				Disassembled listing of C:\Eprom\Fiat\Bar18.Asm

0:	BE BE BB	LDS ( BE BB)   ;Load Stack Pointer
3:	BB BC BC	ADDA ( BC BC)   ;Add without Carry to Accumulator A
6:	BC BC BC	CPX ( BC BC)   ;Compare Index Register X
9:	BB BB B7	ADDA ( BB B7)   ;Add without Carry to Accumulator A
C:	3E		WAI	   ;Wait for Interrupt
D:	3B		RTI	   ;Return from Interrupt
E:	3B		RTI	   ;Return from Interrupt
F:	3B		RTI	   ;Return from Interrupt
10:	CA BD		ORAB ,BD   ;Inclusive OR Accumulator B
12:	BD BD BC	JSR ( BD BC)   ;Jump to Subroutine
15:	BD BF BE	JSR ( BF BE)   ;Jump to Subroutine
18:	BC BB BA	CPX ( BB BA)   ;Compare Index Register X
1B:	B8 3C 31	EORA ( 3C 31)   ;Exclusive OR Accumulator A
1E:	31		INS	   ;Increment Stack Pointer
1F:	31		INS	   ;Increment Stack Pointer
20:	BE BA BB	LDS ( BA BB)   ;Load Stack Pointer
23:	BC B9 B7	CPX ( B9 B7)   ;Compare Index Register X
26:	B5 B4 B4	BITA ( B4 B4)   ;Bit test Accumulator A
29:	B4 B4 B4	ANDA ( B4 B4)   ;Logical AND with Accumulator A
2C:	AF 36		STS (36,X)   ;Store Stack Pointer
2E:	36		PSHA	   ;Push Accumulator A onto Stack
2F:	36		PSHA	   ;Push Accumulator A onto Stack
30:	BD BA BB	JSR ( BA BB)   ;Jump to Subroutine
33:	BA B8 B6	ORAA ( B8 B6)   ;Inclusive OR Accumulator A
36:	B5 B4 B4	BITA ( B4 B4)   ;Bit test Accumulator A
39:	B4 B4 B1	ANDA ( B4 B1)   ;Logical AND with Accumulator A
3C:	AF 34		STS (34,X)   ;Store Stack Pointer
3E:	2C 2C		BGE  ,2C   ;Branch if Greater than or Equal to Zero
40:	BD BC BC	JSR ( BC BC)   ;Jump to Subroutine
43:	BD BA B7	JSR ( BA B7)   ;Jump to Subroutine
46:	B5 B2 B4	BITA ( B2 B4)   ;Bit test Accumulator A
49:	B3 B3 B2	SUBD ( B3 B2)   ;Substract Double Accumulator
4C:	B2 3F 3F	SBCA ( 3F 3F)   ;Substract with Carry Accumulator A
4F:	3F		SWI	   ;Software Interrupt
50:	BA B7 B8	ORAA ( B7 B8)   ;Inclusive OR Accumulator A
53:	B9 B6 B4	ADCA ( B6 B4)   ;Add with Carry to Accumulator A
56:	B2 B3 B2	SBCA ( B3 B2)   ;Substract with Carry Accumulator A
59:	B2 B2 B2	SBCA ( B2 B2)   ;Substract with Carry Accumulator A
5C:	B2 47 41	SBCA ( 47 41)   ;Substract with Carry Accumulator A
5F:	41 BA BA	SBCA ( BA BA)   ;Substract with Carry Accumulator A
62:	BA BA B7	ORAA ( BA B7)   ;Inclusive OR Accumulator A
65:	B4 B2 B1	ANDA ( B2 B1)   ;Logical AND with Accumulator A
68:	B1 B1 B0	CMPA ( B1 B0)   ;Compare Accumulator A
6B:	AF AE		STS (AE,X)   ;Store Stack Pointer
6D:	42 42		STS (42,X)   ;Store Stack Pointer
6F:	42 BB		STS (BB,X)   ;Store Stack Pointer
71:	BA BB BA	ORAA ( BB BA)   ;Inclusive OR Accumulator A
74:	B7 B5 B2	STAA ( B5 B2)   ;Store Accumulator A
77:	B1 AE AF	CMPA ( AE AF)   ;Compare Accumulator A
7A:	AF AF		STS (AF,X)   ;Store Stack Pointer
7C:	AF 43		STS (43,X)   ;Store Stack Pointer
7E:	40		NEGA	   ;Negate Accumulator A
7F:	40		NEGA	   ;Negate Accumulator A
80:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
83:	BA B7 B4	ORAA ( B7 B4)   ;Inclusive OR Accumulator A
86:	B2 AF AF	SBCA ( AF AF)   ;Substract with Carry Accumulator A
89:	AF B0		STS (B0,X)   ;Store Stack Pointer
8B:	AF AF		STS (AF,X)   ;Store Stack Pointer
8D:	43		COMA	   ;Complement Accumulator A
8E:	44		LSRA	   ;Logical Shift Right Accumulator A
8F:	44		LSRA	   ;Logical Shift Right Accumulator A
90:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
93:	BA B7 B4	ORAA ( B7 B4)   ;Inclusive OR Accumulator A
96:	B2 AF AF	SBCA ( AF AF)   ;Substract with Carry Accumulator A
99:	AE AF		LDS (AF,X)   ;Load Stack Pointer
9B:	AE AD		LDS (AD,X)   ;Load Stack Pointer
9D:	45 43		LDS (43,X)   ;Load Stack Pointer
9F:	43		COMA	   ;Complement Accumulator A
A0:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
A3:	BA B7 B4	ORAA ( B7 B4)   ;Inclusive OR Accumulator A
A6:	B1 AE AD	CMPA ( AE AD)   ;Compare Accumulator A
A9:	AD AD		JSR (AD,X)   ;Jump to Subroutine
AB:	AE AD		LDS (AD,X)   ;Load Stack Pointer
AD:	43		COMA	   ;Complement Accumulator A
AE:	43		COMA	   ;Complement Accumulator A
AF:	42		COMA	   ;Complement Accumulator A
B0:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
B3:	BA B7 B4	ORAA ( B7 B4)   ;Inclusive OR Accumulator A
B6:	B1 AE AE	CMPA ( AE AE)   ;Compare Accumulator A
B9:	AD AD		JSR (AD,X)   ;Jump to Subroutine
BB:	AE AF		LDS (AF,X)   ;Load Stack Pointer
BD:	41 45		LDS (45,X)   ;Load Stack Pointer
BF:	45 BA		LDS (BA,X)   ;Load Stack Pointer
C1:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
C4:	B7 B4 B1	STAA ( B4 B1)   ;Store Accumulator A
C7:	AF AD		STS (AD,X)   ;Store Stack Pointer
C9:	AE AF		LDS (AF,X)   ;Load Stack Pointer
CB:	AF 3E		STS (3E,X)   ;Store Stack Pointer
CD:	3D		MUL	   ;Multiply Unsigned
CE:	3F		SWI	   ;Software Interrupt
CF:	45		SWI	   ;Software Interrupt
D0:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
D3:	BA B7 B4	ORAA ( B7 B4)   ;Inclusive OR Accumulator A
D6:	B1 AF AD	CMPA ( AF AD)   ;Compare Accumulator A
D9:	AE AE		LDS (AE,X)   ;Load Stack Pointer
DB:	3E		WAI	   ;Wait for Interrupt
DC:	3D		MUL	   ;Multiply Unsigned
DD:	3C		PSHX	   ;Push Index Register X onto Stack
DE:	40		NEGA	   ;Negate Accumulator A
DF:	46		RORA	   ;Rotate Right Accumulator A
E0:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
E3:	BA B7 B4	ORAA ( B7 B4)   ;Inclusive OR Accumulator A
E6:	B1 AF AD	CMPA ( AF AD)   ;Compare Accumulator A
E9:	AE 3E		LDS (3E,X)   ;Load Stack Pointer
EB:	3D		MUL	   ;Multiply Unsigned
EC:	3D		MUL	   ;Multiply Unsigned
ED:	3D		MUL	   ;Multiply Unsigned
EE:	43		COMA	   ;Complement Accumulator A
EF:	46		RORA	   ;Rotate Right Accumulator A
F0:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
F3:	BA B7 B4	ORAA ( B7 B4)   ;Inclusive OR Accumulator A
F6:	B1 AF AF	CMPA ( AF AF)   ;Compare Accumulator A
F9:	40		NEGA	   ;Negate Accumulator A
FA:	3E		WAI	   ;Wait for Interrupt
FB:	3D		MUL	   ;Multiply Unsigned
FC:	3E		WAI	   ;Wait for Interrupt
FD:	40		NEGA	   ;Negate Accumulator A
FE:	43		COMA	   ;Complement Accumulator A
FF:	48		ASLA	   ;Arithmetic shift Left Accumulator A
100:	BE BE BB	LDS ( BE BB)   ;Load Stack Pointer
103:	BB BB C0	ADDA ( BB C0)   ;Add without Carry to Accumulator A
106:	C3 C0 BC	ADDD , C0 BC   ;Add to Double Accumulator
109:	BF BF BF	STS ( BF BF)   ;Store Stack Pointer
10C:	39		RTS	   ;Return from Subroutine
10D:	34		DES	   ;Decrement Stack Pointer
10E:	34		DES	   ;Decrement Stack Pointer
10F:	34		DES	   ;Decrement Stack Pointer
110:	CA BD		ORAB ,BD   ;Inclusive OR Accumulator B
112:	BD BD BA	JSR ( BD BA)   ;Jump to Subroutine
115:	B7 B5 B4	STAA ( B5 B4)   ;Store Accumulator A
118:	B4 B4 B4	ANDA ( B4 B4)   ;Logical AND with Accumulator A
11B:	B4 34 2E	ANDA ( 34 2E)   ;Logical AND with Accumulator A
11E:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
120:	BE BA BB	LDS ( BA BB)   ;Load Stack Pointer
123:	BC B9 B7	CPX ( B9 B7)   ;Compare Index Register X
126:	B5 B4 B4	BITA ( B4 B4)   ;Bit test Accumulator A
129:	B4 B4 B3	ANDA ( B4 B3)   ;Logical AND with Accumulator A
12C:	B8 2F 35	EORA ( 2F 35)   ;Exclusive OR Accumulator A
12F:	39		RTS	   ;Return from Subroutine
130:	BD BA BB	JSR ( BA BB)   ;Jump to Subroutine
133:	BA B8 B7	ORAA ( B8 B7)   ;Inclusive OR Accumulator A
136:	B7 B7 B5	STAA ( B7 B5)   ;Store Accumulator A
139:	B4 B3 B1	ANDA ( B3 B1)   ;Logical AND with Accumulator A
13C:	AF 2F		STS (2F,X)   ;Store Stack Pointer
13E:	2F 2F		BLE ,2F   ;Branch if Less than or Equal to Zero
140:	BD BC BC	JSR ( BC BC)   ;Jump to Subroutine
143:	BD BA B7	JSR ( BA B7)   ;Jump to Subroutine
146:	B5 B4 B4	BITA ( B4 B4)   ;Bit test Accumulator A
149:	B4 B3 B2	ANDA ( B3 B2)   ;Logical AND with Accumulator A
14C:	B2 41 3D	SBCA ( 41 3D)   ;Substract with Carry Accumulator A
14F:	39		RTS	   ;Return from Subroutine
150:	BA B7 B8	ORAA ( B7 B8)   ;Inclusive OR Accumulator A
153:	B9 B6 B4	ADCA ( B6 B4)   ;Add with Carry to Accumulator A
156:	B3 B4 B4	SUBD ( B4 B4)   ;Substract Double Accumulator
159:	B2 B2 B2	SBCA ( B2 B2)   ;Substract with Carry Accumulator A
15C:	B2 45 48	SBCA ( 45 48)   ;Substract with Carry Accumulator A
15F:	49		ROLA	   ;Rotate Left Accumulator A
160:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
163:	BA B7 B4	ORAA ( B7 B4)   ;Inclusive OR Accumulator A
166:	B2 B1 B1	SBCA ( B1 B1)   ;Substract with Carry Accumulator A
169:	B0 AF AF	SUBA ( AF AF)   ;Substract Accumulator A
16C:	AF 42		STS (42,X)   ;Store Stack Pointer
16E:	3C		PSHX	   ;Push Index Register X onto Stack
16F:	3C		PSHX	   ;Push Index Register X onto Stack
170:	BB BA BB	ADDA ( BA BB)   ;Add without Carry to Accumulator A
173:	BA B7 B5	ORAA ( B7 B5)   ;Inclusive OR Accumulator A
176:	B3 B2 AF	SUBD ( B2 AF)   ;Substract Double Accumulator
179:	AF AF		STS (AF,X)   ;Store Stack Pointer
17B:	AF B0		STS (B0,X)   ;Store Stack Pointer
17D:	38		PULX	   ;Pull Index Register X from Stack
17E:	3F		SWI	   ;Software Interrupt
17F:	43		COMA	   ;Complement Accumulator A
180:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
183:	BA B7 B4	ORAA ( B7 B4)   ;Inclusive OR Accumulator A
186:	B1 AF AF	CMPA ( AF AF)   ;Compare Accumulator A
189:	AE AF		LDS (AF,X)   ;Load Stack Pointer
18B:	AF B0		STS (B0,X)   ;Store Stack Pointer
18D:	37		PSHB	   ;Push Accumulator B onto Stack
18E:	41		PSHB	   ;Push Accumulator B onto Stack
18F:	40		NEGA	   ;Negate Accumulator A
190:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
193:	BA B7 B4	ORAA ( B7 B4)   ;Inclusive OR Accumulator A
196:	B1 AF AE	CMPA ( AF AE)   ;Compare Accumulator A
199:	AF AF		STS (AF,X)   ;Store Stack Pointer
19B:	AE AE		LDS (AE,X)   ;Load Stack Pointer
19D:	3F		SWI	   ;Software Interrupt
19E:	40		NEGA	   ;Negate Accumulator A
19F:	42		NEGA	   ;Negate Accumulator A
1A0:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
1A3:	BA B7 B4	ORAA ( B7 B4)   ;Inclusive OR Accumulator A
1A6:	B2 B0 AE	SBCA ( B0 AE)   ;Substract with Carry Accumulator A
1A9:	AE AE		LDS (AE,X)   ;Load Stack Pointer
1AB:	AF AF		STS (AF,X)   ;Store Stack Pointer
1AD:	40		NEGA	   ;Negate Accumulator A
1AE:	40		NEGA	   ;Negate Accumulator A
1AF:	45		NEGA	   ;Negate Accumulator A
1B0:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
1B3:	BA B7 B4	ORAA ( B7 B4)   ;Inclusive OR Accumulator A
1B6:	B1 AE AD	CMPA ( AE AD)   ;Compare Accumulator A
1B9:	AD AE		JSR (AE,X)   ;Jump to Subroutine
1BB:	AE B0		LDS (B0,X)   ;Load Stack Pointer
1BD:	40		NEGA	   ;Negate Accumulator A
1BE:	42		NEGA	   ;Negate Accumulator A
1BF:	46		RORA	   ;Rotate Right Accumulator A
1C0:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
1C3:	BA B7 B4	ORAA ( B7 B4)   ;Inclusive OR Accumulator A
1C6:	B3 B5 B6	SUBD ( B5 B6)   ;Substract Double Accumulator
1C9:	B6 B7 B9	LDAA ( B7 B9)   ;Load Accumulator A
1CC:	B8 3D 3C	EORA ( 3D 3C)   ;Exclusive OR Accumulator A
1CF:	40		NEGA	   ;Negate Accumulator A
1D0:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
1D3:	BA B7 B4	ORAA ( B7 B4)   ;Inclusive OR Accumulator A
1D6:	B2 B2 B2	SBCA ( B2 B2)   ;Substract with Carry Accumulator A
1D9:	B2 B2 3C	SBCA ( B2 3C)   ;Substract with Carry Accumulator A
1DC:	3C		PSHX	   ;Push Index Register X onto Stack
1DD:	40		NEGA	   ;Negate Accumulator A
1DE:	42		NEGA	   ;Negate Accumulator A
1DF:	42		NEGA	   ;Negate Accumulator A
1E0:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
1E3:	BA B7 B4	ORAA ( B7 B4)   ;Inclusive OR Accumulator A
1E6:	B2 B2 B3	SBCA ( B2 B3)   ;Substract with Carry Accumulator A
1E9:	B3 3B 3A	SUBD ( 3B 3A)   ;Substract Double Accumulator
1EC:	40		NEGA	   ;Negate Accumulator A
1ED:	45		NEGA	   ;Negate Accumulator A
1EE:	42		NEGA	   ;Negate Accumulator A
1EF:	43		COMA	   ;Complement Accumulator A
1F0:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
1F3:	BA B8 B7	ORAA ( B8 B7)   ;Inclusive OR Accumulator A
1F6:	B7 B8 B8	STAA ( B8 B8)   ;Store Accumulator A
1F9:	BB 3D 3B	ADDA ( 3D 3B)   ;Add without Carry to Accumulator A
1FC:	41 44 47	ADDA ( 44 47)   ;Add without Carry to Accumulator A
1FF:	47		ASRA	   ;Arithmetic shift Right Accumulator A
200:	1A 1A		ASRA	   ;Arithmetic shift Right Accumulator A
201:	1A 1A		ASRA	   ;Arithmetic shift Right Accumulator A
202:	1A 1E		ASRA	   ;Arithmetic shift Right Accumulator A
203:	1E 22 24 20	BRSET ( 22 24 20,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
207:	1E 1E 1E 1E	BRSET ( 1E 1E 1E,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
20B:	1E 1E 1C 1C	BRSET ( 1E 1C 1C,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
20F:	1C 1C 1C	BSET ( 1C 1C,X)   ;Set Bit(s) in Memory   -   Formato standard : BSET (ff,X) (mm) -> BSET (mm ff,X)
212:	1C 20 24	BSET ( 20 24,X)   ;Set Bit(s) in Memory   -   Formato standard : BSET (ff,X) (mm) -> BSET (mm ff,X)
215:	28 A8		BVC ,A8   ;Branch if Overflow Clear
217:	A7 A4		STAA (A4,X)   ;Store Accumulator A
219:	A2 A0		SBCA (A0,X)   ;Substract with Carry Accumulator A
21B:	9E 9E		LDS (9E)   ;Load Stack Pointer
21D:	9E 9C		LDS (9C)   ;Load Stack Pointer
21F:	9C 28		CPX (28)   ;Compare Index Register X
221:	28 28		BVC ,28   ;Branch if Overflow Clear
223:	2C 2C		BGE  ,2C   ;Branch if Greater than or Equal to Zero
225:	2A AA		BPL ,AA   ;Branch if Plus
227:	A9 A6		ADCA (A6,X)   ;Add with Carry to Accumulator A
229:	A4 A2		ANDA (A2,X)   ;Logical AND with Accumulator A
22B:	A0 9E		SUBA (9E,X)   ;Substract Accumulator A
22D:	9E 9E		LDS (9E)   ;Load Stack Pointer
22F:	9E 2A		LDS (2A)   ;Load Stack Pointer
231:	2A 2A		BPL ,2A   ;Branch if Plus
233:	2C 2C		BGE  ,2C   ;Branch if Greater than or Equal to Zero
235:	2B AA		BMI ,AA   ;Branch if Minus
237:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
239:	A8 A5		EORA (A5,X)   ;Exclusive OR Accumulator A
23B:	A4 A2		ANDA (A2,X)   ;Logical AND with Accumulator A
23D:	A0 A0		SUBA (A0,X)   ;Substract Accumulator A
23F:	A0 2D		SUBA (2D,X)   ;Substract Accumulator A
241:	2D 2D		BLT ,2D   ;Branch  il Less than Zero
243:	2D 2D		BLT ,2D   ;Branch  il Less than Zero
245:	2D AC		BLT ,AC   ;Branch  il Less than Zero
247:	AC AB		CPX (AB,X)   ;Compare Index Register X
249:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
24B:	A9 A8		ADCA (A8,X)   ;Add with Carry to Accumulator A
24D:	A7 A6		STAA (A6,X)   ;Store Accumulator A
24F:	A6 2D		LDAA (2D,X)   ;Load Accumulator A
251:	2D 2D		BLT ,2D   ;Branch  il Less than Zero
253:	2D 2D		BLT ,2D   ;Branch  il Less than Zero
255:	2D AC		BLT ,AC   ;Branch  il Less than Zero
257:	AC AB		CPX (AB,X)   ;Compare Index Register X
259:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
25B:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
25D:	A9 A8		ADCA (A8,X)   ;Add with Carry to Accumulator A
25F:	A8 2E		EORA (2E,X)   ;Exclusive OR Accumulator A
261:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
263:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
265:	2E AC		BGT ,AC   ;Branch if Greater than Zero
267:	AC AC		CPX (AC,X)   ;Compare Index Register X
269:	AC AC		CPX (AC,X)   ;Compare Index Register X
26B:	AC AC		CPX (AC,X)   ;Compare Index Register X
26D:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
26F:	AA 2E		ORAA (2E,X)   ;Inclusive OR Accumulator A
271:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
273:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
275:	2E AD		BGT ,AD   ;Branch if Greater than Zero
277:	AD AC		JSR (AC,X)   ;Jump to Subroutine
279:	AC AC		CPX (AC,X)   ;Compare Index Register X
27B:	AC AC		CPX (AC,X)   ;Compare Index Register X
27D:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
27F:	AA 2E		ORAA (2E,X)   ;Inclusive OR Accumulator A
281:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
283:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
285:	2E AD		BGT ,AD   ;Branch if Greater than Zero
287:	AD AC		JSR (AC,X)   ;Jump to Subroutine
289:	AC AC		CPX (AC,X)   ;Compare Index Register X
28B:	AD AD		JSR (AD,X)   ;Jump to Subroutine
28D:	AB A9		ADDA (A9,X)   ;Add without Carry to Accumulator A
28F:	A9 2E		ADCA (2E,X)   ;Add with Carry to Accumulator A
291:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
293:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
295:	2E AE		BGT ,AE   ;Branch if Greater than Zero
297:	AD AD		JSR (AD,X)   ;Jump to Subroutine
299:	AD AE		JSR (AE,X)   ;Jump to Subroutine
29B:	AE AE		LDS (AE,X)   ;Load Stack Pointer
29D:	AC AA		CPX (AA,X)   ;Compare Index Register X
29F:	A9 2E		ADCA (2E,X)   ;Add with Carry to Accumulator A
2A1:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
2A3:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
2A5:	2E AD		BGT ,AD   ;Branch if Greater than Zero
2A7:	AD AD		JSR (AD,X)   ;Jump to Subroutine
2A9:	AD AD		JSR (AD,X)   ;Jump to Subroutine
2AB:	AD AD		JSR (AD,X)   ;Jump to Subroutine
2AD:	AB AA		ADDA (AA,X)   ;Add without Carry to Accumulator A
2AF:	AA 2E		ORAA (2E,X)   ;Inclusive OR Accumulator A
2B1:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
2B3:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
2B5:	2D AD		BLT ,AD   ;Branch  il Less than Zero
2B7:	AD AD		JSR (AD,X)   ;Jump to Subroutine
2B9:	AD AD		JSR (AD,X)   ;Jump to Subroutine
2BB:	AD AD		JSR (AD,X)   ;Jump to Subroutine
2BD:	AB AB		ADDA (AB,X)   ;Add without Carry to Accumulator A
2BF:	AB 2E		ADDA (2E,X)   ;Add without Carry to Accumulator A
2C1:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
2C3:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
2C5:	2D AD		BLT ,AD   ;Branch  il Less than Zero
2C7:	AD AD		JSR (AD,X)   ;Jump to Subroutine
2C9:	AD AD		JSR (AD,X)   ;Jump to Subroutine
2CB:	AD AC		JSR (AC,X)   ;Jump to Subroutine
2CD:	AC AB		CPX (AB,X)   ;Compare Index Register X
2CF:	AB 2E		ADDA (2E,X)   ;Add without Carry to Accumulator A
2D1:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
2D3:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
2D5:	2E AE		BGT ,AE   ;Branch if Greater than Zero
2D7:	AE AD		LDS (AD,X)   ;Load Stack Pointer
2D9:	AD AD		JSR (AD,X)   ;Jump to Subroutine
2DB:	AC AC		CPX (AC,X)   ;Compare Index Register X
2DD:	AB AB		ADDA (AB,X)   ;Add without Carry to Accumulator A
2DF:	AB 2E		ADDA (2E,X)   ;Add without Carry to Accumulator A
2E1:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
2E3:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
2E5:	2E AE		BGT ,AE   ;Branch if Greater than Zero
2E7:	AE AD		LDS (AD,X)   ;Load Stack Pointer
2E9:	AD AD		JSR (AD,X)   ;Jump to Subroutine
2EB:	AC AC		CPX (AC,X)   ;Compare Index Register X
2ED:	AC AC		CPX (AC,X)   ;Compare Index Register X
2EF:	AC 2E		CPX (2E,X)   ;Compare Index Register X
2F1:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
2F3:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
2F5:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
2F7:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
2F9:	2D 2D		BLT ,2D   ;Branch  il Less than Zero
2FB:	2D 2D		BLT ,2D   ;Branch  il Less than Zero
2FD:	2D 2D		BLT ,2D   ;Branch  il Less than Zero
2FF:	2E 1A		BGT ,1A   ;Branch if Greater than Zero
301:	1A 1A 1A	BGT , 1A   ;Branch if Greater than Zero
303:	1E 22 24 20	BRSET ( 22 24 20,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
307:	1E 1E 1E 1E	BRSET ( 1E 1E 1E,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
30B:	1E 1E 1C 1C	BRSET ( 1E 1C 1C,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
30F:	1C 1C 1C	BSET ( 1C 1C,X)   ;Set Bit(s) in Memory   -   Formato standard : BSET (ff,X) (mm) -> BSET (mm ff,X)
312:	1C 20 24	BSET ( 20 24,X)   ;Set Bit(s) in Memory   -   Formato standard : BSET (ff,X) (mm) -> BSET (mm ff,X)
315:	28 A8		BVC ,A8   ;Branch if Overflow Clear
317:	A7 A4		STAA (A4,X)   ;Store Accumulator A
319:	A2 A0		SBCA (A0,X)   ;Substract with Carry Accumulator A
31B:	9E 9E		LDS (9E)   ;Load Stack Pointer
31D:	9E 9C		LDS (9C)   ;Load Stack Pointer
31F:	9C 28		CPX (28)   ;Compare Index Register X
321:	28 28		BVC ,28   ;Branch if Overflow Clear
323:	2C 2C		BGE  ,2C   ;Branch if Greater than or Equal to Zero
325:	2A AA		BPL ,AA   ;Branch if Plus
327:	A9 A6		ADCA (A6,X)   ;Add with Carry to Accumulator A
329:	A4 A2		ANDA (A2,X)   ;Logical AND with Accumulator A
32B:	A0 9E		SUBA (9E,X)   ;Substract Accumulator A
32D:	9E 9E		LDS (9E)   ;Load Stack Pointer
32F:	9E 2A		LDS (2A)   ;Load Stack Pointer
331:	2A 2A		BPL ,2A   ;Branch if Plus
333:	2C 2C		BGE  ,2C   ;Branch if Greater than or Equal to Zero
335:	2B AA		BMI ,AA   ;Branch if Minus
337:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
339:	A8 A5		EORA (A5,X)   ;Exclusive OR Accumulator A
33B:	A4 A2		ANDA (A2,X)   ;Logical AND with Accumulator A
33D:	A0 A0		SUBA (A0,X)   ;Substract Accumulator A
33F:	A0 2D		SUBA (2D,X)   ;Substract Accumulator A
341:	2D 2D		BLT ,2D   ;Branch  il Less than Zero
343:	2D 2D		BLT ,2D   ;Branch  il Less than Zero
345:	2D AC		BLT ,AC   ;Branch  il Less than Zero
347:	AC AB		CPX (AB,X)   ;Compare Index Register X
349:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
34B:	A9 A8		ADCA (A8,X)   ;Add with Carry to Accumulator A
34D:	A7 A6		STAA (A6,X)   ;Store Accumulator A
34F:	A6 2D		LDAA (2D,X)   ;Load Accumulator A
351:	2D 2D		BLT ,2D   ;Branch  il Less than Zero
353:	2D 2D		BLT ,2D   ;Branch  il Less than Zero
355:	2D AC		BLT ,AC   ;Branch  il Less than Zero
357:	AC AB		CPX (AB,X)   ;Compare Index Register X
359:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
35B:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
35D:	A9 A8		ADCA (A8,X)   ;Add with Carry to Accumulator A
35F:	A8 2E		EORA (2E,X)   ;Exclusive OR Accumulator A
361:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
363:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
365:	2E AC		BGT ,AC   ;Branch if Greater than Zero
367:	AC AC		CPX (AC,X)   ;Compare Index Register X
369:	AC AC		CPX (AC,X)   ;Compare Index Register X
36B:	AC AC		CPX (AC,X)   ;Compare Index Register X
36D:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
36F:	AA 2E		ORAA (2E,X)   ;Inclusive OR Accumulator A
371:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
373:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
375:	2E AD		BGT ,AD   ;Branch if Greater than Zero
377:	AD AC		JSR (AC,X)   ;Jump to Subroutine
379:	AC AC		CPX (AC,X)   ;Compare Index Register X
37B:	AC AC		CPX (AC,X)   ;Compare Index Register X
37D:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
37F:	AA 2E		ORAA (2E,X)   ;Inclusive OR Accumulator A
381:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
383:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
385:	2E AD		BGT ,AD   ;Branch if Greater than Zero
387:	AD AC		JSR (AC,X)   ;Jump to Subroutine
389:	AC AC		CPX (AC,X)   ;Compare Index Register X
38B:	AD AD		JSR (AD,X)   ;Jump to Subroutine
38D:	AB A9		ADDA (A9,X)   ;Add without Carry to Accumulator A
38F:	A9 2E		ADCA (2E,X)   ;Add with Carry to Accumulator A
391:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
393:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
395:	2E AE		BGT ,AE   ;Branch if Greater than Zero
397:	AD AD		JSR (AD,X)   ;Jump to Subroutine
399:	AD AE		JSR (AE,X)   ;Jump to Subroutine
39B:	AE AE		LDS (AE,X)   ;Load Stack Pointer
39D:	AC AA		CPX (AA,X)   ;Compare Index Register X
39F:	A9 2E		ADCA (2E,X)   ;Add with Carry to Accumulator A
3A1:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
3A3:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
3A5:	2E AD		BGT ,AD   ;Branch if Greater than Zero
3A7:	AD AD		JSR (AD,X)   ;Jump to Subroutine
3A9:	AD AD		JSR (AD,X)   ;Jump to Subroutine
3AB:	AD AD		JSR (AD,X)   ;Jump to Subroutine
3AD:	AB AA		ADDA (AA,X)   ;Add without Carry to Accumulator A
3AF:	AA 2E		ORAA (2E,X)   ;Inclusive OR Accumulator A
3B1:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
3B3:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
3B5:	2D AD		BLT ,AD   ;Branch  il Less than Zero
3B7:	AD AD		JSR (AD,X)   ;Jump to Subroutine
3B9:	AD AD		JSR (AD,X)   ;Jump to Subroutine
3BB:	AD AD		JSR (AD,X)   ;Jump to Subroutine
3BD:	AB AB		ADDA (AB,X)   ;Add without Carry to Accumulator A
3BF:	AB 2E		ADDA (2E,X)   ;Add without Carry to Accumulator A
3C1:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
3C3:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
3C5:	2D AD		BLT ,AD   ;Branch  il Less than Zero
3C7:	AD AD		JSR (AD,X)   ;Jump to Subroutine
3C9:	AD AD		JSR (AD,X)   ;Jump to Subroutine
3CB:	AD AC		JSR (AC,X)   ;Jump to Subroutine
3CD:	AC AB		CPX (AB,X)   ;Compare Index Register X
3CF:	AB 2E		ADDA (2E,X)   ;Add without Carry to Accumulator A
3D1:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
3D3:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
3D5:	2E AE		BGT ,AE   ;Branch if Greater than Zero
3D7:	AE AD		LDS (AD,X)   ;Load Stack Pointer
3D9:	AD AD		JSR (AD,X)   ;Jump to Subroutine
3DB:	AC AC		CPX (AC,X)   ;Compare Index Register X
3DD:	AB AB		ADDA (AB,X)   ;Add without Carry to Accumulator A
3DF:	AB 2E		ADDA (2E,X)   ;Add without Carry to Accumulator A
3E1:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
3E3:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
3E5:	2E AE		BGT ,AE   ;Branch if Greater than Zero
3E7:	AE AD		LDS (AD,X)   ;Load Stack Pointer
3E9:	AD AD		JSR (AD,X)   ;Jump to Subroutine
3EB:	AC AC		CPX (AC,X)   ;Compare Index Register X
3ED:	AC AC		CPX (AC,X)   ;Compare Index Register X
3EF:	AC 2E		CPX (2E,X)   ;Compare Index Register X
3F1:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
3F3:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
3F5:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
3F7:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
3F9:	2D 2D		BLT ,2D   ;Branch  il Less than Zero
3FB:	2D 2D		BLT ,2D   ;Branch  il Less than Zero
3FD:	2D 2D		BLT ,2D   ;Branch  il Less than Zero
3FF:	2E 80		BGT ,80   ;Branch if Greater than Zero
401:	80 80		SUBA ,80   ;Substract Accumulator A
403:	80 80		SUBA ,80   ;Substract Accumulator A
405:	80 80		SUBA ,80   ;Substract Accumulator A
407:	80 80		SUBA ,80   ;Substract Accumulator A
409:	80 80		SUBA ,80   ;Substract Accumulator A
40B:	80 80		SUBA ,80   ;Substract Accumulator A
40D:	80 80		SUBA ,80   ;Substract Accumulator A
40F:	80 80		SUBA ,80   ;Substract Accumulator A
411:	80 80		SUBA ,80   ;Substract Accumulator A
413:	80 80		SUBA ,80   ;Substract Accumulator A
415:	80 80		SUBA ,80   ;Substract Accumulator A
417:	80 80		SUBA ,80   ;Substract Accumulator A
419:	80 80		SUBA ,80   ;Substract Accumulator A
41B:	80 80		SUBA ,80   ;Substract Accumulator A
41D:	80 80		SUBA ,80   ;Substract Accumulator A
41F:	80 85		SUBA ,85   ;Substract Accumulator A
421:	85 85		BITA ,85   ;Bit test Accumulator A
423:	85 85		BITA ,85   ;Bit test Accumulator A
425:	83 82 80	SUBD , 82 80   ;Substract Double Accumulator
428:	80 80		SUBA ,80   ;Substract Accumulator A
42A:	80 80		SUBA ,80   ;Substract Accumulator A
42C:	80 80		SUBA ,80   ;Substract Accumulator A
42E:	80 80		SUBA ,80   ;Substract Accumulator A
430:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
432:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
434:	82 83		SBCA ,83   ;Substract with Carry Accumulator A
436:	83 82 81	SUBD , 82 81   ;Substract Double Accumulator
439:	81 82		CMPA ,82   ;Compare Accumulator A
43B:	82 81		SBCA ,81   ;Substract with Carry Accumulator A
43D:	81 80		CMPA ,80   ;Compare Accumulator A
43F:	80 82		SUBA ,82   ;Substract Accumulator A
441:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
443:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
445:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
447:	81 81		CMPA ,81   ;Compare Accumulator A
449:	80 80		SUBA ,80   ;Substract Accumulator A
44B:	80 80		SUBA ,80   ;Substract Accumulator A
44D:	80 80		SUBA ,80   ;Substract Accumulator A
44F:	80 83		SUBA ,83   ;Substract Accumulator A
451:	83 83 83	SUBD , 83 83   ;Substract Double Accumulator
454:	83 83 83	SUBD , 83 83   ;Substract Double Accumulator
457:	81 81		CMPA ,81   ;Compare Accumulator A
459:	81 81		CMPA ,81   ;Compare Accumulator A
45B:	81 80		CMPA ,80   ;Compare Accumulator A
45D:	80 81		SUBA ,81   ;Substract Accumulator A
45F:	81 82		CMPA ,82   ;Compare Accumulator A
461:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
463:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
465:	82 84		SBCA ,84   ;Substract with Carry Accumulator A
467:	83 82 82	SUBD , 82 82   ;Substract Double Accumulator
46A:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
46C:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
46E:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
470:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
472:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
474:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
476:	83 83 82	SUBD , 83 82   ;Substract Double Accumulator
479:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
47B:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
47D:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
47F:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
481:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
483:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
485:	82 83		SBCA ,83   ;Substract with Carry Accumulator A
487:	83 82 81	SUBD , 82 81   ;Substract Double Accumulator
48A:	81 80		CMPA ,80   ;Compare Accumulator A
48C:	80 81		SUBA ,81   ;Substract Accumulator A
48E:	81 81		CMPA ,81   ;Compare Accumulator A
490:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
492:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
494:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
496:	80 80		SUBA ,80   ;Substract Accumulator A
498:	80 80		SUBA ,80   ;Substract Accumulator A
49A:	80 80		SUBA ,80   ;Substract Accumulator A
49C:	80 80		SUBA ,80   ;Substract Accumulator A
49E:	82 83		SBCA ,83   ;Substract with Carry Accumulator A
4A0:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
4A2:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
4A4:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
4A6:	81 81		CMPA ,81   ;Compare Accumulator A
4A8:	80 80		SUBA ,80   ;Substract Accumulator A
4AA:	80 80		SUBA ,80   ;Substract Accumulator A
4AC:	80 80		SUBA ,80   ;Substract Accumulator A
4AE:	80 80		SUBA ,80   ;Substract Accumulator A
4B0:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
4B2:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
4B4:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
4B6:	81 81		CMPA ,81   ;Compare Accumulator A
4B8:	80 80		SUBA ,80   ;Substract Accumulator A
4BA:	80 80		SUBA ,80   ;Substract Accumulator A
4BC:	80 80		SUBA ,80   ;Substract Accumulator A
4BE:	80 80		SUBA ,80   ;Substract Accumulator A
4C0:	80 80		SUBA ,80   ;Substract Accumulator A
4C2:	80 80		SUBA ,80   ;Substract Accumulator A
4C4:	80 80		SUBA ,80   ;Substract Accumulator A
4C6:	80 80		SUBA ,80   ;Substract Accumulator A
4C8:	80 80		SUBA ,80   ;Substract Accumulator A
4CA:	80 80		SUBA ,80   ;Substract Accumulator A
4CC:	80 80		SUBA ,80   ;Substract Accumulator A
4CE:	80 80		SUBA ,80   ;Substract Accumulator A
4D0:	80 80		SUBA ,80   ;Substract Accumulator A
4D2:	80 80		SUBA ,80   ;Substract Accumulator A
4D4:	80 80		SUBA ,80   ;Substract Accumulator A
4D6:	80 80		SUBA ,80   ;Substract Accumulator A
4D8:	80 80		SUBA ,80   ;Substract Accumulator A
4DA:	80 80		SUBA ,80   ;Substract Accumulator A
4DC:	80 80		SUBA ,80   ;Substract Accumulator A
4DE:	80 80		SUBA ,80   ;Substract Accumulator A
4E0:	80 80		SUBA ,80   ;Substract Accumulator A
4E2:	80 80		SUBA ,80   ;Substract Accumulator A
4E4:	80 80		SUBA ,80   ;Substract Accumulator A
4E6:	80 80		SUBA ,80   ;Substract Accumulator A
4E8:	80 80		SUBA ,80   ;Substract Accumulator A
4EA:	80 80		SUBA ,80   ;Substract Accumulator A
4EC:	80 80		SUBA ,80   ;Substract Accumulator A
4EE:	80 80		SUBA ,80   ;Substract Accumulator A
4F0:	80 80		SUBA ,80   ;Substract Accumulator A
4F2:	80 80		SUBA ,80   ;Substract Accumulator A
4F4:	80 80		SUBA ,80   ;Substract Accumulator A
4F6:	80 80		SUBA ,80   ;Substract Accumulator A
4F8:	80 80		SUBA ,80   ;Substract Accumulator A
4FA:	80 80		SUBA ,80   ;Substract Accumulator A
4FC:	80 80		SUBA ,80   ;Substract Accumulator A
4FE:	80 80		SUBA ,80   ;Substract Accumulator A
500:	0		TEST	   ;Test Operation (Test Mode Only)
501:	0		TEST	   ;Test Operation (Test Mode Only)
502:	0		TEST	   ;Test Operation (Test Mode Only)
503:	0		TEST	   ;Test Operation (Test Mode Only)
504:	0		TEST	   ;Test Operation (Test Mode Only)
505:	0		TEST	   ;Test Operation (Test Mode Only)
506:	0		TEST	   ;Test Operation (Test Mode Only)
507:	0		TEST	   ;Test Operation (Test Mode Only)
508:	0		TEST	   ;Test Operation (Test Mode Only)
509:	0		TEST	   ;Test Operation (Test Mode Only)
50A:	0		TEST	   ;Test Operation (Test Mode Only)
50B:	0		TEST	   ;Test Operation (Test Mode Only)
50C:	0		TEST	   ;Test Operation (Test Mode Only)
50D:	0		TEST	   ;Test Operation (Test Mode Only)
50E:	0		TEST	   ;Test Operation (Test Mode Only)
50F:	0		TEST	   ;Test Operation (Test Mode Only)
510:	0		TEST	   ;Test Operation (Test Mode Only)
511:	0		TEST	   ;Test Operation (Test Mode Only)
512:	0		TEST	   ;Test Operation (Test Mode Only)
513:	0		TEST	   ;Test Operation (Test Mode Only)
514:	0		TEST	   ;Test Operation (Test Mode Only)
515:	0		TEST	   ;Test Operation (Test Mode Only)
516:	0		TEST	   ;Test Operation (Test Mode Only)
517:	0		TEST	   ;Test Operation (Test Mode Only)
518:	0		TEST	   ;Test Operation (Test Mode Only)
519:	0		TEST	   ;Test Operation (Test Mode Only)
51A:	0		TEST	   ;Test Operation (Test Mode Only)
51B:	0		TEST	   ;Test Operation (Test Mode Only)
51C:	0		TEST	   ;Test Operation (Test Mode Only)
51D:	0		TEST	   ;Test Operation (Test Mode Only)
51E:	0		TEST	   ;Test Operation (Test Mode Only)
51F:	0		TEST	   ;Test Operation (Test Mode Only)
520:	0		TEST	   ;Test Operation (Test Mode Only)
521:	0		TEST	   ;Test Operation (Test Mode Only)
522:	0		TEST	   ;Test Operation (Test Mode Only)
523:	0		TEST	   ;Test Operation (Test Mode Only)
524:	0		TEST	   ;Test Operation (Test Mode Only)
525:	0		TEST	   ;Test Operation (Test Mode Only)
526:	0		TEST	   ;Test Operation (Test Mode Only)
527:	0		TEST	   ;Test Operation (Test Mode Only)
528:	0		TEST	   ;Test Operation (Test Mode Only)
529:	0		TEST	   ;Test Operation (Test Mode Only)
52A:	0		TEST	   ;Test Operation (Test Mode Only)
52B:	0		TEST	   ;Test Operation (Test Mode Only)
52C:	0		TEST	   ;Test Operation (Test Mode Only)
52D:	0		TEST	   ;Test Operation (Test Mode Only)
52E:	0		TEST	   ;Test Operation (Test Mode Only)
52F:	0		TEST	   ;Test Operation (Test Mode Only)
530:	0		TEST	   ;Test Operation (Test Mode Only)
531:	0		TEST	   ;Test Operation (Test Mode Only)
532:	0		TEST	   ;Test Operation (Test Mode Only)
533:	12 17 26 26	BRSET ( 17 26 26)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
537:	26 26		BNE ,26   ;Branch if Not Equal to Zero
539:	26 20		BNE ,20   ;Branch if Not Equal to Zero
53B:	0		TEST	   ;Test Operation (Test Mode Only)
53C:	0		TEST	   ;Test Operation (Test Mode Only)
53D:	0		TEST	   ;Test Operation (Test Mode Only)
53E:	0		TEST	   ;Test Operation (Test Mode Only)
53F:	0		TEST	   ;Test Operation (Test Mode Only)
540:	0		TEST	   ;Test Operation (Test Mode Only)
541:	0		TEST	   ;Test Operation (Test Mode Only)
542:	0		TEST	   ;Test Operation (Test Mode Only)
543:	11		CBA	   ;Compare Accumulators
544:	18 2F		CBA	   ;Compare Accumulators
545:	2F 50		BLE ,50   ;Branch if Less than or Equal to Zero
547:	50		NEGB	   ;Negate Accumulator B
548:	50		NEGB	   ;Negate Accumulator B
549:	50		NEGB	   ;Negate Accumulator B
54A:	50		NEGB	   ;Negate Accumulator B
54B:	0		TEST	   ;Test Operation (Test Mode Only)
54C:	0		TEST	   ;Test Operation (Test Mode Only)
54D:	0		TEST	   ;Test Operation (Test Mode Only)
54E:	0		TEST	   ;Test Operation (Test Mode Only)
54F:	0		TEST	   ;Test Operation (Test Mode Only)
550:	0		TEST	   ;Test Operation (Test Mode Only)
551:	0		TEST	   ;Test Operation (Test Mode Only)
552:	0		TEST	   ;Test Operation (Test Mode Only)
553:	20 2B		BRA ,2B   ;Branch Always
555:	40		NEGA	   ;Negate Accumulator A
556:	50		NEGB	   ;Negate Accumulator B
557:	AF AF		STS (AF,X)   ;Store Stack Pointer
559:	AF AF		STS (AF,X)   ;Store Stack Pointer
55B:	0		TEST	   ;Test Operation (Test Mode Only)
55C:	0		TEST	   ;Test Operation (Test Mode Only)
55D:	0		TEST	   ;Test Operation (Test Mode Only)
55E:	0		TEST	   ;Test Operation (Test Mode Only)
55F:	0		TEST	   ;Test Operation (Test Mode Only)
560:	0		TEST	   ;Test Operation (Test Mode Only)
561:	0		TEST	   ;Test Operation (Test Mode Only)
562:	0		TEST	   ;Test Operation (Test Mode Only)
563:	21 3A		BRN ,3A   ;Branch Never
565:	40		NEGA	   ;Negate Accumulator A
566:	5C		INCB	   ;Increment Accumulator B
567:	AF AF		STS (AF,X)   ;Store Stack Pointer
569:	AF AF		STS (AF,X)   ;Store Stack Pointer
56B:	0		TEST	   ;Test Operation (Test Mode Only)
56C:	0		TEST	   ;Test Operation (Test Mode Only)
56D:	0		TEST	   ;Test Operation (Test Mode Only)
56E:	0		TEST	   ;Test Operation (Test Mode Only)
56F:	0		TEST	   ;Test Operation (Test Mode Only)
570:	0		TEST	   ;Test Operation (Test Mode Only)
571:	0		TEST	   ;Test Operation (Test Mode Only)
572:	0		TEST	   ;Test Operation (Test Mode Only)
573:	23 3B		BLS ,3B   ;Branch if Lower or Same
575:	54		LSRB	   ;Logical Shift Right Accumulator B
576:	59		ROLB	   ;Rotate Left Accumulator B
577:	AF AF		STS (AF,X)   ;Store Stack Pointer
579:	AF AF		STS (AF,X)   ;Store Stack Pointer
57B:	0		TEST	   ;Test Operation (Test Mode Only)
57C:	0		TEST	   ;Test Operation (Test Mode Only)
57D:	0		TEST	   ;Test Operation (Test Mode Only)
57E:	0		TEST	   ;Test Operation (Test Mode Only)
57F:	0		TEST	   ;Test Operation (Test Mode Only)
580:	0		TEST	   ;Test Operation (Test Mode Only)
581:	0		TEST	   ;Test Operation (Test Mode Only)
582:	0		TEST	   ;Test Operation (Test Mode Only)
583:	37		PSHB	   ;Push Accumulator B onto Stack
584:	50		NEGB	   ;Negate Accumulator B
585:	59		ROLB	   ;Rotate Left Accumulator B
586:	60 C0		NEG (C0,X)   ;Negate
588:	C0 C0		SUBBC0   ;Substract Accumulator B
58A:	C0 0		SUBB0   ;Substract Accumulator B
58C:	0		TEST	   ;Test Operation (Test Mode Only)
58D:	0		TEST	   ;Test Operation (Test Mode Only)
58E:	0		TEST	   ;Test Operation (Test Mode Only)
58F:	0		TEST	   ;Test Operation (Test Mode Only)
590:	0		TEST	   ;Test Operation (Test Mode Only)
591:	0		TEST	   ;Test Operation (Test Mode Only)
592:	0		TEST	   ;Test Operation (Test Mode Only)
593:	3F		SWI	   ;Software Interrupt
594:	61		SWI	   ;Software Interrupt
595:	7D 82 C0	TST ( 82 C0)   ;Test
598:	C0 C0		SUBBC0   ;Substract Accumulator B
59A:	C0 0		SUBB0   ;Substract Accumulator B
59C:	0		TEST	   ;Test Operation (Test Mode Only)
59D:	0		TEST	   ;Test Operation (Test Mode Only)
59E:	0		TEST	   ;Test Operation (Test Mode Only)
59F:	0		TEST	   ;Test Operation (Test Mode Only)
5A0:	0		TEST	   ;Test Operation (Test Mode Only)
5A1:	0		TEST	   ;Test Operation (Test Mode Only)
5A2:	0		TEST	   ;Test Operation (Test Mode Only)
5A3:	4D		TSTA	   ;Test Accumulator A
5A4:	62		TSTA	   ;Test Accumulator A
5A5:	81 90		CMPA ,90   ;Compare Accumulator A
5A7:	C2 C2		SBCBC2   ;Substract with Carry Accumulator B
5A9:	C2 C2		SBCBC2   ;Substract with Carry Accumulator B
5AB:	0		TEST	   ;Test Operation (Test Mode Only)
5AC:	0		TEST	   ;Test Operation (Test Mode Only)
5AD:	0		TEST	   ;Test Operation (Test Mode Only)
5AE:	0		TEST	   ;Test Operation (Test Mode Only)
5AF:	0		TEST	   ;Test Operation (Test Mode Only)
5B0:	0		TEST	   ;Test Operation (Test Mode Only)
5B1:	0		TEST	   ;Test Operation (Test Mode Only)
5B2:	0		TEST	   ;Test Operation (Test Mode Only)
5B3:	50		NEGB	   ;Negate Accumulator B
5B4:	66 8E		ROR (8E,X)   ;Rotate Right
5B6:	A8 C2		EORA (C2,X)   ;Exclusive OR Accumulator A
5B8:	C2 C2		SBCBC2   ;Substract with Carry Accumulator B
5BA:	C2 0		SBCB0   ;Substract with Carry Accumulator B
5BC:	0		TEST	   ;Test Operation (Test Mode Only)
5BD:	0		TEST	   ;Test Operation (Test Mode Only)
5BE:	0		TEST	   ;Test Operation (Test Mode Only)
5BF:	0		TEST	   ;Test Operation (Test Mode Only)
5C0:	0		TEST	   ;Test Operation (Test Mode Only)
5C1:	0		TEST	   ;Test Operation (Test Mode Only)
5C2:	0		TEST	   ;Test Operation (Test Mode Only)
5C3:	0		TEST	   ;Test Operation (Test Mode Only)
5C4:	0		TEST	   ;Test Operation (Test Mode Only)
5C5:	0		TEST	   ;Test Operation (Test Mode Only)
5C6:	0		TEST	   ;Test Operation (Test Mode Only)
5C7:	0		TEST	   ;Test Operation (Test Mode Only)
5C8:	0		TEST	   ;Test Operation (Test Mode Only)
5C9:	0		TEST	   ;Test Operation (Test Mode Only)
5CA:	0		TEST	   ;Test Operation (Test Mode Only)
5CB:	0		TEST	   ;Test Operation (Test Mode Only)
5CC:	0		TEST	   ;Test Operation (Test Mode Only)
5CD:	0		TEST	   ;Test Operation (Test Mode Only)
5CE:	0		TEST	   ;Test Operation (Test Mode Only)
5CF:	0		TEST	   ;Test Operation (Test Mode Only)
5D0:	0		TEST	   ;Test Operation (Test Mode Only)
5D1:	0		TEST	   ;Test Operation (Test Mode Only)
5D2:	0		TEST	   ;Test Operation (Test Mode Only)
5D3:	0		TEST	   ;Test Operation (Test Mode Only)
5D4:	0		TEST	   ;Test Operation (Test Mode Only)
5D5:	0		TEST	   ;Test Operation (Test Mode Only)
5D6:	0		TEST	   ;Test Operation (Test Mode Only)
5D7:	0		TEST	   ;Test Operation (Test Mode Only)
5D8:	0		TEST	   ;Test Operation (Test Mode Only)
5D9:	0		TEST	   ;Test Operation (Test Mode Only)
5DA:	0		TEST	   ;Test Operation (Test Mode Only)
5DB:	0		TEST	   ;Test Operation (Test Mode Only)
5DC:	0		TEST	   ;Test Operation (Test Mode Only)
5DD:	0		TEST	   ;Test Operation (Test Mode Only)
5DE:	0		TEST	   ;Test Operation (Test Mode Only)
5DF:	0		TEST	   ;Test Operation (Test Mode Only)
5E0:	0		TEST	   ;Test Operation (Test Mode Only)
5E1:	0		TEST	   ;Test Operation (Test Mode Only)
5E2:	0		TEST	   ;Test Operation (Test Mode Only)
5E3:	0		TEST	   ;Test Operation (Test Mode Only)
5E4:	0		TEST	   ;Test Operation (Test Mode Only)
5E5:	0		TEST	   ;Test Operation (Test Mode Only)
5E6:	0		TEST	   ;Test Operation (Test Mode Only)
5E7:	0		TEST	   ;Test Operation (Test Mode Only)
5E8:	0		TEST	   ;Test Operation (Test Mode Only)
5E9:	0		TEST	   ;Test Operation (Test Mode Only)
5EA:	0		TEST	   ;Test Operation (Test Mode Only)
5EB:	0		TEST	   ;Test Operation (Test Mode Only)
5EC:	0		TEST	   ;Test Operation (Test Mode Only)
5ED:	0		TEST	   ;Test Operation (Test Mode Only)
5EE:	0		TEST	   ;Test Operation (Test Mode Only)
5EF:	0		TEST	   ;Test Operation (Test Mode Only)
5F0:	0		TEST	   ;Test Operation (Test Mode Only)
5F1:	0		TEST	   ;Test Operation (Test Mode Only)
