; UrQ MAC-02 "F" ROM disassembly (ECU VW/Audi part # 035 905 383F)
;
;
; ************************************************************************
; 128 Bytes RAM -- definitions
; ************************************************************************
;
; Location 07 (word) -- RPMValue
;			Last read RPM value from Mag90RPMValue register
;
; Location 09 (byte) -- BoostByteValue
;			Last read "normalized" byte value of manifold
;			absolute pressure
;
; Location 1A (table) - RAMTable1A
;			Seems to parallel ROMByteTable1A
;
; Location 24 (word) -- TablePtrW
;			Scratch RAMWord used to point to end of table, etc.
;
; Location 26 (byte) -- RPMIndex
;			Last RPMMap16 index generated
;
; Location 27 (byte) -- RPMStep
;			Last RPMMap16 Step/differential generated
;
; Location 28 (byte) -- BoostIndex
;			Last Manifold absolute pressure index
;
; Location 29 (byte) -- BoostStep
;			Step/differential for BoostIndex
;
;
; ************************************************************************
; I/O registers, addresses, bits, and so forth
; ************************************************************************
;
; Register 90 (word) -- RPM value register
;
; Register 96 (word) -- Manifold Absolute Pressure
;
; Register 99 (byte) -- Engine Control/Status register.
;
;   Bi-directional data port -- bits are:
;
;	0 = full throttle switch input
;	1 = idle switch
;	2 = unused
;	3 = haven't figured out yet
;	4 = 1=fuel pump on, 0=fuel pump off
;	5 = unused
;	6 = output such that it is 0 when RPM is less than 1100 and the
;	    throttle switch is closed, outputs a 1 if the RPM is greater
;	    than 1300 rpm or the throttle switch is open
;	7 = some kind of watchdog timer stuff
;
; Register 100 - 107 -- 6840 Clock/Timer registers
;
;
; ************************************************************************
; The 4KB ROM -- Data Segment comes first, starting at 0xF000
; ************************************************************************
;
; The master timing table, two-dimensional, 16 x 16 entries.
;
;	"X" axis is RPM, ascending (left-to-right) from 0 to max;
;	"Y" axis (mod 16) is manifold pressure, descending (top-to-
;	bottom) max boost to max vacuum:
;
;	    F000 is max boost at idle;
;	    F00F is max boost at max RPM;
;	    F0F0 is max vacuum idle;
;	    F0FF is max vacuum at max RPM.
;
;	values are 60 - <value> ==> degrees BTDC:
;
;	    0x36  =   6 degrees BTDC
;	    0x28  =  20 degrees BTDC

TimingTable:
F000:	26=038	23=035	23=035	23=035	29=041	29=041	29=041	2B=043
	2E=046	31=049	30=048	30=048	31=049	2E=046	2E=046	2D=045
F010:	24=036	21=033	21=033	21=033	27=039	27=039	27=039	2A=042
	2C=044	2F=047	2E=046	2E=046	2F=047	2B=043	2A=042	29=041
F020:	22=034	1F=031	1F=031	1E=030	25=037	25=037	25=037	28=040
	2A=042	2C=044	2B=043	2B=043	2C=044	28=040	27=039	26=038
F030:	22=034	1F=031	1F=031	1F=031	25=037	25=037	26=038	26=038
	29=041	2A=042	2A=042	2B=043	2D=045	28=040	25=037	24=036
F040:	22=034	1F=031	1F=031	21=033	25=037	24=036	22=034	21=033
	21=033	21=033	23=035	23=035	25=037	23=035	20=032	1E=030
F050:	22=034	1F=031	1F=031	23=035	26=038	23=035	22=034	1F=031
	1E=030	1E=030	20=032	23=035	22=034	1F=031	1E=030	1D=029
F060:	22=034	1F=031	23=035	24=036	24=036	23=035	21=033	1C=028
	1C=028	1C=028	1E=030	21=033	21=033	1F=031	18=024	1A=026
F070:	22=034	20=032	22=034	24=036	23=035	22=034	20=032	1D=029
	1B=027	1B=027	1B=027	1F=031	1F=031	1A=026	16=022	16=022
F080:	22=034	22=034	22=034	24=036	22=034	21=033	1F=031	1C=028
	19=025	18=024	18=024	1C=028	1C=028	16=022	14=020	13=019
F090:	21=033	21=033	22=034	24=036	20=032	1C=028	1B=027	1A=026
	18=024	17=023	15=021	19=025	19=025	12=018	13=019	13=019
F0A0:	22=034	20=032	22=034	27=039	23=035	1C=028	1D=029	17=023
	15=021	14=020	15=021	14=020	15=021	12=018	12=018	11=017
F0B0:	22=034	1F=031	21=033	26=038	22=034	1E=030	1D=029	14=020
	11=017	11=017	13=019	12=018	12=018	12=018	11=017	10=016
F0C0:	22=034	1F=031	20=032	22=034	21=033	1F=031	1D=029	15=021
	13=019	12=018	12=018	12=018	12=018	11=017	10=016	0F=015
F0D0:	2C=044	22=034	20=032	21=033	20=032	1F=031	1C=028	15=021
	13=019	13=019	12=018	11=017	10=016	0F=015	0F=015	0F=015
F0E0:	31=049	2A=042	28=040	20=032	1F=031	1F=031	1C=028	15=021
	13=019	13=019	12=018	12=018	12=018	12=018	11=017	10=016
F0F0:	36=054	30=048	27=039	20=032	1F=031	1F=031	1C=028	15=021
	13=019	13=019	12=018	13=019	14=020	16=022	13=019	11=017

; The engine RPM => Index-16 (into TimingTable)
;
;	values in RPM * 10, ascending from idle to max RPM:
;
;	    0x0064  =  1000 RPM
;	    0x028A  =  6500 RPM

RPMMap16:
F100:	0064=00100	0085=00133	00A7=00167	00C8=00200
	00E9=00233	0108=00264	012C=00300	014D=00333
	016F=00367	0190=00400	01B1=00433	01D3=00467
	01F4=00500	0226=00550	0258=00600	028A=00650

; The Manifold Absolute Pressure => Index-16 map (into TimingTable,
; OverBoostTable, etc.)
;
;	values A/D converted, from max boost to max vacuum (high numbers
;	decending to low numbers):
;
;	    0xFE  =  ~16.0 PSI
;	    0xF0  =  14.75 PSI
;	    0xE0  =  13.25 PSI
;	    0xD0  =  11.75 PSI
;	    0xC0  =  10.00 PSI
;	    0xB0  =   8.75 PSI
;	    0xA0  =   7.00 PSI
;	    0x90  =   5.25 PSI
;	    0x80  =   4.00 PSI
;	    0x70  =   2.75 PSI
;	    0x60  =  ~1.00 PSI
;	    0x50  =  0 - 1 InHg
;	    0x48  =  1-1.5 InHg
;	    0x40  =  4     InHg
;	    0x30  =  7     InHg

ManPressureMap16:
F120:	E0=224	C0=192	A0=160	89=137	67=103	5F=095	56=086	50=080
	47=071	3F=063	38=056	2F=047	28=040	20=032	19=025	11=017

; Throttle-closed ("Deceleration") timing table
;
;	values are 60 - <value> ==> degrees BTDC, as in TimingMap above.

DecelTimingTable:
F130:	36=054	34=052	32=050	30=048	2E=046	2C=044	2A=042	27=039
	24=036	21=033	21=033	21=033	21=033	21=033	21=033	21=033

; Engine Idle Stabilization RPM => Index-3 map (into IdleTimingTable)
;
;	values are RPM * 10, as in RPMMapIndex16 above.

IdleRPMMap3:
F140:	003C=00060	0048=00072	005E=00094

; Engine Idle Stabilization timing, index by IdleRPMMap3 index
;
;	values are 60 - <value> ==> degrees BTDC, as in TimingMap above.

IdleTimingTable:
F146:	22=034	22=034	36=054

; Engine RPM Red Line value, in RPM * 10

RPMRedline:
F149:	02A3=00675

; Engine RPM "limp home" limit value, in RPM * 10

RPMLimpHome:
F14B:	0190=00400

InitVal_01:
F14D:	3C=060

ROMByteF14E:
F14E:	00=000

ROMByteF14F:
F14F:	00=000

; Manifold Air Temperature ==> Index-8 Map
;
; From Pg 19:
;	0x9B  =   30C
;	0x92  =   40C
;	0x89  =   50C
;	0x80  =   60C
;	0x77  =   70C
;	0x6E  =   80C
;	0x65  =   90C
;	0x52  =  110C

AirTempMap8:
F150:	9B=155	92=146	89=137	80=128	77=119	6E=110	65=101	52=082

; Ignition timing retard based on manifold air temperature index-8
;
;	values are 60 - <value> ==> degrees BTDC, as in TimingMap above.

HotAirRetard:
F158:	3B=059	3B=059	3C=060	3D=061	3E=062	3F=063	40=064	42=066

; The Over-Boost Engine-shutdown table, indexed by RPMMap16 index.
;
;	values A/D converted, as in BoostMapIndex16 above.

OverBoostTable:
F160:	60=096	70=112	80=128	A0=160	D8=216	D8=216	D8=216	D8=216
	D8=216	D8=216	D8=216	D8=216	D8=216	D8=216	D0=208	C8=200

; Cold-engine Block temperature ==> Index-16 map
; Pg 19...

ColdEngMap16:
F170:	F8=248	F3=243	ED=237	E8=232	E3=227	DE=222	D7=215	D0=208
	C9=201	C1=193	B9=185	B0=176	A8=168	98=152	89=137	7A=122

; Cold-engine ignition timing advance, based on ColdEngineMap16 index
;
;   First entry serves as grounded-sensor test point (Pg 22);
;   Last entry does double-duty as open-sensor test point (Pg 22);
;
;	values are 60 - <value> ==> degrees BTDC, as in TimingMap above.

ColdEngAdvance:
F180:	42=066	35=053	35=053	35=053	35=053	35=053	35=053	37=055
	37=055	39=057	39=057	3C=060	3C=060	3C=060	3C=060	3C=060

; Block temperature => Index-8 map, used to determine cold engine open
; loop warmup mixture (Pg 24 -- warmup frequency valve duty cycle ).
;
;	Values are A/D converted:
;
;	    0xE0  =  TBD
;	    0xC4  = -20C  /  -4F (by the book; empirically ~ +10F)
;	    0xA7  = -10C  /  14F (by the book; empirically ~ +25/30F)
;	    0x89  =   0C  /  32F
;	    0x7A  =  10C  /  50F
;	    0x6C  =  20C  /  68F
;	    0x5C  ~  25C  /  77F
;	    0x53  ~  32C  /  90F
;	    0x40  ~  38C  / 100F
;	    0x1D  ~  60C  / 140F

BlockTempMap8:
F190:	E0=224	B0=176	89=137	7A=122	6C=108	67=103	1A=026	18=024

; Table of cold engine open-loop FreqValve duty cycle values, indexed by
; BlockTempMap8 index, with last entry also doubling as a general-purpose
; "open-loop" default.
;
; 	Values (8-bit) percentage (duty cycle):
;
;	    0x41  =  65%
;	    0x3C  =  60%
;	    0x37  =  55%
;	    0x32  =  50%
;	    0x2A  =  42%

ColdOpenLoopFQV:
F198:	46=070	42=066	41=065	40=064	3F=063	3E=062	3D=061	3C=060

; Another RPM value => Index-8, this for 8-entry tables (esp., the four
; tables immediately following)
;
;	values are RPM * 10, as RPMMapIndex16 above.

