	 |
CODE_BBB412:				;		 |
	STA $36				;$BBB412	 |
	AND #$FF00			;$BBB414	 |
	XBA				;$BBB417	 |
	CMP $0B88			;$BBB418	 |
	BCS CODE_BBB3F6			;$BBB41B	 |
	STA $0B8E			;$BBB41D	 |
	LDA $36				;$BBB420	 |
	CLC				;$BBB422	 |
	ADC.l DATA_BBB93E,x		;$BBB423	 |
	AND #$FF00			;$BBB427	 |
	XBA				;$BBB42A	 |
	CMP $0B88			;$BBB42B	 |
	BCC CODE_BBB434			;$BBB42E	 |
	LDA $0B88			;$BBB430	 |
	DEC A				;$BBB433	 |
CODE_BBB434:				;		 |
	STA $0B90			;$BBB434	 |
	STZ $0B94			;$BBB437	 |
	LDA $0B92			;$BBB43A	 |
	SEC				;$BBB43D	 |
	SBC #$00E0			;$BBB43E	 |
	SEC				;$BBB441	 |
	SBC.l DATA_BBB940,x		;$BBB442	 |
	BPL CODE_BBB44B			;$BBB446	 |
	LDA #$0000			;$BBB448	 |
CODE_BBB44B:				;		 |
	STA $36				;$BBB44B	 |
	AND #$FF00			;$BBB44D	 |
	XBA				;$BBB450	 |
	CMP $0B8A			;$BBB451	 |
	BCS CODE_BBB3F6			;$BBB454	 |
	STA $0B94			;$BBB456	 |
	LDA $36				;$BBB459	 |
	CLC				;$BBB45B	 |
	ADC.l DATA_BBB942		;$BBB45C	 |
	AND #$FF00			;$BBB460	 |
	XBA				;$BBB463	 |
	CMP $0B8A			;$BBB464	 |
	BCC CODE_BBB46D			;$BBB467	 |
	LDA $0B8A			;$BBB469	 |
	DEC A				;$BBB46C	 |
CODE_BBB46D:				;		 |
	STA $0B96			;$BBB46D	 |
	LDA $0B8E			;$BBB470	 |
	STA $0B8C			;$BBB473	 |
	LDA $0B94			;$BBB476	 |
	STA $0B92			;$BBB479	 |
	BRA CODE_BBB48C			;$BBB47C	/

CODE_BBB47E:
	INC $0B92			;$BBB47E	\
	LDA $0B8E			;$BBB481	 |
	STA $0B8C			;$BBB484	 |
	BRA CODE_BBB48C			;$BBB487	/

CODE_BBB489:
	INC $0B8C			;$BBB489	\
CODE_BBB48C:				;		 |
	JSR CODE_BBB4A0			;$BBB48C	 |
	LDA $0B8C			;$BBB48F	 |
	CMP $0B90			;$BBB492	 |
	BNE CODE_BBB489			;$BBB495	 |
	LDA $0B92			;$BBB497	 |
	CMP $0B96			;$BBB49A	 |
	BNE CODE_BBB47E			;$BBB49D	 |
	RTS				;$BBB49F	/

CODE_BBB4A0:
	LDA $0B92			;$BBB4A0	\
	XBA				;$BBB4A3	 |
	ORA $0B88			;$BBB4A4	 |
	STA $4202			;$BBB4A7	 |
	LDA $4216			;$BBB4AA	 |
	LDA $4216			;$BBB4AD	 |
	LDA $4216			;$BBB4B0	 |
	CLC				;$BBB4B3	 |
	ADC $0B8C			;$BBB4B4	 |
	ASL A				;$BBB4B7	 |
	TAX				;$BBB4B8	 |
	LDA $0BA6,x			;$BBB4B9	 |
	BEQ CODE_BBB4DD			;$BBB4BC	 |
CODE_BBB4BE:				;		 |
	TAX				;$BBB4BE	 |
	LDA.l $7F0000,x			;$BBB4BF	 |
	BNE CODE_BBB4BE			;$BBB4C3	 |
	LDA.l $7F0000			;$BBB4C5	 |
	STA $7F0000,x			;$BBB4C9	 |
	CLC				;$BBB4CD	 |
	ADC #$0004			;$BBB4CE	 |
	STA $7F0000			;$BBB4D1	 |
	LDA $0B98			;$BBB4D5	 |
	STA $7F0002,x			;$BBB4D8	 |
	RTS				;$BBB4DC	/

CODE_BBB4DD:
	LDA.l $7F0000			;$BBB4DD	\
	STA $0BA6,x			;$BBB4E1	 |
	TAX				;$BBB4E4	 |
	LDA $0B98			;$BBB4E5	 |
	STA $7F0002,x			;$BBB4E8	 |
	TXA				;$BBB4EC	 |
	CLC				;$BBB4ED	 |
	ADC #$0004			;$BBB4EE	 |
	STA $7F0000,x			;$BBB4F1	 |
	CLC				;$BBB4F5	 |
	ADC #$0004			;$BBB4F6	 |
	STA $7F0000			;$BBB4F9	 |
	RTS				;$BBB4FD	/

CODE_BBB4FE:
	XBA				;$BBB4FE	\
	DEC A				;$BBB4FF	 |
	ASL A				;$BBB500	 |
	ASL A				;$BBB501	 |
	ASL A				;$BBB502	 |
	ASL A				;$BBB503	 |
	TAX				;$BBB504	 |
	BRA CODE_BBB509			;$BBB505	/

CODE_BBB507:
	INX				;$BBB507	\
	INX				;$BBB508	 |
CODE_BBB509:				;		 |
	LDA.l $7E7E12,x			;$BBB509	 |
	BNE CODE_BBB507			;$BBB50D	 |
	LDA.l $000B98			;$BBB50F	 |
	STA $7E7E12,x			;$BBB513	 |
	RTS				;$BBB517	/

CODE_BBB518:
	PHB				;$BBB518	\
	PEA $7E5A			;$BBB519	 |
	PLB				;$BBB51C	 |
	PLB				;$BBB51D	 |
	LDA.l $7E5A12			;$BBB51E	 |
	CLC				;$BBB522	 |
	ADC #$5A12			;$BBB523	 |
	STA $000B9A			;$BBB526	 |
	STA $32				;$BBB52A	 |
	CLC				;$BBB52C	 |
	ADC #$0040			;$BBB52D	 |
	STA $34				;$BBB530	 |
	LDX #$0000			;$BBB532	 |
CODE_BBB535:				;		 |
	PHX				;$BBB535	 |
	TXA				;$BBB536	 |
	ASL A				;$BBB537	 |
	ASL A				;$BBB538	 |
	ASL A				;$BBB539	 |
	ASL A				;$BBB53A	 |
	TAX				;$BBB53B	 |
	LDA.l $7E7E12,x			;$BBB53C	 |
	BNE CODE_BBB55E			;$BBB540	 |
	LDA #$0000			;$BBB542	 |
	STA ($32)			;$BBB545	 |
CODE_BBB547:				;		 |
	INC $32				;$BBB547	 |
	INC $32				;$BBB549	 |
	PLX				;$BBB54B	 |
	INX				;$BBB54C	 |
	CPX #$0020			;$BBB54D	 |
	BNE CODE_BBB535			;$BBB550	 |
	LDA $34				;$BBB552	 |
	SEC				;$BBB554	 |
	SBC #$5A12			;$BBB555	 |
	STA $7E5A12			;$BBB558	 |
	PLB				;$BBB55C	 |
	RTS				;$BBB55D	/

CODE_BBB55E:
	LDA $34				;$BBB55E	\
	STA ($32)			;$BBB560	 |
	LDY #$0008			;$BBB562	 |
CODE_BBB565:				;		 |
	LDA.l $7E7E12,x			;$BBB565	 |
	BEQ CODE_BBB576			;$BBB569	 |
	STA ($34)			;$BBB56B	 |
	INC $34				;$BBB56D	 |
	INC $34				;$BBB56F	 |
	INX				;$BBB571	 |
	INX				;$BBB572	 |
	DEY				;$BBB573	 |
	BNE CODE_BBB565			;$BBB574	 |
CODE_BBB576:				;		 |
	LDA #$0000			;$BBB576	 |
	STA ($34)			;$BBB579	 |
	INC $34				;$BBB57B	 |
	INC $34				;$BBB57D	 |
	BRA CODE_BBB547			;$BBB57F	/

CODE_BBB581:
	PHB				;$BBB581	\
	PEA $7E5A			;$BBB582	 |
	PLB				;$BBB585	 |
	PLB				;$BBB586	 |
	LDX #$1FFE			;$BBB587	 |
	LDA #$0000			;$BBB58A	 |
CODE_BBB58D:				;		 |
	STA $5A12,x			;$BBB58D	 |
	DEX				;$BBB590	 |
	DEX				;$BBB591	 |
	BPL CODE_BBB58D			;$BBB592	 |
	LDY #$0002			;$BBB594	 |
	LDX #$017E			;$BBB597	 |
CODE_BBB59A:				;		 |
	LDA.l $000BA6,x			;$BBB59A	 |
	BEQ CODE_BBB5B9			;$BBB59E	 |
	PHX				;$BBB5A0	 |
	PHA				;$BBB5A1	 |
	TYA				;$BBB5A2	 |
	STA $000BA6,x			;$BBB5A3	 |
	PLA				;$BBB5A7	 |
CODE_BBB5A8:				;		 |
	TAX				;$BBB5A8	 |
	LDA.l $7F0002,x			;$BBB5A9	 |
	STA $5A12,y			;$BBB5AD	 |
	INY				;$BBB5B0	 |
	INY				;$BBB5B1	 |
	LDA.l $7F0000,x			;$BBB5B2	 |
	BNE CODE_BBB5A8			;$BBB5B6	 |
	PLX				;$BBB5B8	 |
CODE_BBB5B9:				;		 |
	DEX				;$BBB5B9	 |
	DEX				;$BBB5BA	 |
	BPL CODE_BBB59A			;$BBB5BB	 |
	TYA				;$BBB5BD	 |
	STA $7E5A12			;$BBB5BE	 |
	PLB				;$BBB5C2	 |
	RTS				;$BBB5C3	/

CODE_BBB5C4:
	PHB				;$BBB5C4	\
	LDA $D3				;$BBB5C5	 |
	ASL A				;$BBB5C7	 |
	TAX				;$BBB5C8	 |
	LDA.l DATA_FE0000,x		;$BBB5C9	 |
	BEQ CODE_BBB61E			;$BBB5CD	 |
	STA $0000F3			;$BBB5CF	 |
	INC A				;$BBB5D3	 |
	INC A				;$BBB5D4	 |
	STA $0000F5			;$BBB5D5	 |
	INC A				;$BBB5D9	 |
	INC A				;$BBB5DA	 |
	STA $0000F7			;$BBB5DB	 |
	INC A				;$BBB5DF	 |
	INC A				;$BBB5E0	 |
	STA $0000F9			;$BBB5E1	 |
	LDA $17BA			;$BBB5E5	 |
	XBA				;$BBB5E8	 |
	AND #$00FF			;$BBB5E9	 |
	DEC A				;$BBB5EC	 |
	BPL CODE_BBB5F0			;$BBB5ED	 |
	INC A				;$BBB5EF	 |
CODE_BBB5F0:				;		 |
	STA $32				;$BBB5F0	 |
	LDA $17C0			;$BBB5F2	 |
	AND #$FF00			;$BBB5F5	 |
	SEC				;$BBB5F8	 |
	SBC #$0100			;$BBB5F9	 |
	BPL CODE_BBB602			;$BBB5FC	 |
	CLC				;$BBB5FE	 |
	ADC #$0100			;$BBB5FF	 |
CODE_BBB602:				;		 |
	ORA $0B88			;$BBB602	 |
	STA $4202			;$BBB605	 |
	LDA $4216			;$BBB608	 |
	LDA $4216			;$BBB60B	 |
	CLC				;$BBB60E	 |
	ADC $32				;$BBB60F	 |
	ASL A				;$BBB611	 |
	TAX				;$BBB612	 |
	LDA $0BA6,x			;$BBB613	 |
	PEA $FE00			;$BBB616	 |
	PLB				;$BBB619	 |
	PLB				;$BBB61A	 |
	TAX				;$BBB61B	 |
	BNE CODE_BBB627			;$BBB61C	 |
CODE_BBB61E:				;		 |
	PLB				;$BBB61E	 |
	RTL				;$BBB61F	/

CODE_BBB620:
	PHX				;$BBB620	\
	JSR CODE_BBB62F			;$BBB621	 |
	PLX				;$BBB624	 |
	INX				;$BBB625	 |
	INX				;$BBB626	 |
CODE_BBB627:				;		 |
	LDA.l $7E5A12,x			;$BBB627	 |
	BNE CODE_BBB620			;$BBB62B	 |
	BRA CODE_BBB61E			;$BBB62D	/

CODE_BBB62F:
	STA $0000FB			;$BBB62F	\
	DEC A				;$BBB633	 |
	ASL A				;$BBB634	 |
	TAX				;$BBB635	 |
	ASL A				;$BBB636	 |
	ASL A				;$BBB637	 |
	TAY				;$BBB638	 |
	LDA ($F3),y			;$BBB639	 |
	AND #$1F00			;$BBB63B	 |
	BEQ CODE_BBB648			;$BBB63E	 |
	STA $32				;$BBB640	 |
	LDA.l $7E7A12,x			;$BBB642	 |
	BPL CODE_BBB668			;$BBB646	 |
CODE_BBB648:				;		 |
	LDA.l $7E7A12,x			;$BBB648	 |
	STA $000B9C			;$BBB64C	 |
	AND #$3FFF			;$BBB650	 |
	BEQ CODE_BBB656			;$BBB653	 |
	RTS				;$BBB655	/

CODE_BBB656:
	LDA ($F3),y			;$BBB656	\
	AND #$000F			;$BBB658	 |
	ASL A				;$BBB65B	 |
	TAX				;$BBB65C	 |
	PHX				;$BBB65D	 |
	JSR (DATA_BBB9AC,x)		;$BBB65E	 |
	PLX				;$BBB661	 |
	BCS CODE_BBB665			;$BBB662	 |
	RTS				;$BBB664	/

CODE_BBB665:
	JMP (DATA_BBBA0C,x)		;$BBB665	/

CODE_BBB668:
	LDA.l $7E7A12,x			;$BBB668	\
	STA $000B9C			;$BBB66C	 |
	LDA $32				;$BBB670	 |
	XBA				;$BBB672	 |
	DEC A				;$BBB673	 |
	ASL A				;$BBB674	 |
	TAX				;$BBB675	 |
	LDA.l $000A42,x			;$BBB676	 |
	BEQ CODE_BBB67D			;$BBB67A	 |
	RTS				;$BBB67C	/

CODE_BBB67D:
	LDA ($F3),y			;$BBB67D	\
	AND #$000F			;$BBB67F	 |
	ASL A				;$BBB682	 |
	TAX				;$BBB683	 |
	JSR (DATA_BBB9AC,x)		;$BBB684	 |
	BCS CODE_BBB68A			;$BBB687	 |
	RTS				;$BBB689	/

CODE_BBB68A:
	TYA				;$BBB68A	\
	STA $000B9E			;$BBB68B	 |
	JSR CODE_BB8297			;$BBB68F	 |
	BCC CODE_BBB695			;$BBB692	 |
	RTS				;$BBB694	/

CODE_BBB695:
	LDY #$0022			;$BBB695	\
	JSL CODE_BB8462			;$BBB698	 |
	LDA.l $0005BB			;$BBB69C	 |
	AND #$0040			;$BBB6A0	 |
	BEQ CODE_BBB6AC			;$BBB6A3	 |
	LDX $68				;$BBB6A5	 |
	LDA #$00F8			;$BBB6A7	 |
	STA $00,x			;$BBB6AA	 |
CODE_BBB6AC:				;		 |
	LDX $68				;$BBB6AC	 |
	LDA.l $000B9E			;$BBB6AE	 |
	TAY				;$BBB6B2	 |
	LDA ($F3),y			;$BBB6B3	 |
	STA $58,x			;$BBB6B5	 |
	AND #$1F00			;$BBB6B7	 |
	XBA				;$BBB6BA	 |
	STA $42,x			;$BBB6BB	 |
	DEC A				;$BBB6BD	 |
	ASL A				;$BBB6BE	 |
	TAX				;$BBB6BF	 |
	LDA $68				;$BBB6C0	 |
	STA $000A42,x			;$BBB6C2	 |
	TXA				;$BBB6C6	 |
	CLC				;$BBB6C7	 |
	ADC $000B9A			;$BBB6C8	 |
	TAX				;$BBB6CC	 |
	LDA.l $7E0000,x			;$BBB6CD	 |
	TAX				;$BBB6D1	 |
	BRA CODE_BBB6FB			;$BBB6D2	/