5F2:	0		TEST	   ;Test Operation (Test Mode Only)
5F3:	0		TEST	   ;Test Operation (Test Mode Only)
5F4:	0		TEST	   ;Test Operation (Test Mode Only)
5F5:	0		TEST	   ;Test Operation (Test Mode Only)
5F6:	0		TEST	   ;Test Operation (Test Mode Only)
5F7:	0		TEST	   ;Test Operation (Test Mode Only)
5F8:	0		TEST	   ;Test Operation (Test Mode Only)
5F9:	0		TEST	   ;Test Operation (Test Mode Only)
5FA:	0		TEST	   ;Test Operation (Test Mode Only)
5FB:	0		TEST	   ;Test Operation (Test Mode Only)
5FC:	0		TEST	   ;Test Operation (Test Mode Only)
5FD:	0		TEST	   ;Test Operation (Test Mode Only)
5FE:	0		TEST	   ;Test Operation (Test Mode Only)
5FF:	0		TEST	   ;Test Operation (Test Mode Only)
600:	0		TEST	   ;Test Operation (Test Mode Only)
601:	0		TEST	   ;Test Operation (Test Mode Only)
602:	0		TEST	   ;Test Operation (Test Mode Only)
603:	0		TEST	   ;Test Operation (Test Mode Only)
604:	0		TEST	   ;Test Operation (Test Mode Only)
605:	0		TEST	   ;Test Operation (Test Mode Only)
606:	0		TEST	   ;Test Operation (Test Mode Only)
607:	0		TEST	   ;Test Operation (Test Mode Only)
608:	20 1A		BRA ,1A   ;Branch Always
60A:	14 E 7	BSET ( E 7)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
60D:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
60E:	0		TEST	   ;Test Operation (Test Mode Only)
60F:	0		TEST	   ;Test Operation (Test Mode Only)
610:	20 1C		BRA ,1C   ;Branch Always
612:	18 13 13	BRA , 13   ;Branch Always
614:	D		SEC	   ;Set Carry
615:	D		SEC	   ;Set Carry
616:	0		TEST	   ;Test Operation (Test Mode Only)
617:	0		TEST	   ;Test Operation (Test Mode Only)
618:	20 1C		BRA ,1C   ;Branch Always
61A:	18 14 14	BRA , 14   ;Branch Always
61C:	14 14 0	BSET ( 14 0)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
61F:	0		TEST	   ;Test Operation (Test Mode Only)
620:	20 1C		BRA ,1C   ;Branch Always
622:	18 14 14	BRA , 14   ;Branch Always
624:	14 14 0	BSET ( 14 0)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
627:	0		TEST	   ;Test Operation (Test Mode Only)
628:	20 1C		BRA ,1C   ;Branch Always
62A:	18 14 14	BRA , 14   ;Branch Always
62C:	14 14 0	BSET ( 14 0)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
62F:	0		TEST	   ;Test Operation (Test Mode Only)
630:	20 1C		BRA ,1C   ;Branch Always
632:	18 14 14	BRA , 14   ;Branch Always
634:	14 14 5	BSET ( 14 5)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
637:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
638:	20 1C		BRA ,1C   ;Branch Always
63A:	18 14 14	BRA , 14   ;Branch Always
63C:	14 14 7	BSET ( 14 7)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
63F:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
640:	26 21		BNE ,21   ;Branch if Not Equal to Zero
642:	1C 17 15	BSET ( 17 15,X)   ;Set Bit(s) in Memory   -   Formato standard : BSET (ff,X) (mm) -> BSET (mm ff,X)
645:	14 A A	BSET ( A A)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
648:	2A 25		BPL ,25   ;Branch if Plus
64A:	20 1A		BRA ,1A   ;Branch Always
64C:	1A 16 16	BRA , 16   ;Branch Always
64E:	D		SEC	   ;Set Carry
64F:	D		SEC	   ;Set Carry
650:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
651:	2A 23		BPL ,23   ;Branch if Plus
653:	20 20		BRA ,20   ;Branch Always
655:	1C D D	BSET ( D D,X)   ;Set Bit(s) in Memory   -   Formato standard : BSET (ff,X) (mm) -> BSET (mm ff,X)
658:	38		PULX	   ;Pull Index Register X from Stack
659:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
65A:	29 22		BVS22   ;Branch if Overflow Set
65C:	22 20		BHI ,20   ;Branch if Higher
65E:	E		CLI	   ;Clear Interrupt Mask
65F:	E		CLI	   ;Clear Interrupt Mask
660:	3E		WAI	   ;Wait for Interrupt
661:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
662:	2C 24		BGE  ,24   ;Branch if Greater than or Equal to Zero
664:	24 20		BCC   ,20   ;Branch if Carry Clear
666:	12 12 45 3A	BRSET ( 12 45 3A)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
66A:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
66B:	27 27		BEQ ,27   ;Branch if Equal
66D:	20 18		BRA ,18   ;Branch Always
66F:	18 4C 4C	BRA , 4C   ;Branch Always
671:	41 35		BRA ,35   ;Branch Always
673:	2A 27		BPL ,27   ;Branch if Plus
675:	24 1A		BCC   ,1A   ;Branch if Carry Clear
677:	1A 4E 4E	BCC   , 4E   ;Branch if Carry Clear
679:	42 37		BCC   ,37   ;Branch if Carry Clear
67B:	2B 27		BMI ,27   ;Branch if Minus
67D:	27 1A		BEQ ,1A   ;Branch if Equal
67F:	1A 0 0	BEQ , 0   ;Branch if Equal
681:	0		TEST	   ;Test Operation (Test Mode Only)
682:	0		TEST	   ;Test Operation (Test Mode Only)
683:	0		TEST	   ;Test Operation (Test Mode Only)
684:	0		TEST	   ;Test Operation (Test Mode Only)
685:	0		TEST	   ;Test Operation (Test Mode Only)
686:	0		TEST	   ;Test Operation (Test Mode Only)
687:	0		TEST	   ;Test Operation (Test Mode Only)
688:	10		SBA	   ;Substract Accumulators
689:	10		SBA	   ;Substract Accumulators
68A:	10		SBA	   ;Substract Accumulators
68B:	10		SBA	   ;Substract Accumulators
68C:	10		SBA	   ;Substract Accumulators
68D:	B		SEV	   ;Set Twos Complement Overflow Bit
68E:	B		SEV	   ;Set Twos Complement Overflow Bit
68F:	B		SEV	   ;Set Twos Complement Overflow Bit
690:	10		SBA	   ;Substract Accumulators
691:	10		SBA	   ;Substract Accumulators
692:	10		SBA	   ;Substract Accumulators
693:	10		SBA	   ;Substract Accumulators
694:	10		SBA	   ;Substract Accumulators
695:	B		SEV	   ;Set Twos Complement Overflow Bit
696:	B		SEV	   ;Set Twos Complement Overflow Bit
697:	B		SEV	   ;Set Twos Complement Overflow Bit
698:	17		TBA	   ;Transfer from Accumulator B to Accumulator A
699:	13 10		BRCLR (10)   ;Branch if Bit(s) Clear
69B:	10		SBA	   ;Substract Accumulators
69C:	10		SBA	   ;Substract Accumulators
69D:	B		SEV	   ;Set Twos Complement Overflow Bit
69E:	B		SEV	   ;Set Twos Complement Overflow Bit
69F:	B		SEV	   ;Set Twos Complement Overflow Bit
6A0:	17		TBA	   ;Transfer from Accumulator B to Accumulator A
6A1:	13 10		BRCLR (10)   ;Branch if Bit(s) Clear
6A3:	10		SBA	   ;Substract Accumulators
6A4:	10		SBA	   ;Substract Accumulators
6A5:	B		SEV	   ;Set Twos Complement Overflow Bit
6A6:	B		SEV	   ;Set Twos Complement Overflow Bit
6A7:	B		SEV	   ;Set Twos Complement Overflow Bit
6A8:	17		TBA	   ;Transfer from Accumulator B to Accumulator A
6A9:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
6AA:	15 15		BCLR ,15   ;Clear Bit(s) in Memory
6AC:	15 13		BCLR ,13   ;Clear Bit(s) in Memory
6AE:	D		SEC	   ;Set Carry
6AF:	D		SEC	   ;Set Carry
6B0:	19		DAA	   ;Decimal Adjust Accumulator A
6B1:	19		DAA	   ;Decimal Adjust Accumulator A
6B2:	19		DAA	   ;Decimal Adjust Accumulator A
6B3:	19		DAA	   ;Decimal Adjust Accumulator A
6B4:	19		DAA	   ;Decimal Adjust Accumulator A
6B5:	19		DAA	   ;Decimal Adjust Accumulator A
6B6:	10		SBA	   ;Substract Accumulators
6B7:	10		SBA	   ;Substract Accumulators
6B8:	1D 1C		BCLR (1C,X)   ;Clear Bit(s) in Memory
6BA:	1C 1C 1C	BSET ( 1C 1C,X)   ;Set Bit(s) in Memory   -   Formato standard : BSET (ff,X) (mm) -> BSET (mm ff,X)
6BD:	19		DAA	   ;Decimal Adjust Accumulator A
6BE:	19		DAA	   ;Decimal Adjust Accumulator A
6BF:	19		DAA	   ;Decimal Adjust Accumulator A
6C0:	0		TEST	   ;Test Operation (Test Mode Only)
6C1:	0		TEST	   ;Test Operation (Test Mode Only)
6C2:	0		TEST	   ;Test Operation (Test Mode Only)
6C3:	0		TEST	   ;Test Operation (Test Mode Only)
6C4:	0		TEST	   ;Test Operation (Test Mode Only)
6C5:	0		TEST	   ;Test Operation (Test Mode Only)
6C6:	0		TEST	   ;Test Operation (Test Mode Only)
6C7:	0		TEST	   ;Test Operation (Test Mode Only)
6C8:	0		TEST	   ;Test Operation (Test Mode Only)
6C9:	0		TEST	   ;Test Operation (Test Mode Only)
6CA:	0		TEST	   ;Test Operation (Test Mode Only)
6CB:	0		TEST	   ;Test Operation (Test Mode Only)
6CC:	0		TEST	   ;Test Operation (Test Mode Only)
6CD:	0		TEST	   ;Test Operation (Test Mode Only)
6CE:	0		TEST	   ;Test Operation (Test Mode Only)
6CF:	0		TEST	   ;Test Operation (Test Mode Only)
6D0:	0		TEST	   ;Test Operation (Test Mode Only)
6D1:	0		TEST	   ;Test Operation (Test Mode Only)
6D2:	0		TEST	   ;Test Operation (Test Mode Only)
6D3:	0		TEST	   ;Test Operation (Test Mode Only)
6D4:	0		TEST	   ;Test Operation (Test Mode Only)
6D5:	0		TEST	   ;Test Operation (Test Mode Only)
6D6:	0		TEST	   ;Test Operation (Test Mode Only)
6D7:	0		TEST	   ;Test Operation (Test Mode Only)
6D8:	0		TEST	   ;Test Operation (Test Mode Only)
6D9:	0		TEST	   ;Test Operation (Test Mode Only)
6DA:	0		TEST	   ;Test Operation (Test Mode Only)
6DB:	0		TEST	   ;Test Operation (Test Mode Only)
6DC:	0		TEST	   ;Test Operation (Test Mode Only)
6DD:	0		TEST	   ;Test Operation (Test Mode Only)
6DE:	0		TEST	   ;Test Operation (Test Mode Only)
6DF:	0		TEST	   ;Test Operation (Test Mode Only)
6E0:	0		TEST	   ;Test Operation (Test Mode Only)
6E1:	0		TEST	   ;Test Operation (Test Mode Only)
6E2:	0		TEST	   ;Test Operation (Test Mode Only)
6E3:	0		TEST	   ;Test Operation (Test Mode Only)
6E4:	0		TEST	   ;Test Operation (Test Mode Only)
6E5:	0		TEST	   ;Test Operation (Test Mode Only)
6E6:	0		TEST	   ;Test Operation (Test Mode Only)
6E7:	0		TEST	   ;Test Operation (Test Mode Only)
6E8:	0		TEST	   ;Test Operation (Test Mode Only)
6E9:	0		TEST	   ;Test Operation (Test Mode Only)
6EA:	0		TEST	   ;Test Operation (Test Mode Only)
6EB:	0		TEST	   ;Test Operation (Test Mode Only)
6EC:	0		TEST	   ;Test Operation (Test Mode Only)
6ED:	0		TEST	   ;Test Operation (Test Mode Only)
6EE:	0		TEST	   ;Test Operation (Test Mode Only)
6EF:	0		TEST	   ;Test Operation (Test Mode Only)
6F0:	0		TEST	   ;Test Operation (Test Mode Only)
6F1:	0		TEST	   ;Test Operation (Test Mode Only)
6F2:	0		TEST	   ;Test Operation (Test Mode Only)
6F3:	0		TEST	   ;Test Operation (Test Mode Only)
6F4:	0		TEST	   ;Test Operation (Test Mode Only)
6F5:	0		TEST	   ;Test Operation (Test Mode Only)
6F6:	0		TEST	   ;Test Operation (Test Mode Only)
6F7:	0		TEST	   ;Test Operation (Test Mode Only)
6F8:	0		TEST	   ;Test Operation (Test Mode Only)
6F9:	0		TEST	   ;Test Operation (Test Mode Only)
6FA:	0		TEST	   ;Test Operation (Test Mode Only)
6FB:	0		TEST	   ;Test Operation (Test Mode Only)
6FC:	0		TEST	   ;Test Operation (Test Mode Only)
6FD:	0		TEST	   ;Test Operation (Test Mode Only)
6FE:	0		TEST	   ;Test Operation (Test Mode Only)
6FF:	0		TEST	   ;Test Operation (Test Mode Only)
700:	0		TEST	   ;Test Operation (Test Mode Only)
701:	0		TEST	   ;Test Operation (Test Mode Only)
702:	0		TEST	   ;Test Operation (Test Mode Only)
703:	0		TEST	   ;Test Operation (Test Mode Only)
704:	0		TEST	   ;Test Operation (Test Mode Only)
705:	0		TEST	   ;Test Operation (Test Mode Only)
706:	0		TEST	   ;Test Operation (Test Mode Only)
707:	0		TEST	   ;Test Operation (Test Mode Only)
708:	0		TEST	   ;Test Operation (Test Mode Only)
709:	0		TEST	   ;Test Operation (Test Mode Only)
70A:	0		TEST	   ;Test Operation (Test Mode Only)
70B:	0		TEST	   ;Test Operation (Test Mode Only)
70C:	0		TEST	   ;Test Operation (Test Mode Only)
70D:	0		TEST	   ;Test Operation (Test Mode Only)
70E:	0		TEST	   ;Test Operation (Test Mode Only)
70F:	0		TEST	   ;Test Operation (Test Mode Only)
710:	0		TEST	   ;Test Operation (Test Mode Only)
711:	64 0		LSR (0,X)   ;Logical Shift Right
713:	64 0		LSR (0,X)   ;Logical Shift Right
715:	64 0		LSR (0,X)   ;Logical Shift Right
717:	64 0		LSR (0,X)   ;Logical Shift Right
719:	64 0		LSR (0,X)   ;Logical Shift Right
71B:	64 0		LSR (0,X)   ;Logical Shift Right
71D:	6F 0		CLR (0,X)   ;Clear
71F:	8A 0		ORAA ,0   ;Inclusive OR Accumulator A
721:	B7 0 F4	STAA ( 0 F4)   ;Store Accumulator A
724:	1		NOP	   ;No Operation
725:	42		NOP	   ;No Operation
726:	1		NOP	   ;No Operation
727:	A0 2		SUBA (2,X)   ;Substract Accumulator A
729:	10		SBA	   ;Substract Accumulators
72A:	2		IDIV	   ;Integer Divide
72B:	90 3		SUBA (3)   ;Substract Accumulator A
72D:	21 3		BRN ,3   ;Branch Never
72F:	C3 4 74	ADDD , 4 74   ;Add to Double Accumulator
732:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
733:	45		ASLD	   ;Arithmetic shift Left Double Accumulator
734:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
735:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
736:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
737:	39		RTS	   ;Return from Subroutine
738:	8		INX	   ;Increment Index Register X
739:	61		INX	   ;Increment Index Register X
73A:	9		DEX	   ;Decrement Index Register X
73B:	A6 B		LDAA (B,X)   ;Load Accumulator A
73D:	9		DEX	   ;Decrement Index Register X
73E:	C		CLC	   ;Clear Carry
73F:	84 E		ANDA ,E   ;Logical AND with Accumulator A
741:	2E F		BGT ,F   ;Branch if Greater than Zero
743:	F6 11 BE	LDAB ( 11 BE)   ;Load Accumulator B
746:	13 D3		BRCLR (D3)   ;Branch if Bit(s) Clear
748:	15 DE		BCLR ,DE   ;Clear Bit(s) in Memory
74A:	18 59 59	BCLR , 59   ;Clear Bit(s) in Memory
74C:	1A F2 F2	BCLR , F2   ;Clear Bit(s) in Memory
74E:	1D AA		BCLR (AA,X)   ;Clear Bit(s) in Memory
750:	20 BB		BRA ,BB   ;Branch Always
752:	23 CE		BLS ,CE   ;Branch if Lower or Same
754:	26 E9		BNE ,E9   ;Branch if Not Equal to Zero
756:	2A 5E		BPL ,5E   ;Branch if Plus
758:	2E 7		BGT ,7   ;Branch if Greater than Zero
75A:	32		PULA	   ;Pull Accumulator A from Stack
75B:	1C 36 AD	BSET ( 36 AD,X)   ;Set Bit(s) in Memory   -   Formato standard : BSET (ff,X) (mm) -> BSET (mm ff,X)
75E:	3B		RTI	   ;Return from Interrupt
75F:	47		ASRA	   ;Arithmetic shift Right Accumulator A
760:	40		NEGA	   ;Negate Accumulator A
761:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
762:	45		TAP	   ;Transfer from Accumulator A to Condition Code Register
763:	40		NEGA	   ;Negate Accumulator A
764:	4A		DECA	   ;Decrement Accumulator A
765:	61		DECA	   ;Decrement Accumulator A
766:	50		NEGB	   ;Negate Accumulator B
767:	E9 56		ADCB (56,X)   ;Add with Carry to Accumulator B
769:	E0 5D		SUBB (5D,X)   ;Substract Accumulator B
76B:	4F		CLRA	   ;Clear Accumulator A
76C:	63 C5		COM (C5,X)   ;Complement
76E:	6A 83		DEC (83,X)   ;Decrement
770:	71 7D		DEC (7D,X)   ;Decrement
772:	78 F5 80	ASL ( F5 80)   ;Arithmetic shift Left
775:	99 88		ADCA (88)   ;Add with Carry to Accumulator A
777:	66 90		ROR (90,X)   ;Rotate Right
779:	46		RORA	   ;Rotate Right Accumulator A
77A:	98 AA		EORA (AA)   ;Exclusive OR Accumulator A
77C:	A1 56		CMPA (56,X)   ;Compare Accumulator A
77E:	AA 89		ORAA (89,X)   ;Inclusive OR Accumulator A
780:	B4 5B BE	ANDA ( 5B BE)   ;Logical AND with Accumulator A
783:	55 C8 76	ANDA ( C8 76)   ;Logical AND with Accumulator A
786:	D2 F9		SBCB (F9)   ;Substract with Carry Accumulator B
788:	DD F0		STD (F0)   ;Store Double Accumulator
78A:	E9 11		ADCB (11,X)   ;Add with Carry to Accumulator B
78C:	F4 6B FF	ANDB ( 6B FF)   ;Logical AND with Accumulator B
78F:	FF 0 6	STX ( 0 6)   ;Store Index Register X
792:	1A 26 26 38	STX ( 26 38)   ;Store Index Register X
795:	57		ASRB	   ;Arithmetic shift Right Accumulator B
796:	6A 83		DEC (83,X)   ;Decrement
798:	A0 B9		SUBA (B9,X)   ;Substract Accumulator A
79A:	C2 C6		SBCBC6   ;Substract with Carry Accumulator B
79C:	CB CF		ADDB ,CF   ;Add without Carry to Accumulator B
79E:	CF		STOP	   ;Stop
79F:	CF		STOP	   ;Stop
7A0:	A0 A0		SUBA (A0,X)   ;Substract Accumulator A
7A2:	95 80		BITA (80)   ;Bit test Accumulator A
7A4:	66 4A		ROR (4A,X)   ;Rotate Right
7A6:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
7A7:	1E 11 A 2	BRSET ( 11 A 2,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
7AB:	0		TEST	   ;Test Operation (Test Mode Only)
7AC:	0		TEST	   ;Test Operation (Test Mode Only)
7AD:	0		TEST	   ;Test Operation (Test Mode Only)
7AE:	0		TEST	   ;Test Operation (Test Mode Only)
7AF:	0		TEST	   ;Test Operation (Test Mode Only)
7B0:	3		FDIV	   ;Fractional Divide
7B1:	3		FDIV	   ;Fractional Divide
7B2:	3		FDIV	   ;Fractional Divide
7B3:	1A 1A		FDIV	   ;Fractional Divide
7B4:	1A 1A		FDIV	   ;Fractional Divide
7B5:	1A 1C		FDIV	   ;Fractional Divide
7B6:	1C 1C 13	BSET ( 1C 13,X)   ;Set Bit(s) in Memory   -   Formato standard : BSET (ff,X) (mm) -> BSET (mm ff,X)
7B9:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
7BA:	13 10		BRCLR (10)   ;Branch if Bit(s) Clear
7BC:	F		SEI	   ;Set Interrupt Mask
7BD:	9		DEX	   ;Decrement Index Register X
7BE:	4		LSRD	   ;Logical Shift Right Double Accumulator
7BF:	4		LSRD	   ;Logical Shift Right Double Accumulator
7C0:	0		TEST	   ;Test Operation (Test Mode Only)
7C1:	0		TEST	   ;Test Operation (Test Mode Only)
7C2:	0		TEST	   ;Test Operation (Test Mode Only)
7C3:	0		TEST	   ;Test Operation (Test Mode Only)
7C4:	0		TEST	   ;Test Operation (Test Mode Only)
7C5:	0		TEST	   ;Test Operation (Test Mode Only)
7C6:	0		TEST	   ;Test Operation (Test Mode Only)
7C7:	0		TEST	   ;Test Operation (Test Mode Only)
7C8:	0		TEST	   ;Test Operation (Test Mode Only)
7C9:	0		TEST	   ;Test Operation (Test Mode Only)
7CA:	0		TEST	   ;Test Operation (Test Mode Only)
7CB:	0		TEST	   ;Test Operation (Test Mode Only)
7CC:	0		TEST	   ;Test Operation (Test Mode Only)
7CD:	0		TEST	   ;Test Operation (Test Mode Only)
7CE:	0		TEST	   ;Test Operation (Test Mode Only)
7CF:	0		TEST	   ;Test Operation (Test Mode Only)
7D0:	0		TEST	   ;Test Operation (Test Mode Only)
7D1:	0		TEST	   ;Test Operation (Test Mode Only)
7D2:	0		TEST	   ;Test Operation (Test Mode Only)
7D3:	0		TEST	   ;Test Operation (Test Mode Only)
7D4:	0		TEST	   ;Test Operation (Test Mode Only)
7D5:	0		TEST	   ;Test Operation (Test Mode Only)
7D6:	0		TEST	   ;Test Operation (Test Mode Only)
7D7:	0		TEST	   ;Test Operation (Test Mode Only)
7D8:	0		TEST	   ;Test Operation (Test Mode Only)
7D9:	0		TEST	   ;Test Operation (Test Mode Only)
7DA:	0		TEST	   ;Test Operation (Test Mode Only)
7DB:	0		TEST	   ;Test Operation (Test Mode Only)
7DC:	0		TEST	   ;Test Operation (Test Mode Only)
7DD:	0		TEST	   ;Test Operation (Test Mode Only)
7DE:	0		TEST	   ;Test Operation (Test Mode Only)
7DF:	0		TEST	   ;Test Operation (Test Mode Only)
7E0:	48		ASLA	   ;Arithmetic shift Left Accumulator A
7E1:	48		ASLA	   ;Arithmetic shift Left Accumulator A
7E2:	48		ASLA	   ;Arithmetic shift Left Accumulator A
7E3:	48		ASLA	   ;Arithmetic shift Left Accumulator A
7E4:	48		ASLA	   ;Arithmetic shift Left Accumulator A
7E5:	52		ASLA	   ;Arithmetic shift Left Accumulator A
7E6:	58		ASLB	   ;Arithmetic shift Left Accumulator B
7E7:	56		RORB	   ;Rotate Right Accumulator B
7E8:	5A		DECB	   ;Decrement Accumulator B
7E9:	5E		DECB	   ;Decrement Accumulator B
7EA:	60 5E		NEG (5E,X)   ;Negate
7EC:	60 62		NEG (62,X)   ;Negate
7EE:	63 61		COM (61,X)   ;Complement
7F0:	4F		CLRA	   ;Clear Accumulator A
7F1:	4C		INCA	   ;Increment Accumulator A
7F2:	46		RORA	   ;Rotate Right Accumulator A
7F3:	43		COMA	   ;Complement Accumulator A
7F4:	41		COMA	   ;Complement Accumulator A
7F5:	3F		SWI	   ;Software Interrupt
7F6:	3D		MUL	   ;Multiply Unsigned
7F7:	3D		MUL	   ;Multiply Unsigned
7F8:	3D		MUL	   ;Multiply Unsigned
7F9:	3D		MUL	   ;Multiply Unsigned
7FA:	3D		MUL	   ;Multiply Unsigned
7FB:	3D		MUL	   ;Multiply Unsigned
7FC:	3D		MUL	   ;Multiply Unsigned
7FD:	3D		MUL	   ;Multiply Unsigned
7FE:	3D		MUL	   ;Multiply Unsigned
7FF:	3D		MUL	   ;Multiply Unsigned
800:	4F		CLRA	   ;Clear Accumulator A
801:	4C		INCA	   ;Increment Accumulator A
802:	46		RORA	   ;Rotate Right Accumulator A
803:	43		COMA	   ;Complement Accumulator A
804:	41		COMA	   ;Complement Accumulator A
805:	3F		SWI	   ;Software Interrupt
806:	3D		MUL	   ;Multiply Unsigned
807:	3D		MUL	   ;Multiply Unsigned
808:	3D		MUL	   ;Multiply Unsigned
809:	3D		MUL	   ;Multiply Unsigned
80A:	3D		MUL	   ;Multiply Unsigned
80B:	3D		MUL	   ;Multiply Unsigned
80C:	3D		MUL	   ;Multiply Unsigned
80D:	3D		MUL	   ;Multiply Unsigned
80E:	3D		MUL	   ;Multiply Unsigned
80F:	3D		MUL	   ;Multiply Unsigned
810:	48		ASLA	   ;Arithmetic shift Left Accumulator A
811:	48		ASLA	   ;Arithmetic shift Left Accumulator A
812:	48		ASLA	   ;Arithmetic shift Left Accumulator A
813:	48		ASLA	   ;Arithmetic shift Left Accumulator A
814:	48		ASLA	   ;Arithmetic shift Left Accumulator A
815:	52		ASLA	   ;Arithmetic shift Left Accumulator A
816:	58		ASLB	   ;Arithmetic shift Left Accumulator B
817:	56		RORB	   ;Rotate Right Accumulator B
818:	5A		DECB	   ;Decrement Accumulator B
819:	5E		DECB	   ;Decrement Accumulator B
81A:	60 5E		NEG (5E,X)   ;Negate
81C:	60 62		NEG (62,X)   ;Negate
81E:	63 61		COM (61,X)   ;Complement
820:	E		CLI	   ;Clear Interrupt Mask
821:	14 20 28	BSET ( 20 28)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
824:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
825:	38		PULX	   ;Pull Index Register X from Stack
826:	44		LSRA	   ;Logical Shift Right Accumulator A
827:	50		NEGB	   ;Negate Accumulator B
828:	5A		DECB	   ;Decrement Accumulator B
829:	64 6E		LSR (6E,X)   ;Logical Shift Right
82B:	78 7D 82	ASL ( 7D 82)   ;Arithmetic shift Left
82E:	87 91 A2	ASL ( 91 A2)   ;Arithmetic shift Left
831:	A2 A2		SBCA (A2,X)   ;Substract with Carry Accumulator A
833:	A2 89		SBCA (89,X)   ;Substract with Carry Accumulator A
835:	7D 7D 7D	TST ( 7D 7D)   ;Test
838:	A2 89		SBCA (89,X)   ;Substract with Carry Accumulator A
83A:	7D 7D 7D	TST ( 7D 7D)   ;Test
83D:	7D 7D 7D	TST ( 7D 7D)   ;Test
840:	50		NEGB	   ;Negate Accumulator B
841:	50		NEGB	   ;Negate Accumulator B
842:	46		RORA	   ;Rotate Right Accumulator A
843:	3C		PSHX	   ;Push Index Register X onto Stack
844:	2C 20		BGE  ,20   ;Branch if Greater than or Equal to Zero
846:	19		DAA	   ;Decimal Adjust Accumulator A
847:	19		DAA	   ;Decimal Adjust Accumulator A
848:	19		DAA	   ;Decimal Adjust Accumulator A
849:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
84A:	13 10		BRCLR (10)   ;Branch if Bit(s) Clear
84C:	C		CLC	   ;Clear Carry
84D:	C		CLC	   ;Clear Carry
84E:	C		CLC	   ;Clear Carry
84F:	C		CLC	   ;Clear Carry
850:	8		INX	   ;Increment Index Register X
851:	8		INX	   ;Increment Index Register X
852:	A		CLV	   ;Clear Twos-Complement Overflow Bit
853:	B		SEV	   ;Set Twos Complement Overflow Bit
854:	E		CLI	   ;Clear Interrupt Mask
855:	11		CBA	   ;Compare Accumulators
856:	15 1C		BCLR ,1C   ;Clear Bit(s) in Memory
858:	2A 2A		BPL ,2A   ;Branch if Plus
85A:	2A 2A		BPL ,2A   ;Branch if Plus
85C:	2A 2A		BPL ,2A   ;Branch if Plus
85E:	2A 2A		BPL ,2A   ;Branch if Plus
860:	80 80		SUBA ,80   ;Substract Accumulator A
862:	80 80		SUBA ,80   ;Substract Accumulator A
864:	80 80		SUBA ,80   ;Substract Accumulator A
866:	67 4D		ASR (4D,X)   ;Arithmetic shift Right
868:	40		NEGA	   ;Negate Accumulator A
869:	40		NEGA	   ;Negate Accumulator A
86A:	40		NEGA	   ;Negate Accumulator A
86B:	40		NEGA	   ;Negate Accumulator A
86C:	40		NEGA	   ;Negate Accumulator A
86D:	2C 20		BGE  ,20   ;Branch if Greater than or Equal to Zero
86F:	20 60		BRA ,60   ;Branch Always
871:	5C		INCB	   ;Increment Accumulator B
872:	58		ASLB	   ;Arithmetic shift Left Accumulator B
873:	54		LSRB	   ;Logical Shift Right Accumulator B
874:	50		NEGB	   ;Negate Accumulator B
875:	4C		INCA	   ;Increment Accumulator A
876:	45		INCA	   ;Increment Accumulator A
877:	3C		PSHX	   ;Push Index Register X onto Stack
878:	32		PULA	   ;Pull Accumulator A from Stack
879:	2A 1D		BPL ,1D   ;Branch if Plus
87B:	19		DAA	   ;Decimal Adjust Accumulator A
87C:	14 14 14	BSET ( 14 14)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
87F:	14 17 18	BSET ( 17 18)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
882:	19		DAA	   ;Decimal Adjust Accumulator A
883:	1C 20 24	BSET ( 20 24,X)   ;Set Bit(s) in Memory   -   Formato standard : BSET (ff,X) (mm) -> BSET (mm ff,X)
886:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
887:	38		PULX	   ;Pull Index Register X from Stack
888:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
889:	44		LSRA	   ;Logical Shift Right Accumulator A
88A:	48		ASLA	   ;Arithmetic shift Left Accumulator A
88B:	50		NEGB	   ;Negate Accumulator B
88C:	60 70		NEG (70,X)   ;Negate
88E:	80 90		SUBA ,90   ;Substract Accumulator A
890:	60 5C		NEG (5C,X)   ;Negate
892:	58		ASLB	   ;Arithmetic shift Left Accumulator B
893:	54		LSRB	   ;Logical Shift Right Accumulator B
894:	50		NEGB	   ;Negate Accumulator B
895:	4C		INCA	   ;Increment Accumulator A
896:	48		ASLA	   ;Arithmetic shift Left Accumulator A
897:	44		LSRA	   ;Logical Shift Right Accumulator A
898:	40		NEGA	   ;Negate Accumulator A
899:	38		PULX	   ;Pull Index Register X from Stack
89A:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
89B:	28 20		BVC ,20   ;Branch if Overflow Clear
89D:	20 20		BRA ,20   ;Branch Always
89F:	20 C		BRA ,C   ;Branch Always
8A1:	10		SBA	   ;Substract Accumulators
8A2:	14 18 1C	BSET ( 18 1C)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
8A5:	20 24		BRA ,24   ;Branch Always
8A7:	28 30		BVC ,30   ;Branch if Overflow Clear
8A9:	34		DES	   ;Decrement Stack Pointer
8AA:	38		PULX	   ;Pull Index Register X from Stack
8AB:	3C		PSHX	   ;Push Index Register X onto Stack
8AC:	40		NEGA	   ;Negate Accumulator A
8AD:	48		ASLA	   ;Arithmetic shift Left Accumulator A
8AE:	50		NEGB	   ;Negate Accumulator B
8AF:	58		ASLB	   ;Arithmetic shift Left Accumulator B
8B0:	E		CLI	   ;Clear Interrupt Mask
8B1:	14 20 28	BSET ( 20 28)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
8B4:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
8B5:	38		PULX	   ;Pull Index Register X from Stack
8B6:	44		LSRA	   ;Logical Shift Right Accumulator A
8B7:	50		NEGB	   ;Negate Accumulator B
8B8:	5A		DECB	   ;Decrement Accumulator B
8B9:	64 6E		LSR (6E,X)   ;Logical Shift Right
8BB:	78 7D 82	ASL ( 7D 82)   ;Arithmetic shift Left
8BE:	87 91 0	ASL ( 91 0)   ;Arithmetic shift Left
8C1:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
8C2:	A		CLV	   ;Clear Twos-Complement Overflow Bit
8C3:	A		CLV	   ;Clear Twos-Complement Overflow Bit
8C4:	A		CLV	   ;Clear Twos-Complement Overflow Bit
8C5:	C		CLC	   ;Clear Carry
8C6:	10		SBA	   ;Substract Accumulators
8C7:	14 18 19	BSET ( 18 19)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
8CA:	1A 1C 1C 1D	BSET ( 1C 1D)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
8CD:	1D 1D		BCLR (1D,X)   ;Clear Bit(s) in Memory
8CF:	1D 0		BCLR (0,X)   ;Clear Bit(s) in Memory
8D1:	0		TEST	   ;Test Operation (Test Mode Only)
8D2:	0		TEST	   ;Test Operation (Test Mode Only)
8D3:	0		TEST	   ;Test Operation (Test Mode Only)
8D4:	0		TEST	   ;Test Operation (Test Mode Only)
8D5:	0		TEST	   ;Test Operation (Test Mode Only)
8D6:	0		TEST	   ;Test Operation (Test Mode Only)
8D7:	0		TEST	   ;Test Operation (Test Mode Only)
8D8:	0		TEST	   ;Test Operation (Test Mode Only)
8D9:	0		TEST	   ;Test Operation (Test Mode Only)
8DA:	0		TEST	   ;Test Operation (Test Mode Only)
8DB:	0		TEST	   ;Test Operation (Test Mode Only)
8DC:	0		TEST	   ;Test Operation (Test Mode Only)
8DD:	0		TEST	   ;Test Operation (Test Mode Only)
8DE:	0		TEST	   ;Test Operation (Test Mode Only)
8DF:	0		TEST	   ;Test Operation (Test Mode Only)
8E0:	4		LSRD	   ;Logical Shift Right Double Accumulator
8E1:	40		NEGA	   ;Negate Accumulator A
8E2:	4		LSRD	   ;Logical Shift Right Double Accumulator
8E3:	40		NEGA	   ;Negate Accumulator A
8E4:	4		LSRD	   ;Logical Shift Right Double Accumulator
8E5:	E0 5		SUBB (5,X)   ;Substract Accumulator B
8E7:	0		TEST	   ;Test Operation (Test Mode Only)
8E8:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
8E9:	E0 5		SUBB (5,X)   ;Substract Accumulator B
8EB:	F0 6 20	SUBB ( 6 20)   ;Substract Accumulator B
8EE:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
8EF:	D0 6		SUBB (6)   ;Substract Accumulator B
8F1:	10		SBA	   ;Substract Accumulators
8F2:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
8F3:	0		TEST	   ;Test Operation (Test Mode Only)
8F4:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
8F5:	E0 5		SUBB (5,X)   ;Substract Accumulator B
8F7:	0		TEST	   ;Test Operation (Test Mode Only)
8F8:	4		LSRD	   ;Logical Shift Right Double Accumulator
8F9:	60 4		NEG (4,X)   ;Negate
8FB:	70 4 70	NEG ( 4 70)   ;Negate
8FE:	4		LSRD	   ;Logical Shift Right Double Accumulator
8FF:	70 4 40	NEG ( 4 40)   ;Negate
902:	4		LSRD	   ;Logical Shift Right Double Accumulator
903:	40		NEGA	   ;Negate Accumulator A
904:	4		LSRD	   ;Logical Shift Right Double Accumulator
905:	40		NEGA	   ;Negate Accumulator A
906:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
907:	10		SBA	   ;Substract Accumulators
908:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
909:	10		SBA	   ;Substract Accumulators
90A:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
90B:	40		NEGA	   ;Negate Accumulator A
90C:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
90D:	20 4		BRA ,4   ;Branch Always
90F:	A0 5		SUBA (5,X)   ;Substract Accumulator A
911:	20 4		BRA ,4   ;Branch Always
913:	C0 5		SUBB5   ;Substract Accumulator B
915:	0		TEST	   ;Test Operation (Test Mode Only)
916:	4		LSRD	   ;Logical Shift Right Double Accumulator
917:	D0 4		SUBB (4)   ;Substract Accumulator B
919:	10		SBA	   ;Substract Accumulators
91A:	4		LSRD	   ;Logical Shift Right Double Accumulator
91B:	40		NEGA	   ;Negate Accumulator A
91C:	4		LSRD	   ;Logical Shift Right Double Accumulator
91D:	40		NEGA	   ;Negate Accumulator A
91E:	4		LSRD	   ;Logical Shift Right Double Accumulator
91F:	40		NEGA	   ;Negate Accumulator A
920:	3		FDIV	   ;Fractional Divide
921:	E0 3		SUBB (3,X)   ;Substract Accumulator B
923:	E0 3		SUBB (3,X)   ;Substract Accumulator B
925:	80 4		SUBA ,4   ;Substract Accumulator A
927:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
928:	4		LSRD	   ;Logical Shift Right Double Accumulator
929:	0		TEST	   ;Test Operation (Test Mode Only)
92A:	4		LSRD	   ;Logical Shift Right Double Accumulator
92B:	70 4 E0	NEG ( 4 E0)   ;Negate
92E:	4		LSRD	   ;Logical Shift Right Double Accumulator
92F:	A0 5		SUBA (5,X)   ;Substract Accumulator A
931:	40		NEGA	   ;Negate Accumulator A
932:	4		LSRD	   ;Logical Shift Right Double Accumulator
933:	C0 4		SUBB4   ;Substract Accumulator B
935:	80 4		SUBA ,4   ;Substract Accumulator A
937:	70 4 80	NEG ( 4 80)   ;Negate
93A:	4		LSRD	   ;Logical Shift Right Double Accumulator
93B:	40		NEGA	   ;Negate Accumulator A
93C:	4		LSRD	   ;Logical Shift Right Double Accumulator
93D:	40		NEGA	   ;Negate Accumulator A
93E:	4		LSRD	   ;Logical Shift Right Double Accumulator
93F:	40		NEGA	   ;Negate Accumulator A
940:	3		FDIV	   ;Fractional Divide
941:	E0 3		SUBB (3,X)   ;Substract Accumulator B
943:	E0 4		SUBB (4,X)   ;Substract Accumulator B
945:	A0 5		SUBA (5,X)   ;Substract Accumulator A
947:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
948:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
949:	70 5 90	NEG ( 5 90)   ;Negate
94C:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
94D:	C0 5		SUBB5   ;Substract Accumulator B
94F:	F0 5 40	SUBB ( 5 40)   ;Substract Accumulator B
952:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
953:	A0 5		SUBA (5,X)   ;Substract Accumulator A
955:	90 4		SUBA (4)   ;Substract Accumulator A
957:	C0 4		SUBB4   ;Substract Accumulator B
959:	60 4		NEG (4,X)   ;Negate
95B:	60 4		NEG (4,X)   ;Negate
95D:	60 4		NEG (4,X)   ;Negate
95F:	60 8		NEG (8,X)   ;Negate
961:	8		INX	   ;Increment Index Register X
962:	8		INX	   ;Increment Index Register X
963:	4		LSRD	   ;Logical Shift Right Double Accumulator
964:	2		IDIV	   ;Integer Divide
965:	2		IDIV	   ;Integer Divide
966:	1		NOP	   ;No Operation
967:	1		NOP	   ;No Operation
968:	1		NOP	   ;No Operation
969:	1		NOP	   ;No Operation
96A:	1		NOP	   ;No Operation
96B:	1		NOP	   ;No Operation
96C:	1		NOP	   ;No Operation
96D:	1		NOP	   ;No Operation
96E:	1		NOP	   ;No Operation
96F:	1		NOP	   ;No Operation
970:	0		TEST	   ;Test Operation (Test Mode Only)
971:	26 33		BNE ,33   ;Branch if Not Equal to Zero
973:	40		NEGA	   ;Negate Accumulator A
974:	4C		INCA	   ;Increment Accumulator A
975:	59		ROLB	   ;Rotate Left Accumulator B
976:	66 80		ROR (80,X)   ;Rotate Right
978:	8C 99 A6	CPX , 99 A6   ;Compare Index Register X
97B:	B3 BF CC	SUBD ( BF CC)   ;Substract Double Accumulator
97E:	D9 E6		ADCB (E6)   ;Add with Carry to Accumulator B
980:	0		TEST	   ;Test Operation (Test Mode Only)
981:	0		TEST	   ;Test Operation (Test Mode Only)
982:	0		TEST	   ;Test Operation (Test Mode Only)
983:	0		TEST	   ;Test Operation (Test Mode Only)
984:	40		NEGA	   ;Negate Accumulator A
985:	80 90		SUBA ,90   ;Substract Accumulator A
987:	A0 A0		SUBA (A0,X)   ;Substract Accumulator A
989:	A0 C0		SUBA (C0,X)   ;Substract Accumulator A
98B:	F0 F0 F0	SUBB ( F0 F0)   ;Substract Accumulator B
98E:	F0 F0 0	SUBB ( F0 0)   ;Substract Accumulator B
991:	0		TEST	   ;Test Operation (Test Mode Only)
992:	0		TEST	   ;Test Operation (Test Mode Only)
993:	0		TEST	   ;Test Operation (Test Mode Only)
994:	4		LSRD	   ;Logical Shift Right Double Accumulator
995:	10		SBA	   ;Substract Accumulators
996:	14 18 14	BSET ( 18 14)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
999:	10		SBA	   ;Substract Accumulators
99A:	10		SBA	   ;Substract Accumulators
99B:	10		SBA	   ;Substract Accumulators
99C:	10		SBA	   ;Substract Accumulators
99D:	10		SBA	   ;Substract Accumulators
99E:	E		CLI	   ;Clear Interrupt Mask
99F:	C		CLC	   ;Clear Carry
9A0:	70 70 70	NEG ( 70 70)   ;Negate
9A3:	70 70 70	NEG ( 70 70)   ;Negate
9A6:	70 70 70	NEG ( 70 70)   ;Negate
9A9:	78 80 80	ASL ( 80 80)   ;Arithmetic shift Left
9AC:	80 80		SUBA ,80   ;Substract Accumulator A
9AE:	80 80		SUBA ,80   ;Substract Accumulator A
9B0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
9B3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
9B6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
9B9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
9BC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
9BF:	FF 0 0	STX ( 0 0)   ;Store Index Register X
9C2:	0		TEST	   ;Test Operation (Test Mode Only)
9C3:	0		TEST	   ;Test Operation (Test Mode Only)
9C4:	0		TEST	   ;Test Operation (Test Mode Only)
9C5:	0		TEST	   ;Test Operation (Test Mode Only)
9C6:	4		LSRD	   ;Logical Shift Right Double Accumulator
9C7:	8		INX	   ;Increment Index Register X
9C8:	8		INX	   ;Increment Index Register X
9C9:	8		INX	   ;Increment Index Register X
9CA:	8		INX	   ;Increment Index Register X
9CB:	8		INX	   ;Increment Index Register X
9CC:	8		INX	   ;Increment Index Register X
9CD:	8		INX	   ;Increment Index Register X
9CE:	8		INX	   ;Increment Index Register X
9CF:	8		INX	   ;Increment Index Register X
9D0:	4C		INCA	   ;Increment Accumulator A
9D1:	4C		INCA	   ;Increment Accumulator A
9D2:	4C		INCA	   ;Increment Accumulator A
9D3:	4C		INCA	   ;Increment Accumulator A
9D4:	4C		INCA	   ;Increment Accumulator A
9D5:	4C		INCA	   ;Increment Accumulator A
9D6:	4C		INCA	   ;Increment Accumulator A
9D7:	4C		INCA	   ;Increment Accumulator A
9D8:	4C		INCA	   ;Increment Accumulator A
9D9:	4C		INCA	   ;Increment Accumulator A
9DA:	4C		INCA	   ;Increment Accumulator A
9DB:	80 80		SUBA ,80   ;Substract Accumulator A
9DD:	80 80		SUBA ,80   ;Substract Accumulator A
9DF:	80 54		SUBA ,54   ;Substract Accumulator A
9E1:	54		LSRB	   ;Logical Shift Right Accumulator B
9E2:	3A		ABX	   ;Add Accumulator B to Index Register X
9E3:	25 19		BCS  ,19   ;Branch if Carry Set
9E5:	12 D B 8	BRSET ( D B 8)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
9E9:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
9EA:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
9EB:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
9EC:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
9ED:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
9EE:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
9EF:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
9F0:	69 69		ROL (69,X)   ;Rotate Left
9F2:	57		ASRB	   ;Arithmetic shift Right Accumulator B
9F3:	37		PSHB	   ;Push Accumulator B onto Stack
9F4:	25 1B		BCS  ,1B   ;Branch if Carry Set
9F6:	13 10		BRCLR (10)   ;Branch if Bit(s) Clear
9F8:	C		CLC	   ;Clear Carry
9F9:	A		CLV	   ;Clear Twos-Complement Overflow Bit
9FA:	A		CLV	   ;Clear Twos-Complement Overflow Bit
9FB:	A		CLV	   ;Clear Twos-Complement Overflow Bit
9FC:	A		CLV	   ;Clear Twos-Complement Overflow Bit
9FD:	A		CLV	   ;Clear Twos-Complement Overflow Bit
9FE:	A		CLV	   ;Clear Twos-Complement Overflow Bit
9FF:	A		CLV	   ;Clear Twos-Complement Overflow Bit
A00:	0		TEST	   ;Test Operation (Test Mode Only)
A01:	0		TEST	   ;Test Operation (Test Mode Only)
A02:	0		TEST	   ;Test Operation (Test Mode Only)
A03:	0		TEST	   ;Test Operation (Test Mode Only)
A04:	0		TEST	   ;Test Operation (Test Mode Only)
A05:	FE FA F3	LDX ( FA F3)   ;Load Index Register X
A08:	1		NOP	   ;No Operation
A09:	2		IDIV	   ;Integer Divide
A0A:	4		LSRD	   ;Logical Shift Right Double Accumulator
A0B:	8		INX	   ;Increment Index Register X
A0C:	1		NOP	   ;No Operation
A0D:	2A 3F		BPL ,3F   ;Branch if Plus
A0F:	54		LSRB	   ;Logical Shift Right Accumulator B
A10:	B		SEV	   ;Set Twos Complement Overflow Bit
A11:	2A 54		BPL ,54   ;Branch if Plus
A13:	88 1		EORA ,1   ;Exclusive OR Accumulator A
A15:	2		IDIV	   ;Integer Divide
A16:	3		FDIV	   ;Fractional Divide
A17:	4		LSRD	   ;Logical Shift Right Double Accumulator
A18:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
A19:	8		INX	   ;Increment Index Register X
A1A:	A		CLV	   ;Clear Twos-Complement Overflow Bit
A1B:	C		CLC	   ;Clear Carry
A1C:	C		CLC	   ;Clear Carry
A1D:	10		SBA	   ;Substract Accumulators
A1E:	14 18 1C	BSET ( 18 1C)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
A21:	20 24		BRA ,24   ;Branch Always
A23:	28 30		BVC ,30   ;Branch if Overflow Clear
A25:	34		DES	   ;Decrement Stack Pointer
A26:	38		PULX	   ;Pull Index Register X from Stack
A27:	3C		PSHX	   ;Push Index Register X onto Stack
A28:	40		NEGA	   ;Negate Accumulator A
A29:	48		ASLA	   ;Arithmetic shift Left Accumulator A
A2A:	50		NEGB	   ;Negate Accumulator B
A2B:	58		ASLB	   ;Arithmetic shift Left Accumulator B
A2C:	1		NOP	   ;No Operation
A2D:	1		NOP	   ;No Operation
A2E:	50		NEGB	   ;Negate Accumulator B
A2F:	60 70		NEG (70,X)   ;Negate
A31:	70 70 70	NEG ( 70 70)   ;Negate
A34:	FF FF FF	STX ( FF FF)   ;Store Index Register X
A37:	C6 84		LDAB ,84   ;Load Accumulator B
A39:	77 73 5A	ASR ( 73 5A)   ;Arithmetic shift Right
A3C:	4C		INCA	   ;Increment Accumulator A
A3D:	40		NEGA	   ;Negate Accumulator A
A3E:	33		PULB	   ;Pull Accumulator B from Stack
A3F:	2D 2A		BLT ,2A   ;Branch  il Less than Zero
A41:	24 24		BCC   ,24   ;Branch if Carry Clear
A43:	2B 2A		BMI ,2A   ;Branch if Minus
A45:	2A 24		BPL ,24   ;Branch if Plus
A47:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
A48:	12 11 11 10	BRSET ( 11 11 10)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
A4C:	B		SEV	   ;Set Twos Complement Overflow Bit
A4D:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
A4E:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
A4F:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
A50:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
A51:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
A52:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
A53:	A		CLV	   ;Clear Twos-Complement Overflow Bit
A54:	7E 7E 7E	JMP ( 7E 7E)   ;Jump
A57:	71 66 55	JMP ( 66 55)   ;Jump
A5A:	4D		TSTA	   ;Test Accumulator A
A5B:	43		COMA	   ;Complement Accumulator A
A5C:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
A5D:	2B 21		BMI ,21   ;Branch if Minus
A5F:	1B		ABA	   ;Add Accumulator B to Accumulator A
A60:	15 15		BCLR ,15   ;Clear Bit(s) in Memory
A62:	15 18		BCLR ,18   ;Clear Bit(s) in Memory
A64:	0		TEST	   ;Test Operation (Test Mode Only)
A65:	0		TEST	   ;Test Operation (Test Mode Only)
A66:	0		TEST	   ;Test Operation (Test Mode Only)
A67:	0		TEST	   ;Test Operation (Test Mode Only)
A68:	0		TEST	   ;Test Operation (Test Mode Only)
A69:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
A6A:	2F 31		BLE ,31   ;Branch if Less than or Equal to Zero
A6C:	4B 60		BLE ,60   ;Branch if Less than or Equal to Zero
A6E:	83 B3 BD	SUBD , B3 BD   ;Substract Double Accumulator
A71:	EA EA		ORAB (EA,X)   ;Inclusive OR Accumulator B
A73:	EA 0		ORAB (0,X)   ;Inclusive OR Accumulator B
A75:	0		TEST	   ;Test Operation (Test Mode Only)
A76:	0		TEST	   ;Test Operation (Test Mode Only)
A77:	0		TEST	   ;Test Operation (Test Mode Only)
A78:	1		NOP	   ;No Operation
A79:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
A7A:	D		SEC	   ;Set Carry
A7B:	12 17 1C 21	BRSET ( 17 1C 21)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
A7F:	28 30		BVC ,30   ;Branch if Overflow Clear
A81:	39		RTS	   ;Return from Subroutine
A82:	39		RTS	   ;Return from Subroutine
A83:	39		RTS	   ;Return from Subroutine
A84:	0		TEST	   ;Test Operation (Test Mode Only)
A85:	0		TEST	   ;Test Operation (Test Mode Only)
A86:	0		TEST	   ;Test Operation (Test Mode Only)
A87:	0		TEST	   ;Test Operation (Test Mode Only)
A88:	0		TEST	   ;Test Operation (Test Mode Only)
A89:	0		TEST	   ;Test Operation (Test Mode Only)
A8A:	0		TEST	   ;Test Operation (Test Mode Only)
A8B:	0		TEST	   ;Test Operation (Test Mode Only)
A8C:	0		TEST	   ;Test Operation (Test Mode Only)
A8D:	0		TEST	   ;Test Operation (Test Mode Only)
A8E:	0		TEST	   ;Test Operation (Test Mode Only)
A8F:	0		TEST	   ;Test Operation (Test Mode Only)
A90:	0		TEST	   ;Test Operation (Test Mode Only)
A91:	0		TEST	   ;Test Operation (Test Mode Only)
A92:	0		TEST	   ;Test Operation (Test Mode Only)
A93:	0		TEST	   ;Test Operation (Test Mode Only)
A94:	0		TEST	   ;Test Operation (Test Mode Only)
A95:	4		LSRD	   ;Logical Shift Right Double Accumulator
A96:	10		SBA	   ;Substract Accumulators
A97:	20 0		BRA ,0   ;Branch Always
A99:	2		IDIV	   ;Integer Divide
A9A:	4		LSRD	   ;Logical Shift Right Double Accumulator
A9B:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
A9C:	9		DEX	   ;Decrement Index Register X
A9D:	C		CLC	   ;Clear Carry
A9E:	E		CLI	   ;Clear Interrupt Mask
A9F:	10		SBA	   ;Substract Accumulators
AA0:	13 15		BRCLR (15)   ;Branch if Bit(s) Clear
AA2:	18 1E 1E	BRCLR ( 1E)   ;Branch if Bit(s) Clear
AA4:	0		TEST	   ;Test Operation (Test Mode Only)
AA5:	0		TEST	   ;Test Operation (Test Mode Only)
AA6:	0		TEST	   ;Test Operation (Test Mode Only)
AA7:	0		TEST	   ;Test Operation (Test Mode Only)
AA8:	0		TEST	   ;Test Operation (Test Mode Only)
AA9:	0		TEST	   ;Test Operation (Test Mode Only)
AAA:	0		TEST	   ;Test Operation (Test Mode Only)
AAB:	0		TEST	   ;Test Operation (Test Mode Only)
AAC:	1		NOP	   ;No Operation
AAD:	2		IDIV	   ;Integer Divide
AAE:	3		FDIV	   ;Fractional Divide