RPMMap8:
F1A0:	0064=00100	0096=00150	00C8=00200	012C=00300
	0190=00400	01F4=00500	0258=00600	02BC=00700

Map11Byte:
F1B0:	06=006	3E=062	3E=062	50=080	32=050	23=035	5F=095	05=005

Map12Byte:
F1B8:	06=006	07=007	07=007	08=008	0A=010	0C=012	0E=014	0E=014

Map13Byte:
F1C0:	40=064	57=087	5C=092	61=097	6D=109	7E=126	93=147	93=147

Map14Byte:
F1C8:	3E=062	80=128	80=128	80=128	82=130	82=130	82=130	82=130

; Table of Wide-Open-Throttle open loop Frequency-Valve duty cycle settings
; indexed by RPM Index-16.
;
;  Note that unlike the "B" code which activates solely based on the WOT
;  switch physically mounted on the throttle body, the "F" code activates
;  "wide open throttle" open-loop enrichment starting about 4-5PSI of boost,
;  depending on RPM range...
;
; 	Values (8-bit) percentage (duty cycle), as in ColdOpenLoopFQV above.

WOTOpenLoopFQV:
F1D0:	4F=079	4D=077	4D=077	4D=077	4D=077	4C=076	4F=079	4C=076
	4A=074	4B=075	4A=074	4A=074	4A=074	50=080	58=088	60=096

Map16Byte:
F1E0:	3C=060	3C=060	3C=060	3F=063	41=065	42=066	43=067	43=067
	44=068	46=070	46=070	46=070	46=070	40=064	3F=063	3F=063

Map18Byte:
F1F0:	59=089	5C=092	60=096	65=101	79=121	8A=138	94=148	9C=156
	A1=161	9E=158	8D=141	8B=139	94=148	98=152	99=153	9B=155

Map19Byte:
F200:	57=087	59=089	5C=092	60=096	74=116	7F=127	8B=139	8E=142
	85=133	7D=125	66=102	63=099	65=101	76=118	82=130	85=133

HiIdleRPM1:
F210:	006E=00110

HiIdleRPM2:
F212:	0082=00130

F214:	FF=255	FF=255	FF=255	FF=255

F218:	FF=255	FF=255	FF=255	FF=255	FF=255	FF=255	FF=255	FF=255
F220:	FF=255	FF=255	FF=255	FF=255	FF=255	FF=255	FF=255	FF=255
F228:	FF=255	FF=255	FF=255	FF=255	FF=255	FF=255	FF=255	FF=255

; WRMag9A9B()
; Writes A+B to [9A]+[9B], pauses, returns new [9A]+[9B] in A+B

F230:		WRMag9A9B:
F230:	0F		SEI
F231:	97 9A		STAA	Mag9AWord	; -> [9A]
F233:	D7 9B		STAB	Mag9AWord+1	; -> [9B]
F235:	01		NOP
F236:	01		NOP
F237:	01		NOP
F238:	01		NOP
F239:	96 9A		LDAA	Mag9AWord	; -> [9A]
F23B:	D6 9B		LDAB	Mag9AWord+1	; -> [9B]
F23D:	0E		CLI
F23E:	39		RTS

; GetTabStepB -- Get table step (??) for Byte-wide table match
; Call:
;	A		Byte value
;	X		Table pointer (to bracketing value)
; Returns:
;	B		Step (??) value
;
; Trashes A and X

F23F:		Orphan23F:
F23F:	5F		CLRB
F240:	A0 00		SUBA	0(X)
F242:	27 36		BEQ	GetTabStepB+48	; -> 0xF27A
F244:	E6 01		LDAB	1(X)
F246:	E0 00		SUBB	0(X)
F248:	20 0B		BRA	GetTabStepB+11	; -> 0xF255

F24A:		GetTabStepB:
F24A:	5F		CLRB
F24B:	A0 00		SUBA	0(X)
F24D:	40		NEGA
F24E:	27 2A		BEQ	GetTabStepB+48	; -> 0xF27A
F250:	E6 01		LDAB	1(X)
F252:	E0 00		SUBB	0(X)
F254:	50		NEGB
F255:	37		PSHB
F256:	36		PSHA
F257:	34		DECS
F258:	30		TSX
F259:	86 08		LDAA	#0x08
F25B:	A7 00		STAA	0(X)
F25D:	A6 01		LDAA	1(X)
F25F:	C6 FF		LDAB	#0xFF		; = 255
F261:	E7 01		STAB	1(X)
F263:	5F		CLRB
F264:	48		ASLA
F265:	59		ROLB
F266:	A0 02		SUBA	2(X)
F268:	C2 00		SBCB	#0x00
F26A:	24 04		BHIS	GetTabStepB+38	; -> 0xF270
F26C:	AB 02		ADDA	2(X)
F26E:	C9 00		ADCB	#0x00
F270:	69 01		ROL	1(X)
F272:	6A 00		DEC	0(X)
F274:	26 EE		BNE	GetTabStepB+26	; -> 0xF264
F276:	32		POPA
F277:	33		POPB
F278:	31		INCS
F279:	53		COMB
F27A:	39		RTS

F27B:		Subr27B:
F27B:	DF 24		STX	TablePtrW	; -> [24]
F27D:	D6 25		LDAB	TablePtrW+1	; -> [25]
F27F:	DB 26		ADDB	RPMIndex	; -> [26]
F281:	D7 25		STAB	TablePtrW+1	; -> [25]
F283:	DE 24		LDX	TablePtrW	; -> [24]
F285:	D6 27		LDAB	RPMStep		; -> [27]

; IndexMag90() -- Get index into Map1Word for RAMMag90
; Returns:
;	RAMByte26	Table index
;	RAMByte27	Table step/differential/???

F287:		Subr287:
F287:	A6 00		LDAA	0(X)
F289:	36		PSHA
F28A:	A6 01		LDAA	1(X)
F28C:	36		PSHA
F28D:	30		TSX
F28E:	A6 00		LDAA	0(X)
F290:	6F 00		CLR	0(X)
F292:	A0 01		SUBA	1(X)
F294:	24 03		BHIS	Subr287+18	; -> 0xF299
F296:	40		NEGA
F297:	63 00		COM	0(X)
F299:	BD F2 30	JSR	WRMag9A9B	; -> 0xF230
F29C:	58		ASLB
F29D:	89 00		ADCA	#0x00
F29F:	33		POPB
F2A0:	5D		TSTB
F2A1:	27 01		BEQ	Subr287+29	; -> 0xF2A4
F2A3:	40		NEGA
F2A4:	33		POPB
F2A5:	1B		ABA
F2A6:	39		RTS

F2A7:		IndexMag90:
F2A7:	CE F1 20	LDX	#ManPressureMap16 ; -> 0xF120 = 61728
F2AA:	DF 24		STX	TablePtrW	; -> [24]
F2AC:	CE F1 00	LDX	#RPMMap16	; -> 0xF100 = 61696

; GetTabIndexW() -- Get Table Index, Word-wide table, increasing value
; Call with:
;	A+B		16-bit value to find in table
;	X		16-bit table to search
;	RAMWord24	End of 16-bit table (+1)
;	RamByte2A	scratch
;
; Returns:
;	A+B		16-bit value to find, or min/max value from table
;			(i.e., "legal" values)
;	X		Pointer to table entry
;	RAMByte2A	Ordinal index into table

F2AF:		IndexMag90Map:
F2AF:	0F		SEI
F2B0:	96 07		LDAA	RPMValue	; -> [07]
F2B2:	D6 08		LDAB	RPMValue+1	; -> [08]
F2B4:	0E		CLI
F2B5:	8D 20		BSR	GetTabIndexW	; -> 0xF2D7
F2B7:	37		PSHB
F2B8:	36		PSHA
F2B9:	96 2A		LDAA	RAMByte2A	; -> [2A]
F2BB:	97 26		STAA	RPMIndex	; -> [26]
F2BD:	E6 03		LDAB	3(X)
F2BF:	A6 02		LDAA	2(X)
F2C1:	E0 01		SUBB	1(X)
F2C3:	A2 00		SBCA	0(X)
F2C5:	97 24		STAA	TablePtrW	; -> [24]
F2C7:	D7 25		STAB	TablePtrW+1	; -> [25]
F2C9:	32		POPA
F2CA:	33		POPB
F2CB:	E0 01		SUBB	1(X)
F2CD:	A2 00		SBCA	0(X)
F2CF:	CE 00 24	LDX	#TablePtrW	; -> 0x0024 = 36
F2D2:	8D 32		BSR	Subr306		; -> 0xF306
F2D4:	97 27		STAA	RPMStep		; -> [27]
F2D6:	39		RTS

F2D7:		GetTabIndexW:
F2D7:	7F 00 2A	CLR	RAMByte2A	; -> 0x2A
F2DA:	E0 01		SUBB	1(X)
F2DC:	A2 00		SBCA	0(X)
F2DE:	25 17		BLO	GetTabIndexW+32 ; -> 0xF2F7
F2E0:	EB 01		ADDB	1(X)
F2E2:	A9 00		ADCA	0(X)
F2E4:	7C 00 2A	INC	RAMByte2A	; -> 0x2A
F2E7:	08		INCX
F2E8:	08		INCX
F2E9:	9C 24		CPX	TablePtrW	; -> [24]
F2EB:	26 ED		BNE	GetTabIndexW+3	; -> 0xF2DA
F2ED:	7A 00 2A	DEC	RAMByte2A	; -> 0x2A
F2F0:	09		DECX
F2F1:	09		DECX
F2F2:	A6 00		LDAA	0(X)
F2F4:	E6 01		LDAB	1(X)
F2F6:	39		RTS

F2F7:	7D 00 2A	TST	RAMByte2A	; -> 0x2A
F2FA:	27 F6		BEQ	GetTabIndexW+27 ; -> 0xF2F2
F2FC:	EB 01		ADDB	1(X)
F2FE:	A9 00		ADCA	0(X)
F300:	7A 00 2A	DEC	RAMByte2A	; -> 0x2A
F303:	09		DECX
F304:	09		DECX
F305:	39		RTS

F306:		Subr306:
F306:	6D 00		TST	0(X)
F308:	26 07		BNE	Subr311		; -> 0xF311
F30A:	6D 01		TST	1(X)
F30C:	26 03		BNE	Subr311		; -> 0xF311
F30E:	4F		CLRA
F30F:	5F		CLRB
F310:	39		RTS

F311:		Subr311:
F311:	36		PSHA
F312:	37		PSHB
F313:	A6 00		LDAA	0(X)
F315:	E6 01		LDAB	1(X)
F317:	36		PSHA
F318:	37		PSHB
F319:	86 10		LDAA	#0x10		; = 16
F31B:	36		PSHA
F31C:	30		TSX
F31D:	E6 03		LDAB	3(X)
F31F:	A6 04		LDAA	4(X)
F321:	6F 03		CLR	3(X)
F323:	6F 04		CLR	4(X)
F325:	63 03		COM	3(X)
F327:	63 04		COM	4(X)
F329:	58		ASLB
F32A:	49		ROLA
F32B:	E0 01		SUBB	1(X)
F32D:	A2 02		SBCA	2(X)
F32F:	24 04		BHIS	Subr311+36	; -> 0xF335
F331:	EB 01		ADDB	1(X)
F333:	A9 02		ADCA	2(X)
F335:	69 03		ROL	3(X)
F337:	69 04		ROL	4(X)
F339:	6A 00		DEC	0(X)
F33B:	26 EC		BNE	Subr311+24	; -> 0xF329
F33D:	31		INCS
F33E:	31		INCS
F33F:	31		INCS
F340:	33		POPB
F341:	32		POPA
F342:	43		COMA
F343:	53		COMB
F344:	39		RTS