CODE_BBB6D4:
	PHX				;$BBB6D4	\
	PHB				;$BBB6D5	 |
	STA $0000FB			;$BBB6D6	 |
	DEC A				;$BBB6DA	 |
	ASL A				;$BBB6DB	 |
	TAX				;$BBB6DC	 |
	ASL A				;$BBB6DD	 |
	ASL A				;$BBB6DE	 |
	TAY				;$BBB6DF	 |
	LDA.l $7E7A12,x			;$BBB6E0	 |
	STA $000B9C			;$BBB6E4	 |
	AND #$3FFF			;$BBB6E8	 |
	BNE CODE_BBB6F7			;$BBB6EB	 |
	LDA ($F3),y			;$BBB6ED	 |
	AND #$000F			;$BBB6EF	 |
	ASL A				;$BBB6F2	 |
	TAX				;$BBB6F3	 |
	JSR (DATA_BBBA0C,x)		;$BBB6F4	 |
CODE_BBB6F7:				;		 |
	PLB				;$BBB6F7	 |
	PLX				;$BBB6F8	 |
	INX				;$BBB6F9	 |
	INX				;$BBB6FA	 |
CODE_BBB6FB:				;		 |
	LDA.l $7E0000,x			;$BBB6FB	 |
	BNE CODE_BBB6D4			;$BBB6FF	 |
	RTS				;$BBB701	/

	LDA #$000D			;$BBB702	 |
	JSL CODE_808C13			;$BBB705	 |
	RTS				;$BBB709	/

CODE_BBB70A:
	SEC				;$BBB70A	\
	RTS				;$BBB70B	/

CODE_BBB70C:
	PHY				;$BBB70C	\
	PHB				;$BBB70D	 |
	PEA $8080			;$BBB70E	 |
	PLB				;$BBB711	 |
	PLB				;$BBB712	 |
	JSR CODE_BB8297			;$BBB713	 |
	PLB				;$BBB716	 |
	PLY				;$BBB717	 |
	BCS CODE_BBB70A			;$BBB718	 |
	PHB				;$BBB71A	 |
	PHB				;$BBB71B	 |
	PLA				;$BBB71C	 |
	STA $3A				;$BBB71D	 |
	LDA ($F9),y			;$BBB71F	 |
	TAX				;$BBB721	 |
	LDA.l DATA_FBE800,x		;$BBB722	 |
	TAX				;$BBB726	 |
	LDA.l DATA_FF0000,x		;$BBB727	 |
	PEA $FF00			;$BBB72B	 |
	PLB				;$BBB72E	 |
	PLB				;$BBB72F	 |
	LDA.w DATA_FF0002,x		;$BBB730	 |
	STA $32				;$BBB733	 |
	LDA.w DATA_FF0004,x		;$BBB735	 |
	STA $34				;$BBB738	 |
	LDA.w DATA_FF0006,x		;$BBB73A	 |
	STA $36				;$BBB73D	 |
	LDA.w DATA_FF0008,x		;$BBB73F	 |
	STA $38				;$BBB742	 |
	PHK				;$BBB744	 |
	PLB				;$BBB745	 |
	LDA $34				;$BBB746	 |
	PHY				;$BBB748	 |
	JSR CODE_BB8A69			;$BBB749	 |
	PLY				;$BBB74C	 |
	BCS CODE_BBB790			;$BBB74D	 |
	LDX $68				;$BBB74F	 |
	EOR $12,x			;$BBB751	 |
	AND #$0E00			;$BBB753	 |
	EOR $12,x			;$BBB756	 |
	STA $12,x			;$BBB758	 |
	LDX #$0E9E			;$BBB75A	 |
CODE_BBB75D:				;		 |
	LDA $32				;$BBB75D	 |
	CMP $00,x			;$BBB75F	 |
	BEQ CODE_BBB797			;$BBB761	 |
	TXA				;$BBB763	 |
	CLC				;$BBB764	 |
	ADC #$005E			;$BBB765	 |
	TAX				;$BBB768	 |
	CPX #$16B2			;$BBB769	 |
	BNE CODE_BBB75D			;$BBB76C	 |
	LDA $1730			;$BBB76E	 |
	CMP #$0018			;$BBB771	 |
	BPL CODE_BBB77F			;$BBB774	 |
	LDX $68				;$BBB776	 |
	PHY				;$BBB778	 |
	JSR CODE_BB8318			;$BBB779	 |
	PLY				;$BBB77C	 |
	BCC CODE_BBB7A6			;$BBB77D	 |
CODE_BBB77F:				;		 |
	LDX $68				;$BBB77F	 |
	LDA $12,x			;$BBB781	 |
	JSR CODE_BB8C06			;$BBB783	 |
	BCS CODE_BBB790			;$BBB786	 |
	LDA $F1				;$BBB788	 |
	DEC A				;$BBB78A	 |
	AND #$000F			;$BBB78B	 |
	STA $F1				;$BBB78E	 |
CODE_BBB790:				;		 |
	LDA $3A				;$BBB790	 |
	PHA				;$BBB792	 |
	PLB				;$BBB793	 |
	PLB				;$BBB794	 |
	SEC				;$BBB795	 |
	RTS				;$BBB796	/

CODE_BBB797:
	LDA $12,x			;$BBB797	\
	LDX $68				;$BBB799	 |
	AND #$FFE0			;$BBB79B	 |
	STA $12,x			;$BBB79E	 |
	LDA $32				;$BBB7A0	 |
	STA $00,x			;$BBB7A2	 |
	BRA CODE_BBB7DD			;$BBB7A4	/

CODE_BBB7A6:
	LDX $1730			;$BBB7A6	\
	LDA $36				;$BBB7A9	 |
	STA $1736,x			;$BBB7AB	 |
	LDA $38				;$BBB7AE	 |
	AND #$00FF			;$BBB7B0	 |
	ORA #$8000			;$BBB7B3	 |
	STA $1738,x			;$BBB7B6	 |
	LDA $38				;$BBB7B9	 |
	AND #$FF00			;$BBB7BB	 |
	LSR A				;$BBB7BE	 |
	LSR A				;$BBB7BF	 |
	LSR A				;$BBB7C0	 |
	STA $1732,x			;$BBB7C1	 |
	PHY				;$BBB7C4	 |
	LDY $68				;$BBB7C5	 |
	LDA $0012,y			;$BBB7C7	 |
	AND #$01FF			;$BBB7CA	 |
	ASL A				;$BBB7CD	 |
	ASL A				;$BBB7CE	 |
	ASL A				;$BBB7CF	 |
	ASL A				;$BBB7D0	 |
	STA $1734,x			;$BBB7D1	 |
	PLY				;$BBB7D4	 |
	TXA				;$BBB7D5	 |
	CLC				;$BBB7D6	 |
	ADC #$0008			;$BBB7D7	 |
	STA $1730			;$BBB7DA	 |
CODE_BBB7DD:				;		 |
	LDA $3A				;$BBB7DD	 |
	PHA				;$BBB7DF	 |
	PLB				;$BBB7E0	 |
	PLB				;$BBB7E1	 |
	LDX $68				;$BBB7E2	 |
	LDA $32				;$BBB7E4	 |
	STA $00,x			;$BBB7E6	 |
	LDA ($F5),y			;$BBB7E8	 |
	STA $06,x			;$BBB7EA	 |
	LDA ($F7),y			;$BBB7EC	 |
	STA $0A,x			;$BBB7EE	 |
	LDA #$00EC			;$BBB7F0	 |
	STA $02,x			;$BBB7F3	 |
	LDA #$8000			;$BBB7F5	 |
	STA $04,x			;$BBB7F8	 |
	STA $08,x			;$BBB7FA	 |
	STZ $2C,x			;$BBB7FC	 |
	STZ $32,x			;$BBB7FE	 |
	STZ $30,x			;$BBB800	 |
	STZ $1E,x			;$BBB802	 |
	STZ $5A,x			;$BBB804	 |
	LDA ($F3),y			;$BBB806	 |
	STA $58,x			;$BBB808	 |
	STZ $16,x			;$BBB80A	 |
	STZ $1C,x			;$BBB80C	 |
	STZ $10,x			;$BBB80E	 |
	LDA ($F9),y			;$BBB810	 |
	TAX				;$BBB812	 |
	LDA.l DATA_FBE800,x		;$BBB813	 |
	CLC				;$BBB817	 |
	ADC #$000A			;$BBB818	 |
	TAY				;$BBB81B	 |
	LDX $68				;$BBB81C	 |
	JSL CODE_BB8474			;$BBB81E	 |
	LDX $68				;$BBB822	 |
	LDA.l $0000FB			;$BBB824	 |
	STA $56,x			;$BBB828	 |
	DEC A				;$BBB82A	 |
	ASL A				;$BBB82B	 |
	STA $32				;$BBB82C	 |
	TXA				;$BBB82E	 |
	LDX $32				;$BBB82F	 |
	EOR $7E7A12,x			;$BBB831	 |
	AND #$1FFF			;$BBB835	 |
	EOR $7E7A12,x			;$BBB838	 |
	STA $7E7A12,x			;$BBB83C	 |
	LDA $3A				;$BBB840	 |
	PHA				;$BBB842	 |
	PLB				;$BBB843	 |
	PLB				;$BBB844	 |
	CLC				;$BBB845	 |
	RTS				;$BBB846	/

CODE_BBB847:
	PHY				;$BBB847	\
	PHB				;$BBB848	 |
	PEA $8080			;$BBB849	 |
	PLB				;$BBB84C	 |
	PLB				;$BBB84D	 |
	JSR CODE_BB8297			;$BBB84E	 |
	PLB				;$BBB851	 |
	PLY				;$BBB852	 |
	BCS CODE_BBB8BB			;$BBB853	 |
	LDA ($F5),y			;$BBB855	 |
	STA $06,x			;$BBB857	 |
	LDA ($F7),y			;$BBB859	 |
	STA $0A,x			;$BBB85B	 |
	LDA #$00EC			;$BBB85D	 |
	STA $02,x			;$BBB860	 |
	LDA #$8000			;$BBB862	 |
	STA $04,x			;$BBB865	 |
	STA $08,x			;$BBB867	 |
	STZ $1A,x			;$BBB869	 |
	STZ $16,x			;$BBB86B	 |
	STZ $2C,x			;$BBB86D	 |
	STZ $32,x			;$BBB86F	 |
	STZ $30,x			;$BBB871	 |
	STZ $1E,x			;$BBB873	 |
	STZ $5A,x			;$BBB875	 |
	STZ $1C,x			;$BBB877	 |
	LDA ($F3),y			;$BBB879	 |
	STA $58,x			;$BBB87B	 |
	LDA ($F9),y			;$BBB87D	 |
	TAX				;$BBB87F	 |
	LDA.l DATA_FBE800,x		;$BBB880	 |
	TAY				;$BBB884	 |
	LDX $68				;$BBB885	 |
	JSL CODE_BB8474			;$BBB887	 |
	LDX $68				;$BBB88B	 |
	LDA.l $0000FB			;$BBB88D	 |
	STA $56,x			;$BBB891	 |
	DEC A				;$BBB893	 |
	ASL A				;$BBB894	 |
	STA $32				;$BBB895	 |
	TXA				;$BBB897	 |
	LDX $32				;$BBB898	 |
	EOR $7E7A12,x			;$BBB89A	 |
	AND #$1FFF			;$BBB89E	 |
	EOR $7E7A12,x			;$BBB8A1	 |
	STA $7E7A12,x			;$BBB8A5	 |
	LDA.l $0005BB			;$BBB8A9	 |
	AND #$0040			;$BBB8AD	 |
	BEQ CODE_BBB8B9			;$BBB8B0	 |
	LDX $68				;$BBB8B2	 |
	LDA #$0090			;$BBB8B4	 |
	STA $00,x			;$BBB8B7	 |
CODE_BBB8B9:				;		 |
	CLC				;$BBB8B9	 |
	RTS				;$BBB8BA	/

CODE_BBB8BB:
	SEC				;$BBB8BB	\
	RTS				;$BBB8BC	/

CODE_BBB8BD:
	LDA #$0002			;$BBB8BD	\
	PHY				;$BBB8C0	 |
	PHB				;$BBB8C1	 |
	PEA $8080			;$BBB8C2	 |
	PLB				;$BBB8C5	 |
	PLB				;$BBB8C6	 |
	JSR CODE_BB8282			;$BBB8C7	 |
	BRA CODE_BBB8D6			;$BBB8CA	/

CODE_BBB8CC:
	PHY				;$BBB8CC	\
	PHB				;$BBB8CD	 |
	PEA $8080			;$BBB8CE	 |
	PLB				;$BBB8D1	 |
	PLB				;$BBB8D2	 |
	JSR CODE_BB826F			;$BBB8D3	 |
CODE_BBB8D6:				;		 |
	PLB				;$BBB8D6	 |
	PLY				;$BBB8D7	 |
	BCS CODE_BBB93A			;$BBB8D8	 |
	LDA ($F5),y			;$BBB8DA	 |
	STA $06,x			;$BBB8DC	 |
	LDA ($F7),y			;$BBB8DE	 |
	STA $0A,x			;$BBB8E0	 |
	LDA #$00EC			;$BBB8E2	 |
	STA $02,x			;$BBB8E5	 |
	LDA #$8000			;$BBB8E7	 |
	STA $04,x			;$BBB8EA	 |
	STA $08,x			;$BBB8EC	 |
	STZ $2C,x			;$BBB8EE	 |
	STZ $32,x			;$BBB8F0	 |
	STZ $30,x			;$BBB8F2	 |
	STZ $1E,x			;$BBB8F4	 |
	STZ $5A,x			;$BBB8F6	 |
	LDA ($F3),y			;$BBB8F8	 |
	STA $58,x			;$BBB8FA	 |
	LDA ($F9),y			;$BBB8FC	 |
	TAX				;$BBB8FE	 |
	LDA.l DATA_FBE800,x		;$BBB8FF	 |
	TAY				;$BBB903	 |
	LDX $68				;$BBB904	 |
	JSL CODE_BB8474			;$BBB906	 |
	LDX $68				;$BBB90A	 |
	LDA.l $0000FB			;$BBB90C	 |
	STA $56,x			;$BBB910	 |
	DEC A				;$BBB912	 |
	ASL A				;$BBB913	 |
	STA $32				;$BBB914	 |
	TXA				;$BBB916	 |
	LDX $32				;$BBB917	 |
	EOR $7E7A12,x			;$BBB919	 |
	AND #$1FFF			;$BBB91D	 |
	EOR $7E7A12,x			;$BBB920	 |
	STA $7E7A12,x			;$BBB924	 |
	LDA.l $0005BB			;$BBB928	 |
	AND #$0040			;$BBB92C	 |
	BEQ CODE_BBB938			;$BBB92F	 |
	LDX $68				;$BBB931	 |
	LDA #$00F4			;$BBB933	 |
	STA $00,x			;$BBB936	 |
CODE_BBB938:				;		 |
	CLC				;$BBB938	 |
	RTS				;$BBB939	/

CODE_BBB93A:
	SEC				;$BBB93A	\
	RTS				;$BBB93B	/

DATA_BBB93C:
	db $20, $00

DATA_BBB93E:
	db $40, $01

DATA_BBB940:
	db $20, $00

DATA_BBB942:
	db $40, $01, $28, $00, $50, $01, $28, $00
	db $50, $01, $10, $00, $20, $01, $10, $00
	db $00, $01, $18, $00, $30, $01, $18, $00
	db $10, $01, $60, $00, $C0, $01, $40, $00
	db $80, $01, $68, $00, $D0, $01, $48, $00
	db $90, $01, $20, $00, $40, $01, $40, $00
	db $80, $01, $28, $00, $50, $01, $48, $00
	db $90, $01, $20, $00, $40, $01, $F8, $00
	db $D0, $02, $28, $00, $50, $01, $00, $01
	db $E0, $02, $F8, $00, $F0, $02, $F8, $00
	db $D0, $02, $00, $01, $00, $03, $00, $01
	db $E0, $02, $F8, $00, $F0, $02, $20, $00
	db $40, $01, $00, $01, $00, $03, $28, $00
	db $50, $01

DATA_BBB9AC:
	dw CODE_BBBA2C
	dw CODE_BBBA7F
	dw CODE_BBBA7F
	dw CODE_BBBA2C
	dw CODE_BBBA2C
	dw CODE_BBBA2C
	dw CODE_BBBA2C
	dw CODE_BBBA7F
	dw CODE_BBBA90
	dw CODE_BBBA7F
	dw CODE_BBBA5E
	dw CODE_BBBA69
	dw CODE_BBBA74
	dw CODE_BBBA53
	dw CODE_BBBA2E
	dw CODE_BBBA7F

DATA_BBB9CC:
	dw CODE_BBBA2C
	dw CODE_BBBAB8
	dw CODE_BBBA92
	dw CODE_BBBA2C
	dw CODE_BBBA2C
	dw CODE_BBBA2C
	dw CODE_BBBA2C
	dw CODE_BBBAB8
	dw CODE_BBBA90
	dw CODE_BBBAB8
	dw CODE_BBBAB8
	dw CODE_BBBAB8
	dw CODE_BBBAB8
	dw CODE_BBBAB8
	dw CODE_BBBAB8
	dw CODE_BBBAA2