AAF:	4		LSRD	   ;Logical Shift Right Double Accumulator
AB0:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
AB1:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
AB2:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
AB3:	8		INX	   ;Increment Index Register X
AB4:	FF 1 1	STX ( 1 1)   ;Store Index Register X
AB7:	1		NOP	   ;No Operation
AB8:	1		NOP	   ;No Operation
AB9:	1		NOP	   ;No Operation
ABA:	1		NOP	   ;No Operation
ABB:	1		NOP	   ;No Operation
ABC:	28 2C		BVC ,2C   ;Branch if Overflow Clear
ABE:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
ABF:	34		DES	   ;Decrement Stack Pointer
AC0:	38		PULX	   ;Pull Index Register X from Stack
AC1:	40		NEGA	   ;Negate Accumulator A
AC2:	48		ASLA	   ;Arithmetic shift Left Accumulator A
AC3:	50		NEGB	   ;Negate Accumulator B
AC4:	0		TEST	   ;Test Operation (Test Mode Only)
AC5:	0		TEST	   ;Test Operation (Test Mode Only)
AC6:	0		TEST	   ;Test Operation (Test Mode Only)
AC7:	0		TEST	   ;Test Operation (Test Mode Only)
AC8:	0		TEST	   ;Test Operation (Test Mode Only)
AC9:	0		TEST	   ;Test Operation (Test Mode Only)
ACA:	0		TEST	   ;Test Operation (Test Mode Only)
ACB:	0		TEST	   ;Test Operation (Test Mode Only)
ACC:	1		NOP	   ;No Operation
ACD:	E		CLI	   ;Clear Interrupt Mask
ACE:	1		NOP	   ;No Operation
ACF:	99 2		ADCA (2)   ;Add with Carry to Accumulator A
AD1:	58		ASLB	   ;Arithmetic shift Left Accumulator B
AD2:	2		IDIV	   ;Integer Divide
AD3:	40		NEGA	   ;Negate Accumulator A
AD4:	8		INX	   ;Increment Index Register X
AD5:	92 0		SBCA (0)   ;Substract with Carry Accumulator A
AD7:	0		TEST	   ;Test Operation (Test Mode Only)
AD8:	80 20		SUBA ,20   ;Substract Accumulator A
ADA:	FF FF 5	STX ( FF 5)   ;Store Index Register X
ADD:	17		TBA	   ;Transfer from Accumulator B to Accumulator A
ADE:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
ADF:	0		TEST	   ;Test Operation (Test Mode Only)
AE0:	1		NOP	   ;No Operation
AE1:	28 15		BVC ,15   ;Branch if Overflow Clear
AE3:	2		IDIV	   ;Integer Divide
AE4:	1		NOP	   ;No Operation
AE5:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
AE6:	C		CLC	   ;Clear Carry
AE7:	2		IDIV	   ;Integer Divide
AE8:	EA 2		ORAB (2,X)   ;Inclusive OR Accumulator B
AEA:	5C		INCB	   ;Increment Accumulator B
AEB:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
AEC:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
AED:	9		DEX	   ;Decrement Index Register X
AEE:	2		IDIV	   ;Integer Divide
AEF:	1		NOP	   ;No Operation
AF0:	96 96		LDAA (96)   ;Load Accumulator A
AF2:	40		NEGA	   ;Negate Accumulator A
AF3:	F4 FF 3	ANDB ( FF 3)   ;Logical AND with Accumulator B
AF6:	1		NOP	   ;No Operation
AF7:	14 64 20	BSET ( 64 20)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
AFA:	1A 20 20 1A	BSET ( 20 1A)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
AFD:	4		LSRD	   ;Logical Shift Right Double Accumulator
AFE:	38		PULX	   ;Pull Index Register X from Stack
AFF:	48		ASLA	   ;Arithmetic shift Left Accumulator A
B00:	22 44		BHI ,44   ;Branch if Higher
B02:	FF FF FF	STX ( FF FF)   ;Store Index Register X
B05:	FF FF FF	STX ( FF FF)   ;Store Index Register X
B08:	FF FF FF	STX ( FF FF)   ;Store Index Register X
B0B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
B0E:	FF FF 80	STX ( FF 80)   ;Store Index Register X
B11:	80 80		SUBA ,80   ;Substract Accumulator A
B13:	80 80		SUBA ,80   ;Substract Accumulator A
B15:	80 80		SUBA ,80   ;Substract Accumulator A
B17:	80 80		SUBA ,80   ;Substract Accumulator A
B19:	80 80		SUBA ,80   ;Substract Accumulator A
B1B:	80 80		SUBA ,80   ;Substract Accumulator A
B1D:	80 80		SUBA ,80   ;Substract Accumulator A
B1F:	80 80		SUBA ,80   ;Substract Accumulator A
B21:	80 80		SUBA ,80   ;Substract Accumulator A
B23:	80 80		SUBA ,80   ;Substract Accumulator A
B25:	80 80		SUBA ,80   ;Substract Accumulator A
B27:	80 80		SUBA ,80   ;Substract Accumulator A
B29:	80 80		SUBA ,80   ;Substract Accumulator A
B2B:	80 80		SUBA ,80   ;Substract Accumulator A
B2D:	80 80		SUBA ,80   ;Substract Accumulator A
B2F:	80 4		SUBA ,4   ;Substract Accumulator A
B31:	4		LSRD	   ;Logical Shift Right Double Accumulator
B32:	4		LSRD	   ;Logical Shift Right Double Accumulator
B33:	4		LSRD	   ;Logical Shift Right Double Accumulator
B34:	4		LSRD	   ;Logical Shift Right Double Accumulator
B35:	4		LSRD	   ;Logical Shift Right Double Accumulator
B36:	4		LSRD	   ;Logical Shift Right Double Accumulator
B37:	4		LSRD	   ;Logical Shift Right Double Accumulator
B38:	4		LSRD	   ;Logical Shift Right Double Accumulator
B39:	4		LSRD	   ;Logical Shift Right Double Accumulator
B3A:	4		LSRD	   ;Logical Shift Right Double Accumulator
B3B:	4		LSRD	   ;Logical Shift Right Double Accumulator
B3C:	4		LSRD	   ;Logical Shift Right Double Accumulator
B3D:	4		LSRD	   ;Logical Shift Right Double Accumulator
B3E:	4		LSRD	   ;Logical Shift Right Double Accumulator
B3F:	4		LSRD	   ;Logical Shift Right Double Accumulator
B40:	4		LSRD	   ;Logical Shift Right Double Accumulator
B41:	4		LSRD	   ;Logical Shift Right Double Accumulator
B42:	4		LSRD	   ;Logical Shift Right Double Accumulator
B43:	4		LSRD	   ;Logical Shift Right Double Accumulator
B44:	4		LSRD	   ;Logical Shift Right Double Accumulator
B45:	4		LSRD	   ;Logical Shift Right Double Accumulator
B46:	4		LSRD	   ;Logical Shift Right Double Accumulator
B47:	4		LSRD	   ;Logical Shift Right Double Accumulator
B48:	4		LSRD	   ;Logical Shift Right Double Accumulator
B49:	4		LSRD	   ;Logical Shift Right Double Accumulator
B4A:	4		LSRD	   ;Logical Shift Right Double Accumulator
B4B:	4		LSRD	   ;Logical Shift Right Double Accumulator
B4C:	4		LSRD	   ;Logical Shift Right Double Accumulator
B4D:	4		LSRD	   ;Logical Shift Right Double Accumulator
B4E:	4		LSRD	   ;Logical Shift Right Double Accumulator
B4F:	4		LSRD	   ;Logical Shift Right Double Accumulator
B50:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
B51:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
B52:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
B53:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
B54:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
B55:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
B56:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
B57:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
B58:	FF FF FF	STX ( FF FF)   ;Store Index Register X
B5B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
B5E:	FF FF C	STX ( FF C)   ;Store Index Register X
B61:	C		CLC	   ;Clear Carry
B62:	C		CLC	   ;Clear Carry
B63:	C		CLC	   ;Clear Carry
B64:	C		CLC	   ;Clear Carry
B65:	C		CLC	   ;Clear Carry
B66:	C		CLC	   ;Clear Carry
B67:	C		CLC	   ;Clear Carry
B68:	C		CLC	   ;Clear Carry
B69:	C		CLC	   ;Clear Carry
B6A:	C		CLC	   ;Clear Carry
B6B:	C		CLC	   ;Clear Carry
B6C:	C		CLC	   ;Clear Carry
B6D:	C		CLC	   ;Clear Carry
B6E:	C		CLC	   ;Clear Carry
B6F:	C		CLC	   ;Clear Carry
B70:	20 28		BRA ,28   ;Branch Always
B72:	86 C0		LDAA ,C0   ;Load Accumulator A
B74:	88 88		EORA ,88   ;Exclusive OR Accumulator A
B76:	88 80		EORA ,80   ;Exclusive OR Accumulator A
B78:	8		INX	   ;Increment Index Register X
B79:	8		INX	   ;Increment Index Register X
B7A:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
B7B:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
B7C:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
B7D:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
B7E:	28 1C		BVC ,1C   ;Branch if Overflow Clear
B80:	19		DAA	   ;Decimal Adjust Accumulator A
B81:	18 18		DAA	   ;Decimal Adjust Accumulator A
B82:	18 18		DAA	   ;Decimal Adjust Accumulator A
B83:	18 18		DAA	   ;Decimal Adjust Accumulator A
B84:	18 18		DAA	   ;Decimal Adjust Accumulator A
B85:	18 18		DAA	   ;Decimal Adjust Accumulator A
B86:	18 18		DAA	   ;Decimal Adjust Accumulator A
B87:	18 18		DAA	   ;Decimal Adjust Accumulator A
B88:	18 18		DAA	   ;Decimal Adjust Accumulator A
B89:	18 FF FF FF	STY ( FF FF)   ;Store Index Register Y
B8C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
B8F:	FF FF C0	STX ( FF C0)   ;Store Index Register X
B92:	80 80		SUBA ,80   ;Substract Accumulator A
B94:	80 80		SUBA ,80   ;Substract Accumulator A
B96:	80 80		SUBA ,80   ;Substract Accumulator A
B98:	80 80		SUBA ,80   ;Substract Accumulator A
B9A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
B9D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
BA0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
BA3:	FF FF C	STX ( FF C)   ;Store Index Register X
BA6:	C		CLC	   ;Clear Carry
BA7:	C		CLC	   ;Clear Carry
BA8:	FF 9 9	STX ( 9 9)   ;Store Index Register X
BAB:	9		DEX	   ;Decrement Index Register X
BAC:	FF 7 7	STX ( 7 7)   ;Store Index Register X
BAF:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
BB0:	1		NOP	   ;No Operation
BB1:	64 1		LSR (1,X)   ;Logical Shift Right
BB3:	64 1		LSR (1,X)   ;Logical Shift Right
BB5:	7B 1		LSR (1,X)   ;Logical Shift Right
BB7:	C0 1		SUBB1   ;Substract Accumulator B
BB9:	70 1 4E	NEG ( 1 4E)   ;Negate
BBC:	1		NOP	   ;No Operation
BBD:	4A		DECA	   ;Decrement Accumulator A
BBE:	1		NOP	   ;No Operation
BBF:	70 1 80	NEG ( 1 80)   ;Negate
BC2:	1		NOP	   ;No Operation
BC3:	40		NEGA	   ;Negate Accumulator A
BC4:	1		NOP	   ;No Operation
BC5:	40		NEGA	   ;Negate Accumulator A
BC6:	1		NOP	   ;No Operation
BC7:	20 1		BRA ,1   ;Branch Always
BC9:	0		TEST	   ;Test Operation (Test Mode Only)
BCA:	0		TEST	   ;Test Operation (Test Mode Only)
BCB:	F0 0 F0	SUBB ( 0 F0)   ;Substract Accumulator B
BCE:	0		TEST	   ;Test Operation (Test Mode Only)
BCF:	F0 1 E0	SUBB ( 1 E0)   ;Substract Accumulator B
BD2:	1		NOP	   ;No Operation
BD3:	E0 1		SUBB (1,X)   ;Substract Accumulator B
BD5:	E0 2		SUBB (2,X)   ;Substract Accumulator B
BD7:	0		TEST	   ;Test Operation (Test Mode Only)
BD8:	1		NOP	   ;No Operation
BD9:	A0 1		SUBA (1,X)   ;Substract Accumulator A
BDB:	A0 1		SUBA (1,X)   ;Substract Accumulator A
BDD:	50		NEGB	   ;Negate Accumulator B
BDE:	1		NOP	   ;No Operation
BDF:	A0 1		SUBA (1,X)   ;Substract Accumulator A
BE1:	80 1		SUBA ,1   ;Substract Accumulator A
BE3:	40		NEGA	   ;Negate Accumulator A
BE4:	1		NOP	   ;No Operation
BE5:	40		NEGA	   ;Negate Accumulator A
BE6:	1		NOP	   ;No Operation
BE7:	20 1		BRA ,1   ;Branch Always
BE9:	0		TEST	   ;Test Operation (Test Mode Only)
BEA:	0		TEST	   ;Test Operation (Test Mode Only)
BEB:	E0 0		SUBB (0,X)   ;Substract Accumulator B
BED:	E0 0		SUBB (0,X)   ;Substract Accumulator B
BEF:	E0 1		SUBB (1,X)   ;Substract Accumulator B
BF1:	E0 1		SUBB (1,X)   ;Substract Accumulator B
BF3:	E0 1		SUBB (1,X)   ;Substract Accumulator B
BF5:	BA 1 E0	ORAA ( 1 E0)   ;Inclusive OR Accumulator A
BF8:	1		NOP	   ;No Operation
BF9:	A5 1		BITA (1,X)   ;Bit test Accumulator A
BFB:	A0 1		SUBA (1,X)   ;Substract Accumulator A
BFD:	50		NEGB	   ;Negate Accumulator B
BFE:	1		NOP	   ;No Operation
BFF:	50		NEGB	   ;Negate Accumulator B
C00:	1		NOP	   ;No Operation
C01:	0		TEST	   ;Test Operation (Test Mode Only)
C02:	0		TEST	   ;Test Operation (Test Mode Only)
C03:	E0 0		SUBB (0,X)   ;Substract Accumulator B
C05:	E0 0		SUBB (0,X)   ;Substract Accumulator B
C07:	C0 0		SUBB0   ;Substract Accumulator B
C09:	C0 0		SUBB0   ;Substract Accumulator B
C0B:	C0 0		SUBB0   ;Substract Accumulator B
C0D:	C0 0		SUBB0   ;Substract Accumulator B
C0F:	C0 1		SUBB1   ;Substract Accumulator B
C11:	50		NEGB	   ;Negate Accumulator B
C12:	1		NOP	   ;No Operation
C13:	50		NEGB	   ;Negate Accumulator B
C14:	1		NOP	   ;No Operation
C15:	4E		NOP	   ;No Operation
C16:	1		NOP	   ;No Operation
C17:	2A 1		BPL ,1   ;Branch if Plus
C19:	50		NEGB	   ;Negate Accumulator B
C1A:	1		NOP	   ;No Operation
C1B:	0		TEST	   ;Test Operation (Test Mode Only)
C1C:	1		NOP	   ;No Operation
C1D:	10		SBA	   ;Substract Accumulators
C1E:	0		TEST	   ;Test Operation (Test Mode Only)
C1F:	E0 0		SUBB (0,X)   ;Substract Accumulator B
C21:	E0 0		SUBB (0,X)   ;Substract Accumulator B
C23:	C0 0		SUBB0   ;Substract Accumulator B
C25:	C0 0		SUBB0   ;Substract Accumulator B
C27:	C0 0		SUBB0   ;Substract Accumulator B
C29:	C0 0		SUBB0   ;Substract Accumulator B
C2B:	C0 0		SUBB0   ;Substract Accumulator B
C2D:	C0 0		SUBB0   ;Substract Accumulator B
C2F:	C0 E		SUBBE   ;Substract Accumulator B
C31:	10		SBA	   ;Substract Accumulators
C32:	19		DAA	   ;Decimal Adjust Accumulator A
C33:	20 24		BRA ,24   ;Branch Always
C35:	2A 33		BPL ,33   ;Branch if Plus
C37:	55 80		BPL ,80   ;Branch if Plus
C39:	40		NEGA	   ;Negate Accumulator A
C3A:	40		NEGA	   ;Negate Accumulator A
C3B:	40		NEGA	   ;Negate Accumulator A
C3C:	40		NEGA	   ;Negate Accumulator A
C3D:	40		NEGA	   ;Negate Accumulator A
C3E:	40		NEGA	   ;Negate Accumulator A
C3F:	40		NEGA	   ;Negate Accumulator A
C40:	D		SEC	   ;Set Carry
C41:	D		SEC	   ;Set Carry
C42:	15 40		BCLR ,40   ;Clear Bit(s) in Memory
C44:	40		NEGA	   ;Negate Accumulator A
C45:	40		NEGA	   ;Negate Accumulator A
C46:	40		NEGA	   ;Negate Accumulator A
C47:	40		NEGA	   ;Negate Accumulator A
C48:	40		NEGA	   ;Negate Accumulator A
C49:	40		NEGA	   ;Negate Accumulator A
C4A:	40		NEGA	   ;Negate Accumulator A
C4B:	40		NEGA	   ;Negate Accumulator A
C4C:	40		NEGA	   ;Negate Accumulator A
C4D:	40		NEGA	   ;Negate Accumulator A
C4E:	40		NEGA	   ;Negate Accumulator A
C4F:	40		NEGA	   ;Negate Accumulator A
C50:	D		SEC	   ;Set Carry
C51:	D		SEC	   ;Set Carry
C52:	15 30		BCLR ,30   ;Clear Bit(s) in Memory
C54:	60 60		NEG (60,X)   ;Negate
C56:	FF FF FF	STX ( FF FF)   ;Store Index Register X
C59:	FF FF FF	STX ( FF FF)   ;Store Index Register X
C5C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
C5F:	FF 0 3F	STX ( 0 3F)   ;Store Index Register X
C62:	B2 ED 55	SBCA ( ED 55)   ;Substract with Carry Accumulator A
C65:	45 85 83	SBCA ( 85 83)   ;Substract with Carry Accumulator A
C68:	94 B6		ANDA (B6)   ;Logical AND with Accumulator A
C6A:	20 34		BRA ,34   ;Branch Always
C6C:	36		PSHA	   ;Push Accumulator A onto Stack
C6D:	34		DES	   ;Decrement Stack Pointer
C6E:	32		PULA	   ;Pull Accumulator A from Stack
C6F:	32		PULA	   ;Pull Accumulator A from Stack
C70:	31		INS	   ;Increment Stack Pointer
C71:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
C72:	39		RTS	   ;Return from Subroutine
C73:	20 20		BRA ,20   ;Branch Always
C75:	20 20		BRA ,20   ;Branch Always
C77:	FF FF FF	STX ( FF FF)   ;Store Index Register X
C7A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
C7D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
C80:	FF FF FF	STX ( FF FF)   ;Store Index Register X
C83:	FF FF FF	STX ( FF FF)   ;Store Index Register X
C86:	FF FF FF	STX ( FF FF)   ;Store Index Register X
C89:	FF FF FF	STX ( FF FF)   ;Store Index Register X
C8C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
C8F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
C92:	FF FF FF	STX ( FF FF)   ;Store Index Register X
C95:	FF FF FF	STX ( FF FF)   ;Store Index Register X
C98:	FF FF FF	STX ( FF FF)   ;Store Index Register X
C9B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
C9E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CA1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CA4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CA7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CAA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CAD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CB0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CB3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CB6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CB9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CBC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CBF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CC2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CC5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CC8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CCB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CCE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CD1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CD4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CD7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CDA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CDD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CE0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CE3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CE6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CE9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CEC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CEF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CF2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CF5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CF8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CFB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
CFE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D01:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D04:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D07:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D0A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D0D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D10:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D13:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D16:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D19:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D1C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D1F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D22:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D25:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D28:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D2B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D2E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D31:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D34:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D37:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D3A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D3D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D40:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D43:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D46:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D49:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D4C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D4F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D52:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D55:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D58:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D5B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D5E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D61:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D64:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D67:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D6A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D6D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D70:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D73:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D76:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D79:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D7C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D7F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D82:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D85:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D88:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D8B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D8E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D91:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D94:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D97:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D9A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
D9D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DA0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DA3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DA6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DA9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DAC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DAF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DB2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DB5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DB8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DBB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DBE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DC1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DC4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DC7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DCA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DCD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DD0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DD3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DD6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DD9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DDC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DDF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DE2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DE5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DE8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DEB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DEE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DF1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DF4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DF7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DFA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
DFD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E00:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E03:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E06:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E09:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E0C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E0F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E12:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E15:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E18:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E1B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E1E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E21:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E24:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E27:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E2A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E2D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E30:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E33:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E36:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E39:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E3C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E3F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E42:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E45:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E48:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E4B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E4E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E51:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E54:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E57:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E5A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E5D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E60:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E63:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E66:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E69:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E6C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E6F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E72:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E75:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E78:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E7B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E7E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E81:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E84:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E87:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E8A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E8D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E90:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E93:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E96:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E99:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E9C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
E9F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EA2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EA5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EA8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EAB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EAE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EB1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EB4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EB7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EBA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EBD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EC0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EC3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EC6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EC9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
ECC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
ECF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
ED2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
ED5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
ED8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EDB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EDE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EE1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EE4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EE7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EEA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EED:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EF0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EF3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EF6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EF9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EFC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
EFF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F02:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F05:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F08:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F0B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F0E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F11:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F14:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F17:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F1A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F1D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F20:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F23:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F26:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F29:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F2C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F2F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F32:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F35:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F38:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F3B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F3E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F41:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F44:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F47:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F4A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F4D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F50:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F53:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F56:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F59:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F5C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F5F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F62:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F65:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F68:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F6B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F6E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F71:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F74:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F77:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F7A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F7D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F80:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F83:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F86:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F89:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F8C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F8F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F92:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F95:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F98:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F9B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
F9E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FA1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FA4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FA7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FAA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FAD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FB0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FB3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FB6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FB9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FBC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FBF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FC2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FC5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FC8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FCB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FCE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FD1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FD4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FD7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FDA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FDD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FE0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FE3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FE6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FE9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FEC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FEF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FF2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FF5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FF8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FFB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
FFE:	FF FF B3	STX ( FF B3)   ;Store Index Register X
1001:	B3 B3 B4	SUBD ( B3 B4)   ;Substract Double Accumulator
1004:	B4 B5 B5	ANDA ( B5 B5)   ;Logical AND with Accumulator A
1007:	B6 B0 B4	LDAA ( B0 B4)   ;Load Accumulator A
100A:	AF A9		STS (A9,X)   ;Store Stack Pointer
100C:	A5 A5		BITA (A5,X)   ;Bit test Accumulator A
100E:	A5 35		BITA (35,X)   ;Bit test Accumulator A
1010:	B3 B3 B4	SUBD ( B3 B4)   ;Substract Double Accumulator
1013:	B4 B4 B5	ANDA ( B4 B5)   ;Logical AND with Accumulator A
1016:	B5 B6 B5	BITA ( B6 B5)   ;Bit test Accumulator A
1019:	B4 B4 B4	ANDA ( B4 B4)   ;Logical AND with Accumulator A
101C:	B4 B4 B4	ANDA ( B4 B4)   ;Logical AND with Accumulator A
101F:	45 B6 B3	ANDA ( B6 B3)   ;Logical AND with Accumulator A
1022:	B4 B4 B4	ANDA ( B4 B4)   ;Logical AND with Accumulator A
1025:	B5 B5 B3	BITA ( B5 B3)   ;Bit test Accumulator A
1028:	B3 B1 B1	SUBD ( B1 B1)   ;Substract Double Accumulator
102B:	B1 B1 B1	CMPA ( B1 B1)   ;Compare Accumulator A
102E:	B1 3E B9	CMPA ( 3E B9)   ;Compare Accumulator A
1031:	B5 B5 B6	BITA ( B5 B6)   ;Bit test Accumulator A
1034:	B6 B5 B4	LDAA ( B5 B4)   ;Load Accumulator A
1037:	B4 B3 B0	ANDA ( B3 B0)   ;Logical AND with Accumulator A
103A:	A0 A0		SUBA (A0,X)   ;Substract Accumulator A
103C:	A0 A0		SUBA (A0,X)   ;Substract Accumulator A
103E:	A0 2B		SUBA (2B,X)   ;Substract Accumulator A
1040:	BA B7 B6	ORAA ( B7 B6)   ;Inclusive OR Accumulator A
1043:	B6 B5 B4	LDAA ( B5 B4)   ;Load Accumulator A
1046:	B4 B4 B4	ANDA ( B4 B4)   ;Logical AND with Accumulator A
1049:	B2 A6 A2	SBCA ( A6 A2)   ;Substract with Carry Accumulator A
104C:	9C 9C		CPX (9C)   ;Compare Index Register X
104E:	9C 27		CPX (27)   ;Compare Index Register X
1050:	B7 BC BE	STAA ( BC BE)   ;Store Accumulator A
1053:	BC BC BB	CPX ( BC BB)   ;Compare Index Register X
1056:	BB BB BC	ADDA ( BB BC)   ;Add without Carry to Accumulator A
1059:	B5 A9 A7	BITA ( A9 A7)   ;Bit test Accumulator A
105C:	A4 A4		ANDA (A4,X)   ;Logical AND with Accumulator A
105E:	A4 30		ANDA (30,X)   ;Logical AND with Accumulator A
1060:	B2 B2 B9	SBCA ( B2 B9)   ;Substract with Carry Accumulator A
1063:	BC C0 C4	CPX ( C0 C4)   ;Compare Index Register X
1066:	C3 C3 C1	ADDD , C3 C1   ;Add to Double Accumulator
1069:	B8 AD AD	EORA ( AD AD)   ;Exclusive OR Accumulator A
106C:	AD AD		JSR (AD,X)   ;Jump to Subroutine
106E:	AD 37		JSR (37,X)   ;Jump to Subroutine
1070:	BA BA BC	ORAA ( BA BC)   ;Inclusive OR Accumulator A
1073:	C0 C6		SUBBC6   ;Substract Accumulator B
1075:	C3 C4 C4	ADDD , C4 C4   ;Add to Double Accumulator
1078:	C4 BD		ANDB ,BD   ;Logical AND with Accumulator B
107A:	B3 B3 B3	SUBD ( B3 B3)   ;Substract Double Accumulator
107D:	B3 B3 40	SUBD ( B3 40)   ;Substract Double Accumulator
1080:	BA BA BB	ORAA ( BA BB)   ;Inclusive OR Accumulator A
1083:	BC BF C2	CPX ( BF C2)   ;Compare Index Register X
1086:	C1 C1		CMPB ,C1   ;Compare Accumulator B
1088:	C2 C2		SBCBC2   ;Substract with Carry Accumulator B
108A:	B9 B9 B9	ADCA ( B9 B9)   ;Add with Carry to Accumulator A
108D:	B9 B9 46	ADCA ( B9 46)   ;Add with Carry to Accumulator A
1090:	B4 B4 B8	ANDA ( B4 B8)   ;Logical AND with Accumulator A
1093:	BB BF C2	ADDA ( BF C2)   ;Add without Carry to Accumulator A
1096:	C2 C2		SBCBC2   ;Substract with Carry Accumulator B
1098:	C2 BF		SBCBBF   ;Substract with Carry Accumulator B
109A:	BF BF BF	STS ( BF BF)   ;Store Stack Pointer
109D:	BF BF 46	STS ( BF 46)   ;Store Stack Pointer
10A0:	B5 B5 B7	BITA ( B5 B7)   ;Bit test Accumulator A
10A3:	BA BD BF	ORAA ( BD BF)   ;Inclusive OR Accumulator A
10A6:	C0 C1		SUBBC1   ;Substract Accumulator B
10A8:	C1 BC		CMPB ,BC   ;Compare Accumulator B
10AA:	B8 B8 B8	EORA ( B8 B8)   ;Exclusive OR Accumulator A
10AD:	B8 B8 43	EORA ( B8 43)   ;Exclusive OR Accumulator A
10B0:	B6 B6 B8	LDAA ( B6 B8)   ;Load Accumulator A
10B3:	B9 BA BD	ADCA ( BA BD)   ;Add with Carry to Accumulator A
10B6:	BD BE C0	JSR ( BE C0)   ;Jump to Subroutine
10B9:	C1 C1		CMPB ,C1   ;Compare Accumulator B
10BB:	C1 C1		CMPB ,C1   ;Compare Accumulator B
10BD:	C1 C1		CMPB ,C1   ;Compare Accumulator B
10BF:	4D		TSTA	   ;Test Accumulator A
10C0:	B4 B4 B3	ANDA ( B4 B3)   ;Logical AND with Accumulator A
10C3:	B3 B2 B2	SUBD ( B2 B2)   ;Substract Double Accumulator
10C6:	B2 B5 B5	SBCA ( B5 B5)   ;Substract with Carry Accumulator A
10C9:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
10CC:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
10CF:	48		ASLA	   ;Arithmetic shift Left Accumulator A
10D0:	B3 B3 B4	SUBD ( B3 B4)   ;Substract Double Accumulator
10D3:	B3 B0 B1	SUBD ( B0 B1)   ;Substract Double Accumulator
10D6:	B4 B6 B9	ANDA ( B6 B9)   ;Logical AND with Accumulator A
10D9:	BA B6 B6	ORAA ( B6 B6)   ;Inclusive OR Accumulator A
10DC:	B6 B6 B6	LDAA ( B6 B6)   ;Load Accumulator A
10DF:	4F		CLRA	   ;Clear Accumulator A
10E0:	B5 B5 B4	BITA ( B5 B4)   ;Bit test Accumulator A
10E3:	B2 B2 B3	SBCA ( B2 B3)   ;Substract with Carry Accumulator A
10E6:	B2 B2 B3	SBCA ( B2 B3)   ;Substract with Carry Accumulator A
10E9:	B8 B8 B8	EORA ( B8 B8)   ;Exclusive OR Accumulator A
10EC:	B8 B8 B8	EORA ( B8 B8)   ;Exclusive OR Accumulator A
10EF:	54		LSRB	   ;Logical Shift Right Accumulator B
10F0:	B0 B0 B0	SUBA ( B0 B0)   ;Substract Accumulator A
10F3:	B0 B0 B0	SUBA ( B0 B0)   ;Substract Accumulator A
10F6:	B0 B2 B5	SUBA ( B2 B5)   ;Substract Accumulator A
10F9:	BB BB BB	ADDA ( BB BB)   ;Add without Carry to Accumulator A
10FC:	BB BB BB	ADDA ( BB BB)   ;Add without Carry to Accumulator A
10FF:	5A		DECB	   ;Decrement Accumulator B
1100:	C0 B3		SUBBB3   ;Substract Accumulator B
1102:	B9 BD BE	ADCA ( BD BE)   ;Add with Carry to Accumulator A
1105:	BF C2 C5	STS ( C2 C5)   ;Store Stack Pointer
1108:	C1 B6		CMPB ,B6   ;Compare Accumulator B
110A:	B6 B6 B6	LDAA ( B6 B6)   ;Load Accumulator A
110D:	B6 B6 3C	LDAA ( B6 3C)   ;Load Accumulator A
1110:	C0 B3		SUBBB3   ;Substract Accumulator B
1112:	B9 BD BE	ADCA ( BD BE)   ;Add with Carry to Accumulator A
1115:	BF C2 C5	STS ( C2 C5)   ;Store Stack Pointer
1118:	C1 B6		CMPB ,B6   ;Compare Accumulator B
111A:	B6 B6 B6	LDAA ( B6 B6)   ;Load Accumulator A
111D:	B6 B6 3C	LDAA ( B6 3C)   ;Load Accumulator A
1120:	C3 BC BB	ADDD , BC BB   ;Add to Double Accumulator
1123:	BC BE C1	CPX ( BE C1)   ;Compare Index Register X
1126:	C2 C4		SBCBC4   ;Substract with Carry Accumulator B
1128:	C0 B7		SUBBB7   ;Substract Accumulator B
112A:	B7 B7 B7	STAA ( B7 B7)   ;Store Accumulator A
112D:	B7 B7 39	STAA ( B7 39)   ;Store Accumulator A
1130:	BD BF BE	JSR ( BF BE)   ;Jump to Subroutine
1133:	BE BF C1	LDS ( BF C1)   ;Load Stack Pointer
1136:	C2 C3		SBCBC3   ;Substract with Carry Accumulator B
1138:	C1 B5		CMPB ,B5   ;Compare Accumulator B
113A:	A9 A9		ADCA (A9,X)   ;Add with Carry to Accumulator A
113C:	A9 A9		ADCA (A9,X)   ;Add with Carry to Accumulator A
113E:	A9 31		ADCA (31,X)   ;Add with Carry to Accumulator A
1140:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
1143:	BA B8 B8	ORAA ( B8 B8)   ;Inclusive OR Accumulator A
1146:	B7 B7 B6	STAA ( B7 B6)   ;Store Accumulator A
1149:	B3 AE AE	SUBD ( AE AE)   ;Substract Double Accumulator
114C:	AE AE		LDS (AE,X)   ;Load Stack Pointer
114E:	AE 30		LDS (30,X)   ;Load Stack Pointer
1150:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
1153:	BA B8 B8	ORAA ( B8 B8)   ;Inclusive OR Accumulator A
1156:	B7 B7 B6	STAA ( B7 B6)   ;Store Accumulator A
1159:	B3 AE AE	SUBD ( AE AE)   ;Substract Double Accumulator
115C:	AE AE		LDS (AE,X)   ;Load Stack Pointer
115E:	AE 30		LDS (30,X)   ;Load Stack Pointer
1160:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
1163:	BA BA B9	ORAA ( BA B9)   ;Inclusive OR Accumulator A
1166:	B7 B6 B4	STAA ( B6 B4)   ;Store Accumulator A
1169:	B2 AC AC	SBCA ( AC AC)   ;Substract with Carry Accumulator A
116C:	AC AC		CPX (AC,X)   ;Compare Index Register X
116E:	AC 2D		CPX (2D,X)   ;Compare Index Register X
1170:	B6 B6 B6	LDAA ( B6 B6)   ;Load Accumulator A
1173:	B6 B7 B7	LDAA ( B7 B7)   ;Load Accumulator A
1176:	B7 B8 B7	STAA ( B8 B7)   ;Store Accumulator A
1179:	B6 B3 B3	LDAA ( B3 B3)   ;Load Accumulator A
117C:	B3 B3 B3	SUBD ( B3 B3)   ;Substract Double Accumulator
117F:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
1180:	B6 B6 B6	LDAA ( B6 B6)   ;Load Accumulator A
1183:	B6 B8 B8	LDAA ( B8 B8)   ;Load Accumulator A
1186:	B8 B7 B8	EORA ( B7 B8)   ;Exclusive OR Accumulator A
1189:	B8 B8 B8	EORA ( B8 B8)   ;Exclusive OR Accumulator A
118C:	B8 B8 B8	EORA ( B8 B8)   ;Exclusive OR Accumulator A
118F:	40		NEGA	   ;Negate Accumulator A
1190:	B5 B5 B5	BITA ( B5 B5)   ;Bit test Accumulator A
1193:	B5 B6 B7	BITA ( B6 B7)   ;Bit test Accumulator A
1196:	B7 B7 B6	STAA ( B7 B6)   ;Store Accumulator A
1199:	B5 B2 B2	BITA ( B2 B2)   ;Bit test Accumulator A
119C:	B2 B2 B2	SBCA ( B2 B2)   ;Substract with Carry Accumulator A
119F:	39		RTS	   ;Return from Subroutine
11A0:	B7 B7 B7	STAA ( B7 B7)   ;Store Accumulator A
11A3:	B7 B8 B7	STAA ( B8 B7)   ;Store Accumulator A
11A6:	B7 B7 B6	STAA ( B7 B6)   ;Store Accumulator A
11A9:	B6 B4 B4	LDAA ( B4 B4)   ;Load Accumulator A
11AC:	B4 B4 B4	ANDA ( B4 B4)   ;Logical AND with Accumulator A
11AF:	3B		RTI	   ;Return from Interrupt
11B0:	B5 B5 B5	BITA ( B5 B5)   ;Bit test Accumulator A
11B3:	B5 B3 B4	BITA ( B3 B4)   ;Bit test Accumulator A
11B6:	B4 B6 B7	ANDA ( B6 B7)   ;Logical AND with Accumulator A
11B9:	B8 BA BA	EORA ( BA BA)   ;Exclusive OR Accumulator A
11BC:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
11BF:	44		LSRA	   ;Logical Shift Right Accumulator A
11C0:	B3 B3 B3	SUBD ( B3 B3)   ;Substract Double Accumulator
11C3:	B3 B5 B5	SUBD ( B5 B5)   ;Substract Double Accumulator
11C6:	B5 B6 B6	BITA ( B6 B6)   ;Bit test Accumulator A
11C9:	B9 BA BA	ADCA ( BA BA)   ;Add with Carry to Accumulator A
11CC:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
11CF:	47		ASRA	   ;Arithmetic shift Right Accumulator A
11D0:	B7 B7 B7	STAA ( B7 B7)   ;Store Accumulator A
11D3:	B7 B4 B3	STAA ( B4 B3)   ;Store Accumulator A
11D6:	B7 B6 BA	STAA ( B6 BA)   ;Store Accumulator A
11D9:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
11DC:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
11DF:	47		ASRA	   ;Arithmetic shift Right Accumulator A
11E0:	B7 B7 B7	STAA ( B7 B7)   ;Store Accumulator A
11E3:	B7 B4 B3	STAA ( B4 B3)   ;Store Accumulator A
11E6:	B7 B6 BA	STAA ( B6 BA)   ;Store Accumulator A
11E9:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
11EC:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
11EF:	47		ASRA	   ;Arithmetic shift Right Accumulator A
11F0:	B7 B7 B7	STAA ( B7 B7)   ;Store Accumulator A
11F3:	B7 B4 B3	STAA ( B4 B3)   ;Store Accumulator A
11F6:	B7 B6 BA	STAA ( B6 BA)   ;Store Accumulator A
11F9:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
11FC:	BA BA BA	ORAA ( BA BA)   ;Inclusive OR Accumulator A
11FF:	47		ASRA	   ;Arithmetic shift Right Accumulator A
1200:	1A 1A		ASRA	   ;Arithmetic shift Right Accumulator A
1201:	1A 1A		ASRA	   ;Arithmetic shift Right Accumulator A