F345:		Subr345:
F345:	D0 11		SUBB	RAMByte11	; -> [11]
F347:	92 10		SBCA	RAMByte10	; -> [10]
F349:	24 02		BHIS	Subr345+8	; -> 0xF34D
F34B:	4F		CLRA
F34C:	5F		CLRB
F34D:	CE 00 0E	LDX	#RAMWord0E	; -> 0x000E = 14
F350:		Subr350:
F350:	36		PSHA
F351:	37		PSHB
F352:	E0 01		SUBB	1(X)
F354:	A2 00		SBCA	0(X)
F356:	24 0A		BHIS	Subr350+18	; -> 0xF362
F358:	A6 00		LDAA	0(X)
F35A:	E6 01		LDAB	1(X)
F35C:	36		PSHA
F35D:	37		PSHB
F35E:	86 0A		LDAA	#0x0A		; = 10
F360:	20 B9		BRA	Subr311+10	; -> 0xF31B

F362:	31		INCS
F363:	31		INCS
F364:	86 03		LDAA	#0x03
F366:	C6 FF		LDAB	#0xFF		; = 255
F368:	39		RTS

; GetTabIndexB() -- Get Table Index, Byte-wide table, decreasing value
; Call:
;	A		Value to index into table
;	B		Length of table
;	X		Pointer to start of 8-bit table
; Returns:
;	A		Value, normalized (min/max bounded by table)
;	B		Ordinal index into table
;	X		Pointer to table entry

F369:		Subr369:
F369:	36		PSHA
F36A:	A6 00		LDAA	0(X)
F36C:	E6 01		LDAB	1(X)
F36E:	37		PSHB
F36F:	36		PSHA
F370:	30		TSX
F371:	A6 02		LDAA	2(X)
F373:	E6 01		LDAB	1(X)
F375:	BD F2 30	JSR	WRMag9A9B	; -> 0xF230
F378:	58		ASLB
F379:	E6 02		LDAB	2(X)
F37B:	A7 02		STAA	2(X)
F37D:	A6 00		LDAA	0(X)
F37F:	BD F2 30	JSR	WRMag9A9B	; -> 0xF230
F382:	E9 02		ADCB	2(X)
F384:	89 00		ADCA	#0x00
F386:	31		INCS
F387:	31		INCS
F388:	31		INCS
F389:	39		RTS

F38A:		GetTabIndexB:
F38A:	36		PSHA
F38B:	37		PSHB
F38C:	A1 00		CMPA	0(X)
F38E:	22 06		BHI	GetTabIndexB+12 ; -> 0xF396
F390:	08		INCX
F391:	5A		DECB
F392:	27 0E		BEQ	GetTabIndexB+24 ; -> 0xF3A2
F394:	20 F6		BRA	GetTabIndexB+2	; -> 0xF38C

F396:	32		POPA
F397:	10		SBA
F398:	16		TAB
F399:	27 04		BEQ	GetTabIndexB+21 ; -> 0xF39F
F39B:	5A		DECB
F39C:	09		DECX
F39D:	32		POPA
F39E:	39		RTS

F39F:	32		POPA
F3A0:	20 04		BRA	GetTabIndexB+28 ; -> 0xF3A6

F3A2:	33		POPB
F3A3:	32		POPA
F3A4:	5A		DECB
F3A5:	09		DECX
F3A6:	A6 00		LDAA	0(X)
F3A8:	39		RTS

F3A9:	43		COMA
F3AA:	53		COMB
F3AB:	CB 01		ADDB	#0x01
F3AD:	89 00		ADCA	#0x00
F3AF:	39		RTS

F3B0:	FF=255
 ...
F3FF:	FF=255


F400:		Init:
F400:	8E 00 7F	LDS	#0x007F		; = 127
F403:	96 9F		LDAA	Mag9FByte	; -> [9F]
F405:	97 9F		STAA	Mag9FByte	; -> [9F]
F407:	86 03		LDAA	#0x03
F409:	97 80		STAA	Magic		; -> [80]
F40B:	86 01		LDAA	#0x01
F40D:	97 81		STAA	Magic+1		; -> [81]
F40F:	CE 00 0A	LDX	#RAMByte0A	; -> 0x000A = 10
F412:	DF 82		STX	Mag82Word	; -> [82]
F414:	CE 01 45	LDX	#0x0145		; = 325
F417:	DF 84		STX	Mag84Word	; -> [84]
F419:	CE 01 68	LDX	#0x0168		; = 360
F41C:	DF 86		STX	Mag86Word	; -> [86]
F41E:	CE 00 2A	LDX	#RAMByte2A	; -> 0x002A = 42
F421:	DF 88		STX	Mag88Word	; -> [88]
F423:	CE 00 1B	LDX	#0x001B		; = 27
F426:	DF 8A		STX	Mag8AWord	; -> [8A]
F428:	CE 00 AE	LDX	#0x00AE		; = 174
F42B:	DF 90		STX	Mag90RPMWord	; -> [90]
F42D:	C6 D0		LDAB	#0xD0		; = 208
F42F:	D7 98		STAB	Mag98Byte	; -> [98]
F431:	86 01		LDAA	#0x01
F433:	B7 01 01	STAA	TimerCSR	; -> 0x101
F436:	86 80		LDAA	#0x80		; = 128
F438:	B7 01 00	STAA	TimerWCR13	; -> 0x100
F43B:	86 02		LDAA	#0x02
F43D:	B7 01 01	STAA	TimerCSR	; -> 0x101
F440:	86 A2		LDAA	#0xA2		; = 162
F442:	B7 01 00	STAA	TimerWCR13	; -> 0x100
F445:	CE 00 1A	LDX	#RAMTable1A	; -> 0x001A = 26
F448:	FF 01 02	STX	Timer1Data	; -> 0x102
F44B:	CE 37 DB	LDX	#0x37DB		; = 14299
F44E:	FF 01 04	STX	Timer2Data	; -> 0x104
F451:	CE 00 00	LDX	#0x0000
F454:	FF 01 06	STX	Timer3Data	; -> 0x106
F457:	86 55		LDAA	#0x55		; = 85
F459:	C6 AA		LDAB	#0xAA		; = 170
F45B:		TestRAM:
F45B:	A7 00		STAA	0(X)
F45D:	A1 00		CMPA	0(X)
F45F:	26 5F		BNE	FailRAM		; -> 0xF4C0
F461:	E7 00		STAB	0(X)
F463:	E1 00		CMPB	0(X)
F465:	26 59		BNE	FailRAM		; -> 0xF4C0
F467:	6F 00		CLR	0(X)
F469:	08		INCX
F46A:	8C 00 80	CPX	#Magic		; -> 0x0080 = 128
F46D:	26 EC		BNE	TestRAM		; -> 0xF45B
F46F:	CE F0 00	LDX	#TimingTable	; -> 0xF000 = 61440
F472:	4F		CLRA
F473:	5F		CLRB
F474:		TestROM:
F474:	AB 00		ADDA	0(X)
F476:	5C		INCB
F477:	26 07		BNE	TestROM+12	; -> 0xF480
F479:	D6 99		LDAB	Mag99EngCSR	; -> [99]
F47B:	C8 80		EORB	#0x80		; = 128
F47D:	D7 99		STAB	Mag99EngCSR	; -> [99]
F47F:	5F		CLRB
F480:	08		INCX
F481:	26 F1		BNE	TestROM		; -> 0xF474
F483:	4F		CLRA
F484:	26 3E		BNE	FailROM		; -> 0xF4C4
F486:	C6 02		LDAB	#0x02
F488:	D7 12		STAB	Magic10_1A_State ; -> [12]
F48A:	C6 0A		LDAB	#0x0A		; = 10
F48C:	D7 0D		STAB	RAMByte0D	; -> [0D]
F48E:	86 40		LDAA	#0x40		; = 64
F490:	97 00		STAA	Track_Mag9E	; -> [00]
F492:	97 9E		STAA	Mag9EByte	; -> [9E]
F494:	86 02		LDAA	#0x02
F496:	97 17		STAA	RAMByte17	; -> [17]
F498:	D7 94		STAB	Mag94Word	; -> [94]
F49A:	0E		CLI
F49B:	3E		WAI
F49C:	D6 0D		LDAB	RAMByte0D	; -> [0D]
F49E:	C1 0A		CMPB	#0x0A		; = 10
F4A0:	26 F6		BNE	TestROM+36	; -> 0xF498
F4A2:	0F		SEI
F4A3:	C6 A0		LDAB	#0xA0		; = 160
F4A5:	D7 17		STAB	RAMByte17	; -> [17]
F4A7:	CE 3A 98	LDX	#Const15000	; -> 0x3A98 = 15000
F4AA:	DF 43		STX	RAMWdCount15K	; -> [43]
F4AC:	C6 10		LDAB	#0x10		; = 16
F4AE:	D7 00		STAB	Track_Mag9E	; -> [00]
F4B0:	D7 9E		STAB	Mag9EByte	; -> [9E]
F4B2:	96 9F		LDAA	Mag9FByte	; -> [9F]
F4B4:	85 04		BITA	#0x04
F4B6:	27 FA		BEQ	TestROM+62	; -> 0xF4B2
F4B8:	86 01		LDAA	#0x01
F4BA:	97 9D		STAA	Mag9DByte	; -> [9D]
F4BC:	0E		CLI

F4BD:		MainLoop:
F4BD:	3E		WAI
F4BE:	20 FD		BRA	MainLoop	; -> 0xF4BD

F4C0:		FailRAM:
F4C0:	86 36		LDAA	#0x36		; = 54
F4C2:	20 02		BRA	FailROM+2	; -> 0xF4C6

F4C4:		FailROM:
F4C4:	86 51		LDAA	#0x51		; = 81
F4C6:	97 8B		STAA	Mag8AWord+1	; -> [8B]
F4C8:	86 03		LDAA	#0x03
F4CA:	97 9D		STAA	Mag9DByte	; -> [9D]
F4CC:	D6 99		LDAB	Mag99EngCSR	; -> [99]
F4CE:		FailLoop:
F4CE:	C8 80		EORB	#0x80		; = 128
F4D0:	D7 99		STAB	Mag99EngCSR	; -> [99]
F4D2:	CE 04 E2	LDX	#0x04E2		; = 1250
F4D5:	09		DECX
F4D6:	26 FD		BNE	FailLoop+7	; -> 0xF4D5
F4D8:	20 F4		BRA	FailLoop	; -> 0xF4CE

F4DA:	F4=244

F4DB:		Magic08ISR:
F4DB:	7C 00 06	INC	RAMByte06	; -> 0x6
F4DE:	96 06		LDAA	RAMByte06	; -> [06]
F4E0:	80 03		SUBA	#0x03
F4E2:	27 05		BEQ	ReInit		; -> 0xF4E9
F4E4:	86 08		LDAA	#0x08
F4E6:	97 9F		STAA	Mag9FByte	; -> [9F]
F4E8:	3B		RTI


F4E9:		ReInit:
F4E9:	97 9D		STAA	Mag9DByte	; -> [9D]
F4EB:	97 9E		STAA	Mag9EByte	; -> [9E]
F4ED:	97 99		STAA	Mag99EngCSR	; -> [99]
F4EF:	7E F4 00	JMP	Init		; -> 0xF400

F4F2:	FF=255
 ...
F4FF:	FF=255


F500:		MainISR:
F500:	B6 01 01	LDAA	TimerCSR	; -> 0x101
F503:	2B 19		BMI	TimerISR	; -> 0xF51E
F505:	96 9F		LDAA	Mag9FByte	; -> [9F]
F507:	94 00		ANDA	Track_Mag9E	; -> [00]
F509:	2B 3C		BMI	Magic80ISR	; -> 0xF547
F50B:	85 10		BITA	#0x10		; = 16
F50D:	26 09		BNE	Magic10JMP	; -> 0xF518
F50F:	85 40		BITA	#0x40		; = 64
F511:	26 08		BNE	Magic40JMP	; -> 0xF51B
F513:	85 08		BITA	#0x08
F515:	26 C4		BNE	Magic08ISR	; -> 0xF4DB
F517:	3B		RTI