DATA_BBB9EC:
	dw CODE_BBBA2C
	dw CODE_BBBA2C
	dw CODE_BBBAF3
	dw CODE_BBBA2C
	dw CODE_BBBA2C
	dw CODE_BBBA2C
	dw CODE_BBBA2C
	dw CODE_BBBA2C
	dw CODE_BBBA90
	dw CODE_BBBA2C
	dw CODE_BBBA2C
	dw CODE_BBBA2C
	dw CODE_BBBA2C
	dw CODE_BBBA2C
	dw CODE_BBBA2C
	dw CODE_BBBAF3

DATA_BBBA0C:
	dw CODE_BBBA2C
	dw CODE_BBB8CC
	dw CODE_BBB8CC
	dw CODE_BBBA2C
	dw CODE_BBBA2C
	dw CODE_BBBA2C
	dw CODE_BBBA2C
	dw CODE_BBB8BD
	dw CODE_BBBA2C
	dw CODE_BBB847
	dw CODE_BBB8CC
	dw CODE_BBB8CC
	dw CODE_BBB8CC
	dw CODE_BBB70C
	dw CODE_BBB847
	dw CODE_BBB8CC

CODE_BBBA2C:
	CLC				;$BBBA2C	\
	RTS				;$BBBA2D	/

CODE_BBBA2E:
	JSR CODE_BBBA7F			;$BBBA2E	\
	BCC CODE_BBBA52			;$BBBA31	 |
	PHB				;$BBBA33	 |
	PEA $8080			;$BBBA34	 |
	PLB				;$BBBA37	 |
	PLB				;$BBBA38	 |
	PHY				;$BBBA39	 |
	LDY #$0009			;$BBBA3A	 |
	LDA #$081A			;$BBBA3D	 |
	ROR A				;$BBBA40	 |
	TAX				;$BBBA41	 |
	LDA $00,x			;$BBBA42	 |
CODE_BBBA44:				;		 |
	EOR $01,x			;$BBBA44	 |
	INC A				;$BBBA46	 |
	DEY				;$BBBA47	 |
	BPL CODE_BBBA44			;$BBBA48	 |
	EOR #$9684			;$BBBA4A	 |
	CMP #$FFFF			;$BBBA4D	 |
	PLY				;$BBBA50	 |
	PLB				;$BBBA51	 |
CODE_BBBA52:				;		 |
	RTS				;$BBBA52	/

CODE_BBBA53:
	LDA.l $000923			;$BBBA53	\
	AND #$0001			;$BBBA57	 |
	BNE CODE_BBBA7F			;$BBBA5A	 |
	BRA CODE_BBBA90			;$BBBA5C	/

CODE_BBBA5E:
	LDA.l $000923			;$BBBA5E	\
	AND #$0001			;$BBBA62	 |
	BNE CODE_BBBA7F			;$BBBA65	 |
	BRA CODE_BBBA90			;$BBBA67	/

CODE_BBBA69:
	LDA.l $000923			;$BBBA69	\
	AND #$0002			;$BBBA6D	 |
	BNE CODE_BBBA7F			;$BBBA70	 |
	BRA CODE_BBBA90			;$BBBA72	/

CODE_BBBA74:
	LDA.l $000923			;$BBBA74	\
	AND #$0004			;$BBBA78	 |
	BNE CODE_BBBA7F			;$BBBA7B	 |
	BRA CODE_BBBA90			;$BBBA7D	/

CODE_BBBA7F:
	LDA ($F5),y			;$BBBA7F	\
	STA $72				;$BBBA81	 |
	LDA ($F7),y			;$BBBA83	 |
	STA $74				;$BBBA85	 |
	LDA ($F3),y			;$BBBA87	 |
	AND #$00F0			;$BBBA89	 |
	TAX				;$BBBA8C	 |
	JMP CODE_BBBB14			;$BBBA8D	/

CODE_BBBA90:
	CLC				;$BBBA90	\
	RTS				;$BBBA91	/

CODE_BBBA92:
	TYX				;$BBBA92	\
	LDA $06,x			;$BBBA93	 |
	STA $72				;$BBBA95	 |
	LDA $0A,x			;$BBBA97	 |
	STA $74				;$BBBA99	 |
	LDA #$0050			;$BBBA9B	 |
	TAX				;$BBBA9E	 |
	JMP CODE_BBBB14			;$BBBA9F	/

CODE_BBBAA2:
	TYX				;$BBBAA2	\
	LDA $06,x			;$BBBAA3	 |
	STA $72				;$BBBAA5	 |
	LDA $0A,x			;$BBBAA7	 |
	STA $74				;$BBBAA9	 |
	LDA $58,x			;$BBBAAB	 |
	AND #$00F0			;$BBBAAD	 |
	CLC				;$BBBAB0	 |
	ADC #$0008			;$BBBAB1	 |
	TAX				;$BBBAB4	 |
	JMP CODE_BBBB14			;$BBBAB5	/

CODE_BBBAB8:
	TYX				;$BBBAB8	\
	LDA $06,x			;$BBBAB9	 |
	STA $72				;$BBBABB	 |
	LDA $0A,x			;$BBBABD	 |
	STA $74				;$BBBABF	 |
	LDA $58,x			;$BBBAC1	 |
	AND #$00F0			;$BBBAC3	 |
	CLC				;$BBBAC6	 |
	ADC #$0008			;$BBBAC7	 |
	TAX				;$BBBACA	 |
	JSR CODE_BBBB14			;$BBBACB	 |
	BCC CODE_BBBAD1			;$BBBACE	 |
	RTS				;$BBBAD0	/

CODE_BBBAD1:
	TYX				;$BBBAD1	\
	LDA $56,x			;$BBBAD2	 |
	DEC A				;$BBBAD4	 |
	ASL A				;$BBBAD5	 |
	ASL A				;$BBBAD6	 |
	ASL A				;$BBBAD7	 |
	TAY				;$BBBAD8	 |
	PHB				;$BBBAD9	 |
	PEA $FE00			;$BBBADA	 |
	PLB				;$BBBADD	 |
	PLB				;$BBBADE	 |
	LDA ($F5),y			;$BBBADF	 |
	STA $72				;$BBBAE1	 |
	LDA ($F7),y			;$BBBAE3	 |
	STA $74				;$BBBAE5	 |
	PLB				;$BBBAE7	 |
	TXY				;$BBBAE8	 |
	LDA $58,x			;$BBBAE9	 |
	AND #$00F0			;$BBBAEB	 |
	TAX				;$BBBAEE	 |
	JMP CODE_BBBB14			;$BBBAEF	/

	RTS				;$BBBAF2	/

CODE_BBBAF3:
	TYX				;$BBBAF3	\
	LDA $56,x			;$BBBAF4	 |
	DEC A				;$BBBAF6	 |
	ASL A				;$BBBAF7	 |
	ASL A				;$BBBAF8	 |
	ASL A				;$BBBAF9	 |
	TAY				;$BBBAFA	 |
	PHB				;$BBBAFB	 |
	PEA $FE00			;$BBBAFC	 |
	PLB				;$BBBAFF	 |
	PLB				;$BBBB00	 |
	LDA ($F5),y			;$BBBB01	 |
	STA $72				;$BBBB03	 |
	LDA ($F7),y			;$BBBB05	 |
	STA $74				;$BBBB07	 |
	PLB				;$BBBB09	 |
	TXY				;$BBBB0A	 |
	LDA $58,x			;$BBBB0B	 |
	AND #$00F0			;$BBBB0D	 |
	TAX				;$BBBB10	 |
	JMP CODE_BBBB14			;$BBBB11	/

CODE_BBBB14:
	LDA.l $0017BA			;$BBBB14	\
	SEC				;$BBBB18	 |
	SBC.l DATA_BBB93C,x		;$BBBB19	 |
	CMP $72				;$BBBB1D	 |
	BCS CODE_BBBB42			;$BBBB1F	 |
	CLC				;$BBBB21	 |
	ADC.l DATA_BBB93E,x		;$BBBB22	 |
	CMP $72				;$BBBB26	 |
	BCC CODE_BBBB42			;$BBBB28	 |
	LDA.l $0017C0			;$BBBB2A	 |
	SEC				;$BBBB2E	 |
	SBC.l DATA_BBB940,x		;$BBBB2F	 |
	CMP $74				;$BBBB33	 |
	BCS CODE_BBBB42			;$BBBB35	 |
	CLC				;$BBBB37	 |
	ADC.l DATA_BBB942,x		;$BBBB38	 |
	CMP $74				;$BBBB3C	 |
	BCC CODE_BBBB42			;$BBBB3E	 |
	SEC				;$BBBB40	 |
	RTS				;$BBBB41	/

CODE_BBBB42:
	CLC				;$BBBB42	\
	RTS				;$BBBB43	/

CODE_BBBB44:
	LDX $64				;$BBBB44	\
	LDA $56,x			;$BBBB46	 |
	BEQ CODE_BBBB63			;$BBBB48	 |
	LDA $58,x			;$BBBB4A	 |
	AND #$1F00			;$BBBB4C	 |
	BEQ CODE_BBBB53			;$BBBB4F	 |
	CLC				;$BBBB51	 |
	RTL				;$BBBB52	/

CODE_BBBB53:
	LDA $56,x			;$BBBB53	\
	DEC A				;$BBBB55	 |
	ASL A				;$BBBB56	 |
	TAX				;$BBBB57	 |
	LDA.l $7E7A12,x			;$BBBB58	 |
	AND #$E000			;$BBBB5C	 |
	STA $7E7A12,x			;$BBBB5F	 |
CODE_BBBB63:				;		 |
	JSL CODE_BB82B8			;$BBBB63	 |
	SEC				;$BBBB67	 |
	RTL				;$BBBB68	/

CODE_BBBB69:
	JSR CODE_BBBB6D			;$BBBB69	\
	RTL				;$BBBB6C	/

CODE_BBBB6D:
	LDY $64				;$BBBB6D	\
	LDX #$001E			;$BBBB6F	 |
	JSR (DATA_BBB9CC,x)		;$BBBB72	 |
	BCC CODE_BBBB79			;$BBBB75	 |
	CLC				;$BBBB77	 |
	RTS				;$BBBB78	/

CODE_BBBB79:
	SEC				;$BBBB79	\
	RTS				;$BBBB7A	/

CODE_BBBB7B:
	JSR CODE_BBBB7F			;$BBBB7B	\
	RTL				;$BBBB7E	/

CODE_BBBB7F:
	LDY $64				;$BBBB7F	\
	LDX #$0002			;$BBBB81	 |
	JSR (DATA_BBB9CC,x)		;$BBBB84	 |
	BCC CODE_BBBB8B			;$BBBB87	 |
	CLC				;$BBBB89	 |
	RTS				;$BBBB8A	/

CODE_BBBB8B:
	SEC				;$BBBB8B	\
	RTS				;$BBBB8C	/

CODE_BBBB8D:
	JSR CODE_BBBB6D			;$BBBB8D	\
	BCS CODE_BBBB93			;$BBBB90	 |
	RTL				;$BBBB92	/

CODE_BBBB93:
	JSL CODE_BB82B8			;$BBBB93	\
	SEC				;$BBBB97	 |
	RTL				;$BBBB98	/

CODE_BBBB99:
	LDX $64				;$BBBB99	\
	LDA $56,x			;$BBBB9B	 |
	BNE CODE_BBBBC6			;$BBBB9D	 |
	TXY				;$BBBB9F	 |
	LDA $58,x			;$BBBBA0	 |
	AND #$000F			;$BBBBA2	 |
	ASL A				;$BBBBA5	 |
	TAX				;$BBBBA6	 |
	JSR (DATA_BBB9CC,x)		;$BBBBA7	 |
	BCC CODE_BBBBB3			;$BBBBAA	 |
	TYX				;$BBBBAC	 |
	LDA $5A,x			;$BBBBAD	 |
	BNE CODE_BBBC0A			;$BBBBAF	 |
	CLC				;$BBBBB1	 |
	RTL				;$BBBBB2	/

CODE_BBBBB3:
	TYX				;$BBBBB3	\
	LDA $5A,x			;$BBBBB4	 |
	SEC				;$BBBBB6	 |
	SBC #$0100			;$BBBBB7	 |
	BCC CODE_BBBBC0			;$BBBBBA	 |
	STA $5A,x			;$BBBBBC	 |
	CLC				;$BBBBBE	 |
	RTL				;$BBBBBF	/

CODE_BBBBC0:
	JSL CODE_BB82B8			;$BBBBC0	\
	SEC				;$BBBBC4	 |
	RTL				;$BBBBC5	/

CODE_BBBBC6:
	TXY				;$BBBBC6	\
	LDA $58,x			;$BBBBC7	 |
	AND #$1F00			;$BBBBC9	 |
	BNE CODE_BBBBFA			;$BBBBCC	 |
CODE_BBBBCE:				;		 |
	LDA $05BB			;$BBBBCE	 |
	BIT #$0040			;$BBBBD1	 |
	BNE CODE_BBBBEC			;$BBBBD4	 |
CODE_BBBBD6:				;		 |
	LDA $58,x			;$BBBBD6	 |
	AND #$000F			;$BBBBD8	 |
	ASL A				;$BBBBDB	 |
	TAX				;$BBBBDC	 |
	JSR (DATA_BBB9CC,x)		;$BBBBDD	 |
	BCC CODE_BBBC12			;$BBBBE0	 |
	TYX				;$BBBBE2	 |
	LDA $5A,x			;$BBBBE3	 |
	BNE CODE_BBBC0A			;$BBBBE5	 |
	CLC				;$BBBBE7	 |
	RTL				;$BBBBE8	/

CODE_BBBBE9:
	TYX				;$BBBBE9	\
	CLC				;$BBBBEA	 |
	RTL				;$BBBBEB	/

CODE_BBBBEC:
	LDA $00,x			;$BBBBEC	\
	CMP #$0090			;$BBBBEE	 |
	BEQ CODE_BBBBD6			;$BBBBF1	 |
	CMP #$00F4			;$BBBBF3	 |
	BNE CODE_BBBC2B			;$BBBBF6	 |
	BRA CODE_BBBBD6			;$BBBBF8	/

CODE_BBBBFA:
	LDA $56,x			;$BBBBFA	\
	BMI CODE_BBBBE9			;$BBBBFC	 |
	DEC A				;$BBBBFE	 |
	ASL A				;$BBBBFF	 |
	TAX				;$BBBC00	 |
	LDA.l $7E7A12,x			;$BBBC01	 |
	BPL CODE_BBBBE9			;$BBBC05	 |
	TYX				;$BBBC07	 |
	BRA CODE_BBBBCE			;$BBBC08	/

CODE_BBBC0A:
	SEP #$20			;$BBBC0A	\
	STA $5B,x			;$BBBC0C	 |
	REP #$20			;$BBBC0E	 |
	CLC				;$BBBC10	 |
	RTL				;$BBBC11	/

CODE_BBBC12:
	TYX				;$BBBC12	\
	LDA $5A,x			;$BBBC13	 |
	SEC				;$BBBC15	 |
	SBC #$0100			;$BBBC16	 |
	BCC CODE_BBBC1F			;$BBBC19	 |
	STA $5A,x			;$BBBC1B	 |
	CLC				;$BBBC1D	 |
	RTL				;$BBBC1E	/

CODE_BBBC1F:
	LDA $58,x			;$BBBC1F	\
	AND #$000F			;$BBBC21	 |
	ASL A				;$BBBC24	 |
	TAX				;$BBBC25	 |
	JSR (DATA_BBB9EC,x)		;$BBBC26	 |
	BCS CODE_BBBC42			;$BBBC29	 |
CODE_BBBC2B:				;		 |
	TYX				;$BBBC2B	 |
	LDA $56,x			;$BBBC2C	 |
	DEC A				;$BBBC2E	 |
	ASL A				;$BBBC2F	 |
	TAX				;$BBBC30	 |
	LDA.l $7E7A12,x			;$BBBC31	 |
	AND #$E000			;$BBBC35	 |
	STA $7E7A12,x			;$BBBC38	 |
	JSL CODE_BB82B8			;$BBBC3C	 |
	SEC				;$BBBC40	 |
	RTL				;$BBBC41	/

CODE_BBBC42:
	JSL CODE_BB82B8			;$BBBC42	\
	LDX $64				;$BBBC46	 |
	LDA #$00F0			;$BBBC48	 |
	STA $00,x			;$BBBC4B	 |
	STZ $1A,x			;$BBBC4D	 |
	STZ $16,x			;$BBBC4F	 |
	STZ $06,x			;$BBBC51	 |
	STZ $0A,x			;$BBBC53	 |
	STZ $2E,x			;$BBBC55	 |
	SEC				;$BBBC57	 |
	RTL				;$BBBC58	/