1202:	1A 1E		ASRA	   ;Arithmetic shift Right Accumulator A
1203:	1E 23 22 1D	BRSET ( 23 22 1D,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
1207:	14 10 8	BSET ( 10 8)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
120A:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
120B:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
120C:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
120D:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
120E:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
120F:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
1210:	1A 1A		TPA	   ;Transfer from Condition Code Register to Accumulator A
1211:	1A 1A		TPA	   ;Transfer from Condition Code Register to Accumulator A
1212:	1A 1F		TPA	   ;Transfer from Condition Code Register to Accumulator A
1213:	1F 23		BRCLR (23,X)   ;Branch if Bit(s) Clear
1215:	24 A1		BCC   ,A1   ;Branch if Carry Clear
1217:	9A 96		ORAA (96)   ;Inclusive OR Accumulator A
1219:	92 91		SBCA (91)   ;Substract with Carry Accumulator A
121B:	91 91		CMPA (91)   ;Compare Accumulator A
121D:	91 91		CMPA (91)   ;Compare Accumulator A
121F:	91 1A		CMPA (1A)   ;Compare Accumulator A
1221:	1A 1A 1A	CMPA ( 1A)   ;Compare Accumulator A
1223:	1F 23		BRCLR (23,X)   ;Branch if Bit(s) Clear
1225:	27 A3		BEQ ,A3   ;Branch if Equal
1227:	9D 9B		JSR (9B)   ;Jump to Subroutine
1229:	95 94		BITA (94)   ;Bit test Accumulator A
122B:	94 94		ANDA (94)   ;Logical AND with Accumulator A
122D:	94 94		ANDA (94)   ;Logical AND with Accumulator A
122F:	94 21		ANDA (21)   ;Logical AND with Accumulator A
1231:	21 21		BRN ,21   ;Branch Never
1233:	25 27		BCS  ,27   ;Branch if Carry Set
1235:	28 A5		BVC ,A5   ;Branch if Overflow Clear
1237:	A0 9E		SUBA (9E,X)   ;Substract Accumulator A
1239:	99 98		ADCA (98)   ;Add with Carry to Accumulator A
123B:	98 98		EORA (98)   ;Exclusive OR Accumulator A
123D:	98 98		EORA (98)   ;Exclusive OR Accumulator A
123F:	98 28		EORA (28)   ;Exclusive OR Accumulator A
1241:	28 28		BVC ,28   ;Branch if Overflow Clear
1243:	2A 2E		BPL ,2E   ;Branch if Plus
1245:	2D A8		BLT ,A8   ;Branch  il Less than Zero
1247:	A7 A3		STAA (A3,X)   ;Store Accumulator A
1249:	9E 9C		LDS (9C)   ;Load Stack Pointer
124B:	9C 9C		CPX (9C)   ;Compare Index Register X
124D:	9C 9C		CPX (9C)   ;Compare Index Register X
124F:	9C 30		CPX (30)   ;Compare Index Register X
1251:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
1252:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
1253:	31		INS	   ;Increment Stack Pointer
1254:	31		INS	   ;Increment Stack Pointer
1255:	2D AA		BLT ,AA   ;Branch  il Less than Zero
1257:	AA A4		ORAA (A4,X)   ;Inclusive OR Accumulator A
1259:	A0 9F		SUBA (9F,X)   ;Substract Accumulator A
125B:	9E 9E		LDS (9E)   ;Load Stack Pointer
125D:	9D 9D		JSR (9D)   ;Jump to Subroutine
125F:	9D 36		JSR (36)   ;Jump to Subroutine
1261:	36		PSHA	   ;Push Accumulator A onto Stack
1262:	36		PSHA	   ;Push Accumulator A onto Stack
1263:	33		PULB	   ;Pull Accumulator B from Stack
1264:	33		PULB	   ;Pull Accumulator B from Stack
1265:	31		INS	   ;Increment Stack Pointer
1266:	AE AD		LDS (AD,X)   ;Load Stack Pointer
1268:	A7 A4		STAA (A4,X)   ;Store Accumulator A
126A:	A4 A3		ANDA (A3,X)   ;Logical AND with Accumulator A
126C:	A3 A3		SUBD (A3,X)   ;Substract Double Accumulator
126E:	A3 A3		SUBD (A3,X)   ;Substract Double Accumulator
1270:	3A		ABX	   ;Add Accumulator B to Index Register X
1271:	3A		ABX	   ;Add Accumulator B to Index Register X
1272:	3A		ABX	   ;Add Accumulator B to Index Register X
1273:	3A		ABX	   ;Add Accumulator B to Index Register X
1274:	3A		ABX	   ;Add Accumulator B to Index Register X
1275:	3A		ABX	   ;Add Accumulator B to Index Register X
1276:	B2 B0 AE	SBCA ( B0 AE)   ;Substract with Carry Accumulator A
1279:	AD A9		JSR (A9,X)   ;Jump to Subroutine
127B:	A7 A5		STAA (A5,X)   ;Store Accumulator A
127D:	A5 A5		BITA (A5,X)   ;Bit test Accumulator A
127F:	A5 3A		BITA (3A,X)   ;Bit test Accumulator A
1281:	3A		ABX	   ;Add Accumulator B to Index Register X
1282:	3A		ABX	   ;Add Accumulator B to Index Register X
1283:	37		PSHB	   ;Push Accumulator B onto Stack
1284:	36		PSHA	   ;Push Accumulator A onto Stack
1285:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
1286:	AF AF		STS (AF,X)   ;Store Stack Pointer
1288:	AE AD		LDS (AD,X)   ;Load Stack Pointer
128A:	AB A9		ADDA (A9,X)   ;Add without Carry to Accumulator A
128C:	A9 A9		ADCA (A9,X)   ;Add with Carry to Accumulator A
128E:	A9 A9		ADCA (A9,X)   ;Add with Carry to Accumulator A
1290:	3A		ABX	   ;Add Accumulator B to Index Register X
1291:	3A		ABX	   ;Add Accumulator B to Index Register X
1292:	3A		ABX	   ;Add Accumulator B to Index Register X
1293:	39		RTS	   ;Return from Subroutine
1294:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
1295:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
1296:	AE AE		LDS (AE,X)   ;Load Stack Pointer
1298:	AE AC		LDS (AC,X)   ;Load Stack Pointer
129A:	AB A9		ADDA (A9,X)   ;Add without Carry to Accumulator A
129C:	A9 A9		ADCA (A9,X)   ;Add with Carry to Accumulator A
129E:	A9 A9		ADCA (A9,X)   ;Add with Carry to Accumulator A
12A0:	38		PULX	   ;Pull Index Register X from Stack
12A1:	38		PULX	   ;Pull Index Register X from Stack
12A2:	38		PULX	   ;Pull Index Register X from Stack
12A3:	38		PULX	   ;Pull Index Register X from Stack
12A4:	36		PSHA	   ;Push Accumulator A onto Stack
12A5:	34		DES	   ;Decrement Stack Pointer
12A6:	AF AE		STS (AE,X)   ;Store Stack Pointer
12A8:	AE AC		LDS (AC,X)   ;Load Stack Pointer
12AA:	AC AA		CPX (AA,X)   ;Compare Index Register X
12AC:	A9 A9		ADCA (A9,X)   ;Add with Carry to Accumulator A
12AE:	A9 A9		ADCA (A9,X)   ;Add with Carry to Accumulator A
12B0:	37		PSHB	   ;Push Accumulator B onto Stack
12B1:	37		PSHB	   ;Push Accumulator B onto Stack
12B2:	37		PSHB	   ;Push Accumulator B onto Stack
12B3:	37		PSHB	   ;Push Accumulator B onto Stack
12B4:	36		PSHA	   ;Push Accumulator A onto Stack
12B5:	32		PULA	   ;Pull Accumulator A from Stack
12B6:	B2 B1 AF	SBCA ( B1 AF)   ;Substract with Carry Accumulator A
12B9:	AE AD		LDS (AD,X)   ;Load Stack Pointer
12BB:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
12BD:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
12BF:	AA 36		ORAA (36,X)   ;Inclusive OR Accumulator A
12C1:	36		PSHA	   ;Push Accumulator A onto Stack
12C2:	36		PSHA	   ;Push Accumulator A onto Stack
12C3:	36		PSHA	   ;Push Accumulator A onto Stack
12C4:	32		PULA	   ;Pull Accumulator A from Stack
12C5:	32		PULA	   ;Pull Accumulator A from Stack
12C6:	B1 B0 AB	CMPA ( B0 AB)   ;Compare Accumulator A
12C9:	AB AB		ADDA (AB,X)   ;Add without Carry to Accumulator A
12CB:	AB AA		ADDA (AA,X)   ;Add without Carry to Accumulator A
12CD:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
12CF:	AA 36		ORAA (36,X)   ;Inclusive OR Accumulator A
12D1:	36		PSHA	   ;Push Accumulator A onto Stack
12D2:	36		PSHA	   ;Push Accumulator A onto Stack
12D3:	36		PSHA	   ;Push Accumulator A onto Stack
12D4:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
12D5:	33		PULB	   ;Pull Accumulator B from Stack
12D6:	B1 AE AC	CMPA ( AE AC)   ;Compare Accumulator A
12D9:	AB AB		ADDA (AB,X)   ;Add without Carry to Accumulator A
12DB:	AB AA		ADDA (AA,X)   ;Add without Carry to Accumulator A
12DD:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
12DF:	AA 36		ORAA (36,X)   ;Inclusive OR Accumulator A
12E1:	36		PSHA	   ;Push Accumulator A onto Stack
12E2:	36		PSHA	   ;Push Accumulator A onto Stack
12E3:	36		PSHA	   ;Push Accumulator A onto Stack
12E4:	34		DES	   ;Decrement Stack Pointer
12E5:	33		PULB	   ;Pull Accumulator B from Stack
12E6:	B1 B0 AF	CMPA ( B0 AF)   ;Compare Accumulator A
12E9:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
12EB:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
12ED:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
12EF:	AA 33		ORAA (33,X)   ;Inclusive OR Accumulator A
12F1:	33		PULB	   ;Pull Accumulator B from Stack
12F2:	33		PULB	   ;Pull Accumulator B from Stack
12F3:	33		PULB	   ;Pull Accumulator B from Stack
12F4:	33		PULB	   ;Pull Accumulator B from Stack
12F5:	32		PULA	   ;Pull Accumulator A from Stack
12F6:	B0 B0 AF	SUBA ( B0 AF)   ;Substract Accumulator A
12F9:	AB AA		ADDA (AA,X)   ;Add without Carry to Accumulator A
12FB:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
12FD:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
12FF:	AA 1A		ORAA (1A,X)   ;Inclusive OR Accumulator A
1301:	1A 1A 1A	ORAA ( 1A,X)   ;Inclusive OR Accumulator A
1303:	1E 23 22 1D	BRSET ( 23 22 1D,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
1307:	14 10 8	BSET ( 10 8)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
130A:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
130B:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
130C:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
130D:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
130E:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
130F:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
1310:	1A 1A		TPA	   ;Transfer from Condition Code Register to Accumulator A
1311:	1A 1A		TPA	   ;Transfer from Condition Code Register to Accumulator A
1312:	1A 1F		TPA	   ;Transfer from Condition Code Register to Accumulator A
1313:	1F 23		BRCLR (23,X)   ;Branch if Bit(s) Clear
1315:	24 A1		BCC   ,A1   ;Branch if Carry Clear
1317:	9A 96		ORAA (96)   ;Inclusive OR Accumulator A
1319:	92 91		SBCA (91)   ;Substract with Carry Accumulator A
131B:	91 91		CMPA (91)   ;Compare Accumulator A
131D:	91 91		CMPA (91)   ;Compare Accumulator A
131F:	91 1A		CMPA (1A)   ;Compare Accumulator A
1321:	1A 1A 1A	CMPA ( 1A)   ;Compare Accumulator A
1323:	1F 23		BRCLR (23,X)   ;Branch if Bit(s) Clear
1325:	27 A3		BEQ ,A3   ;Branch if Equal
1327:	9D 9B		JSR (9B)   ;Jump to Subroutine
1329:	95 94		BITA (94)   ;Bit test Accumulator A
132B:	94 94		ANDA (94)   ;Logical AND with Accumulator A
132D:	94 94		ANDA (94)   ;Logical AND with Accumulator A
132F:	94 21		ANDA (21)   ;Logical AND with Accumulator A
1331:	21 21		BRN ,21   ;Branch Never
1333:	25 27		BCS  ,27   ;Branch if Carry Set
1335:	28 A5		BVC ,A5   ;Branch if Overflow Clear
1337:	A0 9E		SUBA (9E,X)   ;Substract Accumulator A
1339:	99 98		ADCA (98)   ;Add with Carry to Accumulator A
133B:	98 98		EORA (98)   ;Exclusive OR Accumulator A
133D:	98 98		EORA (98)   ;Exclusive OR Accumulator A
133F:	98 28		EORA (28)   ;Exclusive OR Accumulator A
1341:	28 28		BVC ,28   ;Branch if Overflow Clear
1343:	2A 2E		BPL ,2E   ;Branch if Plus
1345:	2D A8		BLT ,A8   ;Branch  il Less than Zero
1347:	A7 A3		STAA (A3,X)   ;Store Accumulator A
1349:	9E 9C		LDS (9C)   ;Load Stack Pointer
134B:	9C 9C		CPX (9C)   ;Compare Index Register X
134D:	9C 9C		CPX (9C)   ;Compare Index Register X
134F:	9C 30		CPX (30)   ;Compare Index Register X
1351:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
1352:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
1353:	31		INS	   ;Increment Stack Pointer
1354:	31		INS	   ;Increment Stack Pointer
1355:	2D AA		BLT ,AA   ;Branch  il Less than Zero
1357:	AA A4		ORAA (A4,X)   ;Inclusive OR Accumulator A
1359:	A0 9F		SUBA (9F,X)   ;Substract Accumulator A
135B:	9E 9E		LDS (9E)   ;Load Stack Pointer
135D:	9D 9D		JSR (9D)   ;Jump to Subroutine
135F:	9D 36		JSR (36)   ;Jump to Subroutine
1361:	36		PSHA	   ;Push Accumulator A onto Stack
1362:	36		PSHA	   ;Push Accumulator A onto Stack
1363:	33		PULB	   ;Pull Accumulator B from Stack
1364:	33		PULB	   ;Pull Accumulator B from Stack
1365:	31		INS	   ;Increment Stack Pointer
1366:	AE AD		LDS (AD,X)   ;Load Stack Pointer
1368:	A7 A4		STAA (A4,X)   ;Store Accumulator A
136A:	A4 A3		ANDA (A3,X)   ;Logical AND with Accumulator A
136C:	A3 A3		SUBD (A3,X)   ;Substract Double Accumulator
136E:	A3 A3		SUBD (A3,X)   ;Substract Double Accumulator
1370:	3A		ABX	   ;Add Accumulator B to Index Register X
1371:	3A		ABX	   ;Add Accumulator B to Index Register X
1372:	3A		ABX	   ;Add Accumulator B to Index Register X
1373:	3A		ABX	   ;Add Accumulator B to Index Register X
1374:	3A		ABX	   ;Add Accumulator B to Index Register X
1375:	3A		ABX	   ;Add Accumulator B to Index Register X
1376:	B2 B0 AE	SBCA ( B0 AE)   ;Substract with Carry Accumulator A
1379:	AD A9		JSR (A9,X)   ;Jump to Subroutine
137B:	A7 A5		STAA (A5,X)   ;Store Accumulator A
137D:	A5 A5		BITA (A5,X)   ;Bit test Accumulator A
137F:	A5 3A		BITA (3A,X)   ;Bit test Accumulator A
1381:	3A		ABX	   ;Add Accumulator B to Index Register X
1382:	3A		ABX	   ;Add Accumulator B to Index Register X
1383:	37		PSHB	   ;Push Accumulator B onto Stack
1384:	36		PSHA	   ;Push Accumulator A onto Stack
1385:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
1386:	AF AF		STS (AF,X)   ;Store Stack Pointer
1388:	AE AD		LDS (AD,X)   ;Load Stack Pointer
138A:	AB A9		ADDA (A9,X)   ;Add without Carry to Accumulator A
138C:	A9 A9		ADCA (A9,X)   ;Add with Carry to Accumulator A
138E:	A9 A9		ADCA (A9,X)   ;Add with Carry to Accumulator A
1390:	3A		ABX	   ;Add Accumulator B to Index Register X
1391:	3A		ABX	   ;Add Accumulator B to Index Register X
1392:	3A		ABX	   ;Add Accumulator B to Index Register X
1393:	39		RTS	   ;Return from Subroutine
1394:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
1395:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
1396:	AE AE		LDS (AE,X)   ;Load Stack Pointer
1398:	AE AC		LDS (AC,X)   ;Load Stack Pointer
139A:	AB A9		ADDA (A9,X)   ;Add without Carry to Accumulator A
139C:	A9 A9		ADCA (A9,X)   ;Add with Carry to Accumulator A
139E:	A9 A9		ADCA (A9,X)   ;Add with Carry to Accumulator A
13A0:	38		PULX	   ;Pull Index Register X from Stack
13A1:	38		PULX	   ;Pull Index Register X from Stack
13A2:	38		PULX	   ;Pull Index Register X from Stack
13A3:	38		PULX	   ;Pull Index Register X from Stack
13A4:	36		PSHA	   ;Push Accumulator A onto Stack
13A5:	34		DES	   ;Decrement Stack Pointer
13A6:	AF AE		STS (AE,X)   ;Store Stack Pointer
13A8:	AE AC		LDS (AC,X)   ;Load Stack Pointer
13AA:	AC AA		CPX (AA,X)   ;Compare Index Register X
13AC:	A9 A9		ADCA (A9,X)   ;Add with Carry to Accumulator A
13AE:	A9 A9		ADCA (A9,X)   ;Add with Carry to Accumulator A
13B0:	37		PSHB	   ;Push Accumulator B onto Stack
13B1:	37		PSHB	   ;Push Accumulator B onto Stack
13B2:	37		PSHB	   ;Push Accumulator B onto Stack
13B3:	37		PSHB	   ;Push Accumulator B onto Stack
13B4:	36		PSHA	   ;Push Accumulator A onto Stack
13B5:	32		PULA	   ;Pull Accumulator A from Stack
13B6:	B2 B1 AF	SBCA ( B1 AF)   ;Substract with Carry Accumulator A
13B9:	AE AD		LDS (AD,X)   ;Load Stack Pointer
13BB:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
13BD:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
13BF:	AA 36		ORAA (36,X)   ;Inclusive OR Accumulator A
13C1:	36		PSHA	   ;Push Accumulator A onto Stack
13C2:	36		PSHA	   ;Push Accumulator A onto Stack
13C3:	36		PSHA	   ;Push Accumulator A onto Stack
13C4:	32		PULA	   ;Pull Accumulator A from Stack
13C5:	32		PULA	   ;Pull Accumulator A from Stack
13C6:	B1 B0 AB	CMPA ( B0 AB)   ;Compare Accumulator A
13C9:	AB AB		ADDA (AB,X)   ;Add without Carry to Accumulator A
13CB:	AB AA		ADDA (AA,X)   ;Add without Carry to Accumulator A
13CD:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
13CF:	AA 36		ORAA (36,X)   ;Inclusive OR Accumulator A
13D1:	36		PSHA	   ;Push Accumulator A onto Stack
13D2:	36		PSHA	   ;Push Accumulator A onto Stack
13D3:	36		PSHA	   ;Push Accumulator A onto Stack
13D4:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
13D5:	33		PULB	   ;Pull Accumulator B from Stack
13D6:	B1 AE AC	CMPA ( AE AC)   ;Compare Accumulator A
13D9:	AB AB		ADDA (AB,X)   ;Add without Carry to Accumulator A
13DB:	AB AA		ADDA (AA,X)   ;Add without Carry to Accumulator A
13DD:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
13DF:	AA 36		ORAA (36,X)   ;Inclusive OR Accumulator A
13E1:	36		PSHA	   ;Push Accumulator A onto Stack
13E2:	36		PSHA	   ;Push Accumulator A onto Stack
13E3:	36		PSHA	   ;Push Accumulator A onto Stack
13E4:	34		DES	   ;Decrement Stack Pointer
13E5:	33		PULB	   ;Pull Accumulator B from Stack
13E6:	B1 B0 AF	CMPA ( B0 AF)   ;Compare Accumulator A
13E9:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
13EB:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
13ED:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
13EF:	AA 33		ORAA (33,X)   ;Inclusive OR Accumulator A
13F1:	33		PULB	   ;Pull Accumulator B from Stack
13F2:	33		PULB	   ;Pull Accumulator B from Stack
13F3:	33		PULB	   ;Pull Accumulator B from Stack
13F4:	33		PULB	   ;Pull Accumulator B from Stack
13F5:	32		PULA	   ;Pull Accumulator A from Stack
13F6:	B0 B0 AF	SUBA ( B0 AF)   ;Substract Accumulator A
13F9:	AB AA		ADDA (AA,X)   ;Add without Carry to Accumulator A
13FB:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
13FD:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
13FF:	AA 80		ORAA (80,X)   ;Inclusive OR Accumulator A
1401:	80 80		SUBA ,80   ;Substract Accumulator A
1403:	80 80		SUBA ,80   ;Substract Accumulator A
1405:	80 80		SUBA ,80   ;Substract Accumulator A
1407:	80 80		SUBA ,80   ;Substract Accumulator A
1409:	80 80		SUBA ,80   ;Substract Accumulator A
140B:	80 80		SUBA ,80   ;Substract Accumulator A
140D:	80 80		SUBA ,80   ;Substract Accumulator A
140F:	80 80		SUBA ,80   ;Substract Accumulator A
1411:	80 80		SUBA ,80   ;Substract Accumulator A
1413:	80 80		SUBA ,80   ;Substract Accumulator A
1415:	80 80		SUBA ,80   ;Substract Accumulator A
1417:	80 80		SUBA ,80   ;Substract Accumulator A
1419:	80 80		SUBA ,80   ;Substract Accumulator A
141B:	80 80		SUBA ,80   ;Substract Accumulator A
141D:	80 80		SUBA ,80   ;Substract Accumulator A
141F:	80 80		SUBA ,80   ;Substract Accumulator A
1421:	80 80		SUBA ,80   ;Substract Accumulator A
1423:	80 80		SUBA ,80   ;Substract Accumulator A
1425:	80 80		SUBA ,80   ;Substract Accumulator A
1427:	80 80		SUBA ,80   ;Substract Accumulator A
1429:	80 80		SUBA ,80   ;Substract Accumulator A
142B:	80 80		SUBA ,80   ;Substract Accumulator A
142D:	80 80		SUBA ,80   ;Substract Accumulator A
142F:	80 80		SUBA ,80   ;Substract Accumulator A
1431:	80 80		SUBA ,80   ;Substract Accumulator A
1433:	80 80		SUBA ,80   ;Substract Accumulator A
1435:	80 80		SUBA ,80   ;Substract Accumulator A
1437:	80 80		SUBA ,80   ;Substract Accumulator A
1439:	80 80		SUBA ,80   ;Substract Accumulator A
143B:	80 80		SUBA ,80   ;Substract Accumulator A
143D:	80 80		SUBA ,80   ;Substract Accumulator A
143F:	80 80		SUBA ,80   ;Substract Accumulator A
1441:	80 82		SUBA ,82   ;Substract Accumulator A
1443:	84 84		ANDA ,84   ;Logical AND with Accumulator A
1445:	86 83		LDAA ,83   ;Load Accumulator A
1447:	7F 80 80	CLR ( 80 80)   ;Clear
144A:	80 80		SUBA ,80   ;Substract Accumulator A
144C:	80 80		SUBA ,80   ;Substract Accumulator A
144E:	7F 7F 80	CLR ( 7F 80)   ;Clear
1451:	80 82		SUBA ,82   ;Substract Accumulator A
1453:	84 84		ANDA ,84   ;Logical AND with Accumulator A
1455:	86 83		LDAA ,83   ;Load Accumulator A
1457:	80 80		SUBA ,80   ;Substract Accumulator A
1459:	81 80		CMPA ,80   ;Compare Accumulator A
145B:	80 80		SUBA ,80   ;Substract Accumulator A
145D:	80 80		SUBA ,80   ;Substract Accumulator A
145F:	80 80		SUBA ,80   ;Substract Accumulator A
1461:	80 80		SUBA ,80   ;Substract Accumulator A
1463:	82 85		SBCA ,85   ;Substract with Carry Accumulator A
1465:	82 80		SBCA ,80   ;Substract with Carry Accumulator A
1467:	7D 7F 7F	TST ( 7F 7F)   ;Test
146A:	7D 7D 7C	TST ( 7D 7C)   ;Test
146D:	7C 7C 7C	INC ( 7C 7C)   ;Increment
1470:	80 80		SUBA ,80   ;Substract Accumulator A
1472:	80 80		SUBA ,80   ;Substract Accumulator A
1474:	7E 7B 7F	JMP ( 7B 7F)   ;Jump
1477:	7E 7B 79	JMP ( 7B 79)   ;Jump
147A:	7A 7C 7E	DEC ( 7C 7E)   ;Decrement
147D:	7E 7E 7E	JMP ( 7E 7E)   ;Jump
1480:	80 80		SUBA ,80   ;Substract Accumulator A
1482:	80 81		SUBA ,81   ;Substract Accumulator A
1484:	80 7F		SUBA ,7F   ;Substract Accumulator A
1486:	82 7D		SBCA ,7D   ;Substract with Carry Accumulator A
1488:	7A 7C 7E	DEC ( 7C 7E)   ;Decrement
148B:	7D 7D 7D	TST ( 7D 7D)   ;Test
148E:	7D 7D 80	TST ( 7D 80)   ;Test
1491:	80 80		SUBA ,80   ;Substract Accumulator A
1493:	81 81		CMPA ,81   ;Compare Accumulator A
1495:	82 84		SBCA ,84   ;Substract with Carry Accumulator A
1497:	82 80		SBCA ,80   ;Substract with Carry Accumulator A
1499:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
149B:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
149D:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
149F:	82 80		SBCA ,80   ;Substract with Carry Accumulator A
14A1:	80 80		SUBA ,80   ;Substract Accumulator A
14A3:	81 81		CMPA ,81   ;Compare Accumulator A
14A5:	82 84		SBCA ,84   ;Substract with Carry Accumulator A
14A7:	82 80		SBCA ,80   ;Substract with Carry Accumulator A
14A9:	80 7F		SUBA ,7F   ;Substract Accumulator A
14AB:	81 82		CMPA ,82   ;Compare Accumulator A
14AD:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
14AF:	82 80		SBCA ,80   ;Substract with Carry Accumulator A
14B1:	80 80		SUBA ,80   ;Substract Accumulator A
14B3:	80 80		SUBA ,80   ;Substract Accumulator A
14B5:	83 83 80	SUBD , 83 80   ;Substract Double Accumulator
14B8:	7E 7C 7B	JMP ( 7C 7B)   ;Jump
14BB:	7C 7C 7C	INC ( 7C 7C)   ;Increment
14BE:	7C 7C 80	INC ( 7C 80)   ;Increment
14C1:	80 80		SUBA ,80   ;Substract Accumulator A
14C3:	80 81		SUBA ,81   ;Substract Accumulator A
14C5:	81 80		CMPA ,80   ;Compare Accumulator A
14C7:	80 83		SUBA ,83   ;Substract Accumulator A
14C9:	80 7D		SUBA ,7D   ;Substract Accumulator A
14CB:	7D 7E 7E	TST ( 7E 7E)   ;Test
14CE:	7E 7E 80	JMP ( 7E 80)   ;Jump
14D1:	80 80		SUBA ,80   ;Substract Accumulator A
14D3:	80 81		SUBA ,81   ;Substract Accumulator A
14D5:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
14D7:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
14D9:	7E 7C 7C	JMP ( 7C 7C)   ;Jump
14DC:	7E 7F 7F	JMP ( 7F 7F)   ;Jump
14DF:	7F 80 80	CLR ( 80 80)   ;Clear
14E2:	80 80		SUBA ,80   ;Substract Accumulator A
14E4:	80 80		SUBA ,80   ;Substract Accumulator A
14E6:	80 80		SUBA ,80   ;Substract Accumulator A
14E8:	80 80		SUBA ,80   ;Substract Accumulator A
14EA:	80 80		SUBA ,80   ;Substract Accumulator A
14EC:	80 80		SUBA ,80   ;Substract Accumulator A
14EE:	80 80		SUBA ,80   ;Substract Accumulator A
14F0:	80 80		SUBA ,80   ;Substract Accumulator A
14F2:	80 80		SUBA ,80   ;Substract Accumulator A
14F4:	80 80		SUBA ,80   ;Substract Accumulator A
14F6:	80 80		SUBA ,80   ;Substract Accumulator A
14F8:	80 80		SUBA ,80   ;Substract Accumulator A
14FA:	80 80		SUBA ,80   ;Substract Accumulator A
14FC:	80 80		SUBA ,80   ;Substract Accumulator A
14FE:	80 80		SUBA ,80   ;Substract Accumulator A
1500:	0		TEST	   ;Test Operation (Test Mode Only)
1501:	0		TEST	   ;Test Operation (Test Mode Only)
1502:	0		TEST	   ;Test Operation (Test Mode Only)
1503:	0		TEST	   ;Test Operation (Test Mode Only)
1504:	0		TEST	   ;Test Operation (Test Mode Only)
1505:	0		TEST	   ;Test Operation (Test Mode Only)
1506:	0		TEST	   ;Test Operation (Test Mode Only)
1507:	0		TEST	   ;Test Operation (Test Mode Only)
1508:	0		TEST	   ;Test Operation (Test Mode Only)
1509:	0		TEST	   ;Test Operation (Test Mode Only)
150A:	0		TEST	   ;Test Operation (Test Mode Only)
150B:	0		TEST	   ;Test Operation (Test Mode Only)
150C:	0		TEST	   ;Test Operation (Test Mode Only)
150D:	0		TEST	   ;Test Operation (Test Mode Only)
150E:	0		TEST	   ;Test Operation (Test Mode Only)
150F:	0		TEST	   ;Test Operation (Test Mode Only)
1510:	0		TEST	   ;Test Operation (Test Mode Only)
1511:	0		TEST	   ;Test Operation (Test Mode Only)
1512:	0		TEST	   ;Test Operation (Test Mode Only)
1513:	0		TEST	   ;Test Operation (Test Mode Only)
1514:	0		TEST	   ;Test Operation (Test Mode Only)
1515:	0		TEST	   ;Test Operation (Test Mode Only)
1516:	0		TEST	   ;Test Operation (Test Mode Only)
1517:	0		TEST	   ;Test Operation (Test Mode Only)
1518:	0		TEST	   ;Test Operation (Test Mode Only)
1519:	0		TEST	   ;Test Operation (Test Mode Only)
151A:	0		TEST	   ;Test Operation (Test Mode Only)
151B:	0		TEST	   ;Test Operation (Test Mode Only)
151C:	0		TEST	   ;Test Operation (Test Mode Only)
151D:	0		TEST	   ;Test Operation (Test Mode Only)
151E:	0		TEST	   ;Test Operation (Test Mode Only)
151F:	0		TEST	   ;Test Operation (Test Mode Only)
1520:	0		TEST	   ;Test Operation (Test Mode Only)
1521:	0		TEST	   ;Test Operation (Test Mode Only)
1522:	0		TEST	   ;Test Operation (Test Mode Only)
1523:	0		TEST	   ;Test Operation (Test Mode Only)
1524:	0		TEST	   ;Test Operation (Test Mode Only)
1525:	0		TEST	   ;Test Operation (Test Mode Only)
1526:	0		TEST	   ;Test Operation (Test Mode Only)
1527:	0		TEST	   ;Test Operation (Test Mode Only)
1528:	0		TEST	   ;Test Operation (Test Mode Only)
1529:	0		TEST	   ;Test Operation (Test Mode Only)
152A:	0		TEST	   ;Test Operation (Test Mode Only)
152B:	0		TEST	   ;Test Operation (Test Mode Only)
152C:	0		TEST	   ;Test Operation (Test Mode Only)
152D:	0		TEST	   ;Test Operation (Test Mode Only)
152E:	0		TEST	   ;Test Operation (Test Mode Only)
152F:	0		TEST	   ;Test Operation (Test Mode Only)
1530:	0		TEST	   ;Test Operation (Test Mode Only)
1531:	0		TEST	   ;Test Operation (Test Mode Only)
1532:	3		FDIV	   ;Fractional Divide
1533:	12 1C 2A 37	BRSET ( 1C 2A 37)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
1537:	45 52 5D 63	BRSET ( 52 5D 63)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
153B:	63 0		COM (0,X)   ;Complement
153D:	0		TEST	   ;Test Operation (Test Mode Only)
153E:	0		TEST	   ;Test Operation (Test Mode Only)
153F:	0		TEST	   ;Test Operation (Test Mode Only)
1540:	0		TEST	   ;Test Operation (Test Mode Only)
1541:	0		TEST	   ;Test Operation (Test Mode Only)
1542:	3		FDIV	   ;Fractional Divide
1543:	1B		ABA	   ;Add Accumulator B to Accumulator A
1544:	2B 30		BMI ,30   ;Branch if Minus
1546:	50		NEGB	   ;Negate Accumulator B
1547:	45		NEGB	   ;Negate Accumulator B
1548:	52		NEGB	   ;Negate Accumulator B
1549:	76 79 79	ROR ( 79 79)   ;Rotate Right
154C:	0		TEST	   ;Test Operation (Test Mode Only)
154D:	0		TEST	   ;Test Operation (Test Mode Only)
154E:	0		TEST	   ;Test Operation (Test Mode Only)
154F:	0		TEST	   ;Test Operation (Test Mode Only)
1550:	0		TEST	   ;Test Operation (Test Mode Only)
1551:	0		TEST	   ;Test Operation (Test Mode Only)
1552:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1553:	2A 3D		BPL ,3D   ;Branch if Plus
1555:	49		ROLA	   ;Rotate Left Accumulator A
1556:	6D 48		TST (48,X)   ;Test
1558:	52 90		TST (90,X)   ;Test
155A:	90 90		SUBA (90)   ;Substract Accumulator A
155C:	0		TEST	   ;Test Operation (Test Mode Only)
155D:	0		TEST	   ;Test Operation (Test Mode Only)
155E:	0		TEST	   ;Test Operation (Test Mode Only)
155F:	0		TEST	   ;Test Operation (Test Mode Only)
1560:	0		TEST	   ;Test Operation (Test Mode Only)
1561:	0		TEST	   ;Test Operation (Test Mode Only)
1562:	A		CLV	   ;Clear Twos-Complement Overflow Bit
1563:	3D		MUL	   ;Multiply Unsigned
1564:	51		MUL	   ;Multiply Unsigned
1565:	62		MUL	   ;Multiply Unsigned
1566:	84 77		ANDA ,77   ;Logical AND with Accumulator A
1568:	83 AD BD	SUBD , AD BD   ;Substract Double Accumulator
156B:	BD 0 0	JSR ( 0 0)   ;Jump to Subroutine
156E:	0		TEST	   ;Test Operation (Test Mode Only)
156F:	0		TEST	   ;Test Operation (Test Mode Only)
1570:	0		TEST	   ;Test Operation (Test Mode Only)
1571:	0		TEST	   ;Test Operation (Test Mode Only)
1572:	F		SEI	   ;Set Interrupt Mask
1573:	52		SEI	   ;Set Interrupt Mask
1574:	70 A6 A7	NEG ( A6 A7)   ;Negate
1577:	A8 B6		EORA (B6,X)   ;Exclusive OR Accumulator A
1579:	CA EF		ORAB ,EF   ;Inclusive OR Accumulator B
157B:	EF 0		STX (0,X)   ;Store Index Register X
157D:	0		TEST	   ;Test Operation (Test Mode Only)
157E:	0		TEST	   ;Test Operation (Test Mode Only)
157F:	0		TEST	   ;Test Operation (Test Mode Only)
1580:	0		TEST	   ;Test Operation (Test Mode Only)
1581:	0		TEST	   ;Test Operation (Test Mode Only)
1582:	14 82 B7	BSET ( 82 B7)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
1585:	EB 0		ADDB (0,X)   ;Add without Carry to Accumulator B
1587:	0		TEST	   ;Test Operation (Test Mode Only)
1588:	0		TEST	   ;Test Operation (Test Mode Only)
1589:	0		TEST	   ;Test Operation (Test Mode Only)
158A:	0		TEST	   ;Test Operation (Test Mode Only)
158B:	0		TEST	   ;Test Operation (Test Mode Only)
158C:	0		TEST	   ;Test Operation (Test Mode Only)
158D:	0		TEST	   ;Test Operation (Test Mode Only)
158E:	0		TEST	   ;Test Operation (Test Mode Only)
158F:	0		TEST	   ;Test Operation (Test Mode Only)
1590:	0		TEST	   ;Test Operation (Test Mode Only)
1591:	0		TEST	   ;Test Operation (Test Mode Only)
1592:	0		TEST	   ;Test Operation (Test Mode Only)
1593:	0		TEST	   ;Test Operation (Test Mode Only)
1594:	0		TEST	   ;Test Operation (Test Mode Only)
1595:	0		TEST	   ;Test Operation (Test Mode Only)
1596:	0		TEST	   ;Test Operation (Test Mode Only)
1597:	0		TEST	   ;Test Operation (Test Mode Only)
1598:	0		TEST	   ;Test Operation (Test Mode Only)
1599:	0		TEST	   ;Test Operation (Test Mode Only)
159A:	0		TEST	   ;Test Operation (Test Mode Only)
159B:	0		TEST	   ;Test Operation (Test Mode Only)
159C:	0		TEST	   ;Test Operation (Test Mode Only)
159D:	0		TEST	   ;Test Operation (Test Mode Only)
159E:	0		TEST	   ;Test Operation (Test Mode Only)
159F:	0		TEST	   ;Test Operation (Test Mode Only)
15A0:	0		TEST	   ;Test Operation (Test Mode Only)
15A1:	0		TEST	   ;Test Operation (Test Mode Only)
15A2:	0		TEST	   ;Test Operation (Test Mode Only)
15A3:	0		TEST	   ;Test Operation (Test Mode Only)
15A4:	0		TEST	   ;Test Operation (Test Mode Only)
15A5:	0		TEST	   ;Test Operation (Test Mode Only)
15A6:	0		TEST	   ;Test Operation (Test Mode Only)
15A7:	0		TEST	   ;Test Operation (Test Mode Only)
15A8:	0		TEST	   ;Test Operation (Test Mode Only)
15A9:	0		TEST	   ;Test Operation (Test Mode Only)
15AA:	0		TEST	   ;Test Operation (Test Mode Only)
15AB:	0		TEST	   ;Test Operation (Test Mode Only)
15AC:	0		TEST	   ;Test Operation (Test Mode Only)
15AD:	0		TEST	   ;Test Operation (Test Mode Only)
15AE:	0		TEST	   ;Test Operation (Test Mode Only)
15AF:	0		TEST	   ;Test Operation (Test Mode Only)
15B0:	0		TEST	   ;Test Operation (Test Mode Only)
15B1:	0		TEST	   ;Test Operation (Test Mode Only)
15B2:	0		TEST	   ;Test Operation (Test Mode Only)
15B3:	0		TEST	   ;Test Operation (Test Mode Only)
15B4:	0		TEST	   ;Test Operation (Test Mode Only)
15B5:	0		TEST	   ;Test Operation (Test Mode Only)
15B6:	0		TEST	   ;Test Operation (Test Mode Only)
15B7:	0		TEST	   ;Test Operation (Test Mode Only)
15B8:	0		TEST	   ;Test Operation (Test Mode Only)
15B9:	0		TEST	   ;Test Operation (Test Mode Only)
15BA:	0		TEST	   ;Test Operation (Test Mode Only)
15BB:	0		TEST	   ;Test Operation (Test Mode Only)
15BC:	0		TEST	   ;Test Operation (Test Mode Only)
15BD:	0		TEST	   ;Test Operation (Test Mode Only)
15BE:	0		TEST	   ;Test Operation (Test Mode Only)
15BF:	0		TEST	   ;Test Operation (Test Mode Only)
15C0:	0		TEST	   ;Test Operation (Test Mode Only)
15C1:	0		TEST	   ;Test Operation (Test Mode Only)
15C2:	0		TEST	   ;Test Operation (Test Mode Only)
15C3:	0		TEST	   ;Test Operation (Test Mode Only)
15C4:	0		TEST	   ;Test Operation (Test Mode Only)
15C5:	0		TEST	   ;Test Operation (Test Mode Only)
15C6:	0		TEST	   ;Test Operation (Test Mode Only)
15C7:	0		TEST	   ;Test Operation (Test Mode Only)
15C8:	0		TEST	   ;Test Operation (Test Mode Only)
15C9:	0		TEST	   ;Test Operation (Test Mode Only)
15CA:	0		TEST	   ;Test Operation (Test Mode Only)
15CB:	0		TEST	   ;Test Operation (Test Mode Only)
15CC:	0		TEST	   ;Test Operation (Test Mode Only)
15CD:	0		TEST	   ;Test Operation (Test Mode Only)
15CE:	0		TEST	   ;Test Operation (Test Mode Only)
15CF:	0		TEST	   ;Test Operation (Test Mode Only)
15D0:	0		TEST	   ;Test Operation (Test Mode Only)
15D1:	0		TEST	   ;Test Operation (Test Mode Only)
15D2:	0		TEST	   ;Test Operation (Test Mode Only)
15D3:	0		TEST	   ;Test Operation (Test Mode Only)
15D4:	0		TEST	   ;Test Operation (Test Mode Only)
15D5:	0		TEST	   ;Test Operation (Test Mode Only)
15D6:	0		TEST	   ;Test Operation (Test Mode Only)
15D7:	0		TEST	   ;Test Operation (Test Mode Only)
15D8:	0		TEST	   ;Test Operation (Test Mode Only)
15D9:	0		TEST	   ;Test Operation (Test Mode Only)
15DA:	0		TEST	   ;Test Operation (Test Mode Only)
15DB:	0		TEST	   ;Test Operation (Test Mode Only)
15DC:	0		TEST	   ;Test Operation (Test Mode Only)
15DD:	0		TEST	   ;Test Operation (Test Mode Only)
15DE:	0		TEST	   ;Test Operation (Test Mode Only)
15DF:	0		TEST	   ;Test Operation (Test Mode Only)
15E0:	0		TEST	   ;Test Operation (Test Mode Only)
15E1:	0		TEST	   ;Test Operation (Test Mode Only)
15E2:	0		TEST	   ;Test Operation (Test Mode Only)
15E3:	0		TEST	   ;Test Operation (Test Mode Only)
15E4:	0		TEST	   ;Test Operation (Test Mode Only)
15E5:	0		TEST	   ;Test Operation (Test Mode Only)
15E6:	0		TEST	   ;Test Operation (Test Mode Only)
15E7:	0		TEST	   ;Test Operation (Test Mode Only)
15E8:	0		TEST	   ;Test Operation (Test Mode Only)
15E9:	0		TEST	   ;Test Operation (Test Mode Only)
15EA:	0		TEST	   ;Test Operation (Test Mode Only)
15EB:	0		TEST	   ;Test Operation (Test Mode Only)
15EC:	0		TEST	   ;Test Operation (Test Mode Only)
15ED:	0		TEST	   ;Test Operation (Test Mode Only)
15EE:	0		TEST	   ;Test Operation (Test Mode Only)
15EF:	0		TEST	   ;Test Operation (Test Mode Only)
15F0:	0		TEST	   ;Test Operation (Test Mode Only)
15F1:	0		TEST	   ;Test Operation (Test Mode Only)
15F2:	0		TEST	   ;Test Operation (Test Mode Only)
15F3:	0		TEST	   ;Test Operation (Test Mode Only)
15F4:	0		TEST	   ;Test Operation (Test Mode Only)
15F5:	0		TEST	   ;Test Operation (Test Mode Only)
15F6:	0		TEST	   ;Test Operation (Test Mode Only)
15F7:	0		TEST	   ;Test Operation (Test Mode Only)
15F8:	0		TEST	   ;Test Operation (Test Mode Only)
15F9:	0		TEST	   ;Test Operation (Test Mode Only)
15FA:	0		TEST	   ;Test Operation (Test Mode Only)
15FB:	0		TEST	   ;Test Operation (Test Mode Only)
15FC:	0		TEST	   ;Test Operation (Test Mode Only)
15FD:	0		TEST	   ;Test Operation (Test Mode Only)
15FE:	0		TEST	   ;Test Operation (Test Mode Only)
15FF:	0		TEST	   ;Test Operation (Test Mode Only)
1600:	0		TEST	   ;Test Operation (Test Mode Only)
1601:	0		TEST	   ;Test Operation (Test Mode Only)
1602:	0		TEST	   ;Test Operation (Test Mode Only)
1603:	0		TEST	   ;Test Operation (Test Mode Only)
1604:	0		TEST	   ;Test Operation (Test Mode Only)
1605:	0		TEST	   ;Test Operation (Test Mode Only)
1606:	0		TEST	   ;Test Operation (Test Mode Only)
1607:	0		TEST	   ;Test Operation (Test Mode Only)
1608:	72		TEST	   ;Test Operation (Test Mode Only)
1609:	72		TEST	   ;Test Operation (Test Mode Only)
160A:	52		TEST	   ;Test Operation (Test Mode Only)
160B:	31		INS	   ;Increment Stack Pointer
160C:	15 12		BCLR ,12   ;Clear Bit(s) in Memory
160E:	A		CLV	   ;Clear Twos-Complement Overflow Bit
160F:	A		CLV	   ;Clear Twos-Complement Overflow Bit
1610:	79 79 5A	ROL ( 79 5A)   ;Rotate Left
1613:	3B		RTI	   ;Return from Interrupt
1614:	1D 14		BCLR (14,X)   ;Clear Bit(s) in Memory
1616:	A		CLV	   ;Clear Twos-Complement Overflow Bit
1617:	A		CLV	   ;Clear Twos-Complement Overflow Bit
1618:	82 82		SBCA ,82   ;Substract with Carry Accumulator A
161A:	64 46		LSR (46,X)   ;Logical Shift Right
161C:	25 19		BCS  ,19   ;Branch if Carry Set
161E:	A		CLV	   ;Clear Twos-Complement Overflow Bit
161F:	A		CLV	   ;Clear Twos-Complement Overflow Bit
1620:	83 83 68	SUBD , 83 68   ;Substract Double Accumulator
1623:	4C		INCA	   ;Increment Accumulator A
1624:	28 1A		BVC ,1A   ;Branch if Overflow Clear
1626:	A		CLV	   ;Clear Twos-Complement Overflow Bit
1627:	A		CLV	   ;Clear Twos-Complement Overflow Bit
1628:	89 89		ADCA ,89   ;Add with Carry to Accumulator A
162A:	6E 53		JMP (53,X)   ;Jump
162C:	2C 1C		BGE  ,1C   ;Branch if Greater than or Equal to Zero
162E:	A		CLV	   ;Clear Twos-Complement Overflow Bit
162F:	A		CLV	   ;Clear Twos-Complement Overflow Bit
1630:	8E 8E 73	LDS , 8E 73   ;Load Stack Pointer
1633:	58		ASLB	   ;Arithmetic shift Left Accumulator B
1634:	2E 1E		BGT ,1E   ;Branch if Greater than Zero
1636:	A		CLV	   ;Clear Twos-Complement Overflow Bit
1637:	A		CLV	   ;Clear Twos-Complement Overflow Bit
1638:	92 92		SBCA (92)   ;Substract with Carry Accumulator A
163A:	76 5B 30	ROR ( 5B 30)   ;Rotate Right
163D:	1F A		BRCLR (A,X)   ;Branch if Bit(s) Clear
163F:	A		CLV	   ;Clear Twos-Complement Overflow Bit
1640:	97 97		STAA (97)   ;Store Accumulator A
1642:	7B 5F		STAA (5F)   ;Store Accumulator A
1644:	32		PULA	   ;Pull Accumulator A from Stack
1645:	20 A		BRA ,A   ;Branch Always
1647:	A		CLV	   ;Clear Twos-Complement Overflow Bit
1648:	9C 9C		CPX (9C)   ;Compare Index Register X
164A:	80 64		SUBA ,64   ;Substract Accumulator A
164C:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
164D:	21 A		BRN ,A   ;Branch Never
164F:	A		CLV	   ;Clear Twos-Complement Overflow Bit
1650:	A3 A3		SUBD (A3,X)   ;Substract Double Accumulator
1652:	86 68		LDAA ,68   ;Load Accumulator A
1654:	37		PSHB	   ;Push Accumulator B onto Stack
1655:	23 A		BLS ,A   ;Branch if Lower or Same
1657:	A		CLV	   ;Clear Twos-Complement Overflow Bit
1658:	A6 A6		LDAA (A6,X)   ;Load Accumulator A
165A:	87 6B		LDAA (6B,X)   ;Load Accumulator A
165C:	37		PSHB	   ;Push Accumulator B onto Stack
165D:	23 C		BLS ,C   ;Branch if Lower or Same
165F:	C		CLC	   ;Clear Carry
1660:	A6 A6		LDAA (A6,X)   ;Load Accumulator A
1662:	89 6E		ADCA ,6E   ;Add with Carry to Accumulator A
1664:	37		PSHB	   ;Push Accumulator B onto Stack
1665:	24 E		BCC   ,E   ;Branch if Carry Clear
1667:	E		CLI	   ;Clear Interrupt Mask
1668:	A6 A6		LDAA (A6,X)   ;Load Accumulator A
166A:	8C 73 38	CPX , 73 38   ;Compare Index Register X
166D:	25 11		BCS  ,11   ;Branch if Carry Set
166F:	11		CBA	   ;Compare Accumulators
1670:	AF AF		STS (AF,X)   ;Store Stack Pointer
1672:	93 77		SUBD (77)   ;Substract Double Accumulator
1674:	3B		RTI	   ;Return from Interrupt
1675:	27 15		BEQ ,15   ;Branch if Equal
1677:	15 AF		BCLR ,AF   ;Clear Bit(s) in Memory
1679:	AF A2		STS (A2,X)   ;Store Stack Pointer
167B:	77 43 2E	ASR ( 43 2E)   ;Arithmetic shift Right
167E:	18 18 18 2B	ASR ( 18 2B)   ;Arithmetic shift Right
1681:	2B 23		BMI ,23   ;Branch if Minus
1683:	1C 11 6	BSET ( 11 6,X)   ;Set Bit(s) in Memory   -   Formato standard : BSET (ff,X) (mm) -> BSET (mm ff,X)
1686:	3		FDIV	   ;Fractional Divide
1687:	3		FDIV	   ;Fractional Divide
1688:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
1689:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
168A:	2C 23		BGE  ,23   ;Branch if Greater than or Equal to Zero
168C:	13 7		BRCLR (7)   ;Branch if Bit(s) Clear
168E:	4		LSRD	   ;Logical Shift Right Double Accumulator
168F:	4		LSRD	   ;Logical Shift Right Double Accumulator
1690:	48		ASLA	   ;Arithmetic shift Left Accumulator A
1691:	48		ASLA	   ;Arithmetic shift Left Accumulator A
1692:	3A		ABX	   ;Add Accumulator B to Index Register X
1693:	2D 13		BLT ,13   ;Branch  il Less than Zero
1695:	8		INX	   ;Increment Index Register X
1696:	4		LSRD	   ;Logical Shift Right Double Accumulator
1697:	4		LSRD	   ;Logical Shift Right Double Accumulator
1698:	55		LSRD	   ;Logical Shift Right Double Accumulator
1699:	55		LSRD	   ;Logical Shift Right Double Accumulator
169A:	44		LSRA	   ;Logical Shift Right Accumulator A
169B:	33		PULB	   ;Pull Accumulator B from Stack
169C:	15 B		BCLR ,B   ;Clear Bit(s) in Memory
169E:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
169F:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
16A0:	60 60		NEG (60,X)   ;Negate
16A2:	52 38		NEG (38,X)   ;Negate
16A4:	1B		ABA	   ;Add Accumulator B to Accumulator A
16A5:	12 8 8 60	BRSET ( 8 8 60)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
16A9:	60 5E		NEG (5E,X)   ;Negate
16AB:	40		NEGA	   ;Negate Accumulator A
16AC:	1F 18		BRCLR (18,X)   ;Branch if Bit(s) Clear
16AE:	B		SEV	   ;Set Twos Complement Overflow Bit
16AF:	B		SEV	   ;Set Twos Complement Overflow Bit
16B0:	60 60		NEG (60,X)   ;Negate
16B2:	5E 4A		NEG (4A,X)   ;Negate
16B4:	22 1C		BHI ,1C   ;Branch if Higher
16B6:	F		SEI	   ;Set Interrupt Mask
16B7:	F		SEI	   ;Set Interrupt Mask
16B8:	60 60		NEG (60,X)   ;Negate
16BA:	60 60		NEG (60,X)   ;Negate
16BC:	33		PULB	   ;Pull Accumulator B from Stack
16BD:	33		PULB	   ;Pull Accumulator B from Stack
16BE:	20 20		BRA ,20   ;Branch Always
16C0:	0		TEST	   ;Test Operation (Test Mode Only)
16C1:	0		TEST	   ;Test Operation (Test Mode Only)
16C2:	0		TEST	   ;Test Operation (Test Mode Only)
16C3:	0		TEST	   ;Test Operation (Test Mode Only)
16C4:	0		TEST	   ;Test Operation (Test Mode Only)
16C5:	0		TEST	   ;Test Operation (Test Mode Only)
16C6:	0		TEST	   ;Test Operation (Test Mode Only)
16C7:	0		TEST	   ;Test Operation (Test Mode Only)
16C8:	0		TEST	   ;Test Operation (Test Mode Only)
16C9:	0		TEST	   ;Test Operation (Test Mode Only)
16CA:	0		TEST	   ;Test Operation (Test Mode Only)
16CB:	0		TEST	   ;Test Operation (Test Mode Only)
16CC:	0		TEST	   ;Test Operation (Test Mode Only)
16CD:	0		TEST	   ;Test Operation (Test Mode Only)
16CE:	0		TEST	   ;Test Operation (Test Mode Only)
16CF:	0		TEST	   ;Test Operation (Test Mode Only)
16D0:	0		TEST	   ;Test Operation (Test Mode Only)
16D1:	0		TEST	   ;Test Operation (Test Mode Only)
16D2:	0		TEST	   ;Test Operation (Test Mode Only)
16D3:	0		TEST	   ;Test Operation (Test Mode Only)
16D4:	0		TEST	   ;Test Operation (Test Mode Only)
16D5:	0		TEST	   ;Test Operation (Test Mode Only)
16D6:	0		TEST	   ;Test Operation (Test Mode Only)
16D7:	0		TEST	   ;Test Operation (Test Mode Only)
16D8:	0		TEST	   ;Test Operation (Test Mode Only)
16D9:	0		TEST	   ;Test Operation (Test Mode Only)
16DA:	0		TEST	   ;Test Operation (Test Mode Only)
16DB:	0		TEST	   ;Test Operation (Test Mode Only)
16DC:	0		TEST	   ;Test Operation (Test Mode Only)
16DD:	0		TEST	   ;Test Operation (Test Mode Only)
16DE:	0		TEST	   ;Test Operation (Test Mode Only)
16DF:	0		TEST	   ;Test Operation (Test Mode Only)
16E0:	0		TEST	   ;Test Operation (Test Mode Only)
16E1:	0		TEST	   ;Test Operation (Test Mode Only)
16E2:	0		TEST	   ;Test Operation (Test Mode Only)
16E3:	0		TEST	   ;Test Operation (Test Mode Only)
16E4:	0		TEST	   ;Test Operation (Test Mode Only)
16E5:	0		TEST	   ;Test Operation (Test Mode Only)