F518:		Magic10JMP:
F518:	7E F5 91	JMP	Magic10ISR	; -> 0xF591

F51B:		Magic40JMP:
F51B:	7E F6 13	JMP	Magic40ISR	; -> 0xF613

F51E:		TimerISR:
F51E:	96 99		LDAA	Mag99EngCSR	; -> [99]
F520:	DE 45		LDX	RAMByte45	; -> [45]
F522:	FF 01 06	STX	Timer3Data	; -> 0x106
F525:	FE 01 04	LDX	Timer2Data	; -> 0x104
F528:	D6 40		LDAB	RAMByte40	; -> [40]
F52A:	85 08		BITA	#0x08
F52C:	26 11		BNE	TimerISR+33	; -> 0xF53F
F52E:	C5 10		BITB	#0x10		; = 16
F530:	26 14		BNE	TimerISR+40	; -> 0xF546
F532:	7C 00 42	INC	RAMByte42	; -> 0x42
F535:	96 42		LDAA	RAMByte42	; -> [42]
F537:	80 47		SUBA	#0x47		; = 71
F539:	25 0B		BLO	TimerISR+40	; -> 0xF546
F53B:	CA 10		ORAB	#0x10		; = 16
F53D:	20 05		BRA	TimerISR+38	; -> 0xF544

F53F:	7F 00 42	CLR	RAMByte42	; -> 0x42
F542:	C4 EF		ANDB	#0xEF		; = 239
F544:	D7 40		STAB	RAMByte40	; -> [40]
F546:	3B		RTI


F547:		Magic80ISR:
F547:	86 88		LDAA	#0x88		; = 136
F549:	97 9F		STAA	Mag9FByte	; -> [9F]
F54B:	7F 00 06	CLR	RAMByte06	; -> 0x6
F54E:	96 05		LDAA	RAMByte05	; -> [05]
F550:	16		TAB
F551:	D0 04		SUBB	RAMByte04	; -> [04]
F553:	27 18		BEQ	Magic80ISR+38	; -> 0xF56D
F555:	2B 0C		BMI	Magic80ISR+28	; -> 0xF563
F557:	80 01		SUBA	#0x01
F559:	23 04		BLOS	Magic80ISR+24	; -> 0xF55F
F55B:	91 04		CMPA	RAMByte04	; -> [04]
F55D:	22 0C		BHI	Magic80ISR+36	; -> 0xF56B
F55F:	96 04		LDAA	RAMByte04	; -> [04]
F561:	20 08		BRA	Magic80ISR+36	; -> 0xF56B

F563:	8B 03		ADDA	#0x03
F565:	23 F8		BLOS	Magic80ISR+24	; -> 0xF55F
F567:	91 04		CMPA	RAMByte04	; -> [04]
F569:	24 F4		BHIS	Magic80ISR+24	; -> 0xF55F
F56B:	97 05		STAA	RAMByte05	; -> [05]
F56D:	97 89		STAA	Mag88Word+1	; -> [89]
F56F:	96 17		LDAA	RAMByte17	; -> [17]
F571:	85 40		BITA	#0x40		; = 64
F573:	26 1B		BNE	Magic80ISR+73	; -> 0xF590
F575:	D6 08		LDAB	RPMValue+1	; -> [08]
F577:	C0 78		SUBB	#0x78		; = 120
F579:	D6 07		LDAB	RPMValue	; -> [07]
F57B:	C2 00		SBCB	#0x00
F57D:	24 06		BHIS	Magic80ISR+62	; -> 0xF585
F57F:	CE 3A 98	LDX	#Const15000	; -> 0x3A98 = 15000
F582:	DF 43		STX	RAMWdCount15K	; -> [43]
F584:	3B		RTI


F585:	DE 43		LDX	RAMWdCount15K	; -> [43]
F587:	09		DECX
F588:	DF 43		STX	RAMWdCount15K	; -> [43]
F58A:	26 04		BNE	Magic80ISR+73	; -> 0xF590
F58C:	8A 40		ORAA	#0x40		; = 64
F58E:	97 17		STAA	RAMByte17	; -> [17]
F590:	3B		RTI


F591:		Magic10ISR:
F591:	D6 99		LDAB	Mag99EngCSR	; -> [99]
F593:	C8 80		EORB	#0x80		; = 128
F595:	D7 99		STAB	Mag99EngCSR	; -> [99]
F597:	86 10		LDAA	#0x10		; = 16
F599:	97 9F		STAA	Mag9FByte	; -> [9F]
F59B:	0E		CLI
F59C:	CE F6 0F	LDX	#ROMByteTable1A ; -> 0xF60F = 62991
F59F:	DF 1E		STX	ByteTable_Ptr1	; -> [1E]
F5A1:	CE 00 1A	LDX	#RAMTable1A	; -> 0x001A = 26
F5A4:	6C 00		INC	0(X)
F5A6:	A6 00		LDAA	0(X)
F5A8:	DF 20		STX	ByteTable_Ptr2	; -> [20]
F5AA:	DE 1E		LDX	ByteTable_Ptr1	; -> [1E]
F5AC:	E6 00		LDAB	0(X)
F5AE:	08		INCX
F5AF:	DF 1E		STX	ByteTable_Ptr1	; -> [1E]
F5B1:	DE 20		LDX	ByteTable_Ptr2	; -> [20]
F5B3:	84 3F		ANDA	#0x3F		; = 63
F5B5:	10		SBA
F5B6:	26 07		BNE	Magic10ISR+46	; -> 0xF5BF
F5B8:	A6 00		LDAA	0(X)
F5BA:	8A 40		ORAA	#0x40		; = 64
F5BC:	10		SBA
F5BD:	A7 00		STAA	0(X)
F5BF:	08		INCX
F5C0:	8C 00 1E	CPX	#ByteTable_Ptr1 ; -> 0x001E = 30
F5C3:	26 DF		BNE	Magic10ISR+19	; -> 0xF5A4
F5C5:	5F		CLRB
F5C6:	CE 00 1A	LDX	#RAMTable1A	; -> 0x001A = 26
F5C9:	A6 00		LDAA	0(X)
F5CB:	2B 0B		BMI	Magic10ISR+71	; -> 0xF5D8
F5CD:	85 40		BITA	#0x40		; = 64
F5CF:	26 08		BNE	Magic10Disp	; -> 0xF5D9
F5D1:	5C		INCB
F5D2:	08		INCX
F5D3:	8C 00 1E	CPX	#ByteTable_Ptr1 ; -> 0x001E = 30
F5D6:	26 F1		BNE	Magic10ISR+56	; -> 0xF5C9
F5D8:	3B		RTI


F5D9:		Magic10Disp:
F5D9:	0F		SEI
F5DA:	8A 80		ORAA	#0x80		; = 128
F5DC:	80 40		SUBA	#0x40		; = 64
F5DE:	A7 00		STAA	0(X)
F5E0:	CE F5 F7	LDX	#Magic10Table	; -> 0xF5F7 = 62967
F5E3:	DF 1E		STX	ByteTable_Ptr1	; -> [1E]
F5E5:	96 1E		LDAA	ByteTable_Ptr1	; -> [1E]
F5E7:	58		ASLB
F5E8:	DB 1F		ADDB	ByteTable_Ptr1+1 ; -> [1F]
F5EA:	89 00		ADCA	#0x00
F5EC:	97 1E		STAA	ByteTable_Ptr1	; -> [1E]
F5EE:	D7 1F		STAB	ByteTable_Ptr1+1 ; -> [1F]
F5F0:	DE 1E		LDX	ByteTable_Ptr1	; -> [1E]
F5F2:	EE 00		LDX	0(X)
F5F4:	0E		CLI
F5F5:	6E 00		JMP	0(X)

Magic10Table:
F5F7:	F800=63488
F5F9:	F8F9=63737
F5FB:	FAA8=64168
F5FD:	FC68=64616

F5FF:		ReMagic10:
F5FF:	CE 00 1A	LDX	#RAMTable1A	; -> 0x001A = 26
F602:	A6 00		LDAA	0(X)
F604:	2B 03		BMI	ReMagic10+10	; -> 0xF609
F606:	08		INCX
F607:	20 F9		BRA	ReMagic10+3	; -> 0xF602

F609:	84 7F		ANDA	#0x7F		; = 127
F60B:	A7 00		STAA	0(X)
F60D:	20 B6		BRA	Magic10ISR+52	; -> 0xF5C5

ROMByteTable1A:
F60F:	01=001
F610:	02=002
F611:	04=004
F612:	0A=010

F613:		Magic40ISR:
F613:	86 40		LDAA	#0x40		; = 64
F615:	97 9F		STAA	Mag9FByte	; -> [9F]
F617:	0E		CLI
F618:	96 94		LDAA	Mag94Word	; -> [94]
F61A:	D6 95		LDAB	Mag94Word+1	; -> [95]
F61C:	36		PSHA
F61D:	96 0D		LDAA	RAMByte0D	; -> [0D]
F61F:	81 0B		CMPA	#0x0B		; = 11
F621:	26 0D		BNE	Magic40ISR+29	; -> 0xF630
F623:	32		POPA
F624:	D0 11		SUBB	RAMByte11	; -> [11]
F626:	92 10		SBCA	RAMByte10	; -> [10]
F628:	97 0E		STAA	RAMWord0E	; -> [0E]
F62A:	D7 0F		STAB	RAMWord0E+1	; -> [0F]
F62C:	86 02		LDAA	#0x02
F62E:	20 2D		BRA	Magic40ISR+74	; -> 0xF65D

F630:	81 0A		CMPA	#0x0A		; = 10
F632:	26 09		BNE	Magic40ISR+42	; -> 0xF63D
F634:	32		POPA
F635:	97 10		STAA	RAMByte10	; -> [10]
F637:	D7 11		STAB	RAMByte11	; -> [11]
F639:	86 0B		LDAA	#0x0B		; = 11
F63B:	20 20		BRA	Magic40ISR+74	; -> 0xF65D

F63D:	32		POPA
F63E:	BD F3 45	JSR	Subr345		; -> 0xF345
F641:	44		LSRA
F642:	56		RORB
F643:	44		LSRA
F644:	56		RORB
F645:	CE 00 09	LDX	#0x0009
F648:	DF 22		STX	RAMWord22	; -> [22]
F64A:	96 23		LDAA	RAMWord22+1	; -> [23]
F64C:	9B 0D		ADDA	RAMByte0D	; -> [0D]
F64E:	97 23		STAA	RAMWord22+1	; -> [23]
F650:	DE 22		LDX	RAMWord22	; -> [22]
F652:	E7 00		STAB	0(X)
F654:	96 0D		LDAA	RAMByte0D	; -> [0D]
F656:	4C		INCA
F657:	81 04		CMPA	#0x04
F659:	26 02		BNE	Magic40ISR+74	; -> 0xF65D
F65B:	86 0A		LDAA	#0x0A		; = 10
F65D:	97 0D		STAA	RAMByte0D	; -> [0D]
F65F:	D6 17		LDAB	RAMByte17	; -> [17]
F661:	C5 02		BITB	#0x02
F663:	26 0C		BNE	Magic40ISR+94	; -> 0xF671
F665:	86 01		LDAA	#0x01
F667:	97 94		STAA	Mag94Word	; -> [94]
F669:	96 00		LDAA	Track_Mag9E	; -> [00]
F66B:	84 BF		ANDA	#0xBF		; = 191
F66D:	97 00		STAA	Track_Mag9E	; -> [00]
F66F:	97 9E		STAA	Mag9EByte	; -> [9E]
F671:	3B		RTI