CODE_BBBC59:
	LDY $64				;$BBBC59	\
	LDA $002E,y			;$BBBC5B	 |
	BEQ CODE_BBBC67			;$BBBC5E	 |
	TYX				;$BBBC60	 |
	DEC $42,x			;$BBBC61	 |
	BNE CODE_BBBC8A			;$BBBC63	 |
	STZ $2E,x			;$BBBC65	 |
CODE_BBBC67:				;		 |
	LDA $0058,y			;$BBBC67	 |
	AND #$000F			;$BBBC6A	 |
	ASL A				;$BBBC6D	 |
	TAX				;$BBBC6E	 |
	JSR (DATA_BBB9EC,x)		;$BBBC6F	 |
	BCS CODE_BBBC8A			;$BBBC72	 |
	LDX $64				;$BBBC74	 |
	LDA $56,x			;$BBBC76	 |
	DEC A				;$BBBC78	 |
	ASL A				;$BBBC79	 |
	TAX				;$BBBC7A	 |
	LDA.l $7E7A12,x			;$BBBC7B	 |
	AND #$E000			;$BBBC7F	 |
	STA $7E7A12,x			;$BBBC82	 |
	JSL CODE_BB82D2			;$BBBC86	 |
CODE_BBBC8A:				;		 |
	JML [$05A9]			;$BBBC8A	/

CODE_BBBC8D:
	LDX $64				;$BBBC8D	\
	LDA $42,x			;$BBBC8F	 |
	DEC A				;$BBBC91	 |
	ASL A				;$BBBC92	 |
	CLC				;$BBBC93	 |
	ADC $000B9A			;$BBBC94	 |
	TAX				;$BBBC98	 |
	LDA.l $7E0000,x			;$BBBC99	 |
	TAX				;$BBBC9D	 |
	STA $0B9C			;$BBBC9E	 |
	BRA CODE_BBBD21			;$BBBCA1	/

CODE_BBBCA3:
	LDX $64				;$BBBCA3	\
	LDA $42,x			;$BBBCA5	 |
	DEC A				;$BBBCA7	 |
	ASL A				;$BBBCA8	 |
	CLC				;$BBBCA9	 |
	ADC $000B9A			;$BBBCAA	 |
	TAX				;$BBBCAE	 |
	LDA.l $7E0000,x			;$BBBCAF	 |
	TAX				;$BBBCB3	 |
	STA $0B9C			;$BBBCB4	 |
	LDA $05BB			;$BBBCB7	 |
	AND #$0040			;$BBBCBA	 |
	BNE CODE_BBBCC1			;$BBBCBD	 |
CODE_BBBCBF:				;		 |
	BRA CODE_BBBCEE			;$BBBCBF	/

CODE_BBBCC1:
	LDY $64				;$BBBCC1	\
	LDA $0000,y			;$BBBCC3	 |
	CMP #$00F8			;$BBBCC6	 |
	BNE CODE_BBBD21			;$BBBCC9	 |
	BRA CODE_BBBCBF			;$BBBCCB	/

CODE_BBBCCD:
	PHX				;$BBBCCD	\
	DEC A				;$BBBCCE	 |
	ASL A				;$BBBCCF	 |
	TAX				;$BBBCD0	 |
	ASL A				;$BBBCD1	 |
	ASL A				;$BBBCD2	 |
	TAY				;$BBBCD3	 |
	LDA.l $7E7A12,x			;$BBBCD4	 |
	BMI CODE_BBBCEB			;$BBBCD8	 |
	AND #$1FFF			;$BBBCDA	 |
	TAY				;$BBBCDD	 |
	LDA $0058,y			;$BBBCDE	 |
	AND #$000F			;$BBBCE1	 |
	ASL A				;$BBBCE4	 |
	TAX				;$BBBCE5	 |
	JSR (DATA_BBB9CC,x)		;$BBBCE6	 |
	BCS CODE_BBBD69			;$BBBCE9	 |
CODE_BBBCEB:				;		 |
	PLX				;$BBBCEB	 |
	INX				;$BBBCEC	 |
	INX				;$BBBCED	 |
CODE_BBBCEE:				;		 |
	LDA.l $7E0000,x			;$BBBCEE	 |
	BNE CODE_BBBCCD			;$BBBCF2	 |
	LDA $0B9C			;$BBBCF4	 |
	TAX				;$BBBCF7	 |
	BRA CODE_BBBD1B			;$BBBCF8	/

CODE_BBBCFA:
	PHX				;$BBBCFA	\
	DEC A				;$BBBCFB	 |
	ASL A				;$BBBCFC	 |
	TAX				;$BBBCFD	 |
	ASL A				;$BBBCFE	 |
	ASL A				;$BBBCFF	 |
	TAY				;$BBBD00	 |
	LDA.l $7E7A12,x			;$BBBD01	 |
	BMI CODE_BBBD18			;$BBBD05	 |
	AND #$1FFF			;$BBBD07	 |
	TAY				;$BBBD0A	 |
	LDA $0058,y			;$BBBD0B	 |
	AND #$000F			;$BBBD0E	 |
	ASL A				;$BBBD11	 |
	TAX				;$BBBD12	 |
	JSR (DATA_BBB9EC,x)		;$BBBD13	 |
	BCS CODE_BBBD69			;$BBBD16	 |
CODE_BBBD18:				;		 |
	PLX				;$BBBD18	 |
	INX				;$BBBD19	 |
	INX				;$BBBD1A	 |
CODE_BBBD1B:				;		 |
	LDA.l $7E0000,x			;$BBBD1B	 |
	BNE CODE_BBBCFA			;$BBBD1F	 |
CODE_BBBD21:				;		 |
	LDA $0B9C			;$BBBD21	 |
	TAX				;$BBBD24	 |
	LDA $64				;$BBBD25	 |
	PHA				;$BBBD27	 |
	BRA CODE_BBBD50			;$BBBD28	/

CODE_BBBD2A:
	PHX				;$BBBD2A	\
	DEC A				;$BBBD2B	 |
	ASL A				;$BBBD2C	 |
	TAX				;$BBBD2D	 |
	ASL A				;$BBBD2E	 |
	ASL A				;$BBBD2F	 |
	TAY				;$BBBD30	 |
	LDA.l $7E7A12,x			;$BBBD31	 |
	BMI CODE_BBBD4D			;$BBBD35	 |
	AND #$1FFF			;$BBBD37	 |
	STA $64				;$BBBD3A	 |
	BEQ CODE_BBBD4D			;$BBBD3C	 |
	LDA.l $7E7A12,x			;$BBBD3E	 |
	AND #$E000			;$BBBD42	 |
	STA $7E7A12,x			;$BBBD45	 |
	JSL CODE_BB82B8			;$BBBD49	 |
CODE_BBBD4D:				;		 |
	PLX				;$BBBD4D	 |
	INX				;$BBBD4E	 |
	INX				;$BBBD4F	 |
CODE_BBBD50:				;		 |
	LDA.l $7E0000,x			;$BBBD50	 |
	BNE CODE_BBBD2A			;$BBBD54	 |
	PLX				;$BBBD56	 |
	STX $64				;$BBBD57	 |
	LDA $42,x			;$BBBD59	 |
	DEC A				;$BBBD5B	 |
	ASL A				;$BBBD5C	 |
	TAX				;$BBBD5D	 |
	LDA #$0000			;$BBBD5E	 |
	STA $000A42,x			;$BBBD61	 |
	JML CODE_BB82D2			;$BBBD65	/

CODE_BBBD69:
	PLX				;$BBBD69	\
	RTL				;$BBBD6A	/

CODE_BBBD6B:
	DEC $19BA			;$BBBD6B	\
	LDX $64				;$BBBD6E	 |
	LDA $58,x			;$BBBD70	 |
	AND #$1F00			;$BBBD72	 |
	BEQ CODE_BBBD8D			;$BBBD75	 |
	EOR $58,x			;$BBBD77	 |
	STA $58,x			;$BBBD79	 |
	LDA $56,x			;$BBBD7B	 |
	BEQ CODE_BBBD8D			;$BBBD7D	 |
	DEC A				;$BBBD7F	 |
	ASL A				;$BBBD80	 |
	TAX				;$BBBD81	 |
	LDA.l $7E7A12,x			;$BBBD82	 |
	ORA #$8000			;$BBBD86	 |
	STA $7E7A12,x			;$BBBD89	 |
CODE_BBBD8D:				;		 |
	RTL				;$BBBD8D	/

CODE_BBBD8E:
	LDX #$03FE			;$BBBD8E	\
CODE_BBBD91:				;		 |
	LDA.l $7E7A12,x			;$BBBD91	 |
	AND #$E000			;$BBBD95	 |
	STA $7E4C00,x			;$BBBD98	 |
	DEX				;$BBBD9C	 |
	DEX				;$BBBD9D	 |
	BPL CODE_BBBD91			;$BBBD9E	 |
	RTS				;$BBBDA0	/

CODE_BBBDA1:
	LDX #$03FE			;$BBBDA1	\
CODE_BBBDA4:				;		 |
	LDA.l $7E4C00,x			;$BBBDA4	 |
	STA $7E7A12,x			;$BBBDA8	 |
	DEX				;$BBBDAC	 |
	DEX				;$BBBDAD	 |
	BPL CODE_BBBDA4			;$BBBDAE	 |
	RTS				;$BBBDB0	/

	LDX $64				;$BBBDB1	 |
	LDA $56,x			;$BBBDB3	 |
	DEC A				;$BBBDB5	 |
	ASL A				;$BBBDB6	 |
	TAX				;$BBBDB7	 |
	LDA.l $7E7A12,x			;$BBBDB8	 |
	ORA #$2000			;$BBBDBC	 |
	STA $7E7A12,x			;$BBBDBF	 |
	RTL				;$BBBDC3	/

CODE_BBBDC4:
	PHB				;$BBBDC4	\
	PHK				;$BBBDC5	 |
	PLB				;$BBBDC6	 |
	JSR CODE_BBC0A4			;$BBBDC7	 |
	JSR CODE_BBC007			;$BBBDCA	 |
	LDA #$0003			;$BBBDCD	 |
	STA $0006CF			;$BBBDD0	 |
	LDA #$000A			;$BBBDD4	 |
	STA $0006D1			;$BBBDD7	 |
	LDA #$0040			;$BBBDDB	 |
	TSB $06A3			;$BBBDDE	 |
	STZ $06AD			;$BBBDE1	 |
	STZ $06AF			;$BBBDE4	 |
	STZ $6E				;$BBBDE7	 |
	STZ $6C				;$BBBDE9	 |
	LDA $08A8			;$BBBDEB	 |
	STA $08C8			;$BBBDEE	 |
	STA $D3				;$BBBDF1	 |
	STZ $0902			;$BBBDF3	 |
	STZ $08A6			;$BBBDF6	 |
	LDA.l $0006B1			;$BBBDF9	 |
	JML CODE_B5CDFD			;$BBBDFD	/

CODE_BBBE01:
	LDA #$00CB			;$BBBE01	\
	SEC				;$BBBE04	 |
	SBC #$000B			;$BBBE05	 |
	STA $28				;$BBBE08	 |
	LDA #$2139			;$BBBE0A	 |
	STA $26				;$BBBE0D	 |
	LDY #$DEC3			;$BBBE0F	 |
	LDA [$26],y			;$BBBE12	 |
	SEC				;$BBBE14	 |
	SBC #$1248			;$BBBE15	 |
	CMP #$71AF			;$BBBE18	 |
	BEQ CODE_BBBE24			;$BBBE1B	 |
	LDA.l DATA_BBBE43		;$BBBE1D	 |
	STA $059D			;$BBBE21	 |
CODE_BBBE24:				;		 |
	JSR CODE_BBBE28			;$BBBE24	 |
	RTL				;$BBBE27	/

CODE_BBBE28:
	PHB				;$BBBE28	\
	PHK				;$BBBE29	 |
	PLB				;$BBBE2A	 |
	JSR CODE_BBC0A4			;$BBBE2B	 |
	LDA $08A6			;$BBBE2E	 |
	XBA				;$BBBE31	 |
	ORA $D3				;$BBBE32	 |
	JSL CODE_BBAF0C			;$BBBE34	 |
	LDA #$0001			;$BBBE38	 |
	STA $0006CF			;$BBBE3B	 |
	LDA $059D			;$BBBE3F	 |
	%offset(DATA_BBBE43, 1)         ;Todo: represent better maybe
	CMP #$FFFF			;$BBBE42	 |
	BEQ CODE_BBBE54			;$BBBE45	 |
	LDA $0515			;$BBBE47	 |
	AND #$0007			;$BBBE4A	 |
	ASL A				;$BBBE4D	 |
	TAX				;$BBBE4E	 |
	JSR (DATA_BBBE92,x)		;$BBBE4F	 |
	PLB				;$BBBE52	 |
	RTS				;$BBBE53	/

CODE_BBBE54:
	LDA #$8000			;$BBBE54	\
	TSB $08C6			;$BBBE57	 |
	STZ $08A6			;$BBBE5A	 |
	STZ $6E				;$BBBE5D	 |
	STZ $6C				;$BBBE5F	 |
	STZ $0902			;$BBBE61	 |
	LDA $08A8			;$BBBE64	 |
	STA $08C8			;$BBBE67	 |
	STA $D3				;$BBBE6A	 |
	LDA #$0003			;$BBBE6C	 |
	TRB $06D1			;$BBBE6F	 |
	LDA $08BE			;$BBBE72	 |
	BPL CODE_BBBE7E			;$BBBE75	 |
	LDA #CODE_80FA7C		;$BBBE77	 |
	JSL CODE_808C9E			;$BBBE7A	 |
CODE_BBBE7E:				;		 |
	LDA #$0002			;$BBBE7E	 |
	TSB $06D1			;$BBBE81	 |
	STZ $059D			;$BBBE84	 |
	JSR CODE_BBBED7			;$BBBE87	 |
	LDA.l $0006B1			;$BBBE8A	 |
	JML CODE_B5CDFD			;$BBBE8E	/

DATA_BBBE92:
	dw CODE_BBBEF8
	dw CODE_BBBFDD
	dw CODE_BBBFE3
	dw CODE_BBC019
	dw CODE_BBC053
	dw CODE_BBC056
	dw CODE_BBBEF8



CODE_BBBEA0:
	LDA $060D			;$BBBEA0	\
	CMP #$0002			;$BBBEA3	 |
	BNE CODE_BBBED3			;$BBBEA6	 |
	JSL CODE_BBC85B			;$BBBEA8	 |
	LDA $08BE			;$BBBEAC	 |
	BMI CODE_BBBED3			;$BBBEAF	 |
	JSL CODE_BBC85B			;$BBBEB1	 |
	JSL CODE_BBC736			;$BBBEB5	 |
	LDA #$0002			;$BBBEB9	 |
	TSB $06D1			;$BBBEBC	 |
	LDA #$0005			;$BBBEBF	 |
	TRB $06D1			;$BBBEC2	 |
	STZ $059D			;$BBBEC5	 |
	JSR CODE_BBBED7			;$BBBEC8	 |
	LDA.l $0006B1			;$BBBECB	 |
	JML CODE_B5CDFD			;$BBBECF	/

CODE_BBBED3:
	JML restart_rareware_logo	;$BBBED3	|

CODE_BBBED7:
	LDA $060D			;$BBBED7	\
	CMP #$0002			;$BBBEDA	 |
	BNE CODE_BBBEEE			;$BBBEDD	 |
	LDA $08C2			;$BBBEDF	 |
	AND #$1000			;$BBBEE2	 |
	BNE CODE_BBBEEE			;$BBBEE5	 |
	LDA #$0004			;$BBBEE7	 |
	TSB $06D1			;$BBBEEA	 |
CODE_BBBEED:				;		 |
	RTS				;$BBBEED	/

CODE_BBBEEE:
	CMP #$0001			;$BBBEEE	\
	BNE CODE_BBBEED			;$BBBEF1	 |
	JSL CODE_80889C			;$BBBEF3	 |
	RTS				;$BBBEF7	/

CODE_BBBEF8:
	JSR CODE_BBC116			;$BBBEF8	\
	LDA $059D			;$BBBEFB	 |
	ASL A				;$BBBEFE	 |
	TAX				;$BBBEFF	 |
	LDA $053D,x			;$BBBF00	 |
	AND #$01FF			;$BBBF03	 |
	STA $08C8			;$BBBF06	 |
	LDA $059F			;$BBBF09	 |
	XBA				;$BBBF0C	 |
	ORA $08C8			;$BBBF0D	 |
	LDX #$0553			;$BBBF10	 |
	JSL CODE_BBAF0F			;$BBBF13	 |
	LDA $0553			;$BBBF17	 |
	AND #$0007			;$BBBF1A	 |
	ASL A				;$BBBF1D	 |
	TAX				;$BBBF1E	 |
	JMP (DATA_BBBF22,x)		;$BBBF1F	/