16E6:	0		TEST	   ;Test Operation (Test Mode Only)
16E7:	0		TEST	   ;Test Operation (Test Mode Only)
16E8:	0		TEST	   ;Test Operation (Test Mode Only)
16E9:	0		TEST	   ;Test Operation (Test Mode Only)
16EA:	0		TEST	   ;Test Operation (Test Mode Only)
16EB:	0		TEST	   ;Test Operation (Test Mode Only)
16EC:	0		TEST	   ;Test Operation (Test Mode Only)
16ED:	0		TEST	   ;Test Operation (Test Mode Only)
16EE:	0		TEST	   ;Test Operation (Test Mode Only)
16EF:	0		TEST	   ;Test Operation (Test Mode Only)
16F0:	0		TEST	   ;Test Operation (Test Mode Only)
16F1:	0		TEST	   ;Test Operation (Test Mode Only)
16F2:	0		TEST	   ;Test Operation (Test Mode Only)
16F3:	0		TEST	   ;Test Operation (Test Mode Only)
16F4:	0		TEST	   ;Test Operation (Test Mode Only)
16F5:	0		TEST	   ;Test Operation (Test Mode Only)
16F6:	0		TEST	   ;Test Operation (Test Mode Only)
16F7:	0		TEST	   ;Test Operation (Test Mode Only)
16F8:	0		TEST	   ;Test Operation (Test Mode Only)
16F9:	0		TEST	   ;Test Operation (Test Mode Only)
16FA:	0		TEST	   ;Test Operation (Test Mode Only)
16FB:	0		TEST	   ;Test Operation (Test Mode Only)
16FC:	0		TEST	   ;Test Operation (Test Mode Only)
16FD:	0		TEST	   ;Test Operation (Test Mode Only)
16FE:	0		TEST	   ;Test Operation (Test Mode Only)
16FF:	0		TEST	   ;Test Operation (Test Mode Only)
1700:	0		TEST	   ;Test Operation (Test Mode Only)
1701:	0		TEST	   ;Test Operation (Test Mode Only)
1702:	0		TEST	   ;Test Operation (Test Mode Only)
1703:	0		TEST	   ;Test Operation (Test Mode Only)
1704:	0		TEST	   ;Test Operation (Test Mode Only)
1705:	0		TEST	   ;Test Operation (Test Mode Only)
1706:	0		TEST	   ;Test Operation (Test Mode Only)
1707:	0		TEST	   ;Test Operation (Test Mode Only)
1708:	0		TEST	   ;Test Operation (Test Mode Only)
1709:	0		TEST	   ;Test Operation (Test Mode Only)
170A:	0		TEST	   ;Test Operation (Test Mode Only)
170B:	0		TEST	   ;Test Operation (Test Mode Only)
170C:	0		TEST	   ;Test Operation (Test Mode Only)
170D:	0		TEST	   ;Test Operation (Test Mode Only)
170E:	0		TEST	   ;Test Operation (Test Mode Only)
170F:	0		TEST	   ;Test Operation (Test Mode Only)
1710:	0		TEST	   ;Test Operation (Test Mode Only)
1711:	8		INX	   ;Increment Index Register X
1712:	0		TEST	   ;Test Operation (Test Mode Only)
1713:	8		INX	   ;Increment Index Register X
1714:	0		TEST	   ;Test Operation (Test Mode Only)
1715:	8		INX	   ;Increment Index Register X
1716:	0		TEST	   ;Test Operation (Test Mode Only)
1717:	8		INX	   ;Increment Index Register X
1718:	0		TEST	   ;Test Operation (Test Mode Only)
1719:	8		INX	   ;Increment Index Register X
171A:	0		TEST	   ;Test Operation (Test Mode Only)
171B:	8		INX	   ;Increment Index Register X
171C:	0		TEST	   ;Test Operation (Test Mode Only)
171D:	2F 0		BLE ,0   ;Branch if Less than or Equal to Zero
171F:	63 0		COM (0,X)   ;Complement
1721:	A4 0		ANDA (0,X)   ;Logical AND with Accumulator A
1723:	F2 1 4D	SBCB ( 1 4D)   ;Substract with Carry Accumulator B
1726:	1		NOP	   ;No Operation
1727:	B6 2 2B	LDAA ( 2 2B)   ;Load Accumulator A
172A:	2		IDIV	   ;Integer Divide
172B:	AD 3		JSR (3,X)   ;Jump to Subroutine
172D:	32		PULA	   ;Pull Accumulator A from Stack
172E:	3		FDIV	   ;Fractional Divide
172F:	D5 4		BITB (4)   ;Bit test Accumulator B
1731:	90 5		SUBA (5)   ;Substract Accumulator A
1733:	5A		DECB	   ;Decrement Accumulator B
1734:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1735:	45		TAP	   ;Transfer from Accumulator A to Condition Code Register
1736:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
1737:	54		LSRB	   ;Logical Shift Right Accumulator B
1738:	8		INX	   ;Increment Index Register X
1739:	92 9		SBCA (9)   ;Substract with Carry Accumulator A
173B:	E3 B		ADDD (B,X)   ;Add to Double Accumulator
173D:	48		ASLA	   ;Arithmetic shift Left Accumulator A
173E:	C		CLC	   ;Clear Carry
173F:	D1 E		CMPB (E)   ;Compare Accumulator B
1741:	76 10 36	ROR ( 10 36)   ;Rotate Right
1744:	12 C 14 6	BRSET ( C 14 6)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
1748:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
1749:	3A		ABX	   ;Add Accumulator B to Index Register X
174A:	18 96		ABX	   ;Add Accumulator B to Index Register X
174B:	96 1B		LDAA (1B)   ;Load Accumulator A
174D:	10		SBA	   ;Substract Accumulators
174E:	1D D0		BCLR (D0,X)   ;Clear Bit(s) in Memory
1750:	20 BF		BRA ,BF   ;Branch Always
1752:	23 DE		BLS ,DE   ;Branch if Lower or Same
1754:	27 27		BEQ ,27   ;Branch if Equal
1756:	2A B5		BPL ,B5   ;Branch if Plus
1758:	2E 7C		BGT ,7C   ;Branch if Greater than Zero
175A:	32		PULA	   ;Pull Accumulator A from Stack
175B:	7D 36 D0	TST ( 36 D0)   ;Test
175E:	3B		RTI	   ;Return from Interrupt
175F:	55		RTI	   ;Return from Interrupt
1760:	40		NEGA	   ;Negate Accumulator A
1761:	2		IDIV	   ;Integer Divide
1762:	45		IDIV	   ;Integer Divide
1763:	E		CLI	   ;Clear Interrupt Mask
1764:	4A		DECA	   ;Decrement Accumulator A
1765:	5A		DECB	   ;Decrement Accumulator B
1766:	4F		CLRA	   ;Clear Accumulator A
1767:	A6 54		LDAA (54,X)   ;Load Accumulator A
1769:	E8 5A		EORB (5A,X)   ;Exclusive OR Accumulator B
176B:	1F 5F		BRCLR (5F,X)   ;Branch if Bit(s) Clear
176D:	4B 64		BRCLR (64,X)   ;Branch if Bit(s) Clear
176F:	6C 69		INC (69,X)   ;Increment
1771:	83 6E 8E	SUBD , 6E 8E   ;Substract Double Accumulator
1774:	73 8F 78	COM ( 8F 78)   ;Complement
1777:	85 7D		BITA ,7D   ;Bit test Accumulator A
1779:	71 82		BITA ,82   ;Bit test Accumulator A
177B:	51 87		BITA ,87   ;Bit test Accumulator A
177D:	27 8B		BEQ ,8B   ;Branch if Equal
177F:	F2 90 B2	SBCB ( 90 B2)   ;Substract with Carry Accumulator B
1782:	95 67		BITA (67)   ;Bit test Accumulator A
1784:	9A 12		ORAA (12)   ;Inclusive OR Accumulator A
1786:	9E B1		LDS (B1)   ;Load Stack Pointer
1788:	A3 46		SUBD (46,X)   ;Substract Double Accumulator
178A:	A7 D0		STAA (D0,X)   ;Store Accumulator A
178C:	F4 0 FF	ANDB ( 0 FF)   ;Logical AND with Accumulator B
178F:	FF 0 7	STX ( 0 7)   ;Store Index Register X
1792:	18 2B 2B 41	STX ( 2B 41)   ;Store Index Register X
1795:	54		LSRB	   ;Logical Shift Right Accumulator B
1796:	69 7C		ROL (7C,X)   ;Rotate Left
1798:	86 8B		LDAA ,8B   ;Load Accumulator A
179A:	8E 91 96	LDS , 91 96   ;Load Stack Pointer
179D:	98 99		EORA (99)   ;Exclusive OR Accumulator A
179F:	9C A0		CPX (A0)   ;Compare Index Register X
17A1:	A0 95		SUBA (95,X)   ;Substract Accumulator A
17A3:	80 66		SUBA ,66   ;Substract Accumulator A
17A5:	4C		INCA	   ;Increment Accumulator A
17A6:	39		RTS	   ;Return from Subroutine
17A7:	2C 20		BGE  ,20   ;Branch if Greater than or Equal to Zero
17A9:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
17AA:	F		SEI	   ;Set Interrupt Mask
17AB:	8		INX	   ;Increment Index Register X
17AC:	0		TEST	   ;Test Operation (Test Mode Only)
17AD:	0		TEST	   ;Test Operation (Test Mode Only)
17AE:	0		TEST	   ;Test Operation (Test Mode Only)
17AF:	0		TEST	   ;Test Operation (Test Mode Only)
17B0:	4C		INCA	   ;Increment Accumulator A
17B1:	4C		INCA	   ;Increment Accumulator A
17B2:	4C		INCA	   ;Increment Accumulator A
17B3:	34		DES	   ;Decrement Stack Pointer
17B4:	22 21		BHI ,21   ;Branch if Higher
17B6:	1F 1D		BRCLR (1D,X)   ;Branch if Bit(s) Clear
17B8:	1C 1C 1C	BSET ( 1C 1C,X)   ;Set Bit(s) in Memory   -   Formato standard : BSET (ff,X) (mm) -> BSET (mm ff,X)
17BB:	1B		ABA	   ;Add Accumulator B to Accumulator A
17BC:	1A 19		ABA	   ;Add Accumulator B to Accumulator A
17BD:	19		DAA	   ;Decimal Adjust Accumulator A
17BE:	19		DAA	   ;Decimal Adjust Accumulator A
17BF:	19		DAA	   ;Decimal Adjust Accumulator A
17C0:	0		TEST	   ;Test Operation (Test Mode Only)
17C1:	0		TEST	   ;Test Operation (Test Mode Only)
17C2:	0		TEST	   ;Test Operation (Test Mode Only)
17C3:	0		TEST	   ;Test Operation (Test Mode Only)
17C4:	0		TEST	   ;Test Operation (Test Mode Only)
17C5:	0		TEST	   ;Test Operation (Test Mode Only)
17C6:	0		TEST	   ;Test Operation (Test Mode Only)
17C7:	0		TEST	   ;Test Operation (Test Mode Only)
17C8:	0		TEST	   ;Test Operation (Test Mode Only)
17C9:	0		TEST	   ;Test Operation (Test Mode Only)
17CA:	0		TEST	   ;Test Operation (Test Mode Only)
17CB:	0		TEST	   ;Test Operation (Test Mode Only)
17CC:	0		TEST	   ;Test Operation (Test Mode Only)
17CD:	0		TEST	   ;Test Operation (Test Mode Only)
17CE:	0		TEST	   ;Test Operation (Test Mode Only)
17CF:	0		TEST	   ;Test Operation (Test Mode Only)
17D0:	0		TEST	   ;Test Operation (Test Mode Only)
17D1:	0		TEST	   ;Test Operation (Test Mode Only)
17D2:	0		TEST	   ;Test Operation (Test Mode Only)
17D3:	0		TEST	   ;Test Operation (Test Mode Only)
17D4:	0		TEST	   ;Test Operation (Test Mode Only)
17D5:	0		TEST	   ;Test Operation (Test Mode Only)
17D6:	0		TEST	   ;Test Operation (Test Mode Only)
17D7:	0		TEST	   ;Test Operation (Test Mode Only)
17D8:	0		TEST	   ;Test Operation (Test Mode Only)
17D9:	0		TEST	   ;Test Operation (Test Mode Only)
17DA:	0		TEST	   ;Test Operation (Test Mode Only)
17DB:	0		TEST	   ;Test Operation (Test Mode Only)
17DC:	0		TEST	   ;Test Operation (Test Mode Only)
17DD:	0		TEST	   ;Test Operation (Test Mode Only)
17DE:	0		TEST	   ;Test Operation (Test Mode Only)
17DF:	0		TEST	   ;Test Operation (Test Mode Only)
17E0:	4F		CLRA	   ;Clear Accumulator A
17E1:	4F		CLRA	   ;Clear Accumulator A
17E2:	4F		CLRA	   ;Clear Accumulator A
17E3:	4F		CLRA	   ;Clear Accumulator A
17E4:	51		CLRA	   ;Clear Accumulator A
17E5:	56		RORB	   ;Rotate Right Accumulator B
17E6:	5B		RORB	   ;Rotate Right Accumulator B
17E7:	61		RORB	   ;Rotate Right Accumulator B
17E8:	61		RORB	   ;Rotate Right Accumulator B
17E9:	5E		RORB	   ;Rotate Right Accumulator B
17EA:	5E		RORB	   ;Rotate Right Accumulator B
17EB:	5C		INCB	   ;Increment Accumulator B
17EC:	5D		TSTB	   ;Test Accumulator B
17ED:	5E		TSTB	   ;Test Accumulator B
17EE:	5E		TSTB	   ;Test Accumulator B
17EF:	5E		TSTB	   ;Test Accumulator B
17F0:	5F		CLRB	   ;Clear Accumulator B
17F1:	5D		TSTB	   ;Test Accumulator B
17F2:	5B		TSTB	   ;Test Accumulator B
17F3:	59		ROLB	   ;Rotate Left Accumulator B
17F4:	57		ASRB	   ;Arithmetic shift Right Accumulator B
17F5:	54		LSRB	   ;Logical Shift Right Accumulator B
17F6:	52		LSRB	   ;Logical Shift Right Accumulator B
17F7:	4F		CLRA	   ;Clear Accumulator A
17F8:	4F		CLRA	   ;Clear Accumulator A
17F9:	4F		CLRA	   ;Clear Accumulator A
17FA:	4F		CLRA	   ;Clear Accumulator A
17FB:	4F		CLRA	   ;Clear Accumulator A
17FC:	4F		CLRA	   ;Clear Accumulator A
17FD:	4F		CLRA	   ;Clear Accumulator A
17FE:	4F		CLRA	   ;Clear Accumulator A
17FF:	4F		CLRA	   ;Clear Accumulator A
1800:	5F		CLRB	   ;Clear Accumulator B
1801:	5D		TSTB	   ;Test Accumulator B
1802:	5B		TSTB	   ;Test Accumulator B
1803:	59		ROLB	   ;Rotate Left Accumulator B
1804:	57		ASRB	   ;Arithmetic shift Right Accumulator B
1805:	54		LSRB	   ;Logical Shift Right Accumulator B
1806:	52		LSRB	   ;Logical Shift Right Accumulator B
1807:	4F		CLRA	   ;Clear Accumulator A
1808:	4F		CLRA	   ;Clear Accumulator A
1809:	4F		CLRA	   ;Clear Accumulator A
180A:	4F		CLRA	   ;Clear Accumulator A
180B:	4F		CLRA	   ;Clear Accumulator A
180C:	4F		CLRA	   ;Clear Accumulator A
180D:	4F		CLRA	   ;Clear Accumulator A
180E:	4F		CLRA	   ;Clear Accumulator A
180F:	4F		CLRA	   ;Clear Accumulator A
1810:	4F		CLRA	   ;Clear Accumulator A
1811:	4F		CLRA	   ;Clear Accumulator A
1812:	4F		CLRA	   ;Clear Accumulator A
1813:	4F		CLRA	   ;Clear Accumulator A
1814:	51		CLRA	   ;Clear Accumulator A
1815:	56		RORB	   ;Rotate Right Accumulator B
1816:	5B		RORB	   ;Rotate Right Accumulator B
1817:	61		RORB	   ;Rotate Right Accumulator B
1818:	61		RORB	   ;Rotate Right Accumulator B
1819:	5E		RORB	   ;Rotate Right Accumulator B
181A:	5E		RORB	   ;Rotate Right Accumulator B
181B:	5C		INCB	   ;Increment Accumulator B
181C:	5D		TSTB	   ;Test Accumulator B
181D:	5E		TSTB	   ;Test Accumulator B
181E:	5E		TSTB	   ;Test Accumulator B
181F:	5E		TSTB	   ;Test Accumulator B
1820:	D		SEC	   ;Set Carry
1821:	11		CBA	   ;Compare Accumulators
1822:	14 18 1C	BSET ( 18 1C)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
1825:	22 28		BHI ,28   ;Branch if Higher
1827:	32		PULA	   ;Pull Accumulator A from Stack
1828:	3C		PSHX	   ;Push Index Register X onto Stack
1829:	42		PSHX	   ;Push Index Register X onto Stack
182A:	4A		DECA	   ;Decrement Accumulator A
182B:	54		LSRB	   ;Logical Shift Right Accumulator B
182C:	5E		LSRB	   ;Logical Shift Right Accumulator B
182D:	68 72		ASL (72,X)   ;Arithmetic shift Left
182F:	7E 9B 9B	JMP ( 9B 9B)   ;Jump
1832:	9B 9B		ADDA (9B)   ;Add without Carry to Accumulator A
1834:	9B 9B		ADDA (9B)   ;Add without Carry to Accumulator A
1836:	96 9B		LDAA (9B)   ;Load Accumulator A
1838:	96 6E		LDAA (6E)   ;Load Accumulator A
183A:	6E 6E		JMP (6E,X)   ;Jump
183C:	6E 6E		JMP (6E,X)   ;Jump
183E:	6E 6E		JMP (6E,X)   ;Jump
1840:	50		NEGB	   ;Negate Accumulator B
1841:	50		NEGB	   ;Negate Accumulator B
1842:	46		RORA	   ;Rotate Right Accumulator A
1843:	3C		PSHX	   ;Push Index Register X onto Stack
1844:	2C 20		BGE  ,20   ;Branch if Greater than or Equal to Zero
1846:	19		DAA	   ;Decimal Adjust Accumulator A
1847:	19		DAA	   ;Decimal Adjust Accumulator A
1848:	19		DAA	   ;Decimal Adjust Accumulator A
1849:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
184A:	13 10		BRCLR (10)   ;Branch if Bit(s) Clear
184C:	C		CLC	   ;Clear Carry
184D:	C		CLC	   ;Clear Carry
184E:	C		CLC	   ;Clear Carry
184F:	C		CLC	   ;Clear Carry
1850:	8		INX	   ;Increment Index Register X
1851:	8		INX	   ;Increment Index Register X
1852:	A		CLV	   ;Clear Twos-Complement Overflow Bit
1853:	B		SEV	   ;Set Twos Complement Overflow Bit
1854:	E		CLI	   ;Clear Interrupt Mask
1855:	11		CBA	   ;Compare Accumulators
1856:	15 1C		BCLR ,1C   ;Clear Bit(s) in Memory
1858:	2A 2A		BPL ,2A   ;Branch if Plus
185A:	2A 2A		BPL ,2A   ;Branch if Plus
185C:	2A 2A		BPL ,2A   ;Branch if Plus
185E:	2A 2A		BPL ,2A   ;Branch if Plus
1860:	D3 D3		ADDD (D3)   ;Add to Double Accumulator
1862:	D3 AA		ADDD (AA)   ;Add to Double Accumulator
1864:	80 65		SUBA ,65   ;Substract Accumulator A
1866:	4B 48		SUBA ,48   ;Substract Accumulator A
1868:	46		RORA	   ;Rotate Right Accumulator A
1869:	53		COMB	   ;Complement Accumulator B
186A:	60 60		NEG (60,X)   ;Negate
186C:	60 60		NEG (60,X)   ;Negate
186E:	60 60		NEG (60,X)   ;Negate
1870:	28 28		BVC ,28   ;Branch if Overflow Clear
1872:	28 28		BVC ,28   ;Branch if Overflow Clear
1874:	28 28		BVC ,28   ;Branch if Overflow Clear
1876:	28 28		BVC ,28   ;Branch if Overflow Clear
1878:	28 28		BVC ,28   ;Branch if Overflow Clear
187A:	1F 1F		BRCLR (1F,X)   ;Branch if Bit(s) Clear
187C:	1F 1F		BRCLR (1F,X)   ;Branch if Bit(s) Clear
187E:	1F 1F		BRCLR (1F,X)   ;Branch if Bit(s) Clear
1880:	17		TBA	   ;Transfer from Accumulator B to Accumulator A
1881:	18 19		TBA	   ;Transfer from Accumulator B to Accumulator A
1882:	19		DAA	   ;Decimal Adjust Accumulator A
1883:	1C 20 24	BSET ( 20 24,X)   ;Set Bit(s) in Memory   -   Formato standard : BSET (ff,X) (mm) -> BSET (mm ff,X)
1886:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
1887:	38		PULX	   ;Pull Index Register X from Stack
1888:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
1889:	44		LSRA	   ;Logical Shift Right Accumulator A
188A:	48		ASLA	   ;Arithmetic shift Left Accumulator A
188B:	50		NEGB	   ;Negate Accumulator B
188C:	60 70		NEG (70,X)   ;Negate
188E:	80 90		SUBA ,90   ;Substract Accumulator A
1890:	70 70 70	NEG ( 70 70)   ;Negate
1893:	70 70 70	NEG ( 70 70)   ;Negate
1896:	70 64 58	NEG ( 64 58)   ;Negate
1899:	54		LSRB	   ;Logical Shift Right Accumulator B
189A:	50		NEGB	   ;Negate Accumulator B
189B:	38		PULX	   ;Pull Index Register X from Stack
189C:	20 20		BRA ,20   ;Branch Always
189E:	20 20		BRA ,20   ;Branch Always
18A0:	C		CLC	   ;Clear Carry
18A1:	10		SBA	   ;Substract Accumulators
18A2:	14 18 1C	BSET ( 18 1C)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
18A5:	20 28		BRA ,28   ;Branch Always
18A7:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
18A8:	38		PULX	   ;Pull Index Register X from Stack
18A9:	40		NEGA	   ;Negate Accumulator A
18AA:	48		ASLA	   ;Arithmetic shift Left Accumulator A
18AB:	4C		INCA	   ;Increment Accumulator A
18AC:	50		NEGB	   ;Negate Accumulator B
18AD:	54		LSRB	   ;Logical Shift Right Accumulator B
18AE:	58		ASLB	   ;Arithmetic shift Left Accumulator B
18AF:	60 D		NEG (D,X)   ;Negate
18B1:	11		CBA	   ;Compare Accumulators
18B2:	14 18 1C	BSET ( 18 1C)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
18B5:	22 28		BHI ,28   ;Branch if Higher
18B7:	32		PULA	   ;Pull Accumulator A from Stack
18B8:	3C		PSHX	   ;Push Index Register X onto Stack
18B9:	42		PSHX	   ;Push Index Register X onto Stack
18BA:	4A		DECA	   ;Decrement Accumulator A
18BB:	54		LSRB	   ;Logical Shift Right Accumulator B
18BC:	5E		LSRB	   ;Logical Shift Right Accumulator B
18BD:	68 72		ASL (72,X)   ;Arithmetic shift Left
18BF:	7E 0 5	JMP ( 0 5)   ;Jump
18C2:	A		CLV	   ;Clear Twos-Complement Overflow Bit
18C3:	A		CLV	   ;Clear Twos-Complement Overflow Bit
18C4:	A		CLV	   ;Clear Twos-Complement Overflow Bit
18C5:	C		CLC	   ;Clear Carry
18C6:	10		SBA	   ;Substract Accumulators
18C7:	13 14		BRCLR (14)   ;Branch if Bit(s) Clear
18C9:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
18CA:	18 1A		TAB	   ;Transfer from Accumulator A to Accumulator B
18CB:	1A 1E		TAB	   ;Transfer from Accumulator A to Accumulator B
18CC:	1E 1E 1E 1E	BRSET ( 1E 1E 1E,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
18D0:	0		TEST	   ;Test Operation (Test Mode Only)
18D1:	0		TEST	   ;Test Operation (Test Mode Only)
18D2:	0		TEST	   ;Test Operation (Test Mode Only)
18D3:	0		TEST	   ;Test Operation (Test Mode Only)
18D4:	0		TEST	   ;Test Operation (Test Mode Only)
18D5:	0		TEST	   ;Test Operation (Test Mode Only)
18D6:	0		TEST	   ;Test Operation (Test Mode Only)
18D7:	0		TEST	   ;Test Operation (Test Mode Only)
18D8:	0		TEST	   ;Test Operation (Test Mode Only)
18D9:	0		TEST	   ;Test Operation (Test Mode Only)
18DA:	0		TEST	   ;Test Operation (Test Mode Only)
18DB:	0		TEST	   ;Test Operation (Test Mode Only)
18DC:	0		TEST	   ;Test Operation (Test Mode Only)
18DD:	0		TEST	   ;Test Operation (Test Mode Only)
18DE:	0		TEST	   ;Test Operation (Test Mode Only)
18DF:	0		TEST	   ;Test Operation (Test Mode Only)
18E0:	4		LSRD	   ;Logical Shift Right Double Accumulator
18E1:	D0 4		SUBB (4)   ;Substract Accumulator B
18E3:	D0 4		SUBB (4)   ;Substract Accumulator B
18E5:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
18E6:	3		FDIV	   ;Fractional Divide
18E7:	F0 4 50	SUBB ( 4 50)   ;Substract Accumulator B
18EA:	4		LSRD	   ;Logical Shift Right Double Accumulator
18EB:	80 4		SUBA ,4   ;Substract Accumulator A
18ED:	F0 4 70	SUBB ( 4 70)   ;Substract Accumulator B
18F0:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
18F1:	10		SBA	   ;Substract Accumulators
18F2:	4		LSRD	   ;Logical Shift Right Double Accumulator
18F3:	A0 4		SUBA (4,X)   ;Substract Accumulator A
18F5:	80 4		SUBA ,4   ;Substract Accumulator A
18F7:	90 4		SUBA (4)   ;Substract Accumulator A
18F9:	A0 4		SUBA (4,X)   ;Substract Accumulator A
18FB:	A0 4		SUBA (4,X)   ;Substract Accumulator A
18FD:	A0 4		SUBA (4,X)   ;Substract Accumulator A
18FF:	A0 4		SUBA (4,X)   ;Substract Accumulator A
1901:	D0 4		SUBB (4)   ;Substract Accumulator B
1903:	D0 3		SUBB (3)   ;Substract Accumulator B
1905:	70 3 80	NEG ( 3 80)   ;Negate
1908:	3		FDIV	   ;Fractional Divide
1909:	C0 3		SUBB3   ;Substract Accumulator B
190B:	D0 4		SUBB (4)   ;Substract Accumulator B
190D:	70 4 50	NEG ( 4 50)   ;Negate
1910:	4		LSRD	   ;Logical Shift Right Double Accumulator
1911:	40		NEGA	   ;Negate Accumulator A
1912:	4		LSRD	   ;Logical Shift Right Double Accumulator
1913:	0		TEST	   ;Test Operation (Test Mode Only)
1914:	4		LSRD	   ;Logical Shift Right Double Accumulator
1915:	0		TEST	   ;Test Operation (Test Mode Only)
1916:	4		LSRD	   ;Logical Shift Right Double Accumulator
1917:	60 4		NEG (4,X)   ;Negate
1919:	70 4 70	NEG ( 4 70)   ;Negate
191C:	4		LSRD	   ;Logical Shift Right Double Accumulator
191D:	70 4 70	NEG ( 4 70)   ;Negate
1920:	3		FDIV	   ;Fractional Divide
1921:	90 3		SUBA (3)   ;Substract Accumulator A
1923:	90 3		SUBA (3)   ;Substract Accumulator A
1925:	90 3		SUBA (3)   ;Substract Accumulator A
1927:	70 3 50	NEG ( 3 50)   ;Negate
192A:	3		FDIV	   ;Fractional Divide
192B:	A0 4		SUBA (4,X)   ;Substract Accumulator A
192D:	A0 4		SUBA (4,X)   ;Substract Accumulator A
192F:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
1930:	4		LSRD	   ;Logical Shift Right Double Accumulator
1931:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
1932:	4		LSRD	   ;Logical Shift Right Double Accumulator
1933:	0		TEST	   ;Test Operation (Test Mode Only)
1934:	3		FDIV	   ;Fractional Divide
1935:	E0 4		SUBB (4,X)   ;Substract Accumulator B
1937:	50		NEGB	   ;Negate Accumulator B
1938:	4		LSRD	   ;Logical Shift Right Double Accumulator
1939:	90 4		SUBA (4)   ;Substract Accumulator A
193B:	90 4		SUBA (4)   ;Substract Accumulator A
193D:	90 4		SUBA (4)   ;Substract Accumulator A
193F:	90 4		SUBA (4)   ;Substract Accumulator A
1941:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
1942:	4		LSRD	   ;Logical Shift Right Double Accumulator
1943:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
1944:	3		FDIV	   ;Fractional Divide
1945:	E0 4		SUBB (4,X)   ;Substract Accumulator B
1947:	60 4		NEG (4,X)   ;Negate
1949:	A0 5		SUBA (5,X)   ;Substract Accumulator A
194B:	50		NEGB	   ;Negate Accumulator B
194C:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
194D:	60 5		NEG (5,X)   ;Negate
194F:	20 5		BRA ,5   ;Branch Always
1951:	0		TEST	   ;Test Operation (Test Mode Only)
1952:	4		LSRD	   ;Logical Shift Right Double Accumulator
1953:	F0 4 F0	SUBB ( 4 F0)   ;Substract Accumulator B
1956:	4		LSRD	   ;Logical Shift Right Double Accumulator
1957:	B0 4 C0	SUBA ( 4 C0)   ;Substract Accumulator A
195A:	4		LSRD	   ;Logical Shift Right Double Accumulator
195B:	C0 4		SUBB4   ;Substract Accumulator B
195D:	C0 4		SUBB4   ;Substract Accumulator B
195F:	C0 8		SUBB8   ;Substract Accumulator B
1961:	8		INX	   ;Increment Index Register X
1962:	8		INX	   ;Increment Index Register X
1963:	4		LSRD	   ;Logical Shift Right Double Accumulator
1964:	2		IDIV	   ;Integer Divide
1965:	2		IDIV	   ;Integer Divide
1966:	1		NOP	   ;No Operation
1967:	1		NOP	   ;No Operation
1968:	1		NOP	   ;No Operation
1969:	1		NOP	   ;No Operation
196A:	1		NOP	   ;No Operation
196B:	1		NOP	   ;No Operation
196C:	1		NOP	   ;No Operation
196D:	1		NOP	   ;No Operation
196E:	1		NOP	   ;No Operation
196F:	1		NOP	   ;No Operation
1970:	0		TEST	   ;Test Operation (Test Mode Only)
1971:	26 33		BNE ,33   ;Branch if Not Equal to Zero
1973:	40		NEGA	   ;Negate Accumulator A
1974:	4C		INCA	   ;Increment Accumulator A
1975:	59		ROLB	   ;Rotate Left Accumulator B
1976:	66 80		ROR (80,X)   ;Rotate Right
1978:	8C 99 A6	CPX , 99 A6   ;Compare Index Register X
197B:	B3 BF CC	SUBD ( BF CC)   ;Substract Double Accumulator
197E:	D9 E6		ADCB (E6)   ;Add with Carry to Accumulator B
1980:	0		TEST	   ;Test Operation (Test Mode Only)
1981:	C		CLC	   ;Clear Carry
1982:	1E 35 4A 5E	BRSET ( 35 4A 5E,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
1986:	74 78 7D	LSR ( 78 7D)   ;Logical Shift Right
1989:	80 80		SUBA ,80   ;Substract Accumulator A
198B:	80 80		SUBA ,80   ;Substract Accumulator A
198D:	80 80		SUBA ,80   ;Substract Accumulator A
198F:	80 0		SUBA ,0   ;Substract Accumulator A
1991:	0		TEST	   ;Test Operation (Test Mode Only)
1992:	0		TEST	   ;Test Operation (Test Mode Only)
1993:	0		TEST	   ;Test Operation (Test Mode Only)
1994:	0		TEST	   ;Test Operation (Test Mode Only)
1995:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
1996:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
1997:	B		SEV	   ;Set Twos Complement Overflow Bit
1998:	8		INX	   ;Increment Index Register X
1999:	8		INX	   ;Increment Index Register X
199A:	B		SEV	   ;Set Twos Complement Overflow Bit
199B:	8		INX	   ;Increment Index Register X
199C:	8		INX	   ;Increment Index Register X
199D:	8		INX	   ;Increment Index Register X
199E:	8		INX	   ;Increment Index Register X
199F:	8		INX	   ;Increment Index Register X
19A0:	20 20		BRA ,20   ;Branch Always
19A2:	20 20		BRA ,20   ;Branch Always
19A4:	20 20		BRA ,20   ;Branch Always
19A6:	20 20		BRA ,20   ;Branch Always
19A8:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
19A9:	38		PULX	   ;Pull Index Register X from Stack
19AA:	60 70		NEG (70,X)   ;Negate
19AC:	80 80		SUBA ,80   ;Substract Accumulator A
19AE:	80 80		SUBA ,80   ;Substract Accumulator A
19B0:	2D 2D		BLT ,2D   ;Branch  il Less than Zero
19B2:	2D 3D		BLT ,3D   ;Branch  il Less than Zero
19B4:	50		NEGB	   ;Negate Accumulator B
19B5:	63 6B		COM (6B,X)   ;Complement
19B7:	7F 8D A7	CLR ( 8D A7)   ;Clear
19BA:	CC EB EB	LDD , EB EB   ;Load Double Accumulator
19BD:	EB EB		ADDB (EB,X)   ;Add without Carry to Accumulator B
19BF:	EB 0		ADDB (0,X)   ;Add without Carry to Accumulator B
19C1:	0		TEST	   ;Test Operation (Test Mode Only)
19C2:	0		TEST	   ;Test Operation (Test Mode Only)
19C3:	0		TEST	   ;Test Operation (Test Mode Only)
19C4:	0		TEST	   ;Test Operation (Test Mode Only)
19C5:	0		TEST	   ;Test Operation (Test Mode Only)
19C6:	4		LSRD	   ;Logical Shift Right Double Accumulator
19C7:	8		INX	   ;Increment Index Register X
19C8:	8		INX	   ;Increment Index Register X
19C9:	8		INX	   ;Increment Index Register X
19CA:	8		INX	   ;Increment Index Register X
19CB:	8		INX	   ;Increment Index Register X
19CC:	8		INX	   ;Increment Index Register X
19CD:	8		INX	   ;Increment Index Register X
19CE:	8		INX	   ;Increment Index Register X
19CF:	8		INX	   ;Increment Index Register X
19D0:	4C		INCA	   ;Increment Accumulator A
19D1:	4C		INCA	   ;Increment Accumulator A
19D2:	4C		INCA	   ;Increment Accumulator A
19D3:	4C		INCA	   ;Increment Accumulator A
19D4:	4C		INCA	   ;Increment Accumulator A
19D5:	4C		INCA	   ;Increment Accumulator A
19D6:	4C		INCA	   ;Increment Accumulator A
19D7:	4C		INCA	   ;Increment Accumulator A
19D8:	4C		INCA	   ;Increment Accumulator A
19D9:	4C		INCA	   ;Increment Accumulator A
19DA:	4C		INCA	   ;Increment Accumulator A
19DB:	80 80		SUBA ,80   ;Substract Accumulator A
19DD:	80 80		SUBA ,80   ;Substract Accumulator A
19DF:	80 54		SUBA ,54   ;Substract Accumulator A
19E1:	54		LSRB	   ;Logical Shift Right Accumulator B
19E2:	46		RORA	   ;Rotate Right Accumulator A
19E3:	29 1C		BVS1C   ;Branch if Overflow Set
19E5:	14 E C	BSET ( E C)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
19E8:	A		CLV	   ;Clear Twos-Complement Overflow Bit
19E9:	8		INX	   ;Increment Index Register X
19EA:	8		INX	   ;Increment Index Register X
19EB:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
19EC:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
19ED:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
19EE:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
19EF:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
19F0:	69 69		ROL (69,X)   ;Rotate Left
19F2:	69 3D		ROL (3D,X)   ;Rotate Left
19F4:	29 1E		BVS1E   ;Branch if Overflow Set
19F6:	15 12		BCLR ,12   ;Clear Bit(s) in Memory
19F8:	F		SEI	   ;Set Interrupt Mask
19F9:	C		CLC	   ;Clear Carry
19FA:	C		CLC	   ;Clear Carry
19FB:	C		CLC	   ;Clear Carry
19FC:	C		CLC	   ;Clear Carry
19FD:	C		CLC	   ;Clear Carry
19FE:	C		CLC	   ;Clear Carry
19FF:	C		CLC	   ;Clear Carry
1A00:	0		TEST	   ;Test Operation (Test Mode Only)
1A01:	0		TEST	   ;Test Operation (Test Mode Only)
1A02:	0		TEST	   ;Test Operation (Test Mode Only)
1A03:	0		TEST	   ;Test Operation (Test Mode Only)
1A04:	0		TEST	   ;Test Operation (Test Mode Only)
1A05:	FE FA F3	LDX ( FA F3)   ;Load Index Register X
1A08:	1		NOP	   ;No Operation
1A09:	2		IDIV	   ;Integer Divide
1A0A:	4		LSRD	   ;Logical Shift Right Double Accumulator
1A0B:	8		INX	   ;Increment Index Register X
1A0C:	1		NOP	   ;No Operation
1A0D:	2A 3F		BPL ,3F   ;Branch if Plus
1A0F:	54		LSRB	   ;Logical Shift Right Accumulator B
1A10:	B		SEV	   ;Set Twos Complement Overflow Bit
1A11:	2A 54		BPL ,54   ;Branch if Plus
1A13:	88 1		EORA ,1   ;Exclusive OR Accumulator A
1A15:	2		IDIV	   ;Integer Divide
1A16:	3		FDIV	   ;Fractional Divide
1A17:	4		LSRD	   ;Logical Shift Right Double Accumulator
1A18:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1A19:	8		INX	   ;Increment Index Register X
1A1A:	A		CLV	   ;Clear Twos-Complement Overflow Bit
1A1B:	C		CLC	   ;Clear Carry
1A1C:	C		CLC	   ;Clear Carry
1A1D:	10		SBA	   ;Substract Accumulators
1A1E:	14 18 1C	BSET ( 18 1C)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
1A21:	20 28		BRA ,28   ;Branch Always
1A23:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
1A24:	38		PULX	   ;Pull Index Register X from Stack
1A25:	40		NEGA	   ;Negate Accumulator A
1A26:	48		ASLA	   ;Arithmetic shift Left Accumulator A
1A27:	4C		INCA	   ;Increment Accumulator A
1A28:	50		NEGB	   ;Negate Accumulator B
1A29:	54		LSRB	   ;Logical Shift Right Accumulator B
1A2A:	58		ASLB	   ;Arithmetic shift Left Accumulator B
1A2B:	60 1		NEG (1,X)   ;Negate
1A2D:	1		NOP	   ;No Operation
1A2E:	50		NEGB	   ;Negate Accumulator B
1A2F:	60 70		NEG (70,X)   ;Negate
1A31:	70 70 70	NEG ( 70 70)   ;Negate
1A34:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1A37:	C6 84		LDAB ,84   ;Load Accumulator B
1A39:	77 73 5A	ASR ( 73 5A)   ;Arithmetic shift Right
1A3C:	4C		INCA	   ;Increment Accumulator A
1A3D:	40		NEGA	   ;Negate Accumulator A
1A3E:	33		PULB	   ;Pull Accumulator B from Stack
1A3F:	2D 2A		BLT ,2A   ;Branch  il Less than Zero
1A41:	24 24		BCC   ,24   ;Branch if Carry Clear
1A43:	2B 2A		BMI ,2A   ;Branch if Minus
1A45:	2A 24		BPL ,24   ;Branch if Plus
1A47:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
1A48:	12 11 11 10	BRSET ( 11 11 10)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
1A4C:	B		SEV	   ;Set Twos Complement Overflow Bit
1A4D:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
1A4E:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1A4F:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1A50:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1A51:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1A52:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1A53:	A		CLV	   ;Clear Twos-Complement Overflow Bit
1A54:	7E 7E 7E	JMP ( 7E 7E)   ;Jump
1A57:	71 66 55	JMP ( 66 55)   ;Jump
1A5A:	4D		TSTA	   ;Test Accumulator A
1A5B:	43		COMA	   ;Complement Accumulator A
1A5C:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
1A5D:	2C 21		BGE  ,21   ;Branch if Greater than or Equal to Zero
1A5F:	1B		ABA	   ;Add Accumulator B to Accumulator A
1A60:	15 15		BCLR ,15   ;Clear Bit(s) in Memory
1A62:	15 18		BCLR ,18   ;Clear Bit(s) in Memory
1A64:	0		TEST	   ;Test Operation (Test Mode Only)
1A65:	0		TEST	   ;Test Operation (Test Mode Only)
1A66:	0		TEST	   ;Test Operation (Test Mode Only)
1A67:	0		TEST	   ;Test Operation (Test Mode Only)
1A68:	0		TEST	   ;Test Operation (Test Mode Only)
1A69:	0		TEST	   ;Test Operation (Test Mode Only)
1A6A:	4		LSRD	   ;Logical Shift Right Double Accumulator
1A6B:	14 39 60	BSET ( 39 60)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
1A6E:	83 B3 BD	SUBD , B3 BD   ;Substract Double Accumulator
1A71:	EA EA		ORAB (EA,X)   ;Inclusive OR Accumulator B
1A73:	EA 0		ORAB (0,X)   ;Inclusive OR Accumulator B
1A75:	0		TEST	   ;Test Operation (Test Mode Only)
1A76:	0		TEST	   ;Test Operation (Test Mode Only)
1A77:	0		TEST	   ;Test Operation (Test Mode Only)
1A78:	0		TEST	   ;Test Operation (Test Mode Only)
1A79:	0		TEST	   ;Test Operation (Test Mode Only)
1A7A:	4		LSRD	   ;Logical Shift Right Double Accumulator
1A7B:	14 39 60	BSET ( 39 60)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
1A7E:	83 B3 BD	SUBD , B3 BD   ;Substract Double Accumulator
1A81:	EA EA		ORAB (EA,X)   ;Inclusive OR Accumulator B
1A83:	EA 1B		ORAB (1B,X)   ;Inclusive OR Accumulator B
1A85:	1B		ABA	   ;Add Accumulator B to Accumulator A
1A86:	1B		ABA	   ;Add Accumulator B to Accumulator A
1A87:	1B		ABA	   ;Add Accumulator B to Accumulator A
1A88:	1B		ABA	   ;Add Accumulator B to Accumulator A
1A89:	1B		ABA	   ;Add Accumulator B to Accumulator A
1A8A:	1B		ABA	   ;Add Accumulator B to Accumulator A
1A8B:	1B		ABA	   ;Add Accumulator B to Accumulator A
1A8C:	1B		ABA	   ;Add Accumulator B to Accumulator A
1A8D:	1B		ABA	   ;Add Accumulator B to Accumulator A
1A8E:	1B		ABA	   ;Add Accumulator B to Accumulator A
1A8F:	1B		ABA	   ;Add Accumulator B to Accumulator A
1A90:	1B		ABA	   ;Add Accumulator B to Accumulator A
1A91:	1B		ABA	   ;Add Accumulator B to Accumulator A
1A92:	1B		ABA	   ;Add Accumulator B to Accumulator A
1A93:	1B		ABA	   ;Add Accumulator B to Accumulator A
1A94:	0		TEST	   ;Test Operation (Test Mode Only)
1A95:	4		LSRD	   ;Logical Shift Right Double Accumulator
1A96:	10		SBA	   ;Substract Accumulators
1A97:	20 0		BRA ,0   ;Branch Always
1A99:	2		IDIV	   ;Integer Divide
1A9A:	4		LSRD	   ;Logical Shift Right Double Accumulator
1A9B:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1A9C:	9		DEX	   ;Decrement Index Register X
1A9D:	C		CLC	   ;Clear Carry
1A9E:	E		CLI	   ;Clear Interrupt Mask
1A9F:	10		SBA	   ;Substract Accumulators
1AA0:	13 15		BRCLR (15)   ;Branch if Bit(s) Clear
1AA2:	18 1E 1E	BRCLR ( 1E)   ;Branch if Bit(s) Clear
1AA4:	0		TEST	   ;Test Operation (Test Mode Only)
1AA5:	0		TEST	   ;Test Operation (Test Mode Only)
1AA6:	0		TEST	   ;Test Operation (Test Mode Only)
1AA7:	0		TEST	   ;Test Operation (Test Mode Only)
1AA8:	0		TEST	   ;Test Operation (Test Mode Only)
1AA9:	0		TEST	   ;Test Operation (Test Mode Only)
1AAA:	0		TEST	   ;Test Operation (Test Mode Only)
1AAB:	0		TEST	   ;Test Operation (Test Mode Only)
1AAC:	1		NOP	   ;No Operation
1AAD:	2		IDIV	   ;Integer Divide
1AAE:	3		FDIV	   ;Fractional Divide
1AAF:	4		LSRD	   ;Logical Shift Right Double Accumulator
1AB0:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
1AB1:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1AB2:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
1AB3:	8		INX	   ;Increment Index Register X
1AB4:	FF 1 1	STX ( 1 1)   ;Store Index Register X
1AB7:	1		NOP	   ;No Operation
1AB8:	1		NOP	   ;No Operation
1AB9:	1		NOP	   ;No Operation
1ABA:	1		NOP	   ;No Operation
1ABB:	1		NOP	   ;No Operation
1ABC:	28 2C		BVC ,2C   ;Branch if Overflow Clear
1ABE:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
1ABF:	34		DES	   ;Decrement Stack Pointer
1AC0:	38		PULX	   ;Pull Index Register X from Stack
1AC1:	40		NEGA	   ;Negate Accumulator A
1AC2:	48		ASLA	   ;Arithmetic shift Left Accumulator A
1AC3:	50		NEGB	   ;Negate Accumulator B
1AC4:	0		TEST	   ;Test Operation (Test Mode Only)
1AC5:	0		TEST	   ;Test Operation (Test Mode Only)
1AC6:	0		TEST	   ;Test Operation (Test Mode Only)
1AC7:	0		TEST	   ;Test Operation (Test Mode Only)
1AC8:	0		TEST	   ;Test Operation (Test Mode Only)
1AC9:	0		TEST	   ;Test Operation (Test Mode Only)
1ACA:	0		TEST	   ;Test Operation (Test Mode Only)
1ACB:	0		TEST	   ;Test Operation (Test Mode Only)
1ACC:	1		NOP	   ;No Operation
1ACD:	0		TEST	   ;Test Operation (Test Mode Only)
1ACE:	1		NOP	   ;No Operation
1ACF:	99 2		ADCA (2)   ;Add with Carry to Accumulator A
1AD1:	58		ASLB	   ;Arithmetic shift Left Accumulator B
1AD2:	2		IDIV	   ;Integer Divide
1AD3:	40		NEGA	   ;Negate Accumulator A
1AD4:	8		INX	   ;Increment Index Register X
1AD5:	92 30		SBCA (30)   ;Substract with Carry Accumulator A
1AD7:	0		TEST	   ;Test Operation (Test Mode Only)
1AD8:	80 20		SUBA ,20   ;Substract Accumulator A
1ADA:	FF FF 5	STX ( FF 5)   ;Store Index Register X
1ADD:	17		TBA	   ;Transfer from Accumulator B to Accumulator A
1ADE:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1ADF:	0		TEST	   ;Test Operation (Test Mode Only)
1AE0:	1		NOP	   ;No Operation
1AE1:	28 15		BVC ,15   ;Branch if Overflow Clear
1AE3:	2		IDIV	   ;Integer Divide
1AE4:	1		NOP	   ;No Operation
1AE5:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
1AE6:	C		CLC	   ;Clear Carry
1AE7:	2		IDIV	   ;Integer Divide
1AE8:	EA 2		ORAB (2,X)   ;Inclusive OR Accumulator B
1AEA:	5C		INCB	   ;Increment Accumulator B
1AEB:	8		INX	   ;Increment Index Register X
1AEC:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
1AED:	9		DEX	   ;Decrement Index Register X
1AEE:	2		IDIV	   ;Integer Divide
1AEF:	1		NOP	   ;No Operation
1AF0:	8F		XGDX	   ;Exchange Double Accumulator and Index Register X
1AF1:	8C 44 BC	CPX , 44 BC   ;Compare Index Register X
1AF4:	FF 3 1	STX ( 3 1)   ;Store Index Register X
1AF7:	14 64 20	BSET ( 64 20)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
1AFA:	1A 20 20 1A	BSET ( 20 1A)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
1AFD:	2		IDIV	   ;Integer Divide
1AFE:	38		PULX	   ;Pull Index Register X from Stack
1AFF:	48		ASLA	   ;Arithmetic shift Left Accumulator A
1B00:	22 44		BHI ,44   ;Branch if Higher
1B02:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1B05:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1B08:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1B0B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1B0E:	FF FF B8	STX ( FF B8)   ;Store Index Register X
1B11:	B8 B8 9C	EORA ( B8 9C)   ;Exclusive OR Accumulator A
1B14:	80 75		SUBA ,75   ;Substract Accumulator A
1B16:	6B 5F		SUBA ,5F   ;Substract Accumulator A
1B18:	61 70		SUBA ,70   ;Substract Accumulator A
1B1A:	70 70 70	NEG ( 70 70)   ;Negate
1B1D:	70 70 70	NEG ( 70 70)   ;Negate
1B20:	80 80		SUBA ,80   ;Substract Accumulator A
1B22:	80 80		SUBA ,80   ;Substract Accumulator A
1B24:	80 80		SUBA ,80   ;Substract Accumulator A
1B26:	80 80		SUBA ,80   ;Substract Accumulator A
1B28:	80 80		SUBA ,80   ;Substract Accumulator A
1B2A:	80 80		SUBA ,80   ;Substract Accumulator A
1B2C:	80 80		SUBA ,80   ;Substract Accumulator A
1B2E:	80 80		SUBA ,80   ;Substract Accumulator A
1B30:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1B31:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1B32:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1B33:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1B34:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1B35:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1B36:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1B37:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1B38:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1B39:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1B3A:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1B3B:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1B3C:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1B3D:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1B3E:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1B3F:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1B40:	4		LSRD	   ;Logical Shift Right Double Accumulator
1B41:	4		LSRD	   ;Logical Shift Right Double Accumulator
1B42:	4		LSRD	   ;Logical Shift Right Double Accumulator
1B43:	4		LSRD	   ;Logical Shift Right Double Accumulator
1B44:	4		LSRD	   ;Logical Shift Right Double Accumulator
1B45:	4		LSRD	   ;Logical Shift Right Double Accumulator
1B46:	4		LSRD	   ;Logical Shift Right Double Accumulator
1B47:	4		LSRD	   ;Logical Shift Right Double Accumulator
1B48:	4		LSRD	   ;Logical Shift Right Double Accumulator
1B49:	4		LSRD	   ;Logical Shift Right Double Accumulator
1B4A:	4		LSRD	   ;Logical Shift Right Double Accumulator
1B4B:	4		LSRD	   ;Logical Shift Right Double Accumulator
1B4C:	4		LSRD	   ;Logical Shift Right Double Accumulator
1B4D:	4		LSRD	   ;Logical Shift Right Double Accumulator
1B4E:	4		LSRD	   ;Logical Shift Right Double Accumulator
1B4F:	4		LSRD	   ;Logical Shift Right Double Accumulator
1B50:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
1B51:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
1B52:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
1B53:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
1B54:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
1B55:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
1B56:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
1B57:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
1B58:	1		NOP	   ;No Operation
1B59:	2		IDIV	   ;Integer Divide
1B5A:	3		FDIV	   ;Fractional Divide
1B5B:	4		LSRD	   ;Logical Shift Right Double Accumulator
1B5C:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
1B5D:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
1B5E:	8		INX	   ;Increment Index Register X
1B5F:	A		CLV	   ;Clear Twos-Complement Overflow Bit
1B60:	1B		ABA	   ;Add Accumulator B to Accumulator A
1B61:	1B		ABA	   ;Add Accumulator B to Accumulator A
1B62:	1B		ABA	   ;Add Accumulator B to Accumulator A
1B63:	1B		ABA	   ;Add Accumulator B to Accumulator A
1B64:	1A 18		ABA	   ;Add Accumulator B to Accumulator A
1B65:	18 11		ABA	   ;Add Accumulator B to Accumulator A
1B66:	11		CBA	   ;Compare Accumulators
1B67:	F		SEI	   ;Set Interrupt Mask
1B68:	C		CLC	   ;Clear Carry
1B69:	C		CLC	   ;Clear Carry
1B6A:	C		CLC	   ;Clear Carry
1B6B:	B		SEV	   ;Set Twos Complement Overflow Bit
1B6C:	8		INX	   ;Increment Index Register X
1B6D:	8		INX	   ;Increment Index Register X
1B6E:	8		INX	   ;Increment Index Register X
1B6F:	8		INX	   ;Increment Index Register X
1B70:	20 28		BRA ,28   ;Branch Always
1B72:	96 C0		LDAA (C0)   ;Load Accumulator A
1B74:	98 88		EORA (88)   ;Exclusive OR Accumulator A
1B76:	98 80		EORA (80)   ;Exclusive OR Accumulator A
1B78:	8		INX	   ;Increment Index Register X
1B79:	8		INX	   ;Increment Index Register X
1B7A:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
1B7B:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
1B7C:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
1B7D:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
1B7E:	28 1C		BVC ,1C   ;Branch if Overflow Clear
1B80:	19		DAA	   ;Decimal Adjust Accumulator A
1B81:	18 18		DAA	   ;Decimal Adjust Accumulator A
1B82:	18 18		DAA	   ;Decimal Adjust Accumulator A
1B83:	18 18		DAA	   ;Decimal Adjust Accumulator A
1B84:	18 18		DAA	   ;Decimal Adjust Accumulator A
1B85:	18 18		DAA	   ;Decimal Adjust Accumulator A
1B86:	18 18		DAA	   ;Decimal Adjust Accumulator A
1B87:	18 18		DAA	   ;Decimal Adjust Accumulator A
1B88:	18 18		DAA	   ;Decimal Adjust Accumulator A