F672:	FF=255
 ...
F7FF:	FF=255


F800:		Magic10_1A:
F800:	96 9F		LDAA	Mag9FByte	; -> [9F]
F802:	85 20		BITA	#0x20		; = 32
F804:	27 4B		BEQ	CalcBoostByte+23 ; -> 0xF851
F806:	86 20		LDAA	#0x20		; = 32
F808:	97 9F		STAA	Mag9FByte	; -> [9F]
F80A:	96 96		LDAA	Mag96BoostWord	; -> [96]
F80C:	D6 97		LDAB	Mag96BoostWord+1 ; -> [97]
F80E:	36		PSHA
F80F:	96 12		LDAA	Magic10_1A_State ; -> [12]
F811:	84 0F		ANDA	#0x0F		; = 15
F813:		Magic10_1A_S03:
F813:	81 03		CMPA	#0x03
F815:	26 0F		BNE	Magic10_1A_S02	; -> 0xF826
F817:	32		POPA
F818:	D0 16		SUBB	BoostWord2+1	; -> [16]
F81A:	92 15		SBCA	BoostWord2	; -> [15]
F81C:	97 13		STAA	BoostWord1	; -> [13]
F81E:	D7 14		STAB	BoostWord1+1	; -> [14]
F820:	86 01		LDAA	#0x01
F822:	97 12		STAA	Magic10_1A_State ; -> [12]
F824:	20 2B		BRA	CalcBoostByte+23 ; -> 0xF851

F826:		Magic10_1A_S02:
F826:	81 02		CMPA	#0x02
F828:	26 07		BNE	Magic10_1A_S01	; -> 0xF831
F82A:	32		POPA
F82B:	97 15		STAA	BoostWord2	; -> [15]
F82D:	D7 16		STAB	BoostWord2+1	; -> [16]
F82F:	20 1D		BRA	CalcBoostByte+20 ; -> 0xF84E

F831:		Magic10_1A_S01:
F831:	32		POPA
F832:	D0 16		SUBB	BoostWord2+1	; -> [16]
F834:	92 15		SBCA	BoostWord2	; -> [15]
F836:	24 02		BHIS	CalcBoostByte	; -> 0xF83A
F838:	4F		CLRA
F839:	5F		CLRB
F83A:		CalcBoostByte:
F83A:	CE 00 13	LDX	#BoostWord1	; -> 0x0013 = 19
F83D:	BD F3 50	JSR	Subr350		; -> 0xF350
F840:	44		LSRA
F841:	56		RORB
F842:	44		LSRA
F843:	56		RORB
F844:	D7 09		STAB	BoostByteValue	; -> [09]
F846:	96 12		LDAA	Magic10_1A_State ; -> [12]
F848:	8B 10		ADDA	#0x10		; = 16
F84A:	97 12		STAA	Magic10_1A_State ; -> [12]
F84C:	24 03		BHIS	CalcBoostByte+23 ; -> 0xF851
F84E:	7C 00 12	INC	Magic10_1A_State ; -> 0x12
F851:	96 12		LDAA	Magic10_1A_State ; -> [12]
F853:	97 96		STAA	Mag96BoostWord	; -> [96]
F855:	96 9F		LDAA	Mag9FByte	; -> [9F]
F857:	85 40		BITA	#0x40		; = 64
F859:	27 15		BEQ	CalcBoostByte+54 ; -> 0xF870
F85B:	86 40		LDAA	#0x40		; = 64
F85D:	97 9F		STAA	Mag9FByte	; -> [9F]
F85F:	DE 0E		LDX	RAMWord0E	; -> [0E]
F861:	27 0D		BEQ	CalcBoostByte+54 ; -> 0xF870
F863:	96 94		LDAA	Mag94Word	; -> [94]
F865:	D6 95		LDAB	Mag94Word+1	; -> [95]
F867:	BD F3 45	JSR	Subr345		; -> 0xF345
F86A:	44		LSRA
F86B:	56		RORB
F86C:	44		LSRA
F86D:	56		RORB
F86E:	D7 0A		STAB	RAMByte0A	; -> [0A]
F870:	D6 0D		LDAB	RAMByte0D	; -> [0D]
F872:	D7 94		STAB	Mag94Word	; -> [94]
F874:	D6 00		LDAB	Track_Mag9E	; -> [00]
F876:	CA 40		ORAB	#0x40		; = 64
F878:	D7 00		STAB	Track_Mag9E	; -> [00]
F87A:	D7 9E		STAB	Mag9EByte	; -> [9E]
F87C:	DE 90		LDX	Mag90RPMWord	; -> [90]
F87E:	DF 07		STX	RPMValue	; -> [07]
F880:	96 0A		LDAA	RAMByte0A	; -> [0A]
F882:	D6 39		LDAB	RAMByte39	; -> [39]
F884:	C5 40		BITB	#0x40		; = 64
F886:	27 6E		BEQ	F8F6
F888:	80 2E		SUBA	#0x2E		; = 46
F88A:	CE F1 B0	LDX	#Map11Byte	; -> 0xF1B0 = 61872
F88D:	96 99		LDAA	Mag99EngCSR	; -> [99]
F88F:	24 2D		BHIS	F8BE
F891:	5D		TSTB
F892:	2A 62		BPL	F8F6
F894:	C4 7F		ANDB	#0x7F		; = 127
F896:	D7 39		STAB	RAMByte39	; -> [39]
F898:	85 10		BITA	#0x10		; = 16
F89A:	27 5A		BEQ	F8F6
F89C:	D6 3A		LDAB	RAMByte3A	; -> [3A]
F89E:	C5 F0		BITB	#0xF0		; = 240
F8A0:	26 54		BNE	F8F6
F8A2:	85 02		BITA	#0x02
F8A4:	26 04		BNE	F8AA
F8A6:	D6 40		LDAB	RAMByte40	; -> [40]
F8A8:	2A 03		BPL	F8AD
F8AA:	CE 00 30	LDX	#RAMByte30	; -> 0x0030 = 48
F8AD:	96 2D		LDAA	RAMByte2D	; -> [2D]
F8AF:	AB 00		ADDA	0(X)
F8B1:	97 2D		STAA	RAMByte2D	; -> [2D]
F8B3:	CE F1 B6	LDX	#0xF1B6		; = 61878
F8B6:	25 31		BLO	F8E9
F8B8:	A1 00		CMPA	0(X)
F8BA:	25 34		BLO	F8F0
F8BC:	20 2B		BRA	F8E9

F8BE:	5D		TSTB
F8BF:	2B 35		BMI	F8F6
F8C1:	CA 80		ORAB	#0x80		; = 128
F8C3:	D7 39		STAB	RAMByte39	; -> [39]
F8C5:	85 10		BITA	#0x10		; = 16
F8C7:	27 2D		BEQ	F8F6
F8C9:	D6 3A		LDAB	RAMByte3A	; -> [3A]
F8CB:	C5 F0		BITB	#0xF0		; = 240
F8CD:	26 27		BNE	F8F6
F8CF:	85 02		BITA	#0x02
F8D1:	26 04		BNE	F8D7
F8D3:	D6 40		LDAB	RAMByte40	; -> [40]
F8D5:	2A 03		BPL	F8DA
F8D7:	CE 00 30	LDX	#RAMByte30	; -> 0x0030 = 48
F8DA:	96 2D		LDAA	RAMByte2D	; -> [2D]
F8DC:	A0 00		SUBA	0(X)
F8DE:	97 2D		STAA	RAMByte2D	; -> [2D]
F8E0:	CE F1 B7	LDX	#0xF1B7		; = 61879
F8E3:	25 04		BLO	F8E9
F8E5:	A1 00		CMPA	0(X)
F8E7:	24 07		BHIS	F8F0
F8E9:	A6 00		LDAA	0(X)
F8EB:	97 2D		STAA	RAMByte2D	; -> [2D]
F8ED:	7F 00 2E	CLR	RAMByte2E	; -> 0x2E
F8F0:	96 39		LDAA	RAMByte39	; -> [39]
F8F2:	8A 02		ORAA	#0x02
F8F4:	97 39		STAA	RAMByte39	; -> [39]
F8F6:	7E F5 FF	JMP	ReMagic10	; -> 0xF5FF

F8F9:		Magic10_1B:
F8F9:	D6 17		LDAB	RAMByte17	; -> [17]
F8FB:	2A 06		BPL	Magic10_1B+10	; -> 0xF903
F8FD:	B6 F1 48	LDAA	IdleTimingTable+2 ; -> 0xF148
F900:	7E F9 BB	JMP	IgnTiming+83	; -> 0xF9BB

F903:	96 40		LDAA	RAMByte40	; -> [40]
F905:	D6 99		LDAB	Mag99EngCSR	; -> [99]
F907:	C5 02		BITB	#0x02
F909:	26 16		BNE	Magic10_1B+40	; -> 0xF921
F90B:	D6 09		LDAB	BoostByteValue	; -> [09]
F90D:	C0 38		SUBB	#0x38		; = 56
F90F:	23 10		BLOS	Magic10_1B+40	; -> 0xF921
F911:	4D		TSTA
F912:	2B 14		BMI	Magic10_1B+47	; -> 0xF928
F914:	7C 00 41	INC	RAMByte41	; -> 0x41
F917:	D6 41		LDAB	RAMByte41	; -> [41]
F919:	C0 32		SUBB	#0x32		; = 50
F91B:	25 0B		BLO	Magic10_1B+47	; -> 0xF928
F91D:	8A 80		ORAA	#0x80		; = 128
F91F:	20 05		BRA	Magic10_1B+45	; -> 0xF926

F921:	7F 00 41	CLR	RAMByte41	; -> 0x41
F924:	84 7F		ANDA	#0x7F		; = 127
F926:	97 40		STAA	RAMByte40	; -> [40]
F928:	D6 99		LDAB	Mag99EngCSR	; -> [99]
F92A:	C5 02		BITB	#0x02
F92C:	26 3A		BNE	IgnTiming	; -> 0xF968
F92E:	4D		TSTA
F92F:	2B 37		BMI	IgnTiming	; -> 0xF968
F931:	DE 07		LDX	RPMValue	; -> [07]
F933:	DF 24		STX	TablePtrW	; -> [24]
F935:	96 24		LDAA	TablePtrW	; -> [24]
F937:	D6 25		LDAB	TablePtrW+1	; -> [25]
F939:	F0 F1 01	SUBB	RPMMap16+1	; -> 0xF101
F93C:	B2 F1 00	SBCA	RPMMap16	; -> 0xF100
F93F:	25 0B		BLO	Magic10_1B+83	; -> 0xF94C
F941:	BD F2 A7	JSR	IndexMag90	; -> 0xF2A7
F944:	CE F1 30	LDX	#DecelTimingTable ; -> 0xF130 = 61744
F947:	BD F2 7B	JSR	Subr27B		; -> 0xF27B
F94A:	20 08		BRA	Magic10_1B+91	; -> 0xF954

F94C:	D6 17		LDAB	RAMByte17	; -> [17]
F94E:	54		LSRB
F94F:	25 07		BLO	Magic10_1B+95	; -> 0xF958
F951:	B6 F1 48	LDAA	IdleTimingTable+2 ; -> 0xF148
F954:	9B 03		ADDA	RAMByte03	; -> [03]
F956:	20 5B		BRA	IgnTiming+75	; -> 0xF9B3

F958:	CE F1 46	LDX	#IdleTimingTable ; -> 0xF146 = 61766
F95B:	DF 24		STX	TablePtrW	; -> [24]
F95D:	CE F1 40	LDX	#IdleRPMMap3	; -> 0xF140 = 61760
F960:	BD F2 AF	JSR	IndexMag90Map	; -> 0xF2AF
F963:	CE F1 46	LDX	#IdleTimingTable ; -> 0xF146 = 61766
F966:	20 DF		BRA	Magic10_1B+78	; -> 0xF947