DATA_BBBF22:
	dw CODE_BBBF30
	dw CODE_BBBF81
	dw CODE_BBBF81
	dw CODE_BBBF30
	dw CODE_BBBF30
	dw CODE_BBBF30
	dw CODE_BBBFC8



CODE_BBBF30:
	STZ $0902			;$BBBF30	\
	STZ $08A6			;$BBBF33	 |
	STZ $6E				;$BBBF36	 |
	STZ $6C				;$BBBF38	 |
	STZ $08AA			;$BBBF3A	 |
	STZ $08AC			;$BBBF3D	 |
	STZ $08AE			;$BBBF40	 |
	STZ $08B2			;$BBBF43	 |
	LDA $08A8			;$BBBF46	 |
	CMP $08C8			;$BBBF49	 |
	BEQ CODE_BBBF65			;$BBBF4C	 |
	LDA $08A4			;$BBBF4E	 |
	CLC				;$BBBF51	 |
	ADC #$0002			;$BBBF52	 |
	STA $0006CF			;$BBBF55	 |
	LDY $08A8			;$BBBF59	 |
	LDA $08C8			;$BBBF5C	 |
	JSR CODE_BBC0DD			;$BBBF5F	 |
	JSR CODE_BBC07E			;$BBBF62	 |
CODE_BBBF65:				;		 |
	LDA $08C8			;$BBBF65	 |
	STA $D3				;$BBBF68	 |
	STA $08A8			;$BBBF6A	 |
	STZ $08A6			;$BBBF6D	 |
	LDA #$8000			;$BBBF70	 |
	TRB $08C6			;$BBBF73	 |
	JSR CODE_BBBED7			;$BBBF76	 |
	LDA.l $0006B1			;$BBBF79	 |
	JML CODE_B5CDFD			;$BBBF7D	/

CODE_BBBF81:
	JSR CODE_BBBD8E			;$BBBF81	\
	LDA $D3				;$BBBF84	 |
	STA $05A3			;$BBBF86	 |
	LDA $059F			;$BBBF89	 |
	STA $05A5			;$BBBF8C	 |
	LDA $08C8			;$BBBF8F	 |
	STA $D3				;$BBBF92	 |
	STZ $08A6			;$BBBF94	 |
	LDA $0553			;$BBBF97	 |
	CMP #$0001			;$BBBF9A	 |
	BNE CODE_BBBFC1			;$BBBF9D	 |
	LDA $056B			;$BBBF9F	 |
	AND #$00FF			;$BBBFA2	 |
	BEQ CODE_BBBFC1			;$BBBFA5	 |
	LDA #CODE_BAB1B9		;$BBBFA7	 |
	STA $00067D			;$BBBFAA	 |
	LDA $056B			;$BBBFAE	 |
	AND #$0003			;$BBBFB1	 |
	DEC A				;$BBBFB4	 |
	STA $000650			;$BBBFB5	 |
	LDA #CODE_808CC9		;$BBBFB9	 |
	STA $20				;$BBBFBC	 |
CODE_BBBFBE:				;		 |
	WAI				;$BBBFBE	 |
	BRA CODE_BBBFBE			;$BBBFBF	/

CODE_BBBFC1:
	LDA #CODE_8087E1		;$BBBFC1	\
	JML CODE_808C9E			;$BBBFC4	/

CODE_BBBFC8:
	LDA $08C8			;$BBBFC8	\
	STA $D3				;$BBBFCB	 |
	STZ $08A6			;$BBBFCD	 |
	LDA #$8000			;$BBBFD0	 |
	TRB $08C6			;$BBBFD3	 |
	LDA #CODE_8087E1		;$BBBFD6	 |
	JML CODE_808C9E			;$BBBFD9	/

CODE_BBBFDD:
	JSR CODE_BBC007			;$BBBFDD	\
	JSR CODE_BBC059			;$BBBFE0	 |
CODE_BBBFE3:				;		 |
	LDA #$8000			;$BBBFE3	 |
	TSB $08C6			;$BBBFE6	 |
	LDA $05A3			;$BBBFE9	 |
	STA $08C8			;$BBBFEC	 |
	LDA $05A5			;$BBBFEF	 |
	STA $08A6			;$BBBFF2	 |
	LDA $08C8			;$BBBFF5	 |
	STA $D3				;$BBBFF8	 |
	LDA #$0080			;$BBBFFA	 |
	TSB $08C2			;$BBBFFD	 |
	LDA #CODE_8087E1		;$BBC000	 |
	JML CODE_808C9E			;$BBC003	/

CODE_BBC007:
	LDA #$8000			;$BBC007	\
	TRB $19D8			;$BBC00A	 |
	BEQ CODE_BBC018			;$BBC00D	 |
	LDA $19D8			;$BBC00F	 |
	STA $08BC			;$BBC012	 |
	STA $096B			;$BBC015	 |
CODE_BBC018:				;		 |
	RTS				;$BBC018	/

CODE_BBC019:
	LDA $08A4			;$BBC019	\
	CLC				;$BBC01C	 |
	ADC #$0002			;$BBC01D	 |
	STA $0006CF			;$BBC020	 |
	LDA #$0001			;$BBC024	 |
	STA $0006D1			;$BBC027	 |
	STZ $6E				;$BBC02B	 |
	STZ $6C				;$BBC02D	 |
	JSR CODE_BBC07E			;$BBC02F	 |
	LDA.l $0006D9			;$BBC032	 |
	STA $0515			;$BBC036	 |
	LDA.l $0006DB			;$BBC039	 |
	STA $08C8			;$BBC03D	 |
	STZ $08A6			;$BBC040	 |
	LDA #$8000			;$BBC043	 |
	TRB $08C6			;$BBC046	 |
	JSR CODE_BBBED7			;$BBC049	 |
	LDA #$0000			;$BBC04C	 |
	JML CODE_B5CDFD			;$BBC04F	/

CODE_BBC053:
	JMP CODE_BBBEF8			;$BBC053	/

CODE_BBC056:
	JMP CODE_BBBEF8			;$BBC056	/

CODE_BBC059:
	LDA $0521			;$BBC059	\
	AND #$0007			;$BBC05C	 |
	BNE CODE_BBC062			;$BBC05F	 |
CODE_BBC061:				;		 |
	RTS				;$BBC061	/

CODE_BBC062:
	DEC A				;$BBC062	\
	ASL A				;$BBC063	 |
	TAX				;$BBC064	 |
	LDA.l DATA_BBC070,x		;$BBC065	 |
	STA $6E				;$BBC069	 |
	BNE CODE_BBC061			;$BBC06B	 |
	STZ $6C				;$BBC06D	 |
	RTS				;$BBC06F	/

DATA_BBC070:
	db $00, $00, $90, $01, $94, $01, $98, $01
	db $9C, $01, $A0, $01, $00, $00


CODE_BBC07E:
	LDA $0551			;$BBC07E	\
	STA $26				;$BBC081	 |
	LDA #$00FD			;$BBC083	 |
	STA $28				;$BBC086	 |
	BRA CODE_BBC098			;$BBC088	/

CODE_BBC08A:
	TAY				;$BBC08A	\
	INC $26				;$BBC08B	 |
	INC $26				;$BBC08D	 |
	LDA [$26]			;$BBC08F	 |
	INC $26				;$BBC091	 |
	INC $26				;$BBC093	 |
	JSR CODE_BBC0DD			;$BBC095	 |
CODE_BBC098:				;		 |
	LDA [$26]			;$BBC098	 |
	CMP #$FFFF			;$BBC09A	 |
	BNE CODE_BBC08A			;$BBC09D	 |
	RTS				;$BBC09F	/

	JSR CODE_BBC0A4			;$BBC0A0	 |
	RTL				;$BBC0A3	/

CODE_BBC0A4:
	LDX #$0048			;$BBC0A4	\
	LDA #$0000			;$BBC0A7	 |
CODE_BBC0AA:				;		 |
	STA $0006CF,x			;$BBC0AA	 |
	DEX				;$BBC0AE	 |
	DEX				;$BBC0AF	 |
	BNE CODE_BBC0AA			;$BBC0B0	 |
	RTS				;$BBC0B2	/

	LDX #$0018			;$BBC0B3	 |
CODE_BBC0B6:				;		 |
	LDA.l DATA_BBC0C3,x		;$BBC0B6	 |
	STA $0006D7,x			;$BBC0BA	 |
	DEX				;$BBC0BE	 |
	DEX				;$BBC0BF	 |
	BNE CODE_BBC0B6			;$BBC0C0	 |
	RTL				;$BBC0C2	/

DATA_BBC0C3:
	db $05, $00, $97, $00, $6B, $00, $86, $00
	db $6B, $00, $80, $00, $6B, $00, $9A, $00
	db $6B, $00, $16, $00, $6B, $00, $00, $00
	db $00, $00


CODE_BBC0DD:
	STY $5E				;$BBC0DD	\
	CMP $5E				;$BBC0DF	 |
	BEQ CODE_BBC0E8			;$BBC0E1	 |
	STA $60				;$BBC0E3	 |
	JSR CODE_BBC0E9			;$BBC0E5	 |
CODE_BBC0E8:				;		 |
	RTS				;$BBC0E8	/

CODE_BBC0E9:
	LDX #$0000			;$BBC0E9	\
CODE_BBC0EC:				;		 |
	LDA.l $0006D9,x			;$BBC0EC	 |
	BEQ CODE_BBC103			;$BBC0F0	 |
	INX				;$BBC0F2	 |
	INX				;$BBC0F3	 |
	INX				;$BBC0F4	 |
	INX				;$BBC0F5	 |
	CPX #$0030			;$BBC0F6	 |
	BNE CODE_BBC0EC			;$BBC0F9	 |
	LDA #$000B			;$BBC0FB	 |
	JSL CODE_808C13			;$BBC0FE	 |
	RTS				;$BBC102	/

CODE_BBC103:
	LDA $5E				;$BBC103	\
	STA $0006D9,x			;$BBC105	 |
	LDA $60				;$BBC109	 |
	STA $0006DB,x			;$BBC10B	 |
	STZ $06DD,x			;$BBC10F	 |
	INC $06D7			;$BBC112	 |
	RTS				;$BBC115	/

CODE_BBC116:
	LDA $059D			;$BBC116	\
	CMP #$0008			;$BBC119	 |
	BMI CODE_BBC128			;$BBC11C	 |
	LDA #$0009			;$BBC11E	 |
	JSL CODE_808C13			;$BBC121	 |
	STZ $059D			;$BBC125	 |
CODE_BBC128:				;		 |
	LDA $059D			;$BBC128	 |
	ASL A				;$BBC12B	 |
	TAX				;$BBC12C	 |
	LDA $053D,x			;$BBC12D	 |
	AND #$01FF			;$BBC130	 |
	BNE CODE_BBC13F			;$BBC133	 |
	LDA #$000A			;$BBC135	 |
	JSL CODE_808C13			;$BBC138	 |
	STZ $059D			;$BBC13C	 |
CODE_BBC13F:				;		 |
	RTS				;$BBC13F	/

CODE_BBC140:
	LDX $64				;$BBC140	\
	CPX $0597			;$BBC142	 |
	BEQ CODE_BBC14F			;$BBC145	 |
	LDA $19D4			;$BBC147	 |
	BEQ CODE_BBC174			;$BBC14A	 |
	DEC $19D4			;$BBC14C	 |
CODE_BBC14F:				;		 |
	RTL				;$BBC14F	/

CODE_BBC150:
	INC $19D2			;$BBC150	\
	INC $19D2			;$BBC153	 |
	INC $19D2			;$BBC156	 |
	INC $19D2			;$BBC159	 |
	RTL				;$BBC15C	/

CODE_BBC15D:
	INC $19D2			;$BBC15D	\
	INC $19D2			;$BBC160	 |
	INC $19D2			;$BBC163	 |
	INC $19D2			;$BBC166	 |
	BRA CODE_BBC174			;$BBC169	/

CODE_BBC16B:
	STA $19D0			;$BBC16B	\
	STZ $19D2			;$BBC16E	 |
	STZ $19D4			;$BBC171	 |
CODE_BBC174:				;		 |
	PHK				;$BBC174	 |
	PLB				;$BBC175	 |
	LDA $19D0			;$BBC176	 |
	ASL A				;$BBC179	 |
	TAX				;$BBC17A	 |
	LDA.l DATA_BBC18D,x		;$BBC17B	 |
	CLC				;$BBC17F	 |
	ADC $19D2			;$BBC180	 |
	TAX				;$BBC183	 |
	LDA $0000,x			;$BBC184	 |
	STA $19D4			;$BBC187	 |
	JMP ($0002,x)			;$BBC18A	/

DATA_BBC18D:
	dw DATA_BBC1A7
	dw DATA_BBC1A7
	dw DATA_BBC1E7
	dw DATA_BBC217
	dw DATA_BBC22B
	dw DATA_BBC24F
	dw DATA_BBC26B
	dw DATA_BBC287
	dw DATA_BBC2AB
	dw DATA_BBC1FF
	dw DATA_BBC2CF
	dw DATA_BBC2EB
	dw DATA_BBC2FB

DATA_BBC1A7:
	db $00, $00 : dw CODE_BBC389
	db $00, $00 : dw CODE_BBC394
	db $40, $00 : dw CODE_BBC3E5
	db $28, $00 : dw CODE_BBC457
	db $40, $00 : dw CODE_BBC3E5
	db $50, $00 : dw CODE_BBC457
	db $08, $00 : dw CODE_BBC3E5
	db $01, $00 : dw CODE_BBC316
	db $A0, $00 : dw CODE_BBC3AE
	db $30, $00 : dw CODE_BBC368
	db $01, $00 : dw CODE_BBC35E
	db $48, $00 : dw CODE_BBC4C6
	db $08, $00 : dw CODE_BBC42F
	db $40, $00 : dw CODE_BBC48A
	db $40, $00 : dw CODE_BBC34A
	db $01, $00 : dw CODE_BBC513

DATA_BBC1E7:
	db $00, $00 : dw CODE_BBC394
	db $40, $00 : dw CODE_BBC42F
	db $2C, $00 : dw CODE_BBC48A
	db $40, $01 : dw CODE_BBC4C6
	db $04, $00 : dw CODE_BBC42F
	db $01, $00 : dw CODE_BBC513

DATA_BBC1FF:
	db $00, $00 : dw CODE_BBC394
	db $20, $00 : dw CODE_BBC42F
	db $2C, $00 : dw CODE_BBC48A
	db $40, $00 : dw CODE_BBC4C6
	db $04, $00 : dw CODE_BBC42F
	db $01, $00 : dw CODE_BBC513

DATA_BBC217:
	db $18, $00 : dw CODE_BBC406
	db $04, $00 : dw CODE_BBC42F
	db $C0, $00 : dw CODE_BBC33A
	db $18, $00 : dw CODE_BBC344
	db $01, $00 : dw CODE_BBC513

DATA_BBC22B:
	db $28, $00 : dw CODE_BBC406
	db $01, $00 : dw CODE_BBC316
	db $01, $00 : dw CODE_BBC42F
	db $60, $00 : dw CODE_BBC3AE
	db $01, $00 : dw CODE_BBC321
	db $40, $00 : dw CODE_BBC4C6
	db $40, $00 : dw CODE_BBC33A
	db $88, $03 : dw CODE_BBC42F
	db $01, $00 : dw CODE_BBC513

DATA_BBC24F:
	db $00, $00 : dw CODE_BBC389
	db $00, $00 : dw CODE_BBC394
	db $02, $00 : dw CODE_BBC3E5
	db $10, $00 : dw CODE_BBC48A
	db $50, $00 : dw CODE_BBC4C6
	db $08, $00 : dw CODE_BBC42F
	db $01, $00 : dw CODE_BBC513

DATA_BBC26B:
	db $00, $00 : dw CODE_BBC373
	db $00, $00 : dw CODE_BBC394
	db $02, $00 : dw CODE_BBC3E5
	db $10, $00 : dw CODE_BBC48A
	db $50, $00 : dw CODE_BBC4C6
	db $08, $00 : dw CODE_BBC42F
	db $01, $00 : dw CODE_BBC513

DATA_BBC287:
	db $00, $00 : dw CODE_BBC37E
	db $00, $00 : dw CODE_BBC394
	db $01, $00 : dw CODE_BBC3E5
	db $20, $00 : dw CODE_BBC457
	db $30, $00 : dw CODE_BBC42F
	db $28, $00 : dw CODE_BBC457
	db $50, $00 : dw CODE_BBC4C6
	db $08, $00 : dw CODE_BBC42F
	db $01, $00 : dw CODE_BBC513

DATA_BBC2AB:
	db $00, $00 : dw CODE_BBC389
	db $00, $00 : dw CODE_BBC394
	db $01, $00 : dw CODE_BBC3E5
	db $10, $00 : dw CODE_BBC457
	db $50, $00 : dw CODE_BBC42F
	db $13, $00 : dw CODE_BBC457
	db $78, $00 : dw CODE_BBC4C6
	db $08, $00 : dw CODE_BBC42F
	db $01, $00 : dw CODE_BBC513