1B89:	18 FF FF FF	STY ( FF FF)   ;Store Index Register Y
1B8C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1B8F:	FF FF C0	STX ( FF C0)   ;Store Index Register X
1B92:	80 80		SUBA ,80   ;Substract Accumulator A
1B94:	80 80		SUBA ,80   ;Substract Accumulator A
1B96:	80 80		SUBA ,80   ;Substract Accumulator A
1B98:	80 80		SUBA ,80   ;Substract Accumulator A
1B9A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1B9D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1BA0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1BA3:	FF FF C	STX ( FF C)   ;Store Index Register X
1BA6:	C		CLC	   ;Clear Carry
1BA7:	C		CLC	   ;Clear Carry
1BA8:	FF 9 9	STX ( 9 9)   ;Store Index Register X
1BAB:	9		DEX	   ;Decrement Index Register X
1BAC:	FF 7 7	STX ( 7 7)   ;Store Index Register X
1BAF:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
1BB0:	2		IDIV	   ;Integer Divide
1BB1:	26 2		BNE ,2   ;Branch if Not Equal to Zero
1BB3:	26 3		BNE ,3   ;Branch if Not Equal to Zero
1BB5:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
1BB6:	2		IDIV	   ;Integer Divide
1BB7:	62		IDIV	   ;Integer Divide
1BB8:	1		NOP	   ;No Operation
1BB9:	C2 1		SBCB1   ;Substract with Carry Accumulator B
1BBB:	B8 1 4A	EORA ( 1 4A)   ;Exclusive OR Accumulator A
1BBE:	1		NOP	   ;No Operation
1BBF:	95 1		BITA (1)   ;Bit test Accumulator A
1BC1:	C2 1		SBCB1   ;Substract with Carry Accumulator B
1BC3:	EA 2		ORAB (2,X)   ;Inclusive OR Accumulator B
1BC5:	8		INX	   ;Increment Index Register X
1BC6:	2		IDIV	   ;Integer Divide
1BC7:	62		IDIV	   ;Integer Divide
1BC8:	3		FDIV	   ;Fractional Divide
1BC9:	3E		WAI	   ;Wait for Interrupt
1BCA:	3		FDIV	   ;Fractional Divide
1BCB:	3E		WAI	   ;Wait for Interrupt
1BCC:	3		FDIV	   ;Fractional Divide
1BCD:	3E		WAI	   ;Wait for Interrupt
1BCE:	3		FDIV	   ;Fractional Divide
1BCF:	3E		WAI	   ;Wait for Interrupt
1BD0:	1		NOP	   ;No Operation
1BD1:	D6 1		LDAB (1)   ;Load Accumulator B
1BD3:	D6 2		LDAB (2)   ;Load Accumulator B
1BD5:	8A 1		ORAA ,1   ;Inclusive OR Accumulator A
1BD7:	C2 1		SBCB1   ;Substract with Carry Accumulator B
1BD9:	5E 1		SBCB1   ;Substract with Carry Accumulator B
1BDB:	54		LSRB	   ;Logical Shift Right Accumulator B
1BDC:	0		TEST	   ;Test Operation (Test Mode Only)
1BDD:	E6 1		LDAB (1,X)   ;Load Accumulator B
1BDF:	18 1 1	LDAB ( 1,X)   ;Load Accumulator B
1BE1:	40		NEGA	   ;Negate Accumulator A
1BE2:	1		NOP	   ;No Operation
1BE3:	B8 1 A4	EORA ( 1 A4)   ;Exclusive OR Accumulator A
1BE6:	1		NOP	   ;No Operation
1BE7:	A4 1		ANDA (1,X)   ;Logical AND with Accumulator A
1BE9:	A4 1		ANDA (1,X)   ;Logical AND with Accumulator A
1BEB:	A4 1		ANDA (1,X)   ;Logical AND with Accumulator A
1BED:	A4 1		ANDA (1,X)   ;Logical AND with Accumulator A
1BEF:	A4 1		ANDA (1,X)   ;Logical AND with Accumulator A
1BF1:	F4 1 F4	ANDB ( 1 F4)   ;Logical AND with Accumulator B
1BF4:	2		IDIV	   ;Integer Divide
1BF5:	12 1 EA 1	BRSET ( 1 EA 1)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
1BF9:	72 1 90 1	BRSET ( 1 90 1)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
1BFD:	E		CLI	   ;Clear Interrupt Mask
1BFE:	1		NOP	   ;No Operation
1BFF:	22 1		BHI ,1   ;Branch if Higher
1C01:	40		NEGA	   ;Negate Accumulator A
1C02:	1		NOP	   ;No Operation
1C03:	86 1		LDAA ,1   ;Load Accumulator A
1C05:	CC 2 26	LDD , 2 26   ;Load Double Accumulator
1C08:	2		IDIV	   ;Integer Divide
1C09:	EE 2		LDX (2,X)   ;Load Index Register X
1C0B:	EE 2		LDX (2,X)   ;Load Index Register X
1C0D:	EE 2		LDX (2,X)   ;Load Index Register X
1C0F:	EE 1		LDX (1,X)   ;Load Index Register X
1C11:	EA 1		ORAB (1,X)   ;Inclusive OR Accumulator B
1C13:	EA 2		ORAB (2,X)   ;Inclusive OR Accumulator B
1C15:	EE 2		LDX (2,X)   ;Load Index Register X
1C17:	62 1		LDX (1,X)   ;Load Index Register X
1C19:	A4 1		ANDA (1,X)   ;Logical AND with Accumulator A
1C1B:	9A 1		ORAA (1)   ;Inclusive OR Accumulator A
1C1D:	18 1 1	ORAA ( 1)   ;Inclusive OR Accumulator A
1C1F:	5E 1		ORAA (1)   ;Inclusive OR Accumulator A
1C21:	A4 1		ANDA (1,X)   ;Logical AND with Accumulator A
1C23:	F4 2 8	ANDB ( 2 8)   ;Logical AND with Accumulator B
1C26:	2		IDIV	   ;Integer Divide
1C27:	A8 3		EORA (3,X)   ;Exclusive OR Accumulator A
1C29:	66 3		ROR (3,X)   ;Rotate Right
1C2B:	66 3		ROR (3,X)   ;Rotate Right
1C2D:	66 3		ROR (3,X)   ;Rotate Right
1C2F:	66 E		ROR (E,X)   ;Rotate Right
1C31:	10		SBA	   ;Substract Accumulators
1C32:	19		DAA	   ;Decimal Adjust Accumulator A
1C33:	20 24		BRA ,24   ;Branch Always
1C35:	2A 33		BPL ,33   ;Branch if Plus
1C37:	40		NEGA	   ;Negate Accumulator A
1C38:	40		NEGA	   ;Negate Accumulator A
1C39:	40		NEGA	   ;Negate Accumulator A
1C3A:	40		NEGA	   ;Negate Accumulator A
1C3B:	40		NEGA	   ;Negate Accumulator A
1C3C:	40		NEGA	   ;Negate Accumulator A
1C3D:	40		NEGA	   ;Negate Accumulator A
1C3E:	40		NEGA	   ;Negate Accumulator A
1C3F:	40		NEGA	   ;Negate Accumulator A
1C40:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
1C41:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
1C42:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
1C43:	40		NEGA	   ;Negate Accumulator A
1C44:	40		NEGA	   ;Negate Accumulator A
1C45:	40		NEGA	   ;Negate Accumulator A
1C46:	40		NEGA	   ;Negate Accumulator A
1C47:	40		NEGA	   ;Negate Accumulator A
1C48:	40		NEGA	   ;Negate Accumulator A
1C49:	40		NEGA	   ;Negate Accumulator A
1C4A:	40		NEGA	   ;Negate Accumulator A
1C4B:	40		NEGA	   ;Negate Accumulator A
1C4C:	40		NEGA	   ;Negate Accumulator A
1C4D:	40		NEGA	   ;Negate Accumulator A
1C4E:	40		NEGA	   ;Negate Accumulator A
1C4F:	40		NEGA	   ;Negate Accumulator A
1C50:	1A 1A		NEGA	   ;Negate Accumulator A
1C51:	1A 1A		NEGA	   ;Negate Accumulator A
1C52:	1A 1A		NEGA	   ;Negate Accumulator A
1C53:	1A 1B		NEGA	   ;Negate Accumulator A
1C54:	1B		ABA	   ;Add Accumulator B to Accumulator A
1C55:	23 5F		BLS ,5F   ;Branch if Lower or Same
1C57:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1C5A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1C5D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1C60:	0		TEST	   ;Test Operation (Test Mode Only)
1C61:	3E		WAI	   ;Wait for Interrupt
1C62:	C1 20		CMPB ,20   ;Compare Accumulator B
1C64:	55 45		CMPB ,45   ;Compare Accumulator B
1C66:	85 83		BITA ,83   ;Bit test Accumulator A
1C68:	94 B6		ANDA (B6)   ;Logical AND with Accumulator A
1C6A:	20 34		BRA ,34   ;Branch Always
1C6C:	36		PSHA	   ;Push Accumulator A onto Stack
1C6D:	34		DES	   ;Decrement Stack Pointer
1C6E:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
1C6F:	37		PSHB	   ;Push Accumulator B onto Stack
1C70:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
1C71:	37		PSHB	   ;Push Accumulator B onto Stack
1C72:	39		RTS	   ;Return from Subroutine
1C73:	20 20		BRA ,20   ;Branch Always
1C75:	20 20		BRA ,20   ;Branch Always
1C77:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1C7A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1C7D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1C80:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1C83:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1C86:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1C89:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1C8C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1C8F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1C92:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1C95:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1C98:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1C9B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1C9E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CA1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CA4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CA7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CAA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CAD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CB0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CB3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CB6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CB9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CBC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CBF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CC2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CC5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CC8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CCB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CCE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CD1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CD4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CD7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CDA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CDD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CE0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CE3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CE6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CE9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CEC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CEF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CF2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CF5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CF8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CFB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1CFE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D01:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D04:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D07:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D0A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D0D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D10:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D13:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D16:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D19:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D1C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D1F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D22:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D25:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D28:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D2B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D2E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D31:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D34:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D37:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D3A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D3D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D40:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D43:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D46:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D49:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D4C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D4F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D52:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D55:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D58:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D5B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D5E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D61:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D64:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D67:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D6A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D6D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D70:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D73:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D76:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D79:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D7C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D7F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D82:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D85:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D88:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D8B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D8E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D91:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D94:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D97:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D9A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1D9D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DA0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DA3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DA6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DA9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DAC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DAF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DB2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DB5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DB8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DBB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DBE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DC1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DC4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DC7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DCA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DCD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DD0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DD3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DD6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DD9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DDC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DDF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DE2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DE5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DE8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DEB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DEE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DF1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DF4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DF7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DFA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1DFD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E00:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E03:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E06:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E09:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E0C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E0F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E12:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E15:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E18:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E1B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E1E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E21:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E24:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E27:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E2A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E2D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E30:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E33:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E36:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E39:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E3C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E3F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E42:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E45:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E48:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E4B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E4E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E51:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E54:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E57:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E5A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E5D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E60:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E63:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E66:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E69:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E6C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E6F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E72:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E75:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E78:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E7B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E7E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E81:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E84:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E87:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E8A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E8D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E90:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E93:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E96:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E99:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E9C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1E9F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EA2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EA5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EA8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EAB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EAE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EB1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EB4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EB7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EBA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EBD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EC0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EC3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EC6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EC9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1ECC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1ECF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1ED2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1ED5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1ED8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EDB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EDE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EE1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EE4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EE7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EEA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EED:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EF0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EF3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EF6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EF9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EFC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1EFF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F02:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F05:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F08:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F0B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F0E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F11:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F14:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F17:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F1A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F1D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F20:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F23:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F26:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F29:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F2C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F2F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F32:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F35:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F38:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F3B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F3E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F41:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F44:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F47:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F4A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F4D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F50:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F53:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F56:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F59:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F5C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F5F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F62:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F65:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F68:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F6B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F6E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F71:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F74:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F77:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F7A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F7D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F80:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F83:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F86:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F89:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F8C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F8F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F92:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F95:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F98:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F9B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1F9E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FA1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FA4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FA7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FAA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FAD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FB0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FB3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FB6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FB9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FBC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FBF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FC2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FC5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FC8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FCB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FCE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FD1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FD4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FD7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FDA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FDD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FE0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FE3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FE6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FE9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FEC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FEF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FF2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FF5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FF8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FFB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
1FFE:	FF FF C2	STX ( FF C2)   ;Store Index Register X
2001:	BD BA B4	JSR ( BA B4)   ;Jump to Subroutine
2004:	B5 B5 B3	BITA ( B5 B3)   ;Bit test Accumulator A
2007:	B3 B6 B5	SUBD ( B6 B5)   ;Substract Double Accumulator
200A:	B2 B3 AD	SBCA ( B3 AD)   ;Substract with Carry Accumulator A
200D:	AD AD		JSR (AD,X)   ;Jump to Subroutine
200F:	34		DES	   ;Decrement Stack Pointer
2010:	BE B8 B6	LDS ( B8 B6)   ;Load Stack Pointer
2013:	B3 B4 B5	SUBD ( B4 B5)   ;Substract Double Accumulator
2016:	B3 B4 B7	SUBD ( B4 B7)   ;Substract Double Accumulator
2019:	B6 B2 B1	LDAA ( B2 B1)   ;Load Accumulator A
201C:	B0 B0 B0	SUBA ( B0 B0)   ;Substract Accumulator A
201F:	25 BC		BCS  ,BC   ;Branch if Carry Set
2021:	B7 B6 B6	STAA ( B6 B6)   ;Store Accumulator A
2024:	B5 B4 B5	BITA ( B4 B5)   ;Bit test Accumulator A
2027:	B5 B4 B3	BITA ( B4 B3)   ;Bit test Accumulator A
202A:	B2 B1 B0	SBCA ( B1 B0)   ;Substract with Carry Accumulator A
202D:	B0 B0 30	SUBA ( B0 30)   ;Substract Accumulator A
2030:	B9 B5 B5	ADCA ( B5 B5)   ;Add with Carry to Accumulator A
2033:	B2 B2 B4	SBCA ( B2 B4)   ;Substract with Carry Accumulator A
2036:	B4 B6 B4	ANDA ( B6 B4)   ;Logical AND with Accumulator A
2039:	B3 B2 B1	SUBD ( B2 B1)   ;Substract Double Accumulator
203C:	AD AD		JSR (AD,X)   ;Jump to Subroutine
203E:	AD 2D		JSR (2D,X)   ;Jump to Subroutine
2040:	B7 B6 B5	STAA ( B6 B5)   ;Store Accumulator A
2043:	B2 B2 B4	SBCA ( B2 B4)   ;Substract with Carry Accumulator A
2046:	B2 B2 B0	SBCA ( B2 B0)   ;Substract with Carry Accumulator A
2049:	B0 B0 B0	SUBA ( B0 B0)   ;Substract Accumulator A
204C:	AE AE		LDS (AE,X)   ;Load Stack Pointer
204E:	AE 30		LDS (30,X)   ;Load Stack Pointer
2050:	B6 B5 B2	LDAA ( B5 B2)   ;Load Accumulator A
2053:	B3 B5 B5	SUBD ( B5 B5)   ;Substract Double Accumulator
2056:	B2 B1 B0	SBCA ( B1 B0)   ;Substract with Carry Accumulator A
2059:	B0 B0 B0	SUBA ( B0 B0)   ;Substract Accumulator A
205C:	AE AE		LDS (AE,X)   ;Load Stack Pointer
205E:	AE 3A		LDS (3A,X)   ;Load Stack Pointer
2060:	B2 B3 B2	SBCA ( B3 B2)   ;Substract with Carry Accumulator A
2063:	B4 B2 B2	ANDA ( B2 B2)   ;Logical AND with Accumulator A
2066:	B0 B0 AF	SUBA ( B0 AF)   ;Substract Accumulator A
2069:	B0 B0 B0	SUBA ( B0 B0)   ;Substract Accumulator A
206C:	AE AE		LDS (AE,X)   ;Load Stack Pointer
206E:	AE 2B		LDS (2B,X)   ;Load Stack Pointer
2070:	B4 B5 B5	ANDA ( B5 B5)   ;Logical AND with Accumulator A
2073:	B4 B1 B1	ANDA ( B1 B1)   ;Logical AND with Accumulator A
2076:	B0 B0 B0	SUBA ( B0 B0)   ;Substract Accumulator A
2079:	B0 AF B0	SUBA ( AF B0)   ;Substract Accumulator A
207C:	AD AD		JSR (AD,X)   ;Jump to Subroutine
207E:	AD 2F		JSR (2F,X)   ;Jump to Subroutine
2080:	B3 B4 B4	SUBD ( B4 B4)   ;Substract Double Accumulator
2083:	B2 AF B0	SBCA ( AF B0)   ;Substract with Carry Accumulator A
2086:	AF AF		STS (AF,X)   ;Store Stack Pointer
2088:	AF AF		STS (AF,X)   ;Store Stack Pointer
208A:	AE AF		LDS (AF,X)   ;Load Stack Pointer
208C:	AE AA		LDS (AA,X)   ;Load Stack Pointer
208E:	AA 3B		ORAA (3B,X)   ;Inclusive OR Accumulator A
2090:	B2 B2 B2	SBCA ( B2 B2)   ;Substract with Carry Accumulator A
2093:	B2 B1 B2	SBCA ( B1 B2)   ;Substract with Carry Accumulator A
2096:	B1 B0 B0	CMPA ( B0 B0)   ;Compare Accumulator A
2099:	AF B0		STS (B0,X)   ;Store Stack Pointer
209B:	AF AF		STS (AF,X)   ;Store Stack Pointer
209D:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
209F:	37		PSHB	   ;Push Accumulator B onto Stack
20A0:	B4 B4 B2	ANDA ( B4 B2)   ;Logical AND with Accumulator A
20A3:	B4 B1 B1	ANDA ( B1 B1)   ;Logical AND with Accumulator A
20A6:	B0 B0 B0	SUBA ( B0 B0)   ;Substract Accumulator A
20A9:	B0 AF AF	SUBA ( AF AF)   ;Substract Accumulator A
20AC:	AC AC		CPX (AC,X)   ;Compare Index Register X
20AE:	AC 35		CPX (35,X)   ;Compare Index Register X
20B0:	B3 B3 B2	SUBD ( B3 B2)   ;Substract Double Accumulator
20B3:	AF B1		STS (B1,X)   ;Store Stack Pointer
20B5:	B3 B0 AF	SUBD ( B0 AF)   ;Substract Double Accumulator
20B8:	AF AF		STS (AF,X)   ;Store Stack Pointer
20BA:	AE AF		LDS (AF,X)   ;Load Stack Pointer
20BC:	AD AD		JSR (AD,X)   ;Jump to Subroutine
20BE:	AD 35		JSR (35,X)   ;Jump to Subroutine
20C0:	B4 B4 B3	ANDA ( B4 B3)   ;Logical AND with Accumulator A
20C3:	B1 B1 B1	CMPA ( B1 B1)   ;Compare Accumulator A
20C6:	AF AF		STS (AF,X)   ;Store Stack Pointer
20C8:	AE AD		LDS (AD,X)   ;Load Stack Pointer
20CA:	AF AF		STS (AF,X)   ;Store Stack Pointer
20CC:	AF AC		STS (AC,X)   ;Store Stack Pointer
20CE:	AC 37		CPX (37,X)   ;Compare Index Register X
20D0:	B2 B2 B1	SBCA ( B2 B1)   ;Substract with Carry Accumulator A
20D3:	AC AB		CPX (AB,X)   ;Compare Index Register X
20D5:	AD AD		JSR (AD,X)   ;Jump to Subroutine
20D7:	AC AD		CPX (AD,X)   ;Compare Index Register X
20D9:	AE AE		LDS (AE,X)   ;Load Stack Pointer
20DB:	AE AE		LDS (AE,X)   ;Load Stack Pointer
20DD:	AC AC		CPX (AC,X)   ;Compare Index Register X
20DF:	38		PULX	   ;Pull Index Register X from Stack
20E0:	AF AF		STS (AF,X)   ;Store Stack Pointer
20E2:	AF AF		STS (AF,X)   ;Store Stack Pointer
20E4:	AE AD		LDS (AD,X)   ;Load Stack Pointer
20E6:	AD AE		JSR (AE,X)   ;Jump to Subroutine
20E8:	AC AC		CPX (AC,X)   ;Compare Index Register X
20EA:	AC AC		CPX (AC,X)   ;Compare Index Register X
20EC:	AD AC		JSR (AC,X)   ;Jump to Subroutine
20EE:	AC 36		CPX (36,X)   ;Compare Index Register X
20F0:	B0 B0 B0	SUBA ( B0 B0)   ;Substract Accumulator A
20F3:	B0 AF AD	SUBA ( AF AD)   ;Substract Accumulator A
20F6:	AC AC		CPX (AC,X)   ;Compare Index Register X
20F8:	AD AD		JSR (AD,X)   ;Jump to Subroutine
20FA:	AC AD		CPX (AD,X)   ;Compare Index Register X
20FC:	AD AD		JSR (AD,X)   ;Jump to Subroutine
20FE:	AD 33		JSR (33,X)   ;Jump to Subroutine
2100:	C2 BD		SBCBBD   ;Substract with Carry Accumulator B
2102:	BA B4 B5	ORAA ( B4 B5)   ;Inclusive OR Accumulator A
2105:	B5 B3 B3	BITA ( B3 B3)   ;Bit test Accumulator A
2108:	B6 B5 B2	LDAA ( B5 B2)   ;Load Accumulator A
210B:	B3 AD AD	SUBD ( AD AD)   ;Substract Double Accumulator
210E:	AD 34		JSR (34,X)   ;Jump to Subroutine
2110:	BE B8 B6	LDS ( B8 B6)   ;Load Stack Pointer
2113:	B3 B4 B5	SUBD ( B4 B5)   ;Substract Double Accumulator
2116:	B3 B4 B7	SUBD ( B4 B7)   ;Substract Double Accumulator
2119:	B6 B2 B1	LDAA ( B2 B1)   ;Load Accumulator A
211C:	B0 B0 B0	SUBA ( B0 B0)   ;Substract Accumulator A
211F:	25 BC		BCS  ,BC   ;Branch if Carry Set
2121:	B7 B6 B6	STAA ( B6 B6)   ;Store Accumulator A
2124:	B5 B4 B5	BITA ( B4 B5)   ;Bit test Accumulator A
2127:	B5 B4 B3	BITA ( B4 B3)   ;Bit test Accumulator A
212A:	B2 B1 B0	SBCA ( B1 B0)   ;Substract with Carry Accumulator A
212D:	B0 B0 30	SUBA ( B0 30)   ;Substract Accumulator A
2130:	B9 B5 B5	ADCA ( B5 B5)   ;Add with Carry to Accumulator A
2133:	B2 B2 B4	SBCA ( B2 B4)   ;Substract with Carry Accumulator A
2136:	B4 B6 B4	ANDA ( B6 B4)   ;Logical AND with Accumulator A
2139:	B3 B2 B1	SUBD ( B2 B1)   ;Substract Double Accumulator
213C:	AD AD		JSR (AD,X)   ;Jump to Subroutine
213E:	AD 2D		JSR (2D,X)   ;Jump to Subroutine
2140:	B7 B6 B5	STAA ( B6 B5)   ;Store Accumulator A
2143:	B2 B2 B4	SBCA ( B2 B4)   ;Substract with Carry Accumulator A
2146:	B2 B2 B0	SBCA ( B2 B0)   ;Substract with Carry Accumulator A
2149:	B0 B0 B0	SUBA ( B0 B0)   ;Substract Accumulator A
214C:	AE AE		LDS (AE,X)   ;Load Stack Pointer
214E:	AE 30		LDS (30,X)   ;Load Stack Pointer
2150:	B6 B5 B2	LDAA ( B5 B2)   ;Load Accumulator A
2153:	B3 B5 B5	SUBD ( B5 B5)   ;Substract Double Accumulator
2156:	B2 B1 B0	SBCA ( B1 B0)   ;Substract with Carry Accumulator A
2159:	B0 B0 B0	SUBA ( B0 B0)   ;Substract Accumulator A
215C:	AE AE		LDS (AE,X)   ;Load Stack Pointer
215E:	AE 3A		LDS (3A,X)   ;Load Stack Pointer
2160:	B2 B3 B2	SBCA ( B3 B2)   ;Substract with Carry Accumulator A
2163:	B4 B2 B2	ANDA ( B2 B2)   ;Logical AND with Accumulator A
2166:	B0 B0 AF	SUBA ( B0 AF)   ;Substract Accumulator A
2169:	B0 B0 B0	SUBA ( B0 B0)   ;Substract Accumulator A
216C:	AE AE		LDS (AE,X)   ;Load Stack Pointer
216E:	AE 2B		LDS (2B,X)   ;Load Stack Pointer
2170:	B4 B5 B5	ANDA ( B5 B5)   ;Logical AND with Accumulator A
2173:	B4 B1 B1	ANDA ( B1 B1)   ;Logical AND with Accumulator A
2176:	B0 B0 B0	SUBA ( B0 B0)   ;Substract Accumulator A
2179:	B0 AF B0	SUBA ( AF B0)   ;Substract Accumulator A
217C:	AD AD		JSR (AD,X)   ;Jump to Subroutine
217E:	AD 2F		JSR (2F,X)   ;Jump to Subroutine
2180:	B3 B4 B4	SUBD ( B4 B4)   ;Substract Double Accumulator
2183:	B2 AF B0	SBCA ( AF B0)   ;Substract with Carry Accumulator A
2186:	AF AF		STS (AF,X)   ;Store Stack Pointer
2188:	AF AF		STS (AF,X)   ;Store Stack Pointer
218A:	AE AF		LDS (AF,X)   ;Load Stack Pointer
218C:	AE AA		LDS (AA,X)   ;Load Stack Pointer
218E:	AA 3B		ORAA (3B,X)   ;Inclusive OR Accumulator A
2190:	B2 B2 B2	SBCA ( B2 B2)   ;Substract with Carry Accumulator A
2193:	B2 B1 B2	SBCA ( B1 B2)   ;Substract with Carry Accumulator A
2196:	B1 B0 B0	CMPA ( B0 B0)   ;Compare Accumulator A
2199:	AF B0		STS (B0,X)   ;Store Stack Pointer
219B:	AF AF		STS (AF,X)   ;Store Stack Pointer
219D:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
219F:	37		PSHB	   ;Push Accumulator B onto Stack
21A0:	B4 B4 B2	ANDA ( B4 B2)   ;Logical AND with Accumulator A
21A3:	B4 B1 B1	ANDA ( B1 B1)   ;Logical AND with Accumulator A
21A6:	B0 B0 B0	SUBA ( B0 B0)   ;Substract Accumulator A
21A9:	B0 AF AF	SUBA ( AF AF)   ;Substract Accumulator A
21AC:	AC AC		CPX (AC,X)   ;Compare Index Register X
21AE:	AC 35		CPX (35,X)   ;Compare Index Register X
21B0:	B3 B3 B2	SUBD ( B3 B2)   ;Substract Double Accumulator
21B3:	AF B1		STS (B1,X)   ;Store Stack Pointer
21B5:	B3 B0 AF	SUBD ( B0 AF)   ;Substract Double Accumulator
21B8:	AF AF		STS (AF,X)   ;Store Stack Pointer
21BA:	AE AF		LDS (AF,X)   ;Load Stack Pointer
21BC:	AD AD		JSR (AD,X)   ;Jump to Subroutine
21BE:	AD 35		JSR (35,X)   ;Jump to Subroutine
21C0:	B4 B4 B3	ANDA ( B4 B3)   ;Logical AND with Accumulator A
21C3:	B1 B1 B1	CMPA ( B1 B1)   ;Compare Accumulator A
21C6:	AF AF		STS (AF,X)   ;Store Stack Pointer
21C8:	AE AD		LDS (AD,X)   ;Load Stack Pointer
21CA:	AF AF		STS (AF,X)   ;Store Stack Pointer
21CC:	AF AC		STS (AC,X)   ;Store Stack Pointer
21CE:	AC 37		CPX (37,X)   ;Compare Index Register X
21D0:	B2 B2 B1	SBCA ( B2 B1)   ;Substract with Carry Accumulator A
21D3:	AC AB		CPX (AB,X)   ;Compare Index Register X
21D5:	AD AD		JSR (AD,X)   ;Jump to Subroutine
21D7:	AC AD		CPX (AD,X)   ;Compare Index Register X
21D9:	AE AE		LDS (AE,X)   ;Load Stack Pointer
21DB:	AE AE		LDS (AE,X)   ;Load Stack Pointer
21DD:	AC AC		CPX (AC,X)   ;Compare Index Register X
21DF:	38		PULX	   ;Pull Index Register X from Stack
21E0:	AF AF		STS (AF,X)   ;Store Stack Pointer
21E2:	AF AF		STS (AF,X)   ;Store Stack Pointer
21E4:	AE AD		LDS (AD,X)   ;Load Stack Pointer
21E6:	AD AE		JSR (AE,X)   ;Jump to Subroutine
21E8:	AC AC		CPX (AC,X)   ;Compare Index Register X
21EA:	AC AC		CPX (AC,X)   ;Compare Index Register X
21EC:	AD AC		JSR (AC,X)   ;Jump to Subroutine
21EE:	AC 36		CPX (36,X)   ;Compare Index Register X
21F0:	B0 B0 B0	SUBA ( B0 B0)   ;Substract Accumulator A
21F3:	B0 AF AD	SUBA ( AF AD)   ;Substract Accumulator A
21F6:	AC AC		CPX (AC,X)   ;Compare Index Register X
21F8:	AD AD		JSR (AD,X)   ;Jump to Subroutine
21FA:	AC AD		CPX (AD,X)   ;Compare Index Register X
21FC:	AD AD		JSR (AD,X)   ;Jump to Subroutine
21FE:	AD 33		JSR (33,X)   ;Jump to Subroutine
2200:	1A 1A 1A	JSR ( 1A,X)   ;Jump to Subroutine
2202:	1A 1A 1A	JSR ( 1A,X)   ;Jump to Subroutine
2204:	1A 1D 1D	JSR ( 1D,X)   ;Jump to Subroutine
2206:	1F 20		BRCLR (20,X)   ;Branch if Bit(s) Clear
2208:	A0 9C		SUBA (9C,X)   ;Substract Accumulator A
220A:	93 90		SUBD (90)   ;Substract Double Accumulator
220C:	90 90		SUBA (90)   ;Substract Accumulator A
220E:	90 90		SUBA (90)   ;Substract Accumulator A
2210:	1A 1A 1A	SUBA ( 1A)   ;Substract Accumulator A
2212:	1A 1A 1A	SUBA ( 1A)   ;Substract Accumulator A
2214:	1A 1F 1F	SUBA ( 1F)   ;Substract Accumulator A
2216:	20 20		BRA ,20   ;Branch Always
2218:	9F 9C		STS (9C)   ;Store Stack Pointer
221A:	98 93		EORA (93)   ;Exclusive OR Accumulator A
221C:	91 91		CMPA (91)   ;Compare Accumulator A
221E:	91 91		CMPA (91)   ;Compare Accumulator A
2220:	1D 1D		BCLR (1D,X)   ;Clear Bit(s) in Memory
2222:	1D 1D		BCLR (1D,X)   ;Clear Bit(s) in Memory
2224:	1F 21		BRCLR (21,X)   ;Branch if Bit(s) Clear
2226:	24 24		BCC   ,24   ;Branch if Carry Clear
2228:	A4 A0		ANDA (A0,X)   ;Logical AND with Accumulator A
222A:	9B 97		ADDA (97)   ;Add without Carry to Accumulator A
222C:	94 94		ANDA (94)   ;Logical AND with Accumulator A
222E:	94 94		ANDA (94)   ;Logical AND with Accumulator A
2230:	21 21		BRN ,21   ;Branch Never
2232:	21 21		BRN ,21   ;Branch Never
2234:	23 25		BLS ,25   ;Branch if Lower or Same
2236:	26 26		BNE ,26   ;Branch if Not Equal to Zero
2238:	A5 A3		BITA (A3,X)   ;Bit test Accumulator A
223A:	9F 9A		STS (9A)   ;Store Stack Pointer
223C:	97 97		STAA (97)   ;Store Accumulator A
223E:	97 97		STAA (97)   ;Store Accumulator A
2240:	27 27		BEQ ,27   ;Branch if Equal
2242:	27 27		BEQ ,27   ;Branch if Equal
2244:	28 28		BVC ,28   ;Branch if Overflow Clear
2246:	28 28		BVC ,28   ;Branch if Overflow Clear
2248:	A7 A6		STAA (A6,X)   ;Store Accumulator A
224A:	A3 9E		SUBD (9E,X)   ;Substract Double Accumulator
224C:	9B 9B		ADDA (9B)   ;Add without Carry to Accumulator A
224E:	9B 9B		ADDA (9B)   ;Add without Carry to Accumulator A
2250:	2A 2A		BPL ,2A   ;Branch if Plus
2252:	2A 2A		BPL ,2A   ;Branch if Plus
2254:	2A 2A		BPL ,2A   ;Branch if Plus
2256:	2A 2A		BPL ,2A   ;Branch if Plus
2258:	A8 A6		EORA (A6,X)   ;Exclusive OR Accumulator A
225A:	A5 A0		BITA (A0,X)   ;Bit test Accumulator A
225C:	9D 9D		JSR (9D)   ;Jump to Subroutine
225E:	9D 9D		JSR (9D)   ;Jump to Subroutine
2260:	31		INS	   ;Increment Stack Pointer
2261:	31		INS	   ;Increment Stack Pointer
2262:	31		INS	   ;Increment Stack Pointer
2263:	31		INS	   ;Increment Stack Pointer
2264:	2F 2F		BLE ,2F   ;Branch if Less than or Equal to Zero
2266:	2D 2D		BLT ,2D   ;Branch  il Less than Zero
2268:	AA A7		ORAA (A7,X)   ;Inclusive OR Accumulator A
226A:	A5 A1		BITA (A1,X)   ;Bit test Accumulator A
226C:	A0 9F		SUBA (9F,X)   ;Substract Accumulator A
226E:	9F 9F		STS (9F)   ;Store Stack Pointer
2270:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
2271:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
2272:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
2273:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
2274:	31		INS	   ;Increment Stack Pointer
2275:	31		INS	   ;Increment Stack Pointer
2276:	2F 2C		BLE ,2C   ;Branch if Less than or Equal to Zero
2278:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
227A:	A9 A4		ADCA (A4,X)   ;Add with Carry to Accumulator A
227C:	A2 A1		SBCA (A1,X)   ;Substract with Carry Accumulator A
227E:	A1 A1		CMPA (A1,X)   ;Compare Accumulator A
2280:	37		PSHB	   ;Push Accumulator B onto Stack
2281:	37		PSHB	   ;Push Accumulator B onto Stack
2282:	37		PSHB	   ;Push Accumulator B onto Stack
2283:	37		PSHB	   ;Push Accumulator B onto Stack
2284:	36		PSHA	   ;Push Accumulator A onto Stack
2285:	34		DES	   ;Decrement Stack Pointer
2286:	32		PULA	   ;Pull Accumulator A from Stack
2287:	2E AD		BGT ,AD   ;Branch if Greater than Zero
2289:	AB A9		ADDA (A9,X)   ;Add without Carry to Accumulator A
228B:	A7 A4		STAA (A4,X)   ;Store Accumulator A
228D:	A2 A2		SBCA (A2,X)   ;Substract with Carry Accumulator A
228F:	A2 37		SBCA (37,X)   ;Substract with Carry Accumulator A
2291:	37		PSHB	   ;Push Accumulator B onto Stack
2292:	37		PSHB	   ;Push Accumulator B onto Stack
2293:	37		PSHB	   ;Push Accumulator B onto Stack
2294:	37		PSHB	   ;Push Accumulator B onto Stack
2295:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
2296:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
2297:	32		PULA	   ;Pull Accumulator A from Stack
2298:	B1 AF AE	CMPA ( AF AE)   ;Compare Accumulator A
229B:	AA A8		ORAA (A8,X)   ;Inclusive OR Accumulator A
229D:	A6 A6		LDAA (A6,X)   ;Load Accumulator A
229F:	A6 38		LDAA (38,X)   ;Load Accumulator A
22A1:	38		PULX	   ;Pull Index Register X from Stack
22A2:	38		PULX	   ;Pull Index Register X from Stack
22A3:	38		PULX	   ;Pull Index Register X from Stack
22A4:	38		PULX	   ;Pull Index Register X from Stack
22A5:	36		PSHA	   ;Push Accumulator A onto Stack
22A6:	32		PULA	   ;Pull Accumulator A from Stack
22A7:	32		PULA	   ;Pull Accumulator A from Stack
22A8:	B1 B0 AF	CMPA ( B0 AF)   ;Compare Accumulator A
22AB:	AD A9		JSR (A9,X)   ;Jump to Subroutine
22AD:	A7 A7		STAA (A7,X)   ;Store Accumulator A
22AF:	A7 38		STAA (38,X)   ;Store Accumulator A
22B1:	38		PULX	   ;Pull Index Register X from Stack
22B2:	38		PULX	   ;Pull Index Register X from Stack
22B3:	38		PULX	   ;Pull Index Register X from Stack
22B4:	38		PULX	   ;Pull Index Register X from Stack
22B5:	37		PSHB	   ;Push Accumulator B onto Stack
22B6:	32		PULA	   ;Pull Accumulator A from Stack
22B7:	32		PULA	   ;Pull Accumulator A from Stack
22B8:	B1 B0 B0	CMPA ( B0 B0)   ;Compare Accumulator A
22BB:	AE AA		LDS (AA,X)   ;Load Stack Pointer
22BD:	A9 A9		ADCA (A9,X)   ;Add with Carry to Accumulator A
22BF:	A9 38		ADCA (38,X)   ;Add with Carry to Accumulator A
22C1:	38		PULX	   ;Pull Index Register X from Stack
22C2:	38		PULX	   ;Pull Index Register X from Stack
22C3:	38		PULX	   ;Pull Index Register X from Stack
22C4:	38		PULX	   ;Pull Index Register X from Stack
22C5:	38		PULX	   ;Pull Index Register X from Stack
22C6:	33		PULB	   ;Pull Accumulator B from Stack
22C7:	32		PULA	   ;Pull Accumulator A from Stack
22C8:	B0 B0 AF	SUBA ( B0 AF)   ;Substract Accumulator A
22CB:	AE AC		LDS (AC,X)   ;Load Stack Pointer
22CD:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
22CF:	AA 39		ORAA (39,X)   ;Inclusive OR Accumulator A
22D1:	39		RTS	   ;Return from Subroutine
22D2:	39		RTS	   ;Return from Subroutine
22D3:	39		RTS	   ;Return from Subroutine
22D4:	39		RTS	   ;Return from Subroutine
22D5:	38		PULX	   ;Pull Index Register X from Stack
22D6:	34		DES	   ;Decrement Stack Pointer
22D7:	33		PULB	   ;Pull Accumulator B from Stack
22D8:	B1 B1 B1	CMPA ( B1 B1)   ;Compare Accumulator A
22DB:	B0 AD AB	SUBA ( AD AB)   ;Substract Accumulator A
22DE:	AB AB		ADDA (AB,X)   ;Add without Carry to Accumulator A
22E0:	38		PULX	   ;Pull Index Register X from Stack
22E1:	38		PULX	   ;Pull Index Register X from Stack
22E2:	38		PULX	   ;Pull Index Register X from Stack