F968:		IgnTiming:
F968:	BD F2 A7	JSR	IndexMag90	; -> 0xF2A7
F96B:	CE F1 20	LDX	#ManPressureMap16 ; -> 0xF120 = 61728
F96E:	96 09		LDAA	BoostByteValue	; -> [09]
F970:	C6 10		LDAB	#0x10		; = 16
F972:	BD F3 8A	JSR	GetTabIndexB	; -> 0xF38A
F975:	D7 28		STAB	BoostIndex	; -> [28]
F977:	BD F2 4A	JSR	GetTabStepB	; -> 0xF24A
F97A:	D7 29		STAB	BoostStep	; -> [29]
F97C:	CE F0 00	LDX	#TimingTable	; -> 0xF000 = 61440
F97F:	DF 24		STX	TablePtrW	; -> [24]
F981:	96 28		LDAA	BoostIndex	; -> [28]
F983:	48		ASLA
F984:	48		ASLA
F985:	48		ASLA
F986:	48		ASLA
F987:	9B 26		ADDA	RPMIndex	; -> [26]
F989:	97 25		STAA	TablePtrW+1	; -> [25]
F98B:	DE 24		LDX	TablePtrW	; -> [24]
F98D:	D6 27		LDAB	RPMStep		; -> [27]
F98F:	BD F2 87	JSR	Subr287		; -> 0xF287
F992:	97 26		STAA	RPMIndex	; -> [26]
F994:	96 25		LDAA	TablePtrW+1	; -> [25]
F996:	8B 10		ADDA	#0x10		; = 16
F998:	97 25		STAA	TablePtrW+1	; -> [25]
F99A:	DE 24		LDX	TablePtrW	; -> [24]
F99C:	D6 27		LDAB	RPMStep		; -> [27]
F99E:	BD F2 87	JSR	Subr287		; -> 0xF287
F9A1:	D6 29		LDAB	BoostStep	; -> [29]
F9A3:	97 27		STAA	RPMStep		; -> [27]
F9A5:	CE 00 26	LDX	#RPMIndex	; -> 0x0026 = 38
F9A8:	BD F2 87	JSR	Subr287		; -> 0xF287
F9AB:	D6 09		LDAB	BoostByteValue	; -> [09]
F9AD:	C0 66		SUBB	#0x66		; = 102
F9AF:	25 02		BLO	IgnTiming+75	; -> 0xF9B3
F9B1:	9B 02		ADDA	RAMByte02	; -> [02]
F9B3:	B1 F1 4D	CMPA	InitVal_01	; -> 0xF14D
F9B6:	25 03		BLO	IgnTiming+83	; -> 0xF9BB
F9B8:	B6 F1 4D	LDAA	InitVal_01	; -> 0xF14D
F9BB:	97 01		STAA	RAMByte01	; -> [01]
F9BD:	DE 07		LDX	RPMValue	; -> [07]
F9BF:	DF 24		STX	TablePtrW	; -> [24]
F9C1:	96 24		LDAA	TablePtrW	; -> [24]
F9C3:	D6 25		LDAB	TablePtrW+1	; -> [25]
F9C5:	CE F1 49	LDX	#RPMRedline	; -> 0xF149 = 61769
F9C8:	BD F3 11	JSR	Subr311		; -> 0xF311
F9CB:	C6 03		LDAB	#0x03
F9CD:	BD F2 30	JSR	WRMag9A9B	; -> 0xF230
F9D0:	16		TAB
F9D1:	96 01		LDAA	RAMByte01	; -> [01]
F9D3:	10		SBA
F9D4:	80 04		SUBA	#0x04
F9D6:	C6 C0		LDAB	#0xC0		; = 192
F9D8:	BD F2 30	JSR	WRMag9A9B	; -> 0xF230
F9DB:	97 04		STAA	RAMByte04	; -> [04]
F9DD:	D6 17		LDAB	RAMByte17	; -> [17]
F9DF:	2A 02		BPL	F9E3
F9E1:	97 05		STAA	RAMByte05	; -> [05]
F9E3:	CE F1 B0	LDX	#Map11Byte	; -> 0xF1B0 = 61872
F9E6:	DF 24		STX	TablePtrW	; -> [24]
F9E8:	CE F1 A0	LDX	#RPMMap8	; -> 0xF1A0 = 61856
F9EB:	0F		SEI
F9EC:	96 07		LDAA	RPMValue	; -> [07]
F9EE:	D6 08		LDAB	RPMValue+1	; -> [08]
F9F0:	0E		CLI
F9F1:	BD F2 D7	JSR	GetTabIndexW	; -> 0xF2D7
F9F4:	CE F1 B8	LDX	#Map12Byte	; -> 0xF1B8 = 61880
F9F7:	DF 24		STX	TablePtrW	; -> [24]
F9F9:	96 25		LDAA	TablePtrW+1	; -> [25]
F9FB:	9B 2A		ADDA	RAMByte2A	; -> [2A]
F9FD:	97 25		STAA	TablePtrW+1	; -> [25]
F9FF:	DE 24		LDX	TablePtrW	; -> [24]
FA01:	A6 00		LDAA	0(X)
FA03:	97 30		STAA	RAMByte30	; -> [30]
FA05:	A6 08		LDAA	8(X)
FA07:	97 31		STAA	RAMByte31	; -> [31]
FA09:	A6 10		LDAA	10(X)
FA0B:	97 32		STAA	RAMByte32	; -> [32]
FA0D:	BD F2 A7	JSR	IndexMag90	; -> 0xF2A7
FA10:	CE F1 D0	LDX	#WOTOpenLoopFQV ; -> 0xF1D0 = 61904
FA13:	DF 24		STX	TablePtrW	; -> [24]
FA15:	96 25		LDAA	TablePtrW+1	; -> [25]
FA17:	9B 26		ADDA	RPMIndex	; -> [26]
FA19:	97 25		STAA	TablePtrW+1	; -> [25]
FA1B:	DE 24		LDX	TablePtrW	; -> [24]
FA1D:	A6 00		LDAA	0(X)
FA1F:	97 33		STAA	RAMByte33	; -> [33]
FA21:	A6 10		LDAA	10(X)
FA23:	97 34		STAA	RAMByte34	; -> [34]
FA25:	CE F1 60	LDX	#OverBoostTable ; -> 0xF160 = 61792
FA28:	BD F2 7B	JSR	Subr27B		; -> 0xF27B
FA2B:	97 28		STAA	BoostIndex	; -> [28]
FA2D:	CE F1 F0	LDX	#Map18Byte	; -> 0xF1F0 = 61936
FA30:	BD F2 7B	JSR	Subr27B		; -> 0xF27B
FA33:	97 29		STAA	BoostStep	; -> [29]
FA35:	CE F2 00	LDX	#Map19Byte	; -> 0xF200 = 61952
FA38:	BD F2 7B	JSR	Subr27B		; -> 0xF27B
FA3B:	97 2A		STAA	RAMByte2A	; -> [2A]
FA3D:	96 09		LDAA	BoostByteValue	; -> [09]
FA3F:	C6 80		LDAB	#0x80		; = 128
FA41:	CE 00 28	LDX	#BoostIndex	; -> 0x0028 = 40
FA44:	8D 0C		BSR	FA52
FA46:	C6 40		LDAB	#0x40		; = 64
FA48:	08		INCX
FA49:	8D 07		BSR	FA52
FA4B:	C6 20		LDAB	#0x20		; = 32
FA4D:	08		INCX
FA4E:	8D 02		BSR	FA52
FA50:	20 19		BRA	FA6B

FA52:	37		PSHB
FA53:	E6 00		LDAB	0(X)
FA55:	11		CBA
FA56:	24 0B		BHIS	FA63
FA58:	C0 05		SUBB	#0x05
FA5A:	11		CBA
FA5B:	24 0C		BHIS	FA69
FA5D:	33		POPB
FA5E:	53		COMB
FA5F:	D4 18		ANDB	RAMByte18	; -> [18]
FA61:	20 03		BRA	FA66

FA63:	33		POPB
FA64:	DA 18		ORAB	RAMByte18	; -> [18]
FA66:	D7 18		STAB	RAMByte18	; -> [18]
FA68:	39		RTS

FA69:	33		POPB
FA6A:	39		RTS

FA6B:	CE F1 49	LDX	#RPMRedline	; -> 0xF149 = 61769
FA6E:	96 40		LDAA	RAMByte40	; -> [40]
FA70:	84 F7		ANDA	#0xF7		; = 247
FA72:	27 02		BEQ	FA76
FA74:	08		INCX
FA75:	08		INCX
FA76:	EE 00		LDX	0(X)
FA78:	DF 24		STX	TablePtrW	; -> [24]
FA7A:	96 24		LDAA	TablePtrW	; -> [24]
FA7C:	D6 25		LDAB	TablePtrW+1	; -> [25]
FA7E:	C0 0A		SUBB	#0x0A		; = 10
FA80:	82 00		SBCA	#0x00
FA82:	97 26		STAA	RPMIndex	; -> [26]
FA84:	D7 27		STAB	RPMStep		; -> [27]
FA86:	0F		SEI
FA87:	96 07		LDAA	RPMValue	; -> [07]
FA89:	D6 08		LDAB	RPMValue+1	; -> [08]
FA8B:	0E		CLI
FA8C:	7D 00 19	TST	RAMByte19	; -> 0x19
FA8F:	2B 0B		BMI	FA9C
FA91:	D0 25		SUBB	TablePtrW+1	; -> [25]
FA93:	92 24		SBCA	TablePtrW	; -> [24]
FA95:	25 0E		BLO	FAA5
FA97:	73 00 19	COM	RAMByte19	; -> 0x19
FA9A:	20 09		BRA	FAA5

FA9C:	D0 27		SUBB	RPMStep		; -> [27]
FA9E:	92 26		SBCA	RPMIndex	; -> [26]
FAA0:	24 03		BHIS	FAA5
FAA2:	7F 00 19	CLR	RAMByte19	; -> 0x19
FAA5:	7E F5 FF	JMP	ReMagic10	; -> 0xF5FF

FAA8:		Magic10_1C:
FAA8:	D6 17		LDAB	RAMByte17	; -> [17]
FAAA:	C5 20		BITB	#0x20		; = 32
FAAC:	27 10		BEQ	Magic10_1C+22	; -> 0xFABE
FAAE:	F6 F1 B4	LDAB	Map11Byte+4	; -> 0xF1B4
FAB1:	96 0C		LDAA	RAMByte0C	; -> [0C]
FAB3:	B0 F1 B5	SUBA	Map11Byte+5	; -> 0xF1B5
FAB6:	23 03		BLOS	Magic10_1C+19	; -> 0xFABB
FAB8:	F6 F1 B3	LDAB	Map11Byte+3	; -> 0xF1B3
FABB:	7E FB 8B	JMP	FB8B

FABE:	D6 2F		LDAB	RAMByte2F	; -> [2F]
FAC0:	96 17		LDAA	RAMByte17	; -> [17]
FAC2:	2B F7		BMI	Magic10_1C+19	; -> 0xFABB
FAC4:	96 3A		LDAA	RAMByte3A	; -> [3A]
FAC6:	D6 99		LDAB	Mag99EngCSR	; -> [99]
FAC8:	C4 03		ANDB	#0x03
FACA:	26 0E		BNE	Magic10_1C+50	; -> 0xFADA
FACC:	D6 39		LDAB	RAMByte39	; -> [39]
FACE:	C5 40		BITB	#0x40		; = 64
FAD0:	27 08		BEQ	Magic10_1C+50	; -> 0xFADA
FAD2:	8A 40		ORAA	#0x40		; = 64
FAD4:	97 3A		STAA	RAMByte3A	; -> [3A]
FAD6:	C6 32		LDAB	#0x32		; = 50
FAD8:	20 E1		BRA	Magic10_1C+19	; -> 0xFABB