DATA_BBC2CF:
	db $00, $00 : dw CODE_BBC389
	db $00, $00 : dw CODE_BBC394
	db $01, $00 : dw CODE_BBC3E5
	db $4C, $00 : dw CODE_BBC48A
	db $80, $00 : dw CODE_BBC4C6
	db $08, $00 : dw CODE_BBC42F
	db $01, $00 : dw CODE_BBC513

DATA_BBC2EB:
	db $30, $00 : dw CODE_BBC406
	db $01, $00 : dw CODE_BBC316
	db $00, $0C : dw CODE_BBC42F
	db $01, $00 : dw CODE_BBC513

DATA_BBC2FB:
	db $48, $00 : dw CODE_BBC406
	db $00, $02 : dw CODE_BBC42F
	db $01, $00 : dw CODE_BBC30B
	db $00, $02 : dw CODE_BBC513

CODE_BBC30B:
	JSL CODE_BB8158			;$BBC30B	\
	JSL CODE_B88262			;$BBC30F	 |
	JMP CODE_BBC15D			;$BBC313	/

CODE_BBC316:
	JSL CODE_B8808E			;$BBC316	\
	JSL CODE_B8B3EC			;$BBC31A	 |
	JMP CODE_BBC150			;$BBC31E	/

CODE_BBC321:
	LDY #$0E9E			;$BBC321	\
	LDX $0593			;$BBC324	 |
	LDA $0006,y			;$BBC327	 |
	SEC				;$BBC32A	 |
	SBC $06,x			;$BBC32B	 |
	LSR A				;$BBC32D	 |
	EOR $12,x			;$BBC32E	 |
	AND #$4000			;$BBC330	 |
	EOR $12,x			;$BBC333	 |
	STA $12,x			;$BBC335	 |
	JMP CODE_BBC15D			;$BBC337	/

CODE_BBC33A:
	LDA.l $000654			;$BBC33A	\
	STA $0AE8			;$BBC33E	 |
	JMP CODE_BBC150			;$BBC341	/

CODE_BBC344:
	STZ $0AE8			;$BBC344	\
	JMP CODE_BBC150			;$BBC347	/

CODE_BBC34A:
	LDA $08FC			;$BBC34A	\
	ORA #$0003			;$BBC34D	 |
	STA $08FC			;$BBC350	 |
	JSL CODE_B8A691			;$BBC353	 |
	JSL CODE_B4AFAD			;$BBC357	 |
	JMP CODE_BBC150			;$BBC35B	/

CODE_BBC35E:
	LDA #$0001			;$BBC35E	\
	JSL CODE_B58018			;$BBC361	 |
	JMP CODE_BBC150			;$BBC365	/

CODE_BBC368:
	LDX $075F			;$BBC368	\
	LDA #$0002			;$BBC36B	 |
	STA $2E,x			;$BBC36E	 |
	JMP CODE_BBC150			;$BBC370	/

CODE_BBC373:
	LDX $0593			;$BBC373	\
	LDA #$0180			;$BBC376	 |
	STA $06,x			;$BBC379	 |
	JMP CODE_BBC15D			;$BBC37B	/

CODE_BBC37E:
	LDX $0593			;$BBC37E	\
	LDA #$0350			;$BBC381	 |
	STA $06,x			;$BBC384	 |
	JMP CODE_BBC15D			;$BBC386	/

CODE_BBC389:
	LDX $0593			;$BBC389	\
	LDA #$0100			;$BBC38C	 |
	STA $06,x			;$BBC38F	 |
	JMP CODE_BBC15D			;$BBC391	/

CODE_BBC394:
	LDA $08C2			;$BBC394	\
	AND #$4000			;$BBC397	 |
	BEQ CODE_BBC3AB			;$BBC39A	 |
	LDY $0597			;$BBC39C	 |
	LDX $0593			;$BBC39F	 |
	LDA $06,x			;$BBC3A2	 |
	SEC				;$BBC3A4	 |
	SBC #$001C			;$BBC3A5	 |
	STA $0006,y			;$BBC3A8	 |
CODE_BBC3AB:				;		 |
	JMP CODE_BBC15D			;$BBC3AB	/

CODE_BBC3AE:
	JSL CODE_B8808E			;$BBC3AE	\
	LDA $0A,x			;$BBC3B2	 |
	STA $0C,x			;$BBC3B4	 |
	STZ $0E,x			;$BBC3B6	 |
	STZ $26,x			;$BBC3B8	 |
	STZ $20,x			;$BBC3BA	 |
	LDA #$0074			;$BBC3BC	 |
	STA $2E,x			;$BBC3BF	 |
	LDA #$0045			;$BBC3C1	 |
	JSL CODE_B9D0B0			;$BBC3C4	 |
	LDA $08C2			;$BBC3C8	 |
	AND #$4000			;$BBC3CB	 |
	BEQ CODE_BBC42C			;$BBC3CE	 |
	JSL CODE_B880A2			;$BBC3D0	 |
	LDA #$0074			;$BBC3D4	 |
	STZ $26,x			;$BBC3D7	 |
	STA $2E,x			;$BBC3D9	 |
	LDA #$0001			;$BBC3DB	 |
	JSL CODE_B9D0B0			;$BBC3DE	 |
	JMP CODE_BBC150			;$BBC3E2	/

CODE_BBC3E5:
	JSL CODE_B8808E			;$BBC3E5	\
	JSR CODE_BBC3FE			;$BBC3E9	 |
	LDA $08C2			;$BBC3EC	 |
	AND #$4000			;$BBC3EF	 |
	BEQ CODE_BBC42C			;$BBC3F2	 |
	JSL CODE_B880A2			;$BBC3F4	 |
	JSR CODE_BBC3FE			;$BBC3F8	 |
	JMP CODE_BBC150			;$BBC3FB	/

CODE_BBC3FE:
	LDA #$0075			;$BBC3FE	\
	STA $2E,x			;$BBC401	 |
	STZ $26,x			;$BBC403	 |
	RTS				;$BBC405	/

CODE_BBC406:
	JSL CODE_B8808E			;$BBC406	\
	JSL CODE_B88EB8			;$BBC40A	 |
	LDX $64				;$BBC40E	 |
	LDA #$007C			;$BBC410	 |
	STA $2E,x			;$BBC413	 |
	STZ $26,x			;$BBC415	 |
	STZ $24,x			;$BBC417	 |
	STZ $1C,x			;$BBC419	 |
	LDA $08C2			;$BBC41B	 |
	AND #$4000			;$BBC41E	 |
	BEQ CODE_BBC42C			;$BBC421	 |
	JSL CODE_B880A2			;$BBC423	 |
	LDA #$0022			;$BBC427	 |
	STA $2E,x			;$BBC42A	 |
CODE_BBC42C:				;		 |
	JMP CODE_BBC150			;$BBC42C	/

CODE_BBC42F:
	JSL CODE_B8808E			;$BBC42F	\
	JSR CODE_BBC448			;$BBC433	 |
	LDA $08C2			;$BBC436	 |
	AND #$4000			;$BBC439	 |
	BEQ CODE_BBC42C			;$BBC43C	 |
	JSL CODE_B880A2			;$BBC43E	 |
	JSR CODE_BBC448			;$BBC442	 |
	JMP CODE_BBC150			;$BBC445	/

CODE_BBC448:
	LDA #$0074			;$BBC448	\
	STZ $26,x			;$BBC44B	 |
	STA $2E,x			;$BBC44D	 |
	LDA #$0001			;$BBC44F	 |
	JSL CODE_B9D0B0			;$BBC452	 |
	RTS				;$BBC456	/

CODE_BBC457:
	JSL CODE_B8808E			;$BBC457	\
	JSR CODE_BBC470			;$BBC45B	 |
	LDA $08C2			;$BBC45E	 |
	AND #$4000			;$BBC461	 |
	BEQ CODE_BBC4A0			;$BBC464	 |
	JSL CODE_B880A2			;$BBC466	 |
	JSR CODE_BBC470			;$BBC46A	 |
	JMP CODE_BBC150			;$BBC46D	/

CODE_BBC470:
	LDA $0A,x			;$BBC470	\
	STA $0C,x			;$BBC472	 |
	STZ $0E,x			;$BBC474	 |
	LDA #$0200			;$BBC476	 |
	STA $26,x			;$BBC479	 |
	STA $20,x			;$BBC47B	 |
	LDA #$0075			;$BBC47D	 |
	STA $2E,x			;$BBC480	 |
	LDA #$0003			;$BBC482	 |
	JSL CODE_B9D0B0			;$BBC485	 |
	RTS				;$BBC489	/

CODE_BBC48A:
	JSL CODE_B8808E			;$BBC48A	\
	JSR CODE_BBC4A3			;$BBC48E	 |
	LDA $08C2			;$BBC491	 |
	AND #$4000			;$BBC494	 |
	BEQ CODE_BBC4A0			;$BBC497	 |
	JSL CODE_B880A2			;$BBC499	 |
	JSR CODE_BBC4A3			;$BBC49D	 |
CODE_BBC4A0:				;		 |
	JMP CODE_BBC150			;$BBC4A0	/

CODE_BBC4A3:
	LDA $0A,x			;$BBC4A3	\
	STA $0C,x			;$BBC4A5	 |
	STZ $0E,x			;$BBC4A7	 |
	LDA #$0400			;$BBC4A9	 |
	STA $26,x			;$BBC4AC	 |
	STA $20,x			;$BBC4AE	 |
	LDA #$0075			;$BBC4B0	 |
	STA $2E,x			;$BBC4B3	 |
	LDA $0006,y			;$BBC4B5	 |
	ORA #$0004			;$BBC4B8	 |
	STA $0006,y			;$BBC4BB	 |
	LDA #$0004			;$BBC4BE	 |
	JSL CODE_B9D0B0			;$BBC4C1	 |
	RTS				;$BBC4C5	/

CODE_BBC4C6:
	STZ $0D7A			;$BBC4C6	\
	JSL CODE_B8808E			;$BBC4C9	 |
	JSR CODE_BBC4E2			;$BBC4CD	 |
	LDA $08C2			;$BBC4D0	 |
	AND #$4000			;$BBC4D3	 |
	BEQ CODE_BBC4A0			;$BBC4D6	 |
	JSL CODE_B880A2			;$BBC4D8	 |
	JSR CODE_BBC4E2			;$BBC4DC	 |
	JMP CODE_BBC150			;$BBC4DF	/

CODE_BBC4E2:
	LDA $D3				;$BBC4E2	\
	CMP #$0061			;$BBC4E4	 |
	BNE CODE_BBC4FC			;$BBC4E7	 |
	LDY $0654			;$BBC4E9	 |
	LDA $0006,y			;$BBC4EC	 |
	SEC				;$BBC4EF	 |
	SBC $06,x			;$BBC4F0	 |
	LSR A				;$BBC4F2	 |
	EOR $12,x			;$BBC4F3	 |
	AND #$4000			;$BBC4F5	 |
	EOR $12,x			;$BBC4F8	 |
	STA $12,x			;$BBC4FA	 |
CODE_BBC4FC:				;		 |
	LDA $0A,x			;$BBC4FC	 |
	STA $0C,x			;$BBC4FE	 |
	STZ $0E,x			;$BBC500	 |
	STZ $26,x			;$BBC502	 |
	STZ $20,x			;$BBC504	 |
	LDA #$0074			;$BBC506	 |
	STA $2E,x			;$BBC509	 |
	LDA #$009F			;$BBC50B	 |
	JSL CODE_B9D0B0			;$BBC50E	 |
	RTS				;$BBC512	/

CODE_BBC513:
	JSL CODE_B8808E			;$BBC513	\
	STZ $2E,x			;$BBC517	 |
	LDA $08C2			;$BBC519	 |
	AND #$4000			;$BBC51C	 |
	BEQ CODE_BBC537			;$BBC51F	 |
	JSL CODE_B880A2			;$BBC521	 |
	LDA #$0022			;$BBC525	 |
	STA $2E,x			;$BBC528	 |
	LDA #$001F			;$BBC52A	 |
	LDX #$0003			;$BBC52D	 |
	LDY #$0000			;$BBC530	 |
	JSL CODE_B8D8D1			;$BBC533	 |
CODE_BBC537:				;		 |
	JMP CODE_BBC150			;$BBC537	/

CODE_BBC53A:
	ASL A				;$BBC53A	\
	ASL A				;$BBC53B	 |
	TAX				;$BBC53C	 |
	LDA.l DATA_BBC579,x		;$BBC53D	 |
	STA $26				;$BBC541	 |
	LDA.l DATA_BBC57B,x		;$BBC543	 |
	STA $28				;$BBC547	 |
	LDY #$0004			;$BBC549	 |
	LDA [$26],y			;$BBC54C	 |
	AND #$FFFE			;$BBC54E	 |
	CMP #$0052			;$BBC551	 |
	BEQ CODE_BBC560			;$BBC554	 |
	CMP #$0152			;$BBC556	 |
	BEQ CODE_BBC560			;$BBC559	 |
	CMP #$0252			;$BBC55B	 |
	BNE CODE_BBC577			;$BBC55E	 |
CODE_BBC560:				;		 |
	JSR CODE_BBC585			;$BBC560	 |
	LDY #$0000			;$BBC563	 |
	LDA [$26],y			;$BBC566	 |
	CMP $5E				;$BBC568	 |
	BNE CODE_BBC577			;$BBC56A	 |
	LDY #$0002			;$BBC56C	 |
	LDA [$26],y			;$BBC56F	 |
	CMP $60				;$BBC571	 |
	BNE CODE_BBC577			;$BBC573	 |
	SEC				;$BBC575	 |
	RTL				;$BBC576	/

CODE_BBC577:
	CLC				;$BBC577	\
	RTL				;$BBC578	/

DATA_BBC579:
	db $08, $60

DATA_BBC57B:
	db $B0, $00, $B0, $62, $B0, $00, $58, $65
	db $B0, $00

CODE_BBC585:
	STZ $5E				;$BBC585	\
	STZ $60				;$BBC587	 |
	LDY #$0006			;$BBC589	 |
CODE_BBC58C:				;		 |
	LDA [$26],y			;$BBC58C	 |
	CLC				;$BBC58E	 |
	ADC $5E				;$BBC58F	 |
	STA $5E				;$BBC591	 |
	INY				;$BBC593	 |
	INY				;$BBC594	 |
	CPY #$02A2			;$BBC595	 |
	BNE CODE_BBC58C			;$BBC598	 |
	LDY #$0006			;$BBC59A	 |
CODE_BBC59D:				;		 |
	LDA [$26],y			;$BBC59D	 |
	EOR $60				;$BBC59F	 |
	STA $60				;$BBC5A1	 |
	INY				;$BBC5A3	 |
	INY				;$BBC5A4	 |
	CPY #$02A2			;$BBC5A5	 |
	BNE CODE_BBC59D			;$BBC5A8	 |
	RTS				;$BBC5AA	/

CODE_BBC5AB:
	PHB				;$BBC5AB	\
	LDA $060D			;$BBC5AC	 |
	CMP #$0002			;$BBC5AF	 |
	BNE CODE_BBC5C3			;$BBC5B2	 |
	JSL CODE_BBC85B			;$BBC5B4	 |
	JSL CODE_BBC5F4			;$BBC5B8	 |
	JSR CODE_BBC5CC			;$BBC5BC	 |
	JSL CODE_BBC85B			;$BBC5BF	 |
CODE_BBC5C3:				;		 |
	JSL CODE_BBC5F4			;$BBC5C3	 |
	JSR CODE_BBC5CC			;$BBC5C7	 |
	PLB				;$BBC5CA	 |
	RTL				;$BBC5CB	/

CODE_BBC5CC:
	LDA $0611			;$BBC5CC	\
	ASL A				;$BBC5CF	 |
	TAX				;$BBC5D0	 |
	LDA.l DATA_BBC5EE,x		;$BBC5D1	 |
	STA $32				;$BBC5D5	 |
	LDA #$00B0			;$BBC5D7	 |
	STA $34				;$BBC5DA	 |
	PEA $BB7E			;$BBC5DC	 |
	PLB				;$BBC5DF	 |
	LDY #$02A6			;$BBC5E0	 |
CODE_BBC5E3:				;		 |
	LDA $56CA,y			;$BBC5E3	 |
	STA [$32],y			;$BBC5E6	 |
	DEY				;$BBC5E8	 |
	DEY				;$BBC5E9	 |
	BPL CODE_BBC5E3			;$BBC5EA	 |
	PLB				;$BBC5EC	 |
	RTS				;$BBC5ED	/