22E3:	38		PULX	   ;Pull Index Register X from Stack
22E4:	38		PULX	   ;Pull Index Register X from Stack
22E5:	38		PULX	   ;Pull Index Register X from Stack
22E6:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
22E7:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
22E8:	B3 B3 B1	SUBD ( B3 B1)   ;Substract Double Accumulator
22EB:	B0 AF AC	SUBA ( AF AC)   ;Substract Accumulator A
22EE:	AC AC		CPX (AC,X)   ;Compare Index Register X
22F0:	38		PULX	   ;Pull Index Register X from Stack
22F1:	38		PULX	   ;Pull Index Register X from Stack
22F2:	38		PULX	   ;Pull Index Register X from Stack
22F3:	38		PULX	   ;Pull Index Register X from Stack
22F4:	38		PULX	   ;Pull Index Register X from Stack
22F5:	37		PSHB	   ;Push Accumulator B onto Stack
22F6:	37		PSHB	   ;Push Accumulator B onto Stack
22F7:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
22F8:	B4 B3 AD	ANDA ( B3 AD)   ;Logical AND with Accumulator A
22FB:	AE AC		LDS (AC,X)   ;Load Stack Pointer
22FD:	AE AE		LDS (AE,X)   ;Load Stack Pointer
22FF:	AE 1A		LDS (1A,X)   ;Load Stack Pointer
2301:	1A 1A 1A	LDS ( 1A,X)   ;Load Stack Pointer
2303:	1A 1A 1A	LDS ( 1A,X)   ;Load Stack Pointer
2305:	1D 1F		BCLR (1F,X)   ;Clear Bit(s) in Memory
2307:	20 A0		BRA ,A0   ;Branch Always
2309:	9C 93		CPX (93)   ;Compare Index Register X
230B:	90 90		SUBA (90)   ;Substract Accumulator A
230D:	90 90		SUBA (90)   ;Substract Accumulator A
230F:	90 1A		SUBA (1A)   ;Substract Accumulator A
2311:	1A 1A 1A	SUBA ( 1A)   ;Substract Accumulator A
2313:	1A 1A 1A	SUBA ( 1A)   ;Substract Accumulator A
2315:	1F 20		BRCLR (20,X)   ;Branch if Bit(s) Clear
2317:	20 9F		BRA ,9F   ;Branch Always
2319:	9C 98		CPX (98)   ;Compare Index Register X
231B:	93 91		SUBD (91)   ;Substract Double Accumulator
231D:	91 91		CMPA (91)   ;Compare Accumulator A
231F:	91 1D		CMPA (1D)   ;Compare Accumulator A
2321:	1D 1D		BCLR (1D,X)   ;Clear Bit(s) in Memory
2323:	1D 1F		BCLR (1F,X)   ;Clear Bit(s) in Memory
2325:	21 24		BRN ,24   ;Branch Never
2327:	24 A4		BCC   ,A4   ;Branch if Carry Clear
2329:	A0 9B		SUBA (9B,X)   ;Substract Accumulator A
232B:	97 94		STAA (94)   ;Store Accumulator A
232D:	94 94		ANDA (94)   ;Logical AND with Accumulator A
232F:	94 21		ANDA (21)   ;Logical AND with Accumulator A
2331:	21 21		BRN ,21   ;Branch Never
2333:	21 23		BRN ,23   ;Branch Never
2335:	25 26		BCS  ,26   ;Branch if Carry Set
2337:	26 A5		BNE ,A5   ;Branch if Not Equal to Zero
2339:	A3 9F		SUBD (9F,X)   ;Substract Double Accumulator
233B:	9A 97		ORAA (97)   ;Inclusive OR Accumulator A
233D:	97 97		STAA (97)   ;Store Accumulator A
233F:	97 27		STAA (27)   ;Store Accumulator A
2341:	27 27		BEQ ,27   ;Branch if Equal
2343:	27 28		BEQ ,28   ;Branch if Equal
2345:	28 28		BVC ,28   ;Branch if Overflow Clear
2347:	28 A7		BVC ,A7   ;Branch if Overflow Clear
2349:	A6 A3		LDAA (A3,X)   ;Load Accumulator A
234B:	9E 9B		LDS (9B)   ;Load Stack Pointer
234D:	9B 9B		ADDA (9B)   ;Add without Carry to Accumulator A
234F:	9B 2A		ADDA (2A)   ;Add without Carry to Accumulator A
2351:	2A 2A		BPL ,2A   ;Branch if Plus
2353:	2A 2A		BPL ,2A   ;Branch if Plus
2355:	2A 2A		BPL ,2A   ;Branch if Plus
2357:	2A A8		BPL ,A8   ;Branch if Plus
2359:	A6 A5		LDAA (A5,X)   ;Load Accumulator A
235B:	A0 9D		SUBA (9D,X)   ;Substract Accumulator A
235D:	9D 9D		JSR (9D)   ;Jump to Subroutine
235F:	9D 31		JSR (31)   ;Jump to Subroutine
2361:	31		INS	   ;Increment Stack Pointer
2362:	31		INS	   ;Increment Stack Pointer
2363:	31		INS	   ;Increment Stack Pointer
2364:	2F 2F		BLE ,2F   ;Branch if Less than or Equal to Zero
2366:	2D 2D		BLT ,2D   ;Branch  il Less than Zero
2368:	AA A7		ORAA (A7,X)   ;Inclusive OR Accumulator A
236A:	A5 A1		BITA (A1,X)   ;Bit test Accumulator A
236C:	A0 9F		SUBA (9F,X)   ;Substract Accumulator A
236E:	9F 9F		STS (9F)   ;Store Stack Pointer
2370:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
2371:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
2372:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
2373:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
2374:	31		INS	   ;Increment Stack Pointer
2375:	31		INS	   ;Increment Stack Pointer
2376:	2F 2C		BLE ,2C   ;Branch if Less than or Equal to Zero
2378:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
237A:	A9 A4		ADCA (A4,X)   ;Add with Carry to Accumulator A
237C:	A2 A1		SBCA (A1,X)   ;Substract with Carry Accumulator A
237E:	A1 A1		CMPA (A1,X)   ;Compare Accumulator A
2380:	37		PSHB	   ;Push Accumulator B onto Stack
2381:	37		PSHB	   ;Push Accumulator B onto Stack
2382:	37		PSHB	   ;Push Accumulator B onto Stack
2383:	37		PSHB	   ;Push Accumulator B onto Stack
2384:	36		PSHA	   ;Push Accumulator A onto Stack
2385:	34		DES	   ;Decrement Stack Pointer
2386:	32		PULA	   ;Pull Accumulator A from Stack
2387:	2E AD		BGT ,AD   ;Branch if Greater than Zero
2389:	AB A9		ADDA (A9,X)   ;Add without Carry to Accumulator A
238B:	A7 A4		STAA (A4,X)   ;Store Accumulator A
238D:	A2 A2		SBCA (A2,X)   ;Substract with Carry Accumulator A
238F:	A2 37		SBCA (37,X)   ;Substract with Carry Accumulator A
2391:	37		PSHB	   ;Push Accumulator B onto Stack
2392:	37		PSHB	   ;Push Accumulator B onto Stack
2393:	37		PSHB	   ;Push Accumulator B onto Stack
2394:	37		PSHB	   ;Push Accumulator B onto Stack
2395:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
2396:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
2397:	32		PULA	   ;Pull Accumulator A from Stack
2398:	B1 AF AE	CMPA ( AF AE)   ;Compare Accumulator A
239B:	AA A8		ORAA (A8,X)   ;Inclusive OR Accumulator A
239D:	A6 A6		LDAA (A6,X)   ;Load Accumulator A
239F:	A6 38		LDAA (38,X)   ;Load Accumulator A
23A1:	38		PULX	   ;Pull Index Register X from Stack
23A2:	38		PULX	   ;Pull Index Register X from Stack
23A3:	38		PULX	   ;Pull Index Register X from Stack
23A4:	38		PULX	   ;Pull Index Register X from Stack
23A5:	36		PSHA	   ;Push Accumulator A onto Stack
23A6:	32		PULA	   ;Pull Accumulator A from Stack
23A7:	32		PULA	   ;Pull Accumulator A from Stack
23A8:	B1 B0 AF	CMPA ( B0 AF)   ;Compare Accumulator A
23AB:	AD A9		JSR (A9,X)   ;Jump to Subroutine
23AD:	A7 A7		STAA (A7,X)   ;Store Accumulator A
23AF:	A7 38		STAA (38,X)   ;Store Accumulator A
23B1:	38		PULX	   ;Pull Index Register X from Stack
23B2:	38		PULX	   ;Pull Index Register X from Stack
23B3:	38		PULX	   ;Pull Index Register X from Stack
23B4:	38		PULX	   ;Pull Index Register X from Stack
23B5:	37		PSHB	   ;Push Accumulator B onto Stack
23B6:	32		PULA	   ;Pull Accumulator A from Stack
23B7:	32		PULA	   ;Pull Accumulator A from Stack
23B8:	B1 B0 B0	CMPA ( B0 B0)   ;Compare Accumulator A
23BB:	AE AA		LDS (AA,X)   ;Load Stack Pointer
23BD:	A9 A9		ADCA (A9,X)   ;Add with Carry to Accumulator A
23BF:	A9 38		ADCA (38,X)   ;Add with Carry to Accumulator A
23C1:	38		PULX	   ;Pull Index Register X from Stack
23C2:	38		PULX	   ;Pull Index Register X from Stack
23C3:	38		PULX	   ;Pull Index Register X from Stack
23C4:	38		PULX	   ;Pull Index Register X from Stack
23C5:	38		PULX	   ;Pull Index Register X from Stack
23C6:	33		PULB	   ;Pull Accumulator B from Stack
23C7:	32		PULA	   ;Pull Accumulator A from Stack
23C8:	B0 B0 AF	SUBA ( B0 AF)   ;Substract Accumulator A
23CB:	AE AC		LDS (AC,X)   ;Load Stack Pointer
23CD:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
23CF:	AA 39		ORAA (39,X)   ;Inclusive OR Accumulator A
23D1:	39		RTS	   ;Return from Subroutine
23D2:	39		RTS	   ;Return from Subroutine
23D3:	39		RTS	   ;Return from Subroutine
23D4:	39		RTS	   ;Return from Subroutine
23D5:	38		PULX	   ;Pull Index Register X from Stack
23D6:	34		DES	   ;Decrement Stack Pointer
23D7:	33		PULB	   ;Pull Accumulator B from Stack
23D8:	B1 B1 B1	CMPA ( B1 B1)   ;Compare Accumulator A
23DB:	B0 AD AB	SUBA ( AD AB)   ;Substract Accumulator A
23DE:	AB AB		ADDA (AB,X)   ;Add without Carry to Accumulator A
23E0:	38		PULX	   ;Pull Index Register X from Stack
23E1:	38		PULX	   ;Pull Index Register X from Stack
23E2:	38		PULX	   ;Pull Index Register X from Stack
23E3:	38		PULX	   ;Pull Index Register X from Stack
23E4:	38		PULX	   ;Pull Index Register X from Stack
23E5:	38		PULX	   ;Pull Index Register X from Stack
23E6:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
23E7:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
23E8:	B3 B3 B1	SUBD ( B3 B1)   ;Substract Double Accumulator
23EB:	B0 AF AC	SUBA ( AF AC)   ;Substract Accumulator A
23EE:	AC AC		CPX (AC,X)   ;Compare Index Register X
23F0:	38		PULX	   ;Pull Index Register X from Stack
23F1:	38		PULX	   ;Pull Index Register X from Stack
23F2:	38		PULX	   ;Pull Index Register X from Stack
23F3:	38		PULX	   ;Pull Index Register X from Stack
23F4:	38		PULX	   ;Pull Index Register X from Stack
23F5:	37		PSHB	   ;Push Accumulator B onto Stack
23F6:	37		PSHB	   ;Push Accumulator B onto Stack
23F7:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
23F8:	B4 B3 AD	ANDA ( B3 AD)   ;Logical AND with Accumulator A
23FB:	AE AC		LDS (AC,X)   ;Load Stack Pointer
23FD:	AE AE		LDS (AE,X)   ;Load Stack Pointer
23FF:	AE 80		LDS (80,X)   ;Load Stack Pointer
2401:	80 80		SUBA ,80   ;Substract Accumulator A
2403:	80 80		SUBA ,80   ;Substract Accumulator A
2405:	80 80		SUBA ,80   ;Substract Accumulator A
2407:	80 80		SUBA ,80   ;Substract Accumulator A
2409:	80 80		SUBA ,80   ;Substract Accumulator A
240B:	80 80		SUBA ,80   ;Substract Accumulator A
240D:	80 80		SUBA ,80   ;Substract Accumulator A
240F:	80 80		SUBA ,80   ;Substract Accumulator A
2411:	80 80		SUBA ,80   ;Substract Accumulator A
2413:	80 80		SUBA ,80   ;Substract Accumulator A
2415:	80 80		SUBA ,80   ;Substract Accumulator A
2417:	80 80		SUBA ,80   ;Substract Accumulator A
2419:	80 80		SUBA ,80   ;Substract Accumulator A
241B:	80 80		SUBA ,80   ;Substract Accumulator A
241D:	80 80		SUBA ,80   ;Substract Accumulator A
241F:	80 80		SUBA ,80   ;Substract Accumulator A
2421:	80 80		SUBA ,80   ;Substract Accumulator A
2423:	80 80		SUBA ,80   ;Substract Accumulator A
2425:	80 80		SUBA ,80   ;Substract Accumulator A
2427:	80 80		SUBA ,80   ;Substract Accumulator A
2429:	80 80		SUBA ,80   ;Substract Accumulator A
242B:	80 80		SUBA ,80   ;Substract Accumulator A
242D:	80 80		SUBA ,80   ;Substract Accumulator A
242F:	80 80		SUBA ,80   ;Substract Accumulator A
2431:	80 80		SUBA ,80   ;Substract Accumulator A
2433:	80 80		SUBA ,80   ;Substract Accumulator A
2435:	80 80		SUBA ,80   ;Substract Accumulator A
2437:	80 80		SUBA ,80   ;Substract Accumulator A
2439:	80 80		SUBA ,80   ;Substract Accumulator A
243B:	80 80		SUBA ,80   ;Substract Accumulator A
243D:	80 80		SUBA ,80   ;Substract Accumulator A
243F:	80 80		SUBA ,80   ;Substract Accumulator A
2441:	80 80		SUBA ,80   ;Substract Accumulator A
2443:	80 80		SUBA ,80   ;Substract Accumulator A
2445:	80 80		SUBA ,80   ;Substract Accumulator A
2447:	80 80		SUBA ,80   ;Substract Accumulator A
2449:	80 80		SUBA ,80   ;Substract Accumulator A
244B:	80 80		SUBA ,80   ;Substract Accumulator A
244D:	80 80		SUBA ,80   ;Substract Accumulator A
244F:	80 80		SUBA ,80   ;Substract Accumulator A
2451:	80 80		SUBA ,80   ;Substract Accumulator A
2453:	80 80		SUBA ,80   ;Substract Accumulator A
2455:	80 80		SUBA ,80   ;Substract Accumulator A
2457:	80 80		SUBA ,80   ;Substract Accumulator A
2459:	80 80		SUBA ,80   ;Substract Accumulator A
245B:	80 80		SUBA ,80   ;Substract Accumulator A
245D:	80 80		SUBA ,80   ;Substract Accumulator A
245F:	80 80		SUBA ,80   ;Substract Accumulator A
2461:	80 80		SUBA ,80   ;Substract Accumulator A
2463:	80 80		SUBA ,80   ;Substract Accumulator A
2465:	80 80		SUBA ,80   ;Substract Accumulator A
2467:	80 80		SUBA ,80   ;Substract Accumulator A
2469:	80 80		SUBA ,80   ;Substract Accumulator A
246B:	80 80		SUBA ,80   ;Substract Accumulator A
246D:	80 80		SUBA ,80   ;Substract Accumulator A
246F:	80 80		SUBA ,80   ;Substract Accumulator A
2471:	80 80		SUBA ,80   ;Substract Accumulator A
2473:	80 80		SUBA ,80   ;Substract Accumulator A
2475:	80 80		SUBA ,80   ;Substract Accumulator A
2477:	80 80		SUBA ,80   ;Substract Accumulator A
2479:	80 80		SUBA ,80   ;Substract Accumulator A
247B:	80 80		SUBA ,80   ;Substract Accumulator A
247D:	80 80		SUBA ,80   ;Substract Accumulator A
247F:	80 80		SUBA ,80   ;Substract Accumulator A
2481:	80 80		SUBA ,80   ;Substract Accumulator A
2483:	80 80		SUBA ,80   ;Substract Accumulator A
2485:	80 80		SUBA ,80   ;Substract Accumulator A
2487:	80 80		SUBA ,80   ;Substract Accumulator A
2489:	80 80		SUBA ,80   ;Substract Accumulator A
248B:	80 80		SUBA ,80   ;Substract Accumulator A
248D:	80 80		SUBA ,80   ;Substract Accumulator A
248F:	80 80		SUBA ,80   ;Substract Accumulator A
2491:	80 80		SUBA ,80   ;Substract Accumulator A
2493:	80 80		SUBA ,80   ;Substract Accumulator A
2495:	80 80		SUBA ,80   ;Substract Accumulator A
2497:	80 80		SUBA ,80   ;Substract Accumulator A
2499:	80 80		SUBA ,80   ;Substract Accumulator A
249B:	80 80		SUBA ,80   ;Substract Accumulator A
249D:	80 80		SUBA ,80   ;Substract Accumulator A
249F:	80 80		SUBA ,80   ;Substract Accumulator A
24A1:	80 80		SUBA ,80   ;Substract Accumulator A
24A3:	80 80		SUBA ,80   ;Substract Accumulator A
24A5:	80 80		SUBA ,80   ;Substract Accumulator A
24A7:	80 80		SUBA ,80   ;Substract Accumulator A
24A9:	80 80		SUBA ,80   ;Substract Accumulator A
24AB:	80 80		SUBA ,80   ;Substract Accumulator A
24AD:	80 80		SUBA ,80   ;Substract Accumulator A
24AF:	80 80		SUBA ,80   ;Substract Accumulator A
24B1:	80 80		SUBA ,80   ;Substract Accumulator A
24B3:	80 80		SUBA ,80   ;Substract Accumulator A
24B5:	80 80		SUBA ,80   ;Substract Accumulator A
24B7:	80 80		SUBA ,80   ;Substract Accumulator A
24B9:	80 80		SUBA ,80   ;Substract Accumulator A
24BB:	80 80		SUBA ,80   ;Substract Accumulator A
24BD:	80 80		SUBA ,80   ;Substract Accumulator A
24BF:	80 80		SUBA ,80   ;Substract Accumulator A
24C1:	80 80		SUBA ,80   ;Substract Accumulator A
24C3:	80 80		SUBA ,80   ;Substract Accumulator A
24C5:	80 80		SUBA ,80   ;Substract Accumulator A
24C7:	80 80		SUBA ,80   ;Substract Accumulator A
24C9:	80 80		SUBA ,80   ;Substract Accumulator A
24CB:	80 80		SUBA ,80   ;Substract Accumulator A
24CD:	80 80		SUBA ,80   ;Substract Accumulator A
24CF:	80 80		SUBA ,80   ;Substract Accumulator A
24D1:	80 80		SUBA ,80   ;Substract Accumulator A
24D3:	80 80		SUBA ,80   ;Substract Accumulator A
24D5:	80 80		SUBA ,80   ;Substract Accumulator A
24D7:	80 80		SUBA ,80   ;Substract Accumulator A
24D9:	80 80		SUBA ,80   ;Substract Accumulator A
24DB:	80 80		SUBA ,80   ;Substract Accumulator A
24DD:	80 80		SUBA ,80   ;Substract Accumulator A
24DF:	80 80		SUBA ,80   ;Substract Accumulator A
24E1:	80 80		SUBA ,80   ;Substract Accumulator A
24E3:	80 80		SUBA ,80   ;Substract Accumulator A
24E5:	80 80		SUBA ,80   ;Substract Accumulator A
24E7:	80 80		SUBA ,80   ;Substract Accumulator A
24E9:	80 80		SUBA ,80   ;Substract Accumulator A
24EB:	80 80		SUBA ,80   ;Substract Accumulator A
24ED:	80 80		SUBA ,80   ;Substract Accumulator A
24EF:	80 80		SUBA ,80   ;Substract Accumulator A
24F1:	80 80		SUBA ,80   ;Substract Accumulator A
24F3:	80 80		SUBA ,80   ;Substract Accumulator A
24F5:	80 80		SUBA ,80   ;Substract Accumulator A
24F7:	80 80		SUBA ,80   ;Substract Accumulator A
24F9:	80 80		SUBA ,80   ;Substract Accumulator A
24FB:	80 80		SUBA ,80   ;Substract Accumulator A
24FD:	80 80		SUBA ,80   ;Substract Accumulator A
24FF:	80 0		SUBA ,0   ;Substract Accumulator A
2501:	0		TEST	   ;Test Operation (Test Mode Only)
2502:	0		TEST	   ;Test Operation (Test Mode Only)
2503:	0		TEST	   ;Test Operation (Test Mode Only)
2504:	0		TEST	   ;Test Operation (Test Mode Only)
2505:	0		TEST	   ;Test Operation (Test Mode Only)
2506:	0		TEST	   ;Test Operation (Test Mode Only)
2507:	0		TEST	   ;Test Operation (Test Mode Only)
2508:	0		TEST	   ;Test Operation (Test Mode Only)
2509:	0		TEST	   ;Test Operation (Test Mode Only)
250A:	0		TEST	   ;Test Operation (Test Mode Only)
250B:	0		TEST	   ;Test Operation (Test Mode Only)
250C:	0		TEST	   ;Test Operation (Test Mode Only)
250D:	0		TEST	   ;Test Operation (Test Mode Only)
250E:	0		TEST	   ;Test Operation (Test Mode Only)
250F:	0		TEST	   ;Test Operation (Test Mode Only)
2510:	0		TEST	   ;Test Operation (Test Mode Only)
2511:	0		TEST	   ;Test Operation (Test Mode Only)
2512:	0		TEST	   ;Test Operation (Test Mode Only)
2513:	0		TEST	   ;Test Operation (Test Mode Only)
2514:	0		TEST	   ;Test Operation (Test Mode Only)
2515:	0		TEST	   ;Test Operation (Test Mode Only)
2516:	0		TEST	   ;Test Operation (Test Mode Only)
2517:	0		TEST	   ;Test Operation (Test Mode Only)
2518:	0		TEST	   ;Test Operation (Test Mode Only)
2519:	0		TEST	   ;Test Operation (Test Mode Only)
251A:	0		TEST	   ;Test Operation (Test Mode Only)
251B:	0		TEST	   ;Test Operation (Test Mode Only)
251C:	0		TEST	   ;Test Operation (Test Mode Only)
251D:	0		TEST	   ;Test Operation (Test Mode Only)
251E:	0		TEST	   ;Test Operation (Test Mode Only)
251F:	0		TEST	   ;Test Operation (Test Mode Only)
2520:	0		TEST	   ;Test Operation (Test Mode Only)
2521:	0		TEST	   ;Test Operation (Test Mode Only)
2522:	0		TEST	   ;Test Operation (Test Mode Only)
2523:	0		TEST	   ;Test Operation (Test Mode Only)
2524:	0		TEST	   ;Test Operation (Test Mode Only)
2525:	0		TEST	   ;Test Operation (Test Mode Only)
2526:	0		TEST	   ;Test Operation (Test Mode Only)
2527:	0		TEST	   ;Test Operation (Test Mode Only)
2528:	0		TEST	   ;Test Operation (Test Mode Only)
2529:	0		TEST	   ;Test Operation (Test Mode Only)
252A:	0		TEST	   ;Test Operation (Test Mode Only)
252B:	0		TEST	   ;Test Operation (Test Mode Only)
252C:	0		TEST	   ;Test Operation (Test Mode Only)
252D:	0		TEST	   ;Test Operation (Test Mode Only)
252E:	0		TEST	   ;Test Operation (Test Mode Only)
252F:	0		TEST	   ;Test Operation (Test Mode Only)
2530:	0		TEST	   ;Test Operation (Test Mode Only)
2531:	0		TEST	   ;Test Operation (Test Mode Only)
2532:	3		FDIV	   ;Fractional Divide
2533:	12 1C 2A 37	BRSET ( 1C 2A 37)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
2537:	45 52 5D 63	BRSET ( 52 5D 63)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
253B:	63 0		COM (0,X)   ;Complement
253D:	0		TEST	   ;Test Operation (Test Mode Only)
253E:	0		TEST	   ;Test Operation (Test Mode Only)
253F:	0		TEST	   ;Test Operation (Test Mode Only)
2540:	0		TEST	   ;Test Operation (Test Mode Only)
2541:	0		TEST	   ;Test Operation (Test Mode Only)
2542:	3		FDIV	   ;Fractional Divide
2543:	1B		ABA	   ;Add Accumulator B to Accumulator A
2544:	2B 30		BMI ,30   ;Branch if Minus
2546:	50		NEGB	   ;Negate Accumulator B
2547:	45		NEGB	   ;Negate Accumulator B
2548:	52		NEGB	   ;Negate Accumulator B
2549:	76 79 79	ROR ( 79 79)   ;Rotate Right
254C:	0		TEST	   ;Test Operation (Test Mode Only)
254D:	0		TEST	   ;Test Operation (Test Mode Only)
254E:	0		TEST	   ;Test Operation (Test Mode Only)
254F:	0		TEST	   ;Test Operation (Test Mode Only)
2550:	0		TEST	   ;Test Operation (Test Mode Only)
2551:	0		TEST	   ;Test Operation (Test Mode Only)
2552:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
2553:	2A 3D		BPL ,3D   ;Branch if Plus
2555:	49		ROLA	   ;Rotate Left Accumulator A
2556:	6D 48		TST (48,X)   ;Test
2558:	52 90		TST (90,X)   ;Test
255A:	90 90		SUBA (90)   ;Substract Accumulator A
255C:	0		TEST	   ;Test Operation (Test Mode Only)
255D:	0		TEST	   ;Test Operation (Test Mode Only)
255E:	0		TEST	   ;Test Operation (Test Mode Only)
255F:	0		TEST	   ;Test Operation (Test Mode Only)
2560:	0		TEST	   ;Test Operation (Test Mode Only)
2561:	0		TEST	   ;Test Operation (Test Mode Only)
2562:	A		CLV	   ;Clear Twos-Complement Overflow Bit
2563:	3D		MUL	   ;Multiply Unsigned
2564:	51		MUL	   ;Multiply Unsigned
2565:	62		MUL	   ;Multiply Unsigned
2566:	84 77		ANDA ,77   ;Logical AND with Accumulator A
2568:	83 AD BD	SUBD , AD BD   ;Substract Double Accumulator
256B:	BD 0 0	JSR ( 0 0)   ;Jump to Subroutine
256E:	0		TEST	   ;Test Operation (Test Mode Only)
256F:	0		TEST	   ;Test Operation (Test Mode Only)
2570:	0		TEST	   ;Test Operation (Test Mode Only)
2571:	0		TEST	   ;Test Operation (Test Mode Only)
2572:	F		SEI	   ;Set Interrupt Mask
2573:	52		SEI	   ;Set Interrupt Mask
2574:	70 A6 A7	NEG ( A6 A7)   ;Negate
2577:	A8 B6		EORA (B6,X)   ;Exclusive OR Accumulator A
2579:	CA EF		ORAB ,EF   ;Inclusive OR Accumulator B
257B:	EF 0		STX (0,X)   ;Store Index Register X
257D:	0		TEST	   ;Test Operation (Test Mode Only)
257E:	0		TEST	   ;Test Operation (Test Mode Only)
257F:	0		TEST	   ;Test Operation (Test Mode Only)
2580:	0		TEST	   ;Test Operation (Test Mode Only)
2581:	0		TEST	   ;Test Operation (Test Mode Only)
2582:	14 82 B7	BSET ( 82 B7)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
2585:	EB 0		ADDB (0,X)   ;Add without Carry to Accumulator B
2587:	0		TEST	   ;Test Operation (Test Mode Only)
2588:	0		TEST	   ;Test Operation (Test Mode Only)
2589:	0		TEST	   ;Test Operation (Test Mode Only)
258A:	0		TEST	   ;Test Operation (Test Mode Only)
258B:	0		TEST	   ;Test Operation (Test Mode Only)
258C:	0		TEST	   ;Test Operation (Test Mode Only)
258D:	0		TEST	   ;Test Operation (Test Mode Only)
258E:	0		TEST	   ;Test Operation (Test Mode Only)
258F:	0		TEST	   ;Test Operation (Test Mode Only)
2590:	0		TEST	   ;Test Operation (Test Mode Only)
2591:	0		TEST	   ;Test Operation (Test Mode Only)
2592:	0		TEST	   ;Test Operation (Test Mode Only)
2593:	0		TEST	   ;Test Operation (Test Mode Only)
2594:	0		TEST	   ;Test Operation (Test Mode Only)
2595:	0		TEST	   ;Test Operation (Test Mode Only)
2596:	0		TEST	   ;Test Operation (Test Mode Only)
2597:	0		TEST	   ;Test Operation (Test Mode Only)
2598:	0		TEST	   ;Test Operation (Test Mode Only)
2599:	0		TEST	   ;Test Operation (Test Mode Only)
259A:	0		TEST	   ;Test Operation (Test Mode Only)
259B:	0		TEST	   ;Test Operation (Test Mode Only)
259C:	0		TEST	   ;Test Operation (Test Mode Only)
259D:	0		TEST	   ;Test Operation (Test Mode Only)
259E:	0		TEST	   ;Test Operation (Test Mode Only)
259F:	0		TEST	   ;Test Operation (Test Mode Only)
25A0:	0		TEST	   ;Test Operation (Test Mode Only)
25A1:	0		TEST	   ;Test Operation (Test Mode Only)
25A2:	0		TEST	   ;Test Operation (Test Mode Only)
25A3:	0		TEST	   ;Test Operation (Test Mode Only)
25A4:	0		TEST	   ;Test Operation (Test Mode Only)
25A5:	0		TEST	   ;Test Operation (Test Mode Only)
25A6:	0		TEST	   ;Test Operation (Test Mode Only)
25A7:	0		TEST	   ;Test Operation (Test Mode Only)
25A8:	0		TEST	   ;Test Operation (Test Mode Only)
25A9:	0		TEST	   ;Test Operation (Test Mode Only)
25AA:	0		TEST	   ;Test Operation (Test Mode Only)
25AB:	0		TEST	   ;Test Operation (Test Mode Only)
25AC:	0		TEST	   ;Test Operation (Test Mode Only)
25AD:	0		TEST	   ;Test Operation (Test Mode Only)
25AE:	0		TEST	   ;Test Operation (Test Mode Only)
25AF:	0		TEST	   ;Test Operation (Test Mode Only)
25B0:	0		TEST	   ;Test Operation (Test Mode Only)
25B1:	0		TEST	   ;Test Operation (Test Mode Only)
25B2:	0		TEST	   ;Test Operation (Test Mode Only)
25B3:	0		TEST	   ;Test Operation (Test Mode Only)
25B4:	0		TEST	   ;Test Operation (Test Mode Only)
25B5:	0		TEST	   ;Test Operation (Test Mode Only)
25B6:	0		TEST	   ;Test Operation (Test Mode Only)
25B7:	0		TEST	   ;Test Operation (Test Mode Only)
25B8:	0		TEST	   ;Test Operation (Test Mode Only)
25B9:	0		TEST	   ;Test Operation (Test Mode Only)
25BA:	0		TEST	   ;Test Operation (Test Mode Only)
25BB:	0		TEST	   ;Test Operation (Test Mode Only)
25BC:	0		TEST	   ;Test Operation (Test Mode Only)
25BD:	0		TEST	   ;Test Operation (Test Mode Only)
25BE:	0		TEST	   ;Test Operation (Test Mode Only)
25BF:	0		TEST	   ;Test Operation (Test Mode Only)
25C0:	0		TEST	   ;Test Operation (Test Mode Only)
25C1:	0		TEST	   ;Test Operation (Test Mode Only)
25C2:	0		TEST	   ;Test Operation (Test Mode Only)
25C3:	0		TEST	   ;Test Operation (Test Mode Only)
25C4:	0		TEST	   ;Test Operation (Test Mode Only)
25C5:	0		TEST	   ;Test Operation (Test Mode Only)
25C6:	0		TEST	   ;Test Operation (Test Mode Only)
25C7:	0		TEST	   ;Test Operation (Test Mode Only)
25C8:	0		TEST	   ;Test Operation (Test Mode Only)
25C9:	0		TEST	   ;Test Operation (Test Mode Only)
25CA:	0		TEST	   ;Test Operation (Test Mode Only)
25CB:	0		TEST	   ;Test Operation (Test Mode Only)
25CC:	0		TEST	   ;Test Operation (Test Mode Only)
25CD:	0		TEST	   ;Test Operation (Test Mode Only)
25CE:	0		TEST	   ;Test Operation (Test Mode Only)
25CF:	0		TEST	   ;Test Operation (Test Mode Only)
25D0:	0		TEST	   ;Test Operation (Test Mode Only)
25D1:	0		TEST	   ;Test Operation (Test Mode Only)
25D2:	0		TEST	   ;Test Operation (Test Mode Only)
25D3:	0		TEST	   ;Test Operation (Test Mode Only)
25D4:	0		TEST	   ;Test Operation (Test Mode Only)
25D5:	0		TEST	   ;Test Operation (Test Mode Only)
25D6:	0		TEST	   ;Test Operation (Test Mode Only)
25D7:	0		TEST	   ;Test Operation (Test Mode Only)
25D8:	0		TEST	   ;Test Operation (Test Mode Only)
25D9:	0		TEST	   ;Test Operation (Test Mode Only)
25DA:	0		TEST	   ;Test Operation (Test Mode Only)
25DB:	0		TEST	   ;Test Operation (Test Mode Only)
25DC:	0		TEST	   ;Test Operation (Test Mode Only)
25DD:	0		TEST	   ;Test Operation (Test Mode Only)
25DE:	0		TEST	   ;Test Operation (Test Mode Only)
25DF:	0		TEST	   ;Test Operation (Test Mode Only)
25E0:	0		TEST	   ;Test Operation (Test Mode Only)
25E1:	0		TEST	   ;Test Operation (Test Mode Only)
25E2:	0		TEST	   ;Test Operation (Test Mode Only)
25E3:	0		TEST	   ;Test Operation (Test Mode Only)
25E4:	0		TEST	   ;Test Operation (Test Mode Only)
25E5:	0		TEST	   ;Test Operation (Test Mode Only)
25E6:	0		TEST	   ;Test Operation (Test Mode Only)
25E7:	0		TEST	   ;Test Operation (Test Mode Only)
25E8:	0		TEST	   ;Test Operation (Test Mode Only)
25E9:	0		TEST	   ;Test Operation (Test Mode Only)
25EA:	0		TEST	   ;Test Operation (Test Mode Only)
25EB:	0		TEST	   ;Test Operation (Test Mode Only)
25EC:	0		TEST	   ;Test Operation (Test Mode Only)
25ED:	0		TEST	   ;Test Operation (Test Mode Only)
25EE:	0		TEST	   ;Test Operation (Test Mode Only)
25EF:	0		TEST	   ;Test Operation (Test Mode Only)
25F0:	0		TEST	   ;Test Operation (Test Mode Only)
25F1:	0		TEST	   ;Test Operation (Test Mode Only)
25F2:	0		TEST	   ;Test Operation (Test Mode Only)
25F3:	0		TEST	   ;Test Operation (Test Mode Only)
25F4:	0		TEST	   ;Test Operation (Test Mode Only)
25F5:	0		TEST	   ;Test Operation (Test Mode Only)
25F6:	0		TEST	   ;Test Operation (Test Mode Only)
25F7:	0		TEST	   ;Test Operation (Test Mode Only)
25F8:	0		TEST	   ;Test Operation (Test Mode Only)
25F9:	0		TEST	   ;Test Operation (Test Mode Only)
25FA:	0		TEST	   ;Test Operation (Test Mode Only)
25FB:	0		TEST	   ;Test Operation (Test Mode Only)
25FC:	0		TEST	   ;Test Operation (Test Mode Only)
25FD:	0		TEST	   ;Test Operation (Test Mode Only)
25FE:	0		TEST	   ;Test Operation (Test Mode Only)
25FF:	0		TEST	   ;Test Operation (Test Mode Only)
2600:	0		TEST	   ;Test Operation (Test Mode Only)
2601:	0		TEST	   ;Test Operation (Test Mode Only)
2602:	0		TEST	   ;Test Operation (Test Mode Only)
2603:	0		TEST	   ;Test Operation (Test Mode Only)
2604:	0		TEST	   ;Test Operation (Test Mode Only)
2605:	0		TEST	   ;Test Operation (Test Mode Only)
2606:	0		TEST	   ;Test Operation (Test Mode Only)
2607:	0		TEST	   ;Test Operation (Test Mode Only)
2608:	A		CLV	   ;Clear Twos-Complement Overflow Bit
2609:	A		CLV	   ;Clear Twos-Complement Overflow Bit
260A:	A		CLV	   ;Clear Twos-Complement Overflow Bit
260B:	1		NOP	   ;No Operation
260C:	0		TEST	   ;Test Operation (Test Mode Only)
260D:	0		TEST	   ;Test Operation (Test Mode Only)
260E:	0		TEST	   ;Test Operation (Test Mode Only)
260F:	0		TEST	   ;Test Operation (Test Mode Only)
2610:	A		CLV	   ;Clear Twos-Complement Overflow Bit
2611:	A		CLV	   ;Clear Twos-Complement Overflow Bit
2612:	A		CLV	   ;Clear Twos-Complement Overflow Bit
2613:	4		LSRD	   ;Logical Shift Right Double Accumulator
2614:	0		TEST	   ;Test Operation (Test Mode Only)
2615:	0		TEST	   ;Test Operation (Test Mode Only)
2616:	0		TEST	   ;Test Operation (Test Mode Only)
2617:	0		TEST	   ;Test Operation (Test Mode Only)
2618:	10		SBA	   ;Substract Accumulators
2619:	10		SBA	   ;Substract Accumulators
261A:	10		SBA	   ;Substract Accumulators
261B:	A		CLV	   ;Clear Twos-Complement Overflow Bit
261C:	0		TEST	   ;Test Operation (Test Mode Only)
261D:	0		TEST	   ;Test Operation (Test Mode Only)
261E:	0		TEST	   ;Test Operation (Test Mode Only)
261F:	0		TEST	   ;Test Operation (Test Mode Only)
2620:	10		SBA	   ;Substract Accumulators
2621:	10		SBA	   ;Substract Accumulators
2622:	10		SBA	   ;Substract Accumulators
2623:	C		CLC	   ;Clear Carry
2624:	0		TEST	   ;Test Operation (Test Mode Only)
2625:	0		TEST	   ;Test Operation (Test Mode Only)
2626:	0		TEST	   ;Test Operation (Test Mode Only)
2627:	0		TEST	   ;Test Operation (Test Mode Only)
2628:	20 20		BRA ,20   ;Branch Always
262A:	20 11		BRA ,11   ;Branch Always
262C:	0		TEST	   ;Test Operation (Test Mode Only)
262D:	0		TEST	   ;Test Operation (Test Mode Only)
262E:	0		TEST	   ;Test Operation (Test Mode Only)
262F:	0		TEST	   ;Test Operation (Test Mode Only)
2630:	20 20		BRA ,20   ;Branch Always
2632:	20 17		BRA ,17   ;Branch Always
2634:	0		TEST	   ;Test Operation (Test Mode Only)
2635:	0		TEST	   ;Test Operation (Test Mode Only)
2636:	0		TEST	   ;Test Operation (Test Mode Only)
2637:	0		TEST	   ;Test Operation (Test Mode Only)
2638:	20 20		BRA ,20   ;Branch Always
263A:	20 1F		BRA ,1F   ;Branch Always
263C:	0		TEST	   ;Test Operation (Test Mode Only)
263D:	0		TEST	   ;Test Operation (Test Mode Only)
263E:	0		TEST	   ;Test Operation (Test Mode Only)
263F:	0		TEST	   ;Test Operation (Test Mode Only)
2640:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
2641:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
2642:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
2643:	22 0		BHI ,0   ;Branch if Higher
2645:	0		TEST	   ;Test Operation (Test Mode Only)
2646:	0		TEST	   ;Test Operation (Test Mode Only)
2647:	0		TEST	   ;Test Operation (Test Mode Only)
2648:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
2649:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
264A:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
264B:	29 1		BVS1   ;Branch if Overflow Set
264D:	1		NOP	   ;No Operation
264E:	0		TEST	   ;Test Operation (Test Mode Only)
264F:	0		TEST	   ;Test Operation (Test Mode Only)
2650:	40		NEGA	   ;Negate Accumulator A
2651:	40		NEGA	   ;Negate Accumulator A
2652:	40		NEGA	   ;Negate Accumulator A
2653:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
2654:	4		LSRD	   ;Logical Shift Right Double Accumulator
2655:	3		FDIV	   ;Fractional Divide
2656:	0		TEST	   ;Test Operation (Test Mode Only)
2657:	0		TEST	   ;Test Operation (Test Mode Only)
2658:	40		NEGA	   ;Negate Accumulator A
2659:	40		NEGA	   ;Negate Accumulator A
265A:	40		NEGA	   ;Negate Accumulator A
265B:	3C		PSHX	   ;Push Index Register X onto Stack
265C:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
265D:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
265E:	0		TEST	   ;Test Operation (Test Mode Only)
265F:	0		TEST	   ;Test Operation (Test Mode Only)
2660:	50		NEGB	   ;Negate Accumulator B
2661:	50		NEGB	   ;Negate Accumulator B
2662:	50		NEGB	   ;Negate Accumulator B
2663:	47		ASRA	   ;Arithmetic shift Right Accumulator A
2664:	B		SEV	   ;Set Twos Complement Overflow Bit
2665:	9		DEX	   ;Decrement Index Register X
2666:	0		TEST	   ;Test Operation (Test Mode Only)
2667:	0		TEST	   ;Test Operation (Test Mode Only)
2668:	60 60		NEG (60,X)   ;Negate
266A:	60 54		NEG (54,X)   ;Negate
266C:	15 E		BCLR ,E   ;Clear Bit(s) in Memory
266E:	0		TEST	   ;Test Operation (Test Mode Only)
266F:	0		TEST	   ;Test Operation (Test Mode Only)
2670:	70 70 70	NEG ( 70 70)   ;Negate
2673:	68 2C		ASL (2C,X)   ;Arithmetic shift Left
2675:	10		SBA	   ;Substract Accumulators
2676:	0		TEST	   ;Test Operation (Test Mode Only)
2677:	0		TEST	   ;Test Operation (Test Mode Only)
2678:	70 70 70	NEG ( 70 70)   ;Negate
267B:	68 20		ASL (20,X)   ;Arithmetic shift Left
267D:	10		SBA	   ;Substract Accumulators
267E:	0		TEST	   ;Test Operation (Test Mode Only)
267F:	0		TEST	   ;Test Operation (Test Mode Only)
2680:	0		TEST	   ;Test Operation (Test Mode Only)
2681:	0		TEST	   ;Test Operation (Test Mode Only)
2682:	0		TEST	   ;Test Operation (Test Mode Only)
2683:	0		TEST	   ;Test Operation (Test Mode Only)
2684:	0		TEST	   ;Test Operation (Test Mode Only)
2685:	0		TEST	   ;Test Operation (Test Mode Only)
2686:	0		TEST	   ;Test Operation (Test Mode Only)
2687:	0		TEST	   ;Test Operation (Test Mode Only)
2688:	1E 17 17 10	BRSET ( 17 17 10,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
268C:	E		CLI	   ;Clear Interrupt Mask
268D:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
268E:	0		TEST	   ;Test Operation (Test Mode Only)
268F:	0		TEST	   ;Test Operation (Test Mode Only)
2690:	26 26		BNE ,26   ;Branch if Not Equal to Zero
2692:	26 20		BNE ,20   ;Branch if Not Equal to Zero
2694:	1E 16 0 0	BRSET ( 16 0 0,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
2698:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
2699:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
269A:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
269B:	2A 28		BPL ,28   ;Branch if Plus
269D:	23 0		BLS ,0   ;Branch if Lower or Same
269F:	0		TEST	   ;Test Operation (Test Mode Only)
26A0:	3F		SWI	   ;Software Interrupt
26A1:	3E		WAI	   ;Wait for Interrupt
26A2:	3E		WAI	   ;Wait for Interrupt
26A3:	3E		WAI	   ;Wait for Interrupt
26A4:	3C		PSHX	   ;Push Index Register X onto Stack
26A5:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
26A6:	0		TEST	   ;Test Operation (Test Mode Only)
26A7:	0		TEST	   ;Test Operation (Test Mode Only)
26A8:	5B		TEST	   ;Test Operation (Test Mode Only)
26A9:	58		ASLB	   ;Arithmetic shift Left Accumulator B
26AA:	58		ASLB	   ;Arithmetic shift Left Accumulator B
26AB:	52		ASLB	   ;Arithmetic shift Left Accumulator B
26AC:	50		NEGB	   ;Negate Accumulator B
26AD:	40		NEGA	   ;Negate Accumulator A
26AE:	1		NOP	   ;No Operation
26AF:	1		NOP	   ;No Operation
26B0:	60 60		NEG (60,X)   ;Negate
26B2:	60 52		NEG (52,X)   ;Negate
26B4:	50		NEGB	   ;Negate Accumulator B
26B5:	44		LSRA	   ;Logical Shift Right Accumulator A
26B6:	B		SEV	   ;Set Twos Complement Overflow Bit
26B7:	B		SEV	   ;Set Twos Complement Overflow Bit
26B8:	68 68		ASL (68,X)   ;Arithmetic shift Left
26BA:	68 52		ASL (52,X)   ;Arithmetic shift Left
26BC:	50		NEGB	   ;Negate Accumulator B
26BD:	44		LSRA	   ;Logical Shift Right Accumulator A
26BE:	C		CLC	   ;Clear Carry
26BF:	C		CLC	   ;Clear Carry
26C0:	0		TEST	   ;Test Operation (Test Mode Only)
26C1:	0		TEST	   ;Test Operation (Test Mode Only)
26C2:	0		TEST	   ;Test Operation (Test Mode Only)
26C3:	0		TEST	   ;Test Operation (Test Mode Only)
26C4:	0		TEST	   ;Test Operation (Test Mode Only)
26C5:	0		TEST	   ;Test Operation (Test Mode Only)
26C6:	0		TEST	   ;Test Operation (Test Mode Only)
26C7:	0		TEST	   ;Test Operation (Test Mode Only)
26C8:	0		TEST	   ;Test Operation (Test Mode Only)
26C9:	0		TEST	   ;Test Operation (Test Mode Only)
26CA:	0		TEST	   ;Test Operation (Test Mode Only)
26CB:	0		TEST	   ;Test Operation (Test Mode Only)
26CC:	0		TEST	   ;Test Operation (Test Mode Only)
26CD:	0		TEST	   ;Test Operation (Test Mode Only)
26CE:	0		TEST	   ;Test Operation (Test Mode Only)
26CF:	0		TEST	   ;Test Operation (Test Mode Only)
26D0:	0		TEST	   ;Test Operation (Test Mode Only)
26D1:	0		TEST	   ;Test Operation (Test Mode Only)
26D2:	0		TEST	   ;Test Operation (Test Mode Only)
26D3:	0		TEST	   ;Test Operation (Test Mode Only)
26D4:	0		TEST	   ;Test Operation (Test Mode Only)
26D5:	0		TEST	   ;Test Operation (Test Mode Only)
26D6:	0		TEST	   ;Test Operation (Test Mode Only)
26D7:	0		TEST	   ;Test Operation (Test Mode Only)
26D8:	0		TEST	   ;Test Operation (Test Mode Only)
26D9:	0		TEST	   ;Test Operation (Test Mode Only)
26DA:	0		TEST	   ;Test Operation (Test Mode Only)
26DB:	0		TEST	   ;Test Operation (Test Mode Only)
26DC:	0		TEST	   ;Test Operation (Test Mode Only)
26DD:	0		TEST	   ;Test Operation (Test Mode Only)
26DE:	0		TEST	   ;Test Operation (Test Mode Only)
26DF:	0		TEST	   ;Test Operation (Test Mode Only)
26E0:	0		TEST	   ;Test Operation (Test Mode Only)
26E1:	0		TEST	   ;Test Operation (Test Mode Only)
26E2:	0		TEST	   ;Test Operation (Test Mode Only)
26E3:	0		TEST	   ;Test Operation (Test Mode Only)
26E4:	0		TEST	   ;Test Operation (Test Mode Only)
26E5:	0		TEST	   ;Test Operation (Test Mode Only)
26E6:	0		TEST	   ;Test Operation (Test Mode Only)
26E7:	0		TEST	   ;Test Operation (Test Mode Only)
26E8:	0		TEST	   ;Test Operation (Test Mode Only)
26E9:	0		TEST	   ;Test Operation (Test Mode Only)
26EA:	0		TEST	   ;Test Operation (Test Mode Only)
26EB:	0		TEST	   ;Test Operation (Test Mode Only)
26EC:	0		TEST	   ;Test Operation (Test Mode Only)
26ED:	0		TEST	   ;Test Operation (Test Mode Only)
26EE:	0		TEST	   ;Test Operation (Test Mode Only)
26EF:	0		TEST	   ;Test Operation (Test Mode Only)
26F0:	0		TEST	   ;Test Operation (Test Mode Only)
26F1:	0		TEST	   ;Test Operation (Test Mode Only)
26F2:	0		TEST	   ;Test Operation (Test Mode Only)
26F3:	0		TEST	   ;Test Operation (Test Mode Only)
26F4:	0		TEST	   ;Test Operation (Test Mode Only)
26F5:	0		TEST	   ;Test Operation (Test Mode Only)
26F6:	0		TEST	   ;Test Operation (Test Mode Only)
26F7:	0		TEST	   ;Test Operation (Test Mode Only)
26F8:	0		TEST	   ;Test Operation (Test Mode Only)
26F9:	0		TEST	   ;Test Operation (Test Mode Only)
26FA:	0		TEST	   ;Test Operation (Test Mode Only)
26FB:	0		TEST	   ;Test Operation (Test Mode Only)
26FC:	0		TEST	   ;Test Operation (Test Mode Only)
26FD:	0		TEST	   ;Test Operation (Test Mode Only)
26FE:	0		TEST	   ;Test Operation (Test Mode Only)
26FF:	0		TEST	   ;Test Operation (Test Mode Only)
2700:	0		TEST	   ;Test Operation (Test Mode Only)
2701:	0		TEST	   ;Test Operation (Test Mode Only)
2702:	0		TEST	   ;Test Operation (Test Mode Only)
2703:	0		TEST	   ;Test Operation (Test Mode Only)
2704:	0		TEST	   ;Test Operation (Test Mode Only)
2705:	0		TEST	   ;Test Operation (Test Mode Only)
2706:	0		TEST	   ;Test Operation (Test Mode Only)
2707:	0		TEST	   ;Test Operation (Test Mode Only)
2708:	0		TEST	   ;Test Operation (Test Mode Only)
2709:	0		TEST	   ;Test Operation (Test Mode Only)
270A:	0		TEST	   ;Test Operation (Test Mode Only)
270B:	0		TEST	   ;Test Operation (Test Mode Only)
270C:	0		TEST	   ;Test Operation (Test Mode Only)
270D:	0		TEST	   ;Test Operation (Test Mode Only)
270E:	0		TEST	   ;Test Operation (Test Mode Only)
270F:	0		TEST	   ;Test Operation (Test Mode Only)
2710:	0		TEST	   ;Test Operation (Test Mode Only)
2711:	8		INX	   ;Increment Index Register X
2712:	0		TEST	   ;Test Operation (Test Mode Only)
2713:	8		INX	   ;Increment Index Register X
2714:	0		TEST	   ;Test Operation (Test Mode Only)
2715:	8		INX	   ;Increment Index Register X
2716:	0		TEST	   ;Test Operation (Test Mode Only)
2717:	8		INX	   ;Increment Index Register X
2718:	0		TEST	   ;Test Operation (Test Mode Only)
2719:	8		INX	   ;Increment Index Register X
271A:	0		TEST	   ;Test Operation (Test Mode Only)
271B:	8		INX	   ;Increment Index Register X
271C:	0		TEST	   ;Test Operation (Test Mode Only)
271D:	32		PULA	   ;Pull Accumulator A from Stack
271E:	0		TEST	   ;Test Operation (Test Mode Only)
271F:	67 0		ASR (0,X)   ;Arithmetic shift Right
2721:	A9 0		ADCA (0,X)   ;Add with Carry to Accumulator A
2723:	F6 1 50	LDAB ( 1 50)   ;Load Accumulator B
2726:	1		NOP	   ;No Operation
2727:	B5 2 26	BITA ( 2 26)   ;Bit test Accumulator A
272A:	2		IDIV	   ;Integer Divide
272B:	A4 3		ANDA (3,X)   ;Logical AND with Accumulator A
272D:	2D 3		BLT ,3   ;Branch  il Less than Zero
272F:	BC 4 68	CPX ( 4 68)   ;Compare Index Register X
2732:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
2733:	29 6		BVS6   ;Branch if Overflow Set
2735:	C		CLC	   ;Clear Carry
2736:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
2737:	E		CLI	   ;Clear Interrupt Mask
2738:	8		INX	   ;Increment Index Register X
2739:	44		LSRA	   ;Logical Shift Right Accumulator A
273A:	9		DEX	   ;Decrement Index Register X
273B:	A5 B		BITA (B,X)   ;Bit test Accumulator A
273D:	12 C 9F E	BRSET ( C 9F E)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
2741:	4A		DECA	   ;Decrement Accumulator A
2742:	10		SBA	   ;Substract Accumulators
2743:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
2744:	11		CBA	   ;Compare Accumulators
2745:	DE 13		LDX (13)   ;Load Index Register X
2747:	DD 16		STD (16)   ;Store Double Accumulator
2749:	8		INX	   ;Increment Index Register X
274A:	18 56		INX	   ;Increment Index Register X
274B:	56		RORB	   ;Rotate Right Accumulator B
274C:	1A D5		RORB	   ;Rotate Right Accumulator B
274D:	D5 1D		BITB (1D)   ;Bit test Accumulator B
274F:	8B 20		ADDA ,20   ;Add without Carry to Accumulator A
2751:	78 23 95	ASL ( 23 95)   ;Arithmetic shift Left
2754:	26 E8		BNE ,E8   ;Branch if Not Equal to Zero
2756:	2A 72		BPL ,72   ;Branch if Plus
2758:	2E 2E		BGT ,2E   ;Branch if Greater than Zero
275A:	32		PULA	   ;Pull Accumulator A from Stack
275B:	2D 36		BLT ,36   ;Branch  il Less than Zero
275D:	7B 3B		BLT ,3B   ;Branch  il Less than Zero
275F:	1C 3F EF	BSET ( 3F EF,X)   ;Set Bit(s) in Memory   -   Formato standard : BSET (ff,X) (mm) -> BSET (mm ff,X)
2762:	44		LSRA	   ;Logical Shift Right Accumulator A
2763:	F8 4A 5A	EORB ( 4A 5A)   ;Exclusive OR Accumulator B
2766:	4F		CLRA	   ;Clear Accumulator A
2767:	EA 55		ORAB (55,X)   ;Inclusive OR Accumulator B
2769:	C6 5B		LDAB ,5B   ;Load Accumulator B
276B:	E8 62		EORB (62,X)   ;Exclusive OR Accumulator B
276D:	60 68		NEG (68,X)   ;Negate
276F:	F4 6F EF	ANDB ( 6F EF)   ;Logical AND with Accumulator B
2772:	77 57 7F	ASR ( 57 7F)   ;Arithmetic shift Right
2775:	C		CLC	   ;Clear Carry
2776:	86 FA		LDAA ,FA   ;Load Accumulator A
2778:	8F		XGDX	   ;Exchange Double Accumulator and Index Register X
2779:	40		NEGA	   ;Negate Accumulator A
277A:	97 DE		STAA (DE)   ;Store Accumulator A
277C:	A0 C1		SUBA (C1,X)   ;Substract Accumulator A
277E:	A9 EF		ADCA (EF,X)   ;Add with Carry to Accumulator A
2780:	B3 54 BD	SUBD ( 54 BD)   ;Substract Double Accumulator
2783:	79 C8 56	ROL ( C8 56)   ;Rotate Left