FADA:	84 BF		ANDA	#0xBF		; = 191
FADC:	97 3A		STAA	RAMByte3A	; -> [3A]
FADE:	D6 2F		LDAB	RAMByte2F	; -> [2F]
FAE0:	96 99		LDAA	Mag99EngCSR	; -> [99]
FAE2:	85 10		BITA	#0x10		; = 16
FAE4:	27 D5		BEQ	Magic10_1C+19	; -> 0xFABB
FAE6:	96 3A		LDAA	RAMByte3A	; -> [3A]
FAE8:	D6 99		LDAB	Mag99EngCSR	; -> [99]
FAEA:	C5 01		BITB	#0x01
FAEC:	27 1F		BEQ	FB0D
FAEE:	7F 00 37	CLR	RAMByte37	; -> 0x37
FAF1:	4D		TSTA
FAF2:	2A 35		BPL	FB29
FAF4:	7C 00 38	INC	RAMByte38	; -> 0x38
FAF7:	D6 38		LDAB	RAMByte38	; -> [38]
FAF9:	C0 19		SUBB	#0x19		; = 25
FAFB:	26 0B		BNE	Magic10_1C+96	; -> 0xFB08
FAFD:	D7 38		STAB	RAMByte38	; -> [38]
FAFF:	84 7F		ANDA	#0x7F		; = 127
FB01:	97 3A		STAA	RAMByte3A	; -> [3A]
FB03:	D6 2F		LDAB	RAMByte2F	; -> [2F]
FB05:	7E FB 8B	JMP	FB8B

FB08:	D6 33		LDAB	RAMByte33	; -> [33]
FB0A:	7E FB 8B	JMP	FB8B

FB0D:	7F 00 38	CLR	RAMByte38	; -> 0x38
FB10:	4D		TSTA
FB11:	2B 11		BMI	FB24
FB13:	7C 00 37	INC	RAMByte37	; -> 0x37
FB16:	D6 37		LDAB	RAMByte37	; -> [37]
FB18:	C0 19		SUBB	#0x19		; = 25
FB1A:	26 0D		BNE	FB29
FB1C:	D7 37		STAB	RAMByte37	; -> [37]
FB1E:	8A 80		ORAA	#0x80		; = 128
FB20:	84 CF		ANDA	#0xCF		; = 207
FB22:	97 3A		STAA	RAMByte3A	; -> [3A]
FB24:	D6 33		LDAB	RAMByte33	; -> [33]
FB26:	7E FB 8B	JMP	FB8B

FB29:	D6 18		LDAB	RAMByte18	; -> [18]
FB2B:	C5 40		BITB	#0x40		; = 64
FB2D:	27 0B		BEQ	FB3A
FB2F:	8A 20		ORAA	#0x20		; = 32
FB31:	84 EF		ANDA	#0xEF		; = 239
FB33:	97 3A		STAA	RAMByte3A	; -> [3A]
FB35:	D6 33		LDAB	RAMByte33	; -> [33]
FB37:	7E FB 8B	JMP	FB8B

FB3A:	C5 20		BITB	#0x20		; = 32
FB3C:	27 09		BEQ	FB47
FB3E:	8A 10		ORAA	#0x10		; = 16
FB40:	97 3A		STAA	RAMByte3A	; -> [3A]
FB42:	D6 34		LDAB	RAMByte34	; -> [34]
FB44:	7E FB 8B	JMP	FB8B

FB47:	85 30		BITA	#0x30		; = 48
FB49:	27 09		BEQ	FB54
FB4B:	84 CF		ANDA	#0xCF		; = 207
FB4D:	97 3A		STAA	RAMByte3A	; -> [3A]
FB4F:	D6 2F		LDAB	RAMByte2F	; -> [2F]
FB51:	7E FB 8B	JMP	FB8B

FB54:	96 39		LDAA	RAMByte39	; -> [39]
FB56:	85 40		BITA	#0x40		; = 64
FB58:	26 53		BNE	FBAD
FB5A:	D6 2F		LDAB	RAMByte2F	; -> [2F]
FB5C:	96 40		LDAA	RAMByte40	; -> [40]
FB5E:	85 08		BITA	#0x08
FB60:	26 07		BNE	FB69
FB62:	96 0C		LDAA	RAMByte0C	; -> [0C]
FB64:	B0 F1 97	SUBA	BlockTempMap8+7 ; -> 0xF197
FB67:	22 22		BHI	FB8B
FB69:	D6 0A		LDAB	RAMByte0A	; -> [0A]
FB6B:	C1 36		CMPB	#0x36		; = 54
FB6D:	24 11		BHIS	FB80
FB6F:	C1 26		CMPB	#0x26		; = 38
FB71:	23 0D		BLOS	FB80
FB73:	D6 2F		LDAB	RAMByte2F	; -> [2F]
FB75:	96 40		LDAA	RAMByte40	; -> [40]
FB77:	85 08		BITA	#0x08
FB79:	27 10		BEQ	FB8B
FB7B:	F6 F1 9F	LDAB	ColdOpenLoopFQV+7 ; -> 0xF19F
FB7E:	20 0B		BRA	FB8B

FB80:	86 40		LDAA	#0x40		; = 64
FB82:	0F		SEI
FB83:	9A 39		ORAA	RAMByte39	; -> [39]
FB85:	97 39		STAA	RAMByte39	; -> [39]
FB87:	0E		CLI
FB88:	F6 F1 9F	LDAB	ColdOpenLoopFQV+7 ; -> 0xF19F
FB8B:	D7 2D		STAB	RAMByte2D	; -> [2D]
FB8D:	7F 00 2E	CLR	RAMByte2E	; -> 0x2E
FB90:	96 2D		LDAA	RAMByte2D	; -> [2D]
FB92:	CE F1 B6	LDX	#0xF1B6		; = 61878
FB95:	A1 00		CMPA	0(X)
FB97:	24 05		BHIS	FB9E
FB99:	08		INCX
FB9A:	A1 00		CMPA	0(X)
FB9C:	24 07		BHIS	FBA5
FB9E:	A6 00		LDAA	0(X)
FBA0:	97 2D		STAA	RAMByte2D	; -> [2D]
FBA2:	7F 00 2E	CLR	RAMByte2E	; -> 0x2E
FBA5:	CE 00 00	LDX	#0x0000
FBA8:	DF 35		STX	RAMByte35	; -> [35]
FBAA:	7E FC 53	JMP	FC53

FBAD:	96 40		LDAA	RAMByte40	; -> [40]
FBAF:	2B 06		BMI	FBB7
FBB1:	96 99		LDAA	Mag99EngCSR	; -> [99]
FBB3:	85 02		BITA	#0x02
FBB5:	27 29		BEQ	FBE0
FBB7:	DE 35		LDX	RAMByte35	; -> [35]
FBB9:	08		INCX
FBBA:	DF 35		STX	RAMByte35	; -> [35]
FBBC:	86 00		LDAA	#0x00
FBBE:	C6 71		LDAB	#0x71		; = 113
FBC0:	D0 36		SUBB	RAMByte36	; -> [36]
FBC2:	92 35		SBCA	RAMByte35	; -> [35]
FBC4:	24 24		BHIS	FBEA
FBC6:	96 0A		LDAA	RAMByte0A	; -> [0A]
FBC8:	81 2C		CMPA	#0x2C		; = 44
FBCA:	24 19		BHIS	FBE5
FBCC:	81 28		CMPA	#0x28		; = 40
FBCE:	25 15		BLO	FBE5
FBD0:	86 00		LDAA	#0x00
FBD2:	C6 7D		LDAB	#0x7D		; = 125
FBD4:	D0 36		SUBB	RAMByte36	; -> [36]
FBD6:	92 35		SBCA	RAMByte35	; -> [35]
FBD8:	24 10		BHIS	FBEA
FBDA:	D6 39		LDAB	RAMByte39	; -> [39]
FBDC:	C4 BF		ANDB	#0xBF		; = 191
FBDE:	D7 39		STAB	RAMByte39	; -> [39]
FBE0:	CE 00 00	LDX	#0x0000
FBE3:	20 03		BRA	FBE8

FBE5:	CE 00 71	LDX	#0x0071		; = 113
FBE8:	DF 35		STX	RAMByte35	; -> [35]
FBEA:	DE 2D		LDX	RAMByte2D	; -> [2D]
FBEC:	DF 2B		STX	RAMByte2B	; -> [2B]
FBEE:	96 99		LDAA	Mag99EngCSR	; -> [99]
FBF0:	D6 39		LDAB	RAMByte39	; -> [39]
FBF2:	2B 25		BMI	FC19
FBF4:	CE 00 32	LDX	#RAMByte32	; -> 0x0032 = 50
FBF7:	85 02		BITA	#0x02
FBF9:	26 07		BNE	FC02
FBFB:	96 40		LDAA	RAMByte40	; -> [40]
FBFD:	2B 03		BMI	FC02
FBFF:	CE F1 B2	LDX	#0xF1B2		; = 61874
FC02:	96 2B		LDAA	RAMByte2B	; -> [2B]
FC04:	D6 2C		LDAB	RAMByte2C	; -> [2C]
FC06:	EB 00		ADDB	0(X)
FC08:	89 00		ADCA	#0x00
FC0A:	97 2B		STAA	RAMByte2B	; -> [2B]
FC0C:	D7 2C		STAB	RAMByte2C	; -> [2C]
FC0E:	CE F1 B6	LDX	#0xF1B6		; = 61878
FC11:	25 29		BLO	FC3C
FC13:	A1 00		CMPA	0(X)
FC15:	25 2C		BLO	FC43
FC17:	20 23		BRA	FC3C

FC19:	CE 00 31	LDX	#RAMByte31	; -> 0x0031 = 49
FC1C:	85 02		BITA	#0x02
FC1E:	26 07		BNE	FC27
FC20:	96 40		LDAA	RAMByte40	; -> [40]
FC22:	2B 03		BMI	FC27
FC24:	CE F1 B1	LDX	#0xF1B1		; = 61873
FC27:	96 2B		LDAA	RAMByte2B	; -> [2B]
FC29:	D6 2C		LDAB	RAMByte2C	; -> [2C]
FC2B:	E0 00		SUBB	0(X)
FC2D:	82 00		SBCA	#0x00
FC2F:	97 2B		STAA	RAMByte2B	; -> [2B]
FC31:	D7 2C		STAB	RAMByte2C	; -> [2C]
FC33:	CE F1 B7	LDX	#0xF1B7		; = 61879
FC36:	25 04		BLO	FC3C
FC38:	A1 00		CMPA	0(X)
FC3A:	24 07		BHIS	FC43
FC3C:	A6 00		LDAA	0(X)
FC3E:	97 2B		STAA	RAMByte2B	; -> [2B]
FC40:	7F 00 2C	CLR	RAMByte2C	; -> 0x2C
FC43:	DE 2B		LDX	RAMByte2B	; -> [2B]
FC45:	0F		SEI
FC46:	D6 39		LDAB	RAMByte39	; -> [39]
FC48:	C5 02		BITB	#0x02
FC4A:	26 02		BNE	FC4E
FC4C:	DF 2D		STX	RAMByte2D	; -> [2D]
FC4E:	C4 FD		ANDB	#0xFD		; = 253
FC50:	D7 39		STAB	RAMByte39	; -> [39]
FC52:	0E		CLI
FC53:	DE 2D		LDX	RAMByte2D	; -> [2D]
FC55:	DF 2B		STX	RAMByte2B	; -> [2B]
FC57:	CE 00 2B	LDX	#RAMByte2B	; -> 0x002B = 43
FC5A:	86 8F		LDAA	#0x8F		; = 143
FC5C:	BD F3 69	JSR	Subr369		; -> 0xF369
FC5F:	0F		SEI
FC60:	97 45		STAA	RAMByte45	; -> [45]
FC62:	D7 46		STAB	RAMByte46	; -> [46]
FC64:	0E		CLI
FC65:	7E F5 FF	JMP	ReMagic10	; -> 0xF5FF