DATA_BBC5EE:
	db $08, $60, $B0, $62, $58, $65

CODE_BBC5F4:
	JSL CODE_BB819F			;$BBC5F4	\
	LDA #$56CA			;$BBC5F8	 |
	STA $26				;$BBC5FB	 |
	LDA #$007E			;$BBC5FD	 |
	STA $28				;$BBC600	 |
	SEP #$20			;$BBC602	 |
	LDA $060D			;$BBC604	 |
	LDY #$0005			;$BBC607	 |
	STA [$26],y			;$BBC60A	 |
	REP #$20			;$BBC60C	 |
	SEP #$20			;$BBC60E	 |
	LDA $060F			;$BBC610	 |
	AND #$01			;$BBC613	 |
	ORA #$52			;$BBC615	 |
	LDY #$0004			;$BBC617	 |
	STA [$26],y			;$BBC61A	 |
	REP #$20			;$BBC61C	 |
	LDA $060D			;$BBC61E	 |
	CMP #$0002			;$BBC621	 |
	BNE CODE_BBC633			;$BBC624	 |
	LDA $060F			;$BBC626	 |
	AND #$0001			;$BBC629	 |
	BEQ CODE_BBC633			;$BBC62C	 |
	LDA #$0154			;$BBC62E	 |
	BRA CODE_BBC636			;$BBC631	/

CODE_BBC633:
	LDA #$0006			;$BBC633	\
CODE_BBC636:				;		 |
	CLC				;$BBC636	 |
	ADC $26				;$BBC637	 |
	STA $D9				;$BBC639	 |
	LDA #$0000			;$BBC63B	 |
	ADC $28				;$BBC63E	 |
	STA $DB				;$BBC640	 |
	LDA $D5				;$BBC642	 |
	LDY #$0000			;$BBC644	 |
	STA [$D9],y			;$BBC647	 |
	LDA $D7				;$BBC649	 |
	INY				;$BBC64B	 |
	INY				;$BBC64C	 |
	STA [$D9],y			;$BBC64D	 |
	SEP #$20			;$BBC64F	 |
	LDA $0904			;$BBC651	 |
	LDY #$0004			;$BBC654	 |
	STA [$D9],y			;$BBC657	 |
	LDA $08CC			;$BBC659	 |
	LDY #$0005			;$BBC65C	 |
	STA [$D9],y			;$BBC65F	 |
	LDA $08CE			;$BBC661	 |
	LDY #$0006			;$BBC664	 |
	STA [$D9],y			;$BBC667	 |
	LDA $08D0			;$BBC669	 |
	LDY #$0007			;$BBC66C	 |
	STA [$D9],y			;$BBC66F	 |
	LDA $D3				;$BBC671	 |
	LDY #$0008			;$BBC673	 |
	STA [$D9],y			;$BBC676	 |
	LDA $08A4			;$BBC678	 |
	LDY #$00B3			;$BBC67B	 |
	STA [$D9],y			;$BBC67E	 |
	LDY #$00E3			;$BBC680	 |
	LDX #$002F			;$BBC683	 |
CODE_BBC686:				;		 |
	LDA $08D2,x			;$BBC686	 |
	STA [$D9],y			;$BBC689	 |
	DEY				;$BBC68B	 |
	DEX				;$BBC68C	 |
	BPL CODE_BBC686			;$BBC68D	 |
	REP #$20			;$BBC68F	 |
	LDA.l $0006B1			;$BBC691	 |
	LDY #$00AD			;$BBC695	 |
	STA [$D9],y			;$BBC698	 |
	LDA.l $0006AB			;$BBC69A	 |
	LDY #$00AF			;$BBC69E	 |
	STA [$D9],y			;$BBC6A1	 |
	LDA.l $0006A9			;$BBC6A3	 |
	LDY #$00B1			;$BBC6A7	 |
	STA [$D9],y			;$BBC6AA	 |
	LDA $060B			;$BBC6AC	 |
	LDY #$00E4			;$BBC6AF	 |
	STA [$D9],y			;$BBC6B2	 |
	LDA $08C2			;$BBC6B4	 |
	ORA #$0200			;$BBC6B7	 |
	STA $08C2			;$BBC6BA	 |
	LDY #$0009			;$BBC6BD	 |
	STA [$D9],y			;$BBC6C0	 |
	LDA $08C4			;$BBC6C2	 |
	LDY #$000B			;$BBC6C5	 |
	STA [$D9],y			;$BBC6C8	 |
	LDY #$002B			;$BBC6CA	 |
	LDX #$001E			;$BBC6CD	 |
CODE_BBC6D0:				;		 |
	LDA.l $7E5972,x			;$BBC6D0	 |
	STA [$D9],y			;$BBC6D4	 |
	DEY				;$BBC6D6	 |
	DEY				;$BBC6D7	 |
	DEX				;$BBC6D8	 |
	DEX				;$BBC6D9	 |
	BPL CODE_BBC6D0			;$BBC6DA	 |
	LDY #$004B			;$BBC6DC	 |
	LDX #$001E			;$BBC6DF	 |
CODE_BBC6E2:				;		 |
	LDA.l $7E5992,x			;$BBC6E2	 |
	STA [$D9],y			;$BBC6E6	 |
	DEY				;$BBC6E8	 |
	DEY				;$BBC6E9	 |
	DEX				;$BBC6EA	 |
	DEX				;$BBC6EB	 |
	BPL CODE_BBC6E2			;$BBC6EC	 |
	LDY #$006B			;$BBC6EE	 |
	LDX #$001E			;$BBC6F1	 |
CODE_BBC6F4:				;		 |
	LDA.l $7E59B2,x			;$BBC6F4	 |
	STA [$D9],y			;$BBC6F8	 |
	DEY				;$BBC6FA	 |
	DEY				;$BBC6FB	 |
	DEX				;$BBC6FC	 |
	DEX				;$BBC6FD	 |
	BPL CODE_BBC6F4			;$BBC6FE	 |
	LDY #$008B			;$BBC700	 |
	LDX #$001E			;$BBC703	 |
CODE_BBC706:				;		 |
	LDA.l $7E59D2,x			;$BBC706	 |
	STA [$D9],y			;$BBC70A	 |
	DEY				;$BBC70C	 |
	DEY				;$BBC70D	 |
	DEX				;$BBC70E	 |
	DEX				;$BBC70F	 |
	BPL CODE_BBC706			;$BBC710	 |
	LDY #$00AB			;$BBC712	 |
	LDX #$001E			;$BBC715	 |
CODE_BBC718:				;		 |
	LDA.l $7E59F2,x			;$BBC718	 |
	STA [$D9],y			;$BBC71C	 |
	DEY				;$BBC71E	 |
	DEY				;$BBC71F	 |
	DEX				;$BBC720	 |
	DEX				;$BBC721	 |
	BPL CODE_BBC718			;$BBC722	 |
	JSR CODE_BBC585			;$BBC724	 |
	LDY #$0000			;$BBC727	 |
	LDA $5E				;$BBC72A	 |
	STA [$26],y			;$BBC72C	 |
	LDY #$0002			;$BBC72E	 |
	LDA $60				;$BBC731	 |
	STA [$26],y			;$BBC733	 |
	RTL				;$BBC735	/

CODE_BBC736:
	JSL CODE_808F68			;$BBC736	\
	LDA #$56CA			;$BBC73A	 |
	STA $26				;$BBC73D	 |
	LDA #$007E			;$BBC73F	 |
	STA $28				;$BBC742	 |
	LDA $060D			;$BBC744	 |
	CMP #$0002			;$BBC747	 |
	BNE CODE_BBC759			;$BBC74A	 |
	LDA $060F			;$BBC74C	 |
	AND #$0001			;$BBC74F	 |
	BEQ CODE_BBC759			;$BBC752	 |
	LDA #$0154			;$BBC754	 |
	BRA CODE_BBC75C			;$BBC757	/

CODE_BBC759:
	LDA #$0006			;$BBC759	\
CODE_BBC75C:				;		 |
	CLC				;$BBC75C	 |
	ADC $26				;$BBC75D	 |
	STA $D9				;$BBC75F	 |
	LDA #$0000			;$BBC761	 |
	ADC $28				;$BBC764	 |
	STA $DB				;$BBC766	 |
	LDY #$0009			;$BBC768	 |
	LDA [$D9],y			;$BBC76B	 |
	STA $08C2			;$BBC76D	 |
	AND #$0200			;$BBC770	 |
	BNE CODE_BBC776			;$BBC773	 |
	RTL				;$BBC775	/

CODE_BBC776:
	LDY #$000B			;$BBC776	\
	LDA [$D9],y			;$BBC779	 |
	STA $08C4			;$BBC77B	 |
	LDY #$0000			;$BBC77E	 |
	LDA [$D9],y			;$BBC781	 |
	STA $D5				;$BBC783	 |
	INY				;$BBC785	 |
	INY				;$BBC786	 |
	LDA [$D9],y			;$BBC787	 |
	STA $D7				;$BBC789	 |
	SEP #$20			;$BBC78B	 |
	LDY #$0004			;$BBC78D	 |
	LDA [$D9],y			;$BBC790	 |
	STA $0904			;$BBC792	 |
	LDY #$0005			;$BBC795	 |
	LDA [$D9],y			;$BBC798	 |
	STA $08CC			;$BBC79A	 |
	LDY #$0006			;$BBC79D	 |
	LDA [$D9],y			;$BBC7A0	 |
	STA $08CE			;$BBC7A2	 |
	LDY #$0007			;$BBC7A5	 |
	LDA [$D9],y			;$BBC7A8	 |
	STA $08D0			;$BBC7AA	 |
	LDY #$0008			;$BBC7AD	 |
	LDA [$D9],y			;$BBC7B0	 |
	STA $D3				;$BBC7B2	 |
	LDY #$00B3			;$BBC7B4	 |
	LDA [$D9],y			;$BBC7B7	 |
	STA $08A4			;$BBC7B9	 |
	LDY #$00E3			;$BBC7BC	 |
	LDX #$002F			;$BBC7BF	 |
CODE_BBC7C2:				;		 |
	LDA [$D9],y			;$BBC7C2	 |
	STA $08D2,x			;$BBC7C4	 |
	DEY				;$BBC7C7	 |
	DEX				;$BBC7C8	 |
	BPL CODE_BBC7C2			;$BBC7C9	 |
	REP #$20			;$BBC7CB	 |
	LDY #$00AD			;$BBC7CD	 |
	LDA [$D9],y			;$BBC7D0	 |
	STA $0006B1			;$BBC7D2	 |
	LDY #$00AF			;$BBC7D6	 |
	LDA [$D9],y			;$BBC7D9	 |
	STA $0006AB			;$BBC7DB	 |
	LDY #$00B1			;$BBC7DF	 |
	LDA [$D9],y			;$BBC7E2	 |
	STA $0006A9			;$BBC7E4	 |
	LDY #$00E4			;$BBC7E8	 |
	LDA [$D9],y			;$BBC7EB	 |
	AND #$FFFD			;$BBC7ED	 |
	STA $060B			;$BBC7F0	 |
	LDY #$002B			;$BBC7F3	 |
	LDX #$001E			;$BBC7F6	 |
CODE_BBC7F9:				;		 |
	LDA [$D9],y			;$BBC7F9	 |
	STA $7E5972,x			;$BBC7FB	 |
	DEY				;$BBC7FF	 |
	DEY				;$BBC800	 |
	DEX				;$BBC801	 |
	DEX				;$BBC802	 |
	BPL CODE_BBC7F9			;$BBC803	 |
	LDY #$004B			;$BBC805	 |
	LDX #$001E			;$BBC808	 |
CODE_BBC80B:				;		 |
	LDA [$D9],y			;$BBC80B	 |
	STA $7E5992,x			;$BBC80D	 |
	DEY				;$BBC811	 |
	DEY				;$BBC812	 |
	DEX				;$BBC813	 |
	DEX				;$BBC814	 |
	BPL CODE_BBC80B			;$BBC815	 |
	LDY #$006B			;$BBC817	 |
	LDX #$001E			;$BBC81A	 |
CODE_BBC81D:				;		 |
	LDA [$D9],y			;$BBC81D	 |
	STA $7E59B2,x			;$BBC81F	 |
	DEY				;$BBC823	 |
	DEY				;$BBC824	 |
	DEX				;$BBC825	 |
	DEX				;$BBC826	 |
	BPL CODE_BBC81D			;$BBC827	 |
	LDY #$008B			;$BBC829	 |
	LDX #$001E			;$BBC82C	 |
CODE_BBC82F:				;		 |
	LDA [$D9],y			;$BBC82F	 |
	STA $7E59D2,x			;$BBC831	 |
	DEY				;$BBC835	 |
	DEY				;$BBC836	 |
	DEX				;$BBC837	 |
	DEX				;$BBC838	 |
	BPL CODE_BBC82F			;$BBC839	 |
	LDY #$00AB			;$BBC83B	 |
	LDX #$001E			;$BBC83E	 |
CODE_BBC841:				;		 |
	LDA [$D9],y			;$BBC841	 |
	STA $7E59F2,x			;$BBC843	 |
	DEY				;$BBC847	 |
	DEY				;$BBC848	 |
	DEX				;$BBC849	 |
	DEX				;$BBC84A	 |
	BPL CODE_BBC841			;$BBC84B	 |
	LDA #$0040			;$BBC84D	 |
	TSB $06A3			;$BBC850	 |
	LDA $08A4			;$BBC853	 |
	JSL CODE_808837			;$BBC856	 |
	RTL				;$BBC85A	/

CODE_BBC85B:
	JSR CODE_BBC86F			;$BBC85B	\
	LDA $060F			;$BBC85E	 |
	EOR #$0001			;$BBC861	 |
	STA $060F			;$BBC864	 |
	JSR CODE_BBC8B7			;$BBC867	 |
	STZ $6E				;$BBC86A	 |
	STZ $6C				;$BBC86C	 |
	RTL				;$BBC86E	/

CODE_BBC86F:
	LDA #$007E			;$BBC86F	\
	STA $28				;$BBC872	 |
	LDA #$5000			;$BBC874	 |
	LDX $060F			;$BBC877	 |
	BEQ CODE_BBC880			;$BBC87A	 |
	CLC				;$BBC87C	 |
	ADC #$0365			;$BBC87D	 |
CODE_BBC880:				;		 |
	STA $26				;$BBC880	 |
	SEP #$20			;$BBC882	 |
	LDX #$0000			;$BBC884	 |
	LDY #$0000			;$BBC887	 |
CODE_BBC88A:				;		 |
	LDA $D1,x			;$BBC88A	 |
	STA [$26],y			;$BBC88C	 |
	INY				;$BBC88E	 |
	INX				;$BBC88F	 |
	CPX #$0008			;$BBC890	 |
	BNE CODE_BBC88A			;$BBC893	 |
	LDX #$0000			;$BBC895	 |
CODE_BBC898:				;		 |
	LDA $064A,x			;$BBC898	 |
	STA [$26],y			;$BBC89B	 |
	INY				;$BBC89D	 |
	INX				;$BBC89E	 |
	CPX #$02BD			;$BBC89F	 |
	BNE CODE_BBC898			;$BBC8A2	 |
	LDX #$0000			;$BBC8A4	 |
CODE_BBC8A7:				;		 |
	LDA.l $7E5972,x			;$BBC8A7	 |
	STA [$26],y			;$BBC8AB	 |
	INY				;$BBC8AD	 |
	INX				;$BBC8AE	 |
	CPX #$00A0			;$BBC8AF	 |
	BNE CODE_BBC8A7			;$BBC8B2	 |
	REP #$20			;$BBC8B4	 |
	RTS				;$BBC8B6	/

CODE_BBC8B7:
	LDA #$007E			;$BBC8B7	\
	STA $28				;$BBC8BA	 |
	LDA #$5000			;$BBC8BC	 |
	LDX $060F			;$BBC8BF	 |
	BEQ CODE_BBC8C8			;$BBC8C2	 |
	CLC				;$BBC8C4	 |
	ADC #$0365			;$BBC8C5	 |
CODE_BBC8C8:				;		 |
	STA $26				;$BBC8C8	 |
	SEP #$20			;$BBC8CA	 |
	LDX #$0000			;$BBC8CC	 |
	LDY #$0000			;$BBC8CF	 |
CODE_BBC8D2:				;		 |
	LDA [$26],y			;$BBC8D2	 |
	STA $D1,x			;$BBC8D4	 |
	INY				;$BBC8D6	 |
	INX				;$BBC8D7	 |
	CPX #$0008			;$BBC8D8	 |
	BNE CODE_BBC8D2			;$BBC8DB	 |
	LDX #$0000			;$BBC8DD	 |
CODE_BBC8E0:				;		 |
	LDA [$26],y			;$BBC8E0	 |
	STA $064A,x			;$BBC8E2	 |
	INY				;$BBC8E5	 |
	INX				;$BBC8E6	 |
	CPX #$02BD			;$BBC8E7	 |
	BNE CODE_BBC8E0			;$BBC8EA	 |
	LDX #$0000			;$BBC8EC	 |
CODE_BBC8EF:				;		 |
	LDA [$26],y			;$BBC8EF	 |
	STA $7E5972,x			;$BBC8F1	 |
	INY				;$BBC8F5	 |
	INX				;$BBC8F6	 |
	CPX #$00A0			;$BBC8F7	 |
	BNE CODE_BBC8EF			;$BBC8FA	 |
	REP #$20			;$BBC8FC	 |
	RTS				;$BBC8FE	/

DATA_BBC8FF:
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
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	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00

	%mirror(DATA_FBE800)
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	dw DATA_FFC308
	dw DATA_FFC322
	dw DATA_FFC340
	dw DATA_FFC35A
	dw DATA_FFC374
	dw DATA_FFC386
	dw DATA_FFC3B6
	dw DATA_FFC3C0
	dw DATA_FFC3CA
	dw DATA_FFC3D4
	dw DATA_FFC3DE
	dw DATA_FFC3E8
	dw DATA_FFC3F2
	dw DATA_FFC3FC
	dw DATA_FFC406
	dw DATA_FFC410
	dw DATA_FFC41A
	dw DATA_FFC424
	dw DATA_FFC42E
	dw DATA_FFC438
	dw DATA_FFC442
	dw DATA_FFC44C
	dw DATA_FFC456
	dw DATA_FFC460
	dw DATA_FFC46A
	dw DATA_FFC474
	dw DATA_FFC47E
	dw DATA_FFC488
	dw DATA_FFC492
	dw DATA_FFC584
	dw DATA_FFC58A
	dw DATA_FFC5CE
	dw DATA_FFC5D8
	dw DATA_FFC5E2
	dw DATA_FFC5EC
	dw DATA_FFC5F6
	dw DATA_FFC600
	dw DATA_FFC60E
	dw DATA_FFC618
	dw DATA_FFC622
	dw DATA_FFC62C
	dw DATA_FFC636
	dw DATA_FFC644
	dw DATA_FFC64E
	dw DATA_FFC658
	dw DATA_FFC662
	dw DATA_FFC66C
	dw DATA_FFC676
	dw DATA_FFC680
	dw DATA_FFC68A
	dw DATA_FFCB4C
	dw DATA_FFCBC0
	dw DATA_FFCBE2
	dw DATA_FFCC04
	dw DATA_FFCC26
	dw DATA_FFCC48
	dw DATA_FFCC6A
	dw DATA_FFCC8C
	dw DATA_FFCCAE
	dw DATA_FFCCF0
	dw DATA_FFCD34
	dw DATA_FFCD66
	dw DATA_FFCD94
	dw DATA_FFCDF0
	dw DATA_FFCDFA
	dw DATA_FFCE32
	dw DATA_FFCE3C
	dw DATA_FFCE4A
	dw DATA_FFCE58
	dw DATA_FFCE66
	dw DATA_FFCE74
	dw DATA_FFCEF0
	dw DATA_FFCEFA
	dw DATA_FFCF04
	dw DATA_FFCF0E
	dw DATA_FFCF18
	dw DATA_FFCF34
	dw DATA_FFCF3E
	dw DATA_FFCF48
	dw DATA_FFCF52
	dw DATA_FFCF5C
	dw DATA_FFCF66
	dw DATA_FFCF70
	dw DATA_FFCF7A
	dw DATA_FFCF84
	dw DATA_FFCF8E
	dw DATA_FFCF98
	dw DATA_FFCFA2
	dw DATA_FFCFAC
	dw DATA_FFCFB6
	dw DATA_FFCFC0
	dw DATA_FFCFCA
	dw DATA_FFCFD4
	dw DATA_FFCFDE
	dw DATA_FFCFE8
	dw DATA_FFCFF2
	dw DATA_FFCFFC
	dw DATA_FFD00E
	dw DATA_FFD020
	dw DATA_FFD032
	dw DATA_FFD044
	dw DATA_FFD056
	dw DATA_FFD068
	dw DATA_FFD07A
	dw DATA_FFD08C
	dw DATA_FFD09E
	dw DATA_FFD0B0
	dw DATA_FFD0C2
	dw DATA_FFD0CC
	dw DATA_FFD0DA
	dw DATA_FFD0F4
	dw DATA_FFD0FE
	dw DATA_FFD110
	dw DATA_FFD122
	dw DATA_FFD134
	dw DATA_FFD18A
	dw DATA_FFD1A8
	dw DATA_FFD1CA
	dw DATA_FFD1EC
	dw DATA_FFD20E
	dw DATA_FFD230
	dw DATA_FFD24E
	dw DATA_FFD26C
	dw DATA_FFD28A
	dw DATA_FFD2A8
	dw DATA_FFD2CA
	dw DATA_FFD2EC
	dw DATA_FFD316
	dw DATA_FFD338
	dw DATA_FFD388
	dw DATA_FFD39A
	dw DATA_FFD3AC
	dw DATA_FFD3BE
	dw DATA_FFD3D0
	dw DATA_FFD3E2
	dw DATA_FFD3F4
	dw DATA_FFD406
	dw DATA_FFD418
	dw DATA_FFD42A
	dw DATA_FFD43C
	dw DATA_FFD44E
	dw DATA_FFD740
	dw DATA_FFD78E
	dw DATA_FFD79C
	dw DATA_FFD7AA
	dw DATA_FFD7BC
	dw DATA_FFD7CE
	dw DATA_FFD7DC
	dw DATA_FFD7EA
	dw DATA_FFD7F8
	dw DATA_FFD806
	dw DATA_FFD818
	dw DATA_FFD82A
	dw DATA_FFD83C
	dw DATA_FFD84A
	dw DATA_FFD85C
	dw DATA_FFD86A
	dw DATA_FFD87C
	dw DATA_FFD88E
	dw DATA_FFD8A0
	dw DATA_FFD8B2
	dw DATA_FFD8C4
	dw DATA_FFD8E0
	dw DATA_FFD8F2
	dw DATA_FFD904
	dw DATA_FFD916
	dw DATA_FFD928
	dw DATA_FFD93A
	dw DATA_FFD94C
	dw DATA_FFD95E
	dw DATA_FFD970
	dw DATA_FFD982
	dw DATA_FFD994
	dw DATA_FFD9A6
	dw DATA_FFD9B8
	dw DATA_FFD9CA
	dw DATA_FFD9DC
	dw DATA_FFD9EE
	dw DATA_FFDA00
	dw DATA_FFDA12
	dw DATA_FFDA24
	dw DATA_FFDA36
	dw DATA_FFDA48
	dw DATA_FFDA5A
	dw DATA_FFDA6C
	dw DATA_FFDA7E
	dw DATA_FFDA90
	dw DATA_FFDAA2
	dw DATA_FFDAB4
	dw DATA_FFDAC6
	dw DATA_FFDAD8
	dw DATA_FFDADE
	dw DATA_FFDAE8
	dw DATA_FFDB34
	dw DATA_FFDB56
	dw DATA_FFDB78
	dw DATA_FFDB9A
	dw DATA_FFDBB0
	dw DATA_FFDBC2
	dw DATA_FFDBD4
	dw DATA_FFDBE6
	dw DATA_FFDC00
	dw DATA_FFDC1A
	dw DATA_FFDC34
	dw DATA_FFDC4A
	dw DATA_FFDC67
	dw DATA_FFDC71
	dw DATA_FFDC7F
	dw DATA_FFDC91
	dw DATA_FFDCA3
	dw DATA_FFDCB5
	dw DATA_FFDCC7
	dw DATA_FFDCD9
	dw DATA_FFDCEB
	dw DATA_FFDCFD
	dw DATA_FFDD0F
	dw DATA_FFDD21
	dw DATA_FFDD33
	dw DATA_FFDD45
	dw DATA_FFDD57
	dw DATA_FFDD69
	dw DATA_FFDD7B
	dw DATA_FFDD8D
	dw DATA_FFDD9F
	dw DATA_FFDDB1
	dw DATA_FFDDC3
	dw DATA_FFDDD5
	dw DATA_FFDDE7
	dw DATA_FFDDF9
	dw DATA_FFDE0B
	dw DATA_FFDE1D
	dw DATA_FFDE2F
	dw DATA_FFDE41
	dw DATA_FFDE53
	dw DATA_FFDE65
	dw DATA_FFDE77
	dw DATA_FFDE89
	dw DATA_FFDE9B
	dw DATA_FFDEAD
	dw DATA_FFDEBF
	dw DATA_FFDED1
	dw DATA_FFDEE3
	dw DATA_FFDEF5
	dw DATA_FFDF07
	dw DATA_FFDF19
	dw DATA_FFDF2B
	dw DATA_FFDF3D
	dw DATA_FFDF4F
	dw DATA_FFDF61
	dw DATA_FFDF73
	dw DATA_FFDF85
	dw DATA_FFDF8F
	dw DATA_FFDFA5
	dw DATA_FFDFB7
	dw DATA_FFDFC9
	dw DATA_FFDFDB
	dw DATA_FFE00B
	dw DATA_FFE015
	dw DATA_FFE01F
	dw DATA_FFE029
	dw DATA_FFE03F
	dw DATA_FFE051
	dw DATA_FFE067
	dw DATA_FFE075
	dw DATA_FFE087
	dw DATA_FFE099
	dw DATA_FFE0A7
	dw DATA_FFE0B5
	dw DATA_FFE0CB
	dw DATA_FFE0D9
	dw DATA_FFE0E7
	dw DATA_FFE0F9
	dw DATA_FFE107
	dw DATA_FFE115
	dw DATA_FFE123
	dw DATA_FFE131
	dw DATA_FFE143
	dw DATA_FFE155
	dw DATA_FFE163
	dw DATA_FFE171
	dw DATA_FFE17F
	dw DATA_FFE19D
	dw DATA_FFE1AF
	dw DATA_FFE1C1
	dw DATA_FFE1D3
	dw DATA_FFE1E5
	dw DATA_FFE1F7
	dw DATA_FFE20D
	dw DATA_FFE223
	dw DATA_FFE23D
	dw DATA_FFE257
	dw DATA_FFE271
	dw DATA_FFE28F
	dw DATA_FFE2A1
	dw DATA_FFE2B3
	dw DATA_FFE2B3
	dw DATA_FFE2C5
	dw DATA_FFE2D3
	dw DATA_FFE2E1
	dw DATA_FFE2EF
	dw DATA_FFE30D
	dw DATA_FFE32B
	dw DATA_FFE349
	dw DATA_FFE357
	dw DATA_FFE369
	dw DATA_FFE37B
	dw DATA_FFE38D
	dw DATA_FFE39F
	dw DATA_FFE3AD
	dw DATA_FFE3BF
	dw DATA_FFE3CD
	dw DATA_FFE3DB
	dw DATA_FFE3F1
	dw DATA_FFE407
	dw DATA_FFE429
	dw DATA_FFE44B
	dw DATA_FFE46D
	dw DATA_FFE48F
	dw DATA_FFE4B1
	dw DATA_FFE4D3
	dw DATA_FFE4F5
	dw DATA_FFE517
	dw DATA_FFE539
	dw DATA_FFE55B
	dw DATA_FFE57D
	dw DATA_FFE59F
	dw DATA_FFE5C1
	dw DATA_FFE5E3
	dw DATA_FFE605
	dw DATA_FFE627
	dw DATA_FFE649
	dw DATA_FFE66B
	dw DATA_FFE68D
	dw DATA_FFE6AF
	dw DATA_FFE6D1
	dw DATA_FFE6F3
	dw DATA_FFE715
	dw DATA_FFE737
	dw DATA_FFE759
	dw DATA_FFE77B
	dw DATA_FFE79D
	dw DATA_FFE7BF
	dw DATA_FFE7E1
	dw DATA_FFE803
	dw DATA_FFE825
	dw DATA_FFE847
	dw DATA_FFE869
	dw DATA_FFE88B
	dw DATA_FFE8AD
	dw DATA_FFE8CF
	dw DATA_FFE8F1
	dw DATA_FFE913
	dw DATA_FFE935
	dw DATA_FFE957
	dw DATA_FFE979
	dw DATA_FFE99B
	dw DATA_FFE9BD
	dw DATA_FFE9DF
	dw DATA_FFEA01
	dw DATA_FFEA23
	dw DATA_FFEA45
	dw DATA_FFEA67
	dw DATA_FFEA89
	dw DATA_FFEAAB
	dw DATA_FFEACD
	dw DATA_FFEAEF
	dw DATA_FFEB11
	dw DATA_FFEB33
	dw DATA_FFEB55
	dw DATA_FFEB77
	dw DATA_FFEB99
	dw DATA_FFEBBB
	dw DATA_FFEBDD
	dw DATA_FFEBFF
	dw DATA_FFEC21
	dw DATA_FFEC43
	dw DATA_FFEC65
	dw DATA_FFEC87
	dw DATA_FFECA9
	dw DATA_FFECCB
	dw DATA_FFECED
	dw DATA_FFED0F
	dw DATA_FFED31
	dw DATA_FFED53
	dw DATA_FFED75
	dw DATA_FFED97
	dw DATA_FFEDB9
	dw DATA_FFEDDB
	dw DATA_FFEDFD
	dw DATA_FFEE1F
	dw DATA_FFEE41
	dw DATA_FFEE63
	dw DATA_FFEE85
	dw DATA_FFEEA7
	dw DATA_FFEEC9
	dw DATA_FFEEEB
	dw DATA_FFEF0D
	dw DATA_FFEF2F
	dw DATA_FFEF51
	dw DATA_FFEF73
	dw DATA_FFEF95
	dw DATA_FFEFB7
	dw DATA_FFEFD9
	dw DATA_FFEFFB
	dw DATA_FFF01D
	dw DATA_FFF03F
	dw DATA_FFF061
	dw DATA_FFF083
	dw DATA_FFF0A5
	dw DATA_FFF0C7
	dw DATA_FFF0E9
	dw DATA_FFF10B
	dw DATA_FFF12D
	dw DATA_FFF14F
	dw DATA_FFF171
	dw DATA_FFF193
	dw DATA_FFF1B5
	dw DATA_FFF1D7
	dw DATA_FFF1F9
	dw DATA_FFF21B
	dw DATA_FFF23D
	dw DATA_FFF25F
	dw DATA_FFF281
	dw DATA_FFF28F
	dw DATA_FFF2A1
	dw DATA_FFF2C5
	dw DATA_FFF2E3
	dw DATA_FFF305
	dw DATA_FFF323
	dw DATA_FFF323
	dw DATA_FFF341
	dw DATA_FFF341
	dw DATA_FFF35F
	dw DATA_FFF37D
	dw DATA_FFF39F
	dw DATA_FFF3C1
	dw DATA_FFF405
	dw DATA_FFF413
	dw DATA_FFF421
	dw DATA_FFF42F
	dw DATA_FFF445
	dw DATA_FFF45B
	dw DATA_FFF469
	dw DATA_FFF477
	dw DATA_FFF481
	dw DATA_FFF48F
	dw DATA_FFF4B1
	dw DATA_FFF50B
	dw DATA_FFF51D
	dw DATA_FFF533
	dw DATA_FFF555
	dw DATA_FFF56F
	dw DATA_FFF589
	dw DATA_FFF5A3
	dw DATA_FFF5BD
	dw DATA_FFF5D7
	dw DATA_FFF6D1
	dw DATA_FFF727
	dw DATA_FFF735
	dw DATA_FFF74B
	dw DATA_FFF75D
	dw DATA_FFF76B
	dw DATA_FFF779
	dw DATA_FFF787
	dw DATA_FFF795
	dw DATA_FFF7A3
	dw DATA_FFF7B1
	dw DATA_FFF7BF
	dw DATA_FFF7CD
	dw DATA_FFF7DB
	dw DATA_FFF7F5
	dw DATA_FFF807
	dw DATA_FFF819
	dw DATA_FFF827
	dw DATA_FFF835
	dw DATA_FFF937
	dw DATA_FFF959
	dw DATA_FFF97B
	dw DATA_FFFA01
	dw DATA_FFFB23
	dw DATA_FFFB2D
	dw DATA_FFFB37
	dw DATA_FFFB41
	dw DATA_FFFB4B
	dw DATA_FFFB55
	dw DATA_FFFB5F
	dw DATA_FFFB69
	dw DATA_FFFB73
	dw DATA_FFFB9D
	dw DATA_FFFBAB
	dw DATA_FFFBB9
	dw DATA_FFFBEF
	dw DATA_FFFC1F
	dw DATA_FFFC31
	dw DATA_FFFC43
	dw DATA_FFFC55
	dw DATA_FFFC67
	dw DATA_FFFC79
	dw DATA_FFFC8B
	dw DATA_FFFCA1
	dw DATA_FFFCCD
	dw DATA_FFFCDB
	dw DATA_FFFCE9
	dw DATA_FFFCF7
	dw DATA_FFFE20
	dw DATA_FFFE32
	dw DATA_FFFE5E
	dw DATA_FFFE78
	dw DATA_FFFE92
	dw DATA_FFFEAC
	dw DATA_FFFECA
	dw DATA_FFFEE8
	dw DATA_FFFF06
	dw DATA_FFFF20
	dw !null_pointer

DATA_BBF840:
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
	db $00, $00, $00, $00, $00, $00, $00, $00
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