; Calculate next engine timing value (wild guess...)
;  (Magic10 interrupt, part of Magic10_1B)
; Some data/tables interspersed with the ROM code

FC68:		Magic10_1D:
FC68:	D6 40		LDAB	RAMByte40	; -> [40]
FC6A:	96 0B		LDAA	RAMByte0B	; -> [0B]
FC6C:	81 12		CMPA	#0x12		; = 18
FC6E:	25 04		BLO	Magic10_1D+12	; -> 0xFC74
FC70:	81 ED		CMPA	#0xED		; = 237
FC72:	25 06		BLO	Magic10_1D+18	; -> 0xFC7A
FC74:	86 00		LDAA	#0x00
FC76:	CA 20		ORAB	#0x20		; = 32
FC78:	20 02		BRA	Magic10_1D+20	; -> 0xFC7C

FC7A:	C4 DF		ANDB	#0xDF		; = 223
FC7C:	D7 40		STAB	RAMByte40	; -> [40]
FC7E:	CE F1 50	LDX	#AirTempMap8	; -> 0xF150 = 61776
FC81:	C6 08		LDAB	#0x08
FC83:	BD F3 8A	JSR	GetTabIndexB	; -> 0xF38A
FC86:	37		PSHB
FC87:	BD F2 4A	JSR	GetTabStepB	; -> 0xF24A
FC8A:	32		POPA
FC8B:	CE F1 58	LDX	#HotAirRetard	; -> 0xF158 = 61784
FC8E:	DF 3B		STX	RAMByte3B	; -> [3B]
FC90:	9B 3C		ADDA	RAMByte3C	; -> [3C]
FC92:	97 3C		STAA	RAMByte3C	; -> [3C]
FC94:	DE 3B		LDX	RAMByte3B	; -> [3B]
FC96:	BD F2 87	JSR	Subr287		; -> 0xF287
FC99:	80 3C		SUBA	#0x3C		; = 60
FC9B:	97 02		STAA	RAMByte02	; -> [02]
FC9D:	D6 40		LDAB	RAMByte40	; -> [40]
FC9F:	96 17		LDAA	RAMByte17	; -> [17]
FCA1:	85 40		BITA	#0x40		; = 64
FCA3:	27 0E		BEQ	Magic10_1D+75	; -> 0xFCB3
FCA5:	96 0C		LDAA	RAMByte0C	; -> [0C]
FCA7:	80 F3		SUBA	#0xF3		; = 243
FCA9:	25 04		BLO	Magic10_1D+71	; -> 0xFCAF
FCAB:	CA 08		ORAB	#0x08
FCAD:	20 02		BRA	Magic10_1D+73	; -> 0xFCB1

FCAF:	C4 F7		ANDB	#0xF7		; = 247
FCB1:	D7 40		STAB	RAMByte40	; -> [40]
FCB3:	4F		CLRA
FCB4:	C5 08		BITB	#0x08
FCB6:	26 1F		BNE	FCD7
FCB8:	CE F1 70	LDX	#ColdEngMap16	; -> 0xF170 = 61808
FCBB:	96 0C		LDAA	RAMByte0C	; -> [0C]
FCBD:	C6 10		LDAB	#0x10		; = 16
FCBF:	BD F3 8A	JSR	GetTabIndexB	; -> 0xF38A
FCC2:	37		PSHB
FCC3:	BD F2 4A	JSR	GetTabStepB	; -> 0xF24A
FCC6:	32		POPA
FCC7:	CE F1 80	LDX	#ColdEngAdvance ; -> 0xF180 = 61824
FCCA:	DF 3B		STX	RAMByte3B	; -> [3B]
FCCC:	9B 3C		ADDA	RAMByte3C	; -> [3C]
FCCE:	97 3C		STAA	RAMByte3C	; -> [3C]
FCD0:	DE 3B		LDX	RAMByte3B	; -> [3B]
FCD2:	BD F2 87	JSR	Subr287		; -> 0xF287
FCD5:	80 3C		SUBA	#0x3C		; = 60
FCD7:	97 03		STAA	RAMByte03	; -> [03]
FCD9:	96 40		LDAA	RAMByte40	; -> [40]
FCDB:	85 08		BITA	#0x08
FCDD:	27 05		BEQ	FCE4
FCDF:	B6 F1 9F	LDAA	ColdOpenLoopFQV+7 ; -> 0xF19F
FCE2:	20 1F		BRA	FD03

FCE4:	CE F1 90	LDX	#BlockTempMap8	; -> 0xF190 = 61840
FCE7:	96 0C		LDAA	RAMByte0C	; -> [0C]
FCE9:	C6 08		LDAB	#0x08
FCEB:	BD F3 8A	JSR	GetTabIndexB	; -> 0xF38A
FCEE:	37		PSHB
FCEF:	BD F2 4A	JSR	GetTabStepB	; -> 0xF24A
FCF2:	32		POPA
FCF3:	37		PSHB
FCF4:	CE F1 98	LDX	#ColdOpenLoopFQV ; -> 0xF198 = 61848
FCF7:	DF 3B		STX	RAMByte3B	; -> [3B]
FCF9:	9B 3C		ADDA	RAMByte3C	; -> [3C]
FCFB:	97 3C		STAA	RAMByte3C	; -> [3C]
FCFD:	DE 3B		LDX	RAMByte3B	; -> [3B]
FCFF:	33		POPB
FD00:	BD F2 87	JSR	Subr287		; -> 0xF287
FD03:	97 2F		STAA	RAMByte2F	; -> [2F]
FD05:	96 99		LDAA	Mag99EngCSR	; -> [99]
FD07:	D6 17		LDAB	RAMByte17	; -> [17]
FD09:	2B 0C		BMI	FD17
FD0B:	84 EF		ANDA	#0xEF		; = 239
FD0D:	D6 18		LDAB	RAMByte18	; -> [18]
FD0F:	2B 06		BMI	FD17
FD11:	D6 19		LDAB	RAMByte19	; -> [19]
FD13:	2B 02		BMI	FD17
FD15:	8A 10		ORAA	#0x10		; = 16
FD17:	DE 07		LDX	RPMValue	; -> [07]
FD19:	DF 3B		STX	RAMByte3B	; -> [3B]
FD1B:	85 02		BITA	#0x02
FD1D:	26 24		BNE	FD43
FD1F:	D6 40		LDAB	RAMByte40	; -> [40]
FD21:	2B 20		BMI	FD43
FD23:	85 40		BITA	#0x40		; = 64
FD25:	26 10		BNE	FD37
FD27:	D6 3C		LDAB	RAMByte3C	; -> [3C]
FD29:	F0 F2 13	SUBB	HiIdleRPM2+1	; -> 0xF213
FD2C:	D6 3B		LDAB	RAMByte3B	; -> [3B]
FD2E:	F2 F2 12	SBCB	HiIdleRPM2	; -> 0xF212
FD31:	25 12		BLO	FD45
FD33:	8A 40		ORAA	#0x40		; = 64
FD35:	20 0E		BRA	FD45

FD37:	D6 3C		LDAB	RAMByte3C	; -> [3C]
FD39:	F0 F2 11	SUBB	HiIdleRPM1+1	; -> 0xF211
FD3C:	D6 3B		LDAB	RAMByte3B	; -> [3B]
FD3E:	F2 F2 10	SBCB	HiIdleRPM1	; -> 0xF210
FD41:	24 02		BHIS	FD45
FD43:	84 BF		ANDA	#0xBF		; = 191
FD45:	84 50		ANDA	#0x50		; = 80
FD47:	0F		SEI
FD48:	D6 99		LDAB	Mag99EngCSR	; -> [99]
FD4A:	C4 AF		ANDB	#0xAF		; = 175
FD4C:	1B		ABA
FD4D:	97 99		STAA	Mag99EngCSR	; -> [99]
FD4F:	0E		CLI
FD50:	DE 07		LDX	RPMValue	; -> [07]
FD52:	DF 3B		STX	RAMByte3B	; -> [3B]
FD54:	D6 17		LDAB	RAMByte17	; -> [17]
FD56:	2A 2F		BPL	FD87
FD58:	96 3C		LDAA	RAMByte3C	; -> [3C]
FD5A:	80 03		SUBA	#0x03
FD5C:	96 3B		LDAA	RAMByte3B	; -> [3B]
FD5E:	82 00		SBCA	#0x00
FD60:	25 25		BLO	FD87
FD62:	96 00		LDAA	Track_Mag9E	; -> [00]
FD64:	2B 21		BMI	FD87
FD66:	96 9F		LDAA	Mag9FByte	; -> [9F]
FD68:	2A 1D		BPL	FD87
FD6A:	86 80		LDAA	#0x80		; = 128
FD6C:	97 9F		STAA	Mag9FByte	; -> [9F]
FD6E:	0F		SEI
FD6F:	96 99		LDAA	Mag99EngCSR	; -> [99]
FD71:	8A 10		ORAA	#0x10		; = 16
FD73:	97 99		STAA	Mag99EngCSR	; -> [99]
FD75:	0E		CLI
FD76:	86 03		LDAA	#0x03
FD78:	97 9D		STAA	Mag9DByte	; -> [9D]
FD7A:	96 00		LDAA	Track_Mag9E	; -> [00]
FD7C:	8A 88		ORAA	#0x88		; = 136
FD7E:	97 00		STAA	Track_Mag9E	; -> [00]
FD80:	97 9E		STAA	Mag9EByte	; -> [9E]
FD82:	86 42		LDAA	#0x42		; = 66
FD84:	B7 01 01	STAA	TimerCSR	; -> 0x101
FD87:	96 17		LDAA	RAMByte17	; -> [17]
FD89:	2B 10		BMI	FD9B
FD8B:	D6 3C		LDAB	RAMByte3C	; -> [3C]
FD8D:	F0 F1 45	SUBB	IdleRPMMap3+5	; -> 0xF145
FD90:	D6 3B		LDAB	RAMByte3B	; -> [3B]
FD92:	F2 F1 44	SBCB	IdleRPMMap3+4	; -> 0xF144
FD95:	25 04		BLO	FD9B
FD97:	8A 01		ORAA	#0x01
FD99:	20 1E		BRA	FDB9

FD9B:	D6 3C		LDAB	RAMByte3C	; -> [3C]
FD9D:	C0 28		SUBB	#0x28		; = 40
FD9F:	D6 3B		LDAB	RAMByte3B	; -> [3B]
FDA1:	C2 00		SBCB	#0x00
FDA3:	25 02		BLO	FDA7
FDA5:	84 DF		ANDA	#0xDF		; = 223
FDA7:	D6 3C		LDAB	RAMByte3C	; -> [3C]
FDA9:	F0 F1 41	SUBB	IdleRPMMap3+1	; -> 0xF141
FDAC:	D6 3B		LDAB	RAMByte3B	; -> [3B]
FDAE:	F2 F1 40	SBCB	IdleRPMMap3	; -> 0xF140
FDB1:	25 04		BLO	FDB7
FDB3:	84 7F		ANDA	#0x7F		; = 127
FDB5:	20 02		BRA	FDB9

FDB7:	84 FE		ANDA	#0xFE		; = 254
FDB9:	84 A1		ANDA	#0xA1		; = 161
FDBB:	0F		SEI
FDBC:	D6 17		LDAB	RAMByte17	; -> [17]
FDBE:	C4 5E		ANDB	#0x5E		; = 94
FDC0:	1B		ABA
FDC1:	97 17		STAA	RAMByte17	; -> [17]
FDC3:	0E		CLI
FDC4:	7E F5 FF	JMP	ReMagic10	; -> 0xF5FF

FDC7:	FF=255
 ...
FFEF:	FF=255


FFF0:	3F=063	3F=063	3F=063	3F=063	3F=063	3F=063	3F=063	3F=063

IntVector:
FFF8:	F500=62720
FFFA:	F400=62464
FFFC:	F400=62464
FFFE:	F400=62464