2786:	D2 F3		SBCB (F3)   ;Substract with Carry Accumulator B
2788:	DD 98		STD (98)   ;Store Double Accumulator
278A:	E8 A5		EORB (A5,X)   ;Exclusive OR Accumulator B
278C:	F4 1D FF	ANDB ( 1D FF)   ;Logical AND with Accumulator B
278F:	FF 0 18	STX ( 0 18)   ;Store Index Register X
2792:	32		PULA	   ;Pull Accumulator A from Stack
2793:	4A		DECA	   ;Decrement Accumulator A
2794:	64 79		LSR (79,X)   ;Logical Shift Right
2796:	86 8C		LDAA ,8C   ;Load Accumulator A
2798:	90 90		SUBA (90)   ;Substract Accumulator A
279A:	90 90		SUBA (90)   ;Substract Accumulator A
279C:	90 90		SUBA (90)   ;Substract Accumulator A
279E:	90 90		SUBA (90)   ;Substract Accumulator A
27A0:	98 98		EORA (98)   ;Exclusive OR Accumulator A
27A2:	94 8C		ANDA (8C)   ;Logical AND with Accumulator A
27A4:	7C 74 58	INC ( 74 58)   ;Increment
27A7:	40		NEGA	   ;Negate Accumulator A
27A8:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
27A9:	20 8		BRA ,8   ;Branch Always
27AB:	4		LSRD	   ;Logical Shift Right Double Accumulator
27AC:	0		TEST	   ;Test Operation (Test Mode Only)
27AD:	0		TEST	   ;Test Operation (Test Mode Only)
27AE:	0		TEST	   ;Test Operation (Test Mode Only)
27AF:	0		TEST	   ;Test Operation (Test Mode Only)
27B0:	34		DES	   ;Decrement Stack Pointer
27B1:	34		DES	   ;Decrement Stack Pointer
27B2:	34		DES	   ;Decrement Stack Pointer
27B3:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
27B4:	24 20		BCC   ,20   ;Branch if Carry Clear
27B6:	1E 1C 10 4	BRSET ( 1C 10 4,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
27BA:	0		TEST	   ;Test Operation (Test Mode Only)
27BB:	0		TEST	   ;Test Operation (Test Mode Only)
27BC:	0		TEST	   ;Test Operation (Test Mode Only)
27BD:	0		TEST	   ;Test Operation (Test Mode Only)
27BE:	0		TEST	   ;Test Operation (Test Mode Only)
27BF:	0		TEST	   ;Test Operation (Test Mode Only)
27C0:	0		TEST	   ;Test Operation (Test Mode Only)
27C1:	0		TEST	   ;Test Operation (Test Mode Only)
27C2:	0		TEST	   ;Test Operation (Test Mode Only)
27C3:	0		TEST	   ;Test Operation (Test Mode Only)
27C4:	0		TEST	   ;Test Operation (Test Mode Only)
27C5:	0		TEST	   ;Test Operation (Test Mode Only)
27C6:	0		TEST	   ;Test Operation (Test Mode Only)
27C7:	0		TEST	   ;Test Operation (Test Mode Only)
27C8:	0		TEST	   ;Test Operation (Test Mode Only)
27C9:	0		TEST	   ;Test Operation (Test Mode Only)
27CA:	0		TEST	   ;Test Operation (Test Mode Only)
27CB:	0		TEST	   ;Test Operation (Test Mode Only)
27CC:	0		TEST	   ;Test Operation (Test Mode Only)
27CD:	0		TEST	   ;Test Operation (Test Mode Only)
27CE:	0		TEST	   ;Test Operation (Test Mode Only)
27CF:	0		TEST	   ;Test Operation (Test Mode Only)
27D0:	0		TEST	   ;Test Operation (Test Mode Only)
27D1:	0		TEST	   ;Test Operation (Test Mode Only)
27D2:	0		TEST	   ;Test Operation (Test Mode Only)
27D3:	0		TEST	   ;Test Operation (Test Mode Only)
27D4:	0		TEST	   ;Test Operation (Test Mode Only)
27D5:	0		TEST	   ;Test Operation (Test Mode Only)
27D6:	0		TEST	   ;Test Operation (Test Mode Only)
27D7:	0		TEST	   ;Test Operation (Test Mode Only)
27D8:	0		TEST	   ;Test Operation (Test Mode Only)
27D9:	0		TEST	   ;Test Operation (Test Mode Only)
27DA:	0		TEST	   ;Test Operation (Test Mode Only)
27DB:	0		TEST	   ;Test Operation (Test Mode Only)
27DC:	0		TEST	   ;Test Operation (Test Mode Only)
27DD:	0		TEST	   ;Test Operation (Test Mode Only)
27DE:	0		TEST	   ;Test Operation (Test Mode Only)
27DF:	0		TEST	   ;Test Operation (Test Mode Only)
27E0:	51		TEST	   ;Test Operation (Test Mode Only)
27E1:	51		TEST	   ;Test Operation (Test Mode Only)
27E2:	51		TEST	   ;Test Operation (Test Mode Only)
27E3:	53		COMB	   ;Complement Accumulator B
27E4:	55		COMB	   ;Complement Accumulator B
27E5:	55		COMB	   ;Complement Accumulator B
27E6:	5C		INCB	   ;Increment Accumulator B
27E7:	59		ROLB	   ;Rotate Left Accumulator B
27E8:	57		ASRB	   ;Arithmetic shift Right Accumulator B
27E9:	5E		ASRB	   ;Arithmetic shift Right Accumulator B
27EA:	64 68		LSR (68,X)   ;Logical Shift Right
27EC:	68 68		ASL (68,X)   ;Arithmetic shift Left
27EE:	66 62		ROR (62,X)   ;Rotate Right
27F0:	61 5F		ROR (5F,X)   ;Rotate Right
27F2:	5D		TSTB	   ;Test Accumulator B
27F3:	5B		TSTB	   ;Test Accumulator B
27F4:	59		ROLB	   ;Rotate Left Accumulator B
27F5:	56		RORB	   ;Rotate Right Accumulator B
27F6:	54		LSRB	   ;Logical Shift Right Accumulator B
27F7:	51		LSRB	   ;Logical Shift Right Accumulator B
27F8:	51		LSRB	   ;Logical Shift Right Accumulator B
27F9:	51		LSRB	   ;Logical Shift Right Accumulator B
27FA:	51		LSRB	   ;Logical Shift Right Accumulator B
27FB:	51		LSRB	   ;Logical Shift Right Accumulator B
27FC:	51		LSRB	   ;Logical Shift Right Accumulator B
27FD:	51		LSRB	   ;Logical Shift Right Accumulator B
27FE:	51		LSRB	   ;Logical Shift Right Accumulator B
27FF:	51		LSRB	   ;Logical Shift Right Accumulator B
2800:	61		LSRB	   ;Logical Shift Right Accumulator B
2801:	5F		CLRB	   ;Clear Accumulator B
2802:	5D		TSTB	   ;Test Accumulator B
2803:	5B		TSTB	   ;Test Accumulator B
2804:	59		ROLB	   ;Rotate Left Accumulator B
2805:	56		RORB	   ;Rotate Right Accumulator B
2806:	54		LSRB	   ;Logical Shift Right Accumulator B
2807:	51		LSRB	   ;Logical Shift Right Accumulator B
2808:	51		LSRB	   ;Logical Shift Right Accumulator B
2809:	51		LSRB	   ;Logical Shift Right Accumulator B
280A:	51		LSRB	   ;Logical Shift Right Accumulator B
280B:	51		LSRB	   ;Logical Shift Right Accumulator B
280C:	51		LSRB	   ;Logical Shift Right Accumulator B
280D:	51		LSRB	   ;Logical Shift Right Accumulator B
280E:	51		LSRB	   ;Logical Shift Right Accumulator B
280F:	51		LSRB	   ;Logical Shift Right Accumulator B
2810:	51		LSRB	   ;Logical Shift Right Accumulator B
2811:	51		LSRB	   ;Logical Shift Right Accumulator B
2812:	51		LSRB	   ;Logical Shift Right Accumulator B
2813:	53		COMB	   ;Complement Accumulator B
2814:	55		COMB	   ;Complement Accumulator B
2815:	55		COMB	   ;Complement Accumulator B
2816:	5C		INCB	   ;Increment Accumulator B
2817:	59		ROLB	   ;Rotate Left Accumulator B
2818:	57		ASRB	   ;Arithmetic shift Right Accumulator B
2819:	5E		ASRB	   ;Arithmetic shift Right Accumulator B
281A:	64 68		LSR (68,X)   ;Logical Shift Right
281C:	68 68		ASL (68,X)   ;Arithmetic shift Left
281E:	66 62		ROR (62,X)   ;Rotate Right
2820:	10		SBA	   ;Substract Accumulators
2821:	14 18 1C	BSET ( 18 1C)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
2824:	20 24		BRA ,24   ;Branch Always
2826:	28 2C		BVC ,2C   ;Branch if Overflow Clear
2828:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
2829:	36		PSHA	   ;Push Accumulator A onto Stack
282A:	3C		PSHX	   ;Push Index Register X onto Stack
282B:	46		RORA	   ;Rotate Right Accumulator A
282C:	50		NEGB	   ;Negate Accumulator B
282D:	5C		INCB	   ;Increment Accumulator B
282E:	6A 78		DEC (78,X)   ;Decrement
2830:	8E 8E 8E	LDS , 8E 8E   ;Load Stack Pointer
2833:	8E 8C 8C	LDS , 8C 8C   ;Load Stack Pointer
2836:	8C 7D 7D	CPX , 7D 7D   ;Compare Index Register X
2839:	78 78 7A	ASL ( 78 7A)   ;Arithmetic shift Left
283C:	84 82		ANDA ,82   ;Logical AND with Accumulator A
283E:	7F 7D 50	CLR ( 7D 50)   ;Clear
2841:	50		NEGB	   ;Negate Accumulator B
2842:	46		RORA	   ;Rotate Right Accumulator A
2843:	3C		PSHX	   ;Push Index Register X onto Stack
2844:	2C 20		BGE  ,20   ;Branch if Greater than or Equal to Zero
2846:	19		DAA	   ;Decimal Adjust Accumulator A
2847:	19		DAA	   ;Decimal Adjust Accumulator A
2848:	19		DAA	   ;Decimal Adjust Accumulator A
2849:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
284A:	13 10		BRCLR (10)   ;Branch if Bit(s) Clear
284C:	C		CLC	   ;Clear Carry
284D:	C		CLC	   ;Clear Carry
284E:	C		CLC	   ;Clear Carry
284F:	C		CLC	   ;Clear Carry
2850:	8		INX	   ;Increment Index Register X
2851:	8		INX	   ;Increment Index Register X
2852:	A		CLV	   ;Clear Twos-Complement Overflow Bit
2853:	B		SEV	   ;Set Twos Complement Overflow Bit
2854:	E		CLI	   ;Clear Interrupt Mask
2855:	11		CBA	   ;Compare Accumulators
2856:	15 1C		BCLR ,1C   ;Clear Bit(s) in Memory
2858:	2A 2A		BPL ,2A   ;Branch if Plus
285A:	2A 2A		BPL ,2A   ;Branch if Plus
285C:	2A 2A		BPL ,2A   ;Branch if Plus
285E:	2A 2A		BPL ,2A   ;Branch if Plus
2860:	80 80		SUBA ,80   ;Substract Accumulator A
2862:	80 80		SUBA ,80   ;Substract Accumulator A
2864:	80 80		SUBA ,80   ;Substract Accumulator A
2866:	80 80		SUBA ,80   ;Substract Accumulator A
2868:	80 80		SUBA ,80   ;Substract Accumulator A
286A:	80 70		SUBA ,70   ;Substract Accumulator A
286C:	60 60		NEG (60,X)   ;Negate
286E:	60 60		NEG (60,X)   ;Negate
2870:	85 7B		BITA ,7B   ;Bit test Accumulator A
2872:	71 67		BITA ,67   ;Bit test Accumulator A
2874:	5C		INCB	   ;Increment Accumulator B
2875:	52		INCB	   ;Increment Accumulator B
2876:	48		ASLA	   ;Arithmetic shift Left Accumulator A
2877:	3C		PSHX	   ;Push Index Register X onto Stack
2878:	32		PULA	   ;Pull Accumulator A from Stack
2879:	28 1F		BVC ,1F   ;Branch if Overflow Clear
287B:	18 14 14	BVC , 14   ;Branch if Overflow Clear
287D:	14 14 14	BSET ( 14 14)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
2880:	17		TBA	   ;Transfer from Accumulator B to Accumulator A
2881:	18 19		TBA	   ;Transfer from Accumulator B to Accumulator A
2882:	19		DAA	   ;Decimal Adjust Accumulator A
2883:	1C 20 24	BSET ( 20 24,X)   ;Set Bit(s) in Memory   -   Formato standard : BSET (ff,X) (mm) -> BSET (mm ff,X)
2886:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
2887:	38		PULX	   ;Pull Index Register X from Stack
2888:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
2889:	44		LSRA	   ;Logical Shift Right Accumulator A
288A:	48		ASLA	   ;Arithmetic shift Left Accumulator A
288B:	50		NEGB	   ;Negate Accumulator B
288C:	60 70		NEG (70,X)   ;Negate
288E:	80 90		SUBA ,90   ;Substract Accumulator A
2890:	60 60		NEG (60,X)   ;Negate
2892:	60 60		NEG (60,X)   ;Negate
2894:	60 60		NEG (60,X)   ;Negate
2896:	4C		INCA	   ;Increment Accumulator A
2897:	4A		DECA	   ;Decrement Accumulator A
2898:	48		ASLA	   ;Arithmetic shift Left Accumulator A
2899:	3C		PSHX	   ;Push Index Register X onto Stack
289A:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
289B:	28 10		BVC ,10   ;Branch if Overflow Clear
289D:	10		SBA	   ;Substract Accumulators
289E:	10		SBA	   ;Substract Accumulators
289F:	10		SBA	   ;Substract Accumulators
28A0:	8		INX	   ;Increment Index Register X
28A1:	B		SEV	   ;Set Twos Complement Overflow Bit
28A2:	E		CLI	   ;Clear Interrupt Mask
28A3:	11		CBA	   ;Compare Accumulators
28A4:	14 18 1B	BSET ( 18 1B)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
28A7:	20 28		BRA ,28   ;Branch Always
28A9:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
28AA:	38		PULX	   ;Pull Index Register X from Stack
28AB:	40		NEGA	   ;Negate Accumulator A
28AC:	48		ASLA	   ;Arithmetic shift Left Accumulator A
28AD:	50		NEGB	   ;Negate Accumulator B
28AE:	58		ASLB	   ;Arithmetic shift Left Accumulator B
28AF:	60 10		NEG (10,X)   ;Negate
28B1:	14 18 1C	BSET ( 18 1C)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
28B4:	20 24		BRA ,24   ;Branch Always
28B6:	28 2C		BVC ,2C   ;Branch if Overflow Clear
28B8:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
28B9:	36		PSHA	   ;Push Accumulator A onto Stack
28BA:	3C		PSHX	   ;Push Index Register X onto Stack
28BB:	46		RORA	   ;Rotate Right Accumulator A
28BC:	50		NEGB	   ;Negate Accumulator B
28BD:	5C		INCB	   ;Increment Accumulator B
28BE:	6A 78		DEC (78,X)   ;Decrement
28C0:	0		TEST	   ;Test Operation (Test Mode Only)
28C1:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
28C2:	A		CLV	   ;Clear Twos-Complement Overflow Bit
28C3:	A		CLV	   ;Clear Twos-Complement Overflow Bit
28C4:	A		CLV	   ;Clear Twos-Complement Overflow Bit
28C5:	B		SEV	   ;Set Twos Complement Overflow Bit
28C6:	C		CLC	   ;Clear Carry
28C7:	D		SEC	   ;Set Carry
28C8:	F		SEI	   ;Set Interrupt Mask
28C9:	11		CBA	   ;Compare Accumulators
28CA:	13 14		BRCLR (14)   ;Branch if Bit(s) Clear
28CC:	14 14 14	BSET ( 14 14)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
28CF:	14 0 0	BSET ( 0 0)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
28D2:	0		TEST	   ;Test Operation (Test Mode Only)
28D3:	0		TEST	   ;Test Operation (Test Mode Only)
28D4:	0		TEST	   ;Test Operation (Test Mode Only)
28D5:	0		TEST	   ;Test Operation (Test Mode Only)
28D6:	0		TEST	   ;Test Operation (Test Mode Only)
28D7:	0		TEST	   ;Test Operation (Test Mode Only)
28D8:	0		TEST	   ;Test Operation (Test Mode Only)
28D9:	0		TEST	   ;Test Operation (Test Mode Only)
28DA:	0		TEST	   ;Test Operation (Test Mode Only)
28DB:	0		TEST	   ;Test Operation (Test Mode Only)
28DC:	0		TEST	   ;Test Operation (Test Mode Only)
28DD:	0		TEST	   ;Test Operation (Test Mode Only)
28DE:	0		TEST	   ;Test Operation (Test Mode Only)
28DF:	0		TEST	   ;Test Operation (Test Mode Only)
28E0:	4		LSRD	   ;Logical Shift Right Double Accumulator
28E1:	10		SBA	   ;Substract Accumulators
28E2:	4		LSRD	   ;Logical Shift Right Double Accumulator
28E3:	10		SBA	   ;Substract Accumulators
28E4:	3		FDIV	   ;Fractional Divide
28E5:	A0 4		SUBA (4,X)   ;Substract Accumulator A
28E7:	10		SBA	   ;Substract Accumulators
28E8:	4		LSRD	   ;Logical Shift Right Double Accumulator
28E9:	A0 4		SUBA (4,X)   ;Substract Accumulator A
28EB:	B0 4 30	SUBA ( 4 30)   ;Substract Accumulator A
28EE:	4		LSRD	   ;Logical Shift Right Double Accumulator
28EF:	80 5		SUBA ,5   ;Substract Accumulator A
28F1:	60 4		NEG (4,X)   ;Negate
28F3:	20 4		BRA ,4   ;Branch Always
28F5:	40		NEGA	   ;Negate Accumulator A
28F6:	4		LSRD	   ;Logical Shift Right Double Accumulator
28F7:	70 4 50	NEG ( 4 50)   ;Negate
28FA:	4		LSRD	   ;Logical Shift Right Double Accumulator
28FB:	50		NEGB	   ;Negate Accumulator B
28FC:	4		LSRD	   ;Logical Shift Right Double Accumulator
28FD:	50		NEGB	   ;Negate Accumulator B
28FE:	4		LSRD	   ;Logical Shift Right Double Accumulator
28FF:	50		NEGB	   ;Negate Accumulator B
2900:	4		LSRD	   ;Logical Shift Right Double Accumulator
2901:	F0 4 F0	SUBB ( 4 F0)   ;Substract Accumulator B
2904:	4		LSRD	   ;Logical Shift Right Double Accumulator
2905:	70 4 80	NEG ( 4 80)   ;Negate
2908:	4		LSRD	   ;Logical Shift Right Double Accumulator
2909:	D0 5		SUBB (5)   ;Substract Accumulator B
290B:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
290C:	4		LSRD	   ;Logical Shift Right Double Accumulator
290D:	0		TEST	   ;Test Operation (Test Mode Only)
290E:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
290F:	10		SBA	   ;Substract Accumulators
2910:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
2911:	D0 5		SUBB (5)   ;Substract Accumulator B
2913:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
2914:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
2915:	F0 5 0	SUBB ( 5 0)   ;Substract Accumulator B
2918:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
2919:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
291A:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
291B:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
291C:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
291D:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
291E:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
291F:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
2920:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
2921:	40		NEGA	   ;Negate Accumulator A
2922:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
2923:	40		NEGA	   ;Negate Accumulator A
2924:	4		LSRD	   ;Logical Shift Right Double Accumulator
2925:	C0 4		SUBB4   ;Substract Accumulator B
2927:	80 5		SUBA ,5   ;Substract Accumulator A
2929:	80 5		SUBA ,5   ;Substract Accumulator A
292B:	0		TEST	   ;Test Operation (Test Mode Only)
292C:	4		LSRD	   ;Logical Shift Right Double Accumulator
292D:	D0 4		SUBB (4)   ;Substract Accumulator B
292F:	D0 5		SUBB (5)   ;Substract Accumulator B
2931:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
2932:	4		LSRD	   ;Logical Shift Right Double Accumulator
2933:	E0 5		SUBB (5,X)   ;Substract Accumulator B
2935:	90 4		SUBA (4)   ;Substract Accumulator A
2937:	B0 4 90	SUBA ( 4 90)   ;Substract Accumulator A
293A:	4		LSRD	   ;Logical Shift Right Double Accumulator
293B:	90 4		SUBA (4)   ;Substract Accumulator A
293D:	90 4		SUBA (4)   ;Substract Accumulator A
293F:	90 4		SUBA (4)   ;Substract Accumulator A
2941:	D0 4		SUBB (4)   ;Substract Accumulator B
2943:	D0 3		SUBB (3)   ;Substract Accumulator B
2945:	60 3		NEG (3,X)   ;Negate
2947:	50		NEGB	   ;Negate Accumulator B
2948:	4		LSRD	   ;Logical Shift Right Double Accumulator
2949:	0		TEST	   ;Test Operation (Test Mode Only)
294A:	3		FDIV	   ;Fractional Divide
294B:	E0 3		SUBB (3,X)   ;Substract Accumulator B
294D:	F0 4 20	SUBB ( 4 20)   ;Substract Accumulator B
2950:	4		LSRD	   ;Logical Shift Right Double Accumulator
2951:	40		NEGA	   ;Negate Accumulator A
2952:	4		LSRD	   ;Logical Shift Right Double Accumulator
2953:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
2954:	4		LSRD	   ;Logical Shift Right Double Accumulator
2955:	70 4 0	NEG ( 4 0)   ;Negate
2958:	4		LSRD	   ;Logical Shift Right Double Accumulator
2959:	10		SBA	   ;Substract Accumulators
295A:	4		LSRD	   ;Logical Shift Right Double Accumulator
295B:	10		SBA	   ;Substract Accumulators
295C:	4		LSRD	   ;Logical Shift Right Double Accumulator
295D:	10		SBA	   ;Substract Accumulators
295E:	4		LSRD	   ;Logical Shift Right Double Accumulator
295F:	10		SBA	   ;Substract Accumulators
2960:	10		SBA	   ;Substract Accumulators
2961:	10		SBA	   ;Substract Accumulators
2962:	8		INX	   ;Increment Index Register X
2963:	4		LSRD	   ;Logical Shift Right Double Accumulator
2964:	2		IDIV	   ;Integer Divide
2965:	2		IDIV	   ;Integer Divide
2966:	1		NOP	   ;No Operation
2967:	1		NOP	   ;No Operation
2968:	1		NOP	   ;No Operation
2969:	1		NOP	   ;No Operation
296A:	1		NOP	   ;No Operation
296B:	1		NOP	   ;No Operation
296C:	1		NOP	   ;No Operation
296D:	1		NOP	   ;No Operation
296E:	1		NOP	   ;No Operation
296F:	1		NOP	   ;No Operation
2970:	0		TEST	   ;Test Operation (Test Mode Only)
2971:	26 33		BNE ,33   ;Branch if Not Equal to Zero
2973:	40		NEGA	   ;Negate Accumulator A
2974:	4C		INCA	   ;Increment Accumulator A
2975:	59		ROLB	   ;Rotate Left Accumulator B
2976:	66 80		ROR (80,X)   ;Rotate Right
2978:	8C 99 A6	CPX , 99 A6   ;Compare Index Register X
297B:	B3 BF CC	SUBD ( BF CC)   ;Substract Double Accumulator
297E:	D9 E6		ADCB (E6)   ;Add with Carry to Accumulator B
2980:	0		TEST	   ;Test Operation (Test Mode Only)
2981:	0		TEST	   ;Test Operation (Test Mode Only)
2982:	0		TEST	   ;Test Operation (Test Mode Only)
2983:	0		TEST	   ;Test Operation (Test Mode Only)
2984:	40		NEGA	   ;Negate Accumulator A
2985:	80 90		SUBA ,90   ;Substract Accumulator A
2987:	A0 A0		SUBA (A0,X)   ;Substract Accumulator A
2989:	A0 C0		SUBA (C0,X)   ;Substract Accumulator A
298B:	F0 F0 F0	SUBB ( F0 F0)   ;Substract Accumulator B
298E:	F0 F0 0	SUBB ( F0 0)   ;Substract Accumulator B
2991:	0		TEST	   ;Test Operation (Test Mode Only)
2992:	0		TEST	   ;Test Operation (Test Mode Only)
2993:	0		TEST	   ;Test Operation (Test Mode Only)
2994:	0		TEST	   ;Test Operation (Test Mode Only)
2995:	0		TEST	   ;Test Operation (Test Mode Only)
2996:	4		LSRD	   ;Logical Shift Right Double Accumulator
2997:	8		INX	   ;Increment Index Register X
2998:	8		INX	   ;Increment Index Register X
2999:	8		INX	   ;Increment Index Register X
299A:	B		SEV	   ;Set Twos Complement Overflow Bit
299B:	8		INX	   ;Increment Index Register X
299C:	8		INX	   ;Increment Index Register X
299D:	8		INX	   ;Increment Index Register X
299E:	8		INX	   ;Increment Index Register X
299F:	8		INX	   ;Increment Index Register X
29A0:	20 20		BRA ,20   ;Branch Always
29A2:	20 20		BRA ,20   ;Branch Always
29A4:	20 20		BRA ,20   ;Branch Always
29A6:	20 20		BRA ,20   ;Branch Always
29A8:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
29A9:	38		PULX	   ;Pull Index Register X from Stack
29AA:	60 70		NEG (70,X)   ;Negate
29AC:	80 80		SUBA ,80   ;Substract Accumulator A
29AE:	80 80		SUBA ,80   ;Substract Accumulator A
29B0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
29B3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
29B6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
29B9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
29BC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
29BF:	FF 0 0	STX ( 0 0)   ;Store Index Register X
29C2:	0		TEST	   ;Test Operation (Test Mode Only)
29C3:	0		TEST	   ;Test Operation (Test Mode Only)
29C4:	0		TEST	   ;Test Operation (Test Mode Only)
29C5:	0		TEST	   ;Test Operation (Test Mode Only)
29C6:	4		LSRD	   ;Logical Shift Right Double Accumulator
29C7:	8		INX	   ;Increment Index Register X
29C8:	8		INX	   ;Increment Index Register X
29C9:	8		INX	   ;Increment Index Register X
29CA:	8		INX	   ;Increment Index Register X
29CB:	8		INX	   ;Increment Index Register X
29CC:	8		INX	   ;Increment Index Register X
29CD:	8		INX	   ;Increment Index Register X
29CE:	8		INX	   ;Increment Index Register X
29CF:	8		INX	   ;Increment Index Register X
29D0:	4C		INCA	   ;Increment Accumulator A
29D1:	4C		INCA	   ;Increment Accumulator A
29D2:	4C		INCA	   ;Increment Accumulator A
29D3:	4C		INCA	   ;Increment Accumulator A
29D4:	4C		INCA	   ;Increment Accumulator A
29D5:	4C		INCA	   ;Increment Accumulator A
29D6:	4C		INCA	   ;Increment Accumulator A
29D7:	4C		INCA	   ;Increment Accumulator A
29D8:	4C		INCA	   ;Increment Accumulator A
29D9:	4C		INCA	   ;Increment Accumulator A
29DA:	4C		INCA	   ;Increment Accumulator A
29DB:	80 80		SUBA ,80   ;Substract Accumulator A
29DD:	80 80		SUBA ,80   ;Substract Accumulator A
29DF:	80 54		SUBA ,54   ;Substract Accumulator A
29E1:	54		LSRB	   ;Logical Shift Right Accumulator B
29E2:	46		RORA	   ;Rotate Right Accumulator A
29E3:	29 1C		BVS1C   ;Branch if Overflow Set
29E5:	14 E C	BSET ( E C)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
29E8:	A		CLV	   ;Clear Twos-Complement Overflow Bit
29E9:	8		INX	   ;Increment Index Register X
29EA:	8		INX	   ;Increment Index Register X
29EB:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
29EC:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
29ED:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
29EE:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
29EF:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
29F0:	69 69		ROL (69,X)   ;Rotate Left
29F2:	69 3D		ROL (3D,X)   ;Rotate Left
29F4:	29 1E		BVS1E   ;Branch if Overflow Set
29F6:	15 12		BCLR ,12   ;Clear Bit(s) in Memory
29F8:	F		SEI	   ;Set Interrupt Mask
29F9:	C		CLC	   ;Clear Carry
29FA:	C		CLC	   ;Clear Carry
29FB:	C		CLC	   ;Clear Carry
29FC:	C		CLC	   ;Clear Carry
29FD:	C		CLC	   ;Clear Carry
29FE:	C		CLC	   ;Clear Carry
29FF:	C		CLC	   ;Clear Carry
2A00:	0		TEST	   ;Test Operation (Test Mode Only)
2A01:	0		TEST	   ;Test Operation (Test Mode Only)
2A02:	0		TEST	   ;Test Operation (Test Mode Only)
2A03:	0		TEST	   ;Test Operation (Test Mode Only)
2A04:	0		TEST	   ;Test Operation (Test Mode Only)
2A05:	FE FA F3	LDX ( FA F3)   ;Load Index Register X
2A08:	1		NOP	   ;No Operation
2A09:	2		IDIV	   ;Integer Divide
2A0A:	4		LSRD	   ;Logical Shift Right Double Accumulator
2A0B:	8		INX	   ;Increment Index Register X
2A0C:	1		NOP	   ;No Operation
2A0D:	2A 3F		BPL ,3F   ;Branch if Plus
2A0F:	54		LSRB	   ;Logical Shift Right Accumulator B
2A10:	B		SEV	   ;Set Twos Complement Overflow Bit
2A11:	2A 54		BPL ,54   ;Branch if Plus
2A13:	88 1		EORA ,1   ;Exclusive OR Accumulator A
2A15:	2		IDIV	   ;Integer Divide
2A16:	3		FDIV	   ;Fractional Divide
2A17:	4		LSRD	   ;Logical Shift Right Double Accumulator
2A18:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
2A19:	8		INX	   ;Increment Index Register X
2A1A:	A		CLV	   ;Clear Twos-Complement Overflow Bit
2A1B:	C		CLC	   ;Clear Carry
2A1C:	C		CLC	   ;Clear Carry
2A1D:	10		SBA	   ;Substract Accumulators
2A1E:	14 18 1C	BSET ( 18 1C)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
2A21:	20 24		BRA ,24   ;Branch Always
2A23:	28 2C		BVC ,2C   ;Branch if Overflow Clear
2A25:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
2A26:	38		PULX	   ;Pull Index Register X from Stack
2A27:	40		NEGA	   ;Negate Accumulator A
2A28:	48		ASLA	   ;Arithmetic shift Left Accumulator A
2A29:	50		NEGB	   ;Negate Accumulator B
2A2A:	58		ASLB	   ;Arithmetic shift Left Accumulator B
2A2B:	60 1		NEG (1,X)   ;Negate
2A2D:	1		NOP	   ;No Operation
2A2E:	50		NEGB	   ;Negate Accumulator B
2A2F:	60 70		NEG (70,X)   ;Negate
2A31:	70 70 70	NEG ( 70 70)   ;Negate
2A34:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2A37:	C6 84		LDAB ,84   ;Load Accumulator B
2A39:	77 73 5A	ASR ( 73 5A)   ;Arithmetic shift Right
2A3C:	4C		INCA	   ;Increment Accumulator A
2A3D:	40		NEGA	   ;Negate Accumulator A
2A3E:	33		PULB	   ;Pull Accumulator B from Stack
2A3F:	2D 2A		BLT ,2A   ;Branch  il Less than Zero
2A41:	24 24		BCC   ,24   ;Branch if Carry Clear
2A43:	2B 2A		BMI ,2A   ;Branch if Minus
2A45:	2A 24		BPL ,24   ;Branch if Plus
2A47:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
2A48:	12 11 11 10	BRSET ( 11 11 10)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
2A4C:	B		SEV	   ;Set Twos Complement Overflow Bit
2A4D:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
2A4E:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
2A4F:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
2A50:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
2A51:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
2A52:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
2A53:	A		CLV	   ;Clear Twos-Complement Overflow Bit
2A54:	7E 7E 7E	JMP ( 7E 7E)   ;Jump
2A57:	71 66 55	JMP ( 66 55)   ;Jump
2A5A:	4D		TSTA	   ;Test Accumulator A
2A5B:	43		COMA	   ;Complement Accumulator A
2A5C:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
2A5D:	2C 21		BGE  ,21   ;Branch if Greater than or Equal to Zero
2A5F:	1B		ABA	   ;Add Accumulator B to Accumulator A
2A60:	15 15		BCLR ,15   ;Clear Bit(s) in Memory
2A62:	15 18		BCLR ,18   ;Clear Bit(s) in Memory
2A64:	0		TEST	   ;Test Operation (Test Mode Only)
2A65:	0		TEST	   ;Test Operation (Test Mode Only)
2A66:	0		TEST	   ;Test Operation (Test Mode Only)
2A67:	0		TEST	   ;Test Operation (Test Mode Only)
2A68:	0		TEST	   ;Test Operation (Test Mode Only)
2A69:	10		SBA	   ;Substract Accumulators
2A6A:	23 1B		BLS ,1B   ;Branch if Lower or Same
2A6C:	37		PSHB	   ;Push Accumulator B onto Stack
2A6D:	5B		PSHB	   ;Push Accumulator B onto Stack
2A6E:	7B		PSHB	   ;Push Accumulator B onto Stack
2A6F:	83 9B 9F	SUBD , 9B 9F   ;Substract Double Accumulator
2A72:	9F 93		STS (93)   ;Store Stack Pointer
2A74:	0		TEST	   ;Test Operation (Test Mode Only)
2A75:	0		TEST	   ;Test Operation (Test Mode Only)
2A76:	0		TEST	   ;Test Operation (Test Mode Only)
2A77:	0		TEST	   ;Test Operation (Test Mode Only)
2A78:	1		NOP	   ;No Operation
2A79:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
2A7A:	D		SEC	   ;Set Carry
2A7B:	12 17 1C 21	BRSET ( 17 1C 21)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
2A7F:	28 30		BVC ,30   ;Branch if Overflow Clear
2A81:	39		RTS	   ;Return from Subroutine
2A82:	39		RTS	   ;Return from Subroutine
2A83:	39		RTS	   ;Return from Subroutine
2A84:	24 24		BCC   ,24   ;Branch if Carry Clear
2A86:	24 24		BCC   ,24   ;Branch if Carry Clear
2A88:	24 24		BCC   ,24   ;Branch if Carry Clear
2A8A:	24 24		BCC   ,24   ;Branch if Carry Clear
2A8C:	24 24		BCC   ,24   ;Branch if Carry Clear
2A8E:	24 24		BCC   ,24   ;Branch if Carry Clear
2A90:	24 24		BCC   ,24   ;Branch if Carry Clear
2A92:	24 24		BCC   ,24   ;Branch if Carry Clear
2A94:	0		TEST	   ;Test Operation (Test Mode Only)
2A95:	4		LSRD	   ;Logical Shift Right Double Accumulator
2A96:	10		SBA	   ;Substract Accumulators
2A97:	20 0		BRA ,0   ;Branch Always
2A99:	2		IDIV	   ;Integer Divide
2A9A:	4		LSRD	   ;Logical Shift Right Double Accumulator
2A9B:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
2A9C:	9		DEX	   ;Decrement Index Register X
2A9D:	C		CLC	   ;Clear Carry
2A9E:	E		CLI	   ;Clear Interrupt Mask
2A9F:	10		SBA	   ;Substract Accumulators
2AA0:	13 15		BRCLR (15)   ;Branch if Bit(s) Clear
2AA2:	18 1E 1E	BRCLR ( 1E)   ;Branch if Bit(s) Clear
2AA4:	0		TEST	   ;Test Operation (Test Mode Only)
2AA5:	0		TEST	   ;Test Operation (Test Mode Only)
2AA6:	0		TEST	   ;Test Operation (Test Mode Only)
2AA7:	0		TEST	   ;Test Operation (Test Mode Only)
2AA8:	0		TEST	   ;Test Operation (Test Mode Only)
2AA9:	0		TEST	   ;Test Operation (Test Mode Only)
2AAA:	0		TEST	   ;Test Operation (Test Mode Only)
2AAB:	0		TEST	   ;Test Operation (Test Mode Only)
2AAC:	1		NOP	   ;No Operation
2AAD:	2		IDIV	   ;Integer Divide
2AAE:	3		FDIV	   ;Fractional Divide
2AAF:	4		LSRD	   ;Logical Shift Right Double Accumulator
2AB0:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
2AB1:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
2AB2:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
2AB3:	8		INX	   ;Increment Index Register X
2AB4:	FF 1 1	STX ( 1 1)   ;Store Index Register X
2AB7:	1		NOP	   ;No Operation
2AB8:	1		NOP	   ;No Operation
2AB9:	1		NOP	   ;No Operation
2ABA:	1		NOP	   ;No Operation
2ABB:	1		NOP	   ;No Operation
2ABC:	28 2C		BVC ,2C   ;Branch if Overflow Clear
2ABE:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
2ABF:	34		DES	   ;Decrement Stack Pointer
2AC0:	38		PULX	   ;Pull Index Register X from Stack
2AC1:	40		NEGA	   ;Negate Accumulator A
2AC2:	48		ASLA	   ;Arithmetic shift Left Accumulator A
2AC3:	50		NEGB	   ;Negate Accumulator B
2AC4:	0		TEST	   ;Test Operation (Test Mode Only)
2AC5:	0		TEST	   ;Test Operation (Test Mode Only)
2AC6:	0		TEST	   ;Test Operation (Test Mode Only)
2AC7:	0		TEST	   ;Test Operation (Test Mode Only)
2AC8:	0		TEST	   ;Test Operation (Test Mode Only)
2AC9:	0		TEST	   ;Test Operation (Test Mode Only)
2ACA:	0		TEST	   ;Test Operation (Test Mode Only)
2ACB:	0		TEST	   ;Test Operation (Test Mode Only)
2ACC:	0		TEST	   ;Test Operation (Test Mode Only)
2ACD:	F5 1 99	BITB ( 1 99)   ;Bit test Accumulator B
2AD0:	2		IDIV	   ;Integer Divide
2AD1:	58		ASLB	   ;Arithmetic shift Left Accumulator B
2AD2:	2		IDIV	   ;Integer Divide
2AD3:	40		NEGA	   ;Negate Accumulator A
2AD4:	8		INX	   ;Increment Index Register X
2AD5:	92 30		SBCA (30)   ;Substract with Carry Accumulator A
2AD7:	0		TEST	   ;Test Operation (Test Mode Only)
2AD8:	80 0		SUBA ,0   ;Substract Accumulator A
2ADA:	FF FF 5	STX ( FF 5)   ;Store Index Register X
2ADD:	17		TBA	   ;Transfer from Accumulator B to Accumulator A
2ADE:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
2ADF:	0		TEST	   ;Test Operation (Test Mode Only)
2AE0:	1		NOP	   ;No Operation
2AE1:	28 15		BVC ,15   ;Branch if Overflow Clear
2AE3:	2		IDIV	   ;Integer Divide
2AE4:	1		NOP	   ;No Operation
2AE5:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
2AE6:	C		CLC	   ;Clear Carry
2AE7:	2		IDIV	   ;Integer Divide
2AE8:	EA 2		ORAB (2,X)   ;Inclusive OR Accumulator B
2AEA:	5C		INCB	   ;Increment Accumulator B
2AEB:	4		LSRD	   ;Logical Shift Right Double Accumulator
2AEC:	10		SBA	   ;Substract Accumulators
2AED:	9		DEX	   ;Decrement Index Register X
2AEE:	2		IDIV	   ;Integer Divide
2AEF:	1		NOP	   ;No Operation
2AF0:	85 82		BITA ,82   ;Bit test Accumulator A
2AF2:	E0 FE		SUBB (FE,X)   ;Substract Accumulator B
2AF4:	FF 3 1	STX ( 3 1)   ;Store Index Register X
2AF7:	14 64 20	BSET ( 64 20)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
2AFA:	1A 14 14 5	BSET ( 14 5)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
2AFD:	1		NOP	   ;No Operation
2AFE:	38		PULX	   ;Pull Index Register X from Stack
2AFF:	48		ASLA	   ;Arithmetic shift Left Accumulator A
2B00:	22 44		BHI ,44   ;Branch if Higher
2B02:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2B05:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2B08:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2B0B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2B0E:	FF FF 80	STX ( FF 80)   ;Store Index Register X
2B11:	80 80		SUBA ,80   ;Substract Accumulator A
2B13:	80 80		SUBA ,80   ;Substract Accumulator A
2B15:	80 80		SUBA ,80   ;Substract Accumulator A
2B17:	80 80		SUBA ,80   ;Substract Accumulator A
2B19:	80 80		SUBA ,80   ;Substract Accumulator A
2B1B:	80 80		SUBA ,80   ;Substract Accumulator A
2B1D:	80 80		SUBA ,80   ;Substract Accumulator A
2B1F:	80 80		SUBA ,80   ;Substract Accumulator A
2B21:	80 80		SUBA ,80   ;Substract Accumulator A
2B23:	80 80		SUBA ,80   ;Substract Accumulator A
2B25:	80 80		SUBA ,80   ;Substract Accumulator A
2B27:	80 80		SUBA ,80   ;Substract Accumulator A
2B29:	80 80		SUBA ,80   ;Substract Accumulator A
2B2B:	80 80		SUBA ,80   ;Substract Accumulator A
2B2D:	80 80		SUBA ,80   ;Substract Accumulator A
2B2F:	80 6		SUBA ,6   ;Substract Accumulator A
2B31:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
2B32:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
2B33:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
2B34:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
2B35:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
2B36:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
2B37:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
2B38:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
2B39:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
2B3A:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
2B3B:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
2B3C:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
2B3D:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
2B3E:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
2B3F:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
2B40:	4		LSRD	   ;Logical Shift Right Double Accumulator
2B41:	4		LSRD	   ;Logical Shift Right Double Accumulator
2B42:	4		LSRD	   ;Logical Shift Right Double Accumulator
2B43:	4		LSRD	   ;Logical Shift Right Double Accumulator
2B44:	4		LSRD	   ;Logical Shift Right Double Accumulator
2B45:	4		LSRD	   ;Logical Shift Right Double Accumulator
2B46:	4		LSRD	   ;Logical Shift Right Double Accumulator
2B47:	4		LSRD	   ;Logical Shift Right Double Accumulator
2B48:	4		LSRD	   ;Logical Shift Right Double Accumulator
2B49:	4		LSRD	   ;Logical Shift Right Double Accumulator
2B4A:	4		LSRD	   ;Logical Shift Right Double Accumulator
2B4B:	4		LSRD	   ;Logical Shift Right Double Accumulator
2B4C:	4		LSRD	   ;Logical Shift Right Double Accumulator
2B4D:	4		LSRD	   ;Logical Shift Right Double Accumulator
2B4E:	4		LSRD	   ;Logical Shift Right Double Accumulator
2B4F:	4		LSRD	   ;Logical Shift Right Double Accumulator
2B50:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
2B51:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
2B52:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
2B53:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
2B54:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
2B55:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
2B56:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
2B57:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
2B58:	1		NOP	   ;No Operation
2B59:	2		IDIV	   ;Integer Divide
2B5A:	3		FDIV	   ;Fractional Divide
2B5B:	4		LSRD	   ;Logical Shift Right Double Accumulator
2B5C:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
2B5D:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
2B5E:	8		INX	   ;Increment Index Register X
2B5F:	A		CLV	   ;Clear Twos-Complement Overflow Bit
2B60:	C		CLC	   ;Clear Carry
2B61:	C		CLC	   ;Clear Carry
2B62:	C		CLC	   ;Clear Carry
2B63:	C		CLC	   ;Clear Carry
2B64:	C		CLC	   ;Clear Carry
2B65:	C		CLC	   ;Clear Carry
2B66:	C		CLC	   ;Clear Carry
2B67:	C		CLC	   ;Clear Carry
2B68:	C		CLC	   ;Clear Carry
2B69:	C		CLC	   ;Clear Carry
2B6A:	C		CLC	   ;Clear Carry
2B6B:	C		CLC	   ;Clear Carry
2B6C:	C		CLC	   ;Clear Carry
2B6D:	C		CLC	   ;Clear Carry
2B6E:	C		CLC	   ;Clear Carry
2B6F:	C		CLC	   ;Clear Carry
2B70:	20 28		BRA ,28   ;Branch Always
2B72:	A6 C0		LDAA (C0,X)   ;Load Accumulator A
2B74:	A8 88		EORA (88,X)   ;Exclusive OR Accumulator A
2B76:	A8 80		EORA (80,X)   ;Exclusive OR Accumulator A
2B78:	8		INX	   ;Increment Index Register X
2B79:	8		INX	   ;Increment Index Register X
2B7A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2B7D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2B80:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2B83:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2B86:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2B89:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2B8C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2B8F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2B92:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2B95:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2B98:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2B9B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2B9E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2BA1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2BA4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2BA7:	FF 9 9	STX ( 9 9)   ;Store Index Register X
2BAA:	FF FF 7	STX ( FF 7)   ;Store Index Register X
2BAD:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
2BAE:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
2BAF:	FF 1 65	STX ( 1 65)   ;Store Index Register X
2BB2:	1		NOP	   ;No Operation
2BB3:	65		NOP	   ;No Operation
2BB4:	1		NOP	   ;No Operation
2BB5:	7C 1 93	INC ( 1 93)   ;Increment
2BB8:	1		NOP	   ;No Operation
2BB9:	71		NOP	   ;No Operation
2BBA:	1		NOP	   ;No Operation
2BBB:	4E		NOP	   ;No Operation
2BBC:	1		NOP	   ;No Operation
2BBD:	4A		DECA	   ;Decrement Accumulator A
2BBE:	1		NOP	   ;No Operation
2BBF:	46		RORA	   ;Rotate Right Accumulator A
2BC0:	0		TEST	   ;Test Operation (Test Mode Only)
2BC1:	E5 0		BITB (0,X)   ;Bit test Accumulator B
2BC3:	84 0		ANDA ,0   ;Logical AND with Accumulator A
2BC5:	42 0		ANDA ,0   ;Logical AND with Accumulator A
2BC7:	42 0		ANDA ,0   ;Logical AND with Accumulator A
2BC9:	42 0		ANDA ,0   ;Logical AND with Accumulator A
2BCB:	42 0		ANDA ,0   ;Logical AND with Accumulator A
2BCD:	42 0		ANDA ,0   ;Logical AND with Accumulator A
2BCF:	42 1		ANDA ,1   ;Logical AND with Accumulator A
2BD1:	61 1		ANDA ,1   ;Logical AND with Accumulator A
2BD3:	61 1		ANDA ,1   ;Logical AND with Accumulator A
2BD5:	7C 1 96	INC ( 1 96)   ;Increment
2BD8:	1		NOP	   ;No Operation
2BD9:	84 1		ANDA ,1   ;Logical AND with Accumulator A
2BDB:	70 1 41	NEG ( 1 41)   ;Negate
2BDE:	1		NOP	   ;No Operation
2BDF:	12 0 DE 0	BRSET ( 0 DE 0)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
2BE3:	AA 0		ORAA (0,X)   ;Inclusive OR Accumulator A
2BE5:	55 0		ORAA (0,X)   ;Inclusive OR Accumulator A
2BE7:	55 0		ORAA (0,X)   ;Inclusive OR Accumulator A
2BE9:	55 0		ORAA (0,X)   ;Inclusive OR Accumulator A
2BEB:	55 0		ORAA (0,X)   ;Inclusive OR Accumulator A
2BED:	55 0		ORAA (0,X)   ;Inclusive OR Accumulator A
2BEF:	55 1		ORAA (1,X)   ;Inclusive OR Accumulator A
2BF1:	95 1		BITA (1)   ;Bit test Accumulator A
2BF3:	95 1		BITA (1)   ;Bit test Accumulator A
2BF5:	BB 1 E0	ADDA ( 1 E0)   ;Add without Carry to Accumulator A
2BF8:	1		NOP	   ;No Operation
2BF9:	A5 1		BITA (1,X)   ;Bit test Accumulator A
2BFB:	6A 1		DEC (1,X)   ;Decrement
2BFD:	2C 0		BGE  ,0   ;Branch if Greater than or Equal to Zero
2BFF:	ED 0		STD (0,X)   ;Store Double Accumulator
2C01:	B2 0 77	SBCA ( 0 77)   ;Substract with Carry Accumulator A
2C04:	0		TEST	   ;Test Operation (Test Mode Only)
2C05:	3C		PSHX	   ;Push Index Register X onto Stack
2C06:	0		TEST	   ;Test Operation (Test Mode Only)
2C07:	3C		PSHX	   ;Push Index Register X onto Stack
2C08:	0		TEST	   ;Test Operation (Test Mode Only)
2C09:	3C		PSHX	   ;Push Index Register X onto Stack
2C0A:	0		TEST	   ;Test Operation (Test Mode Only)
2C0B:	3C		PSHX	   ;Push Index Register X onto Stack
2C0C:	0		TEST	   ;Test Operation (Test Mode Only)
2C0D:	3C		PSHX	   ;Push Index Register X onto Stack
2C0E:	0		TEST	   ;Test Operation (Test Mode Only)
2C0F:	3C		PSHX	   ;Push Index Register X onto Stack
2C10:	1		NOP	   ;No Operation
2C11:	53		COMB	   ;Complement Accumulator B
2C12:	1		NOP	   ;No Operation
2C13:	53		COMB	   ;Complement Accumulator B
2C14:	1		NOP	   ;No Operation
2C15:	51		NOP	   ;No Operation
2C16:	1		NOP	   ;No Operation
2C17:	4E		NOP	   ;No Operation
2C18:	1		NOP	   ;No Operation
2C19:	2B 1		BMI ,1   ;Branch if Minus
2C1B:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
2C1C:	0		TEST	   ;Test Operation (Test Mode Only)
2C1D:	C7		TEST	   ;Test Operation (Test Mode Only)
2C1E:	0		TEST	   ;Test Operation (Test Mode Only)
2C1F:	86 0		LDAA ,0   ;Load Accumulator A
2C21:	7F 0 76	CLR ( 0 76)   ;Clear
2C24:	0		TEST	   ;Test Operation (Test Mode Only)
2C25:	3B		RTI	   ;Return from Interrupt
2C26:	0		TEST	   ;Test Operation (Test Mode Only)
2C27:	3B		RTI	   ;Return from Interrupt
2C28:	0		TEST	   ;Test Operation (Test Mode Only)
2C29:	3B		RTI	   ;Return from Interrupt
2C2A:	0		TEST	   ;Test Operation (Test Mode Only)
2C2B:	3B		RTI	   ;Return from Interrupt
2C2C:	0		TEST	   ;Test Operation (Test Mode Only)
2C2D:	3B		RTI	   ;Return from Interrupt
2C2E:	0		TEST	   ;Test Operation (Test Mode Only)
2C2F:	3B		RTI	   ;Return from Interrupt
2C30:	E		CLI	   ;Clear Interrupt Mask
2C31:	10		SBA	   ;Substract Accumulators
2C32:	19		DAA	   ;Decimal Adjust Accumulator A
2C33:	20 24		BRA ,24   ;Branch Always
2C35:	2A 33		BPL ,33   ;Branch if Plus
2C37:	55 80		BPL ,80   ;Branch if Plus
2C39:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2C3C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2C3F:	FF D D	STX ( D D)   ;Store Index Register X
2C42:	15 40		BCLR ,40   ;Clear Bit(s) in Memory
2C44:	40		NEGA	   ;Negate Accumulator A
2C45:	40		NEGA	   ;Negate Accumulator A
2C46:	40		NEGA	   ;Negate Accumulator A
2C47:	40		NEGA	   ;Negate Accumulator A
2C48:	40		NEGA	   ;Negate Accumulator A
2C49:	40		NEGA	   ;Negate Accumulator A
2C4A:	40		NEGA	   ;Negate Accumulator A
2C4B:	40		NEGA	   ;Negate Accumulator A
2C4C:	40		NEGA	   ;Negate Accumulator A
2C4D:	40		NEGA	   ;Negate Accumulator A
2C4E:	40		NEGA	   ;Negate Accumulator A
2C4F:	40		NEGA	   ;Negate Accumulator A
2C50:	D		SEC	   ;Set Carry
2C51:	D		SEC	   ;Set Carry
2C52:	15 30		BCLR ,30   ;Clear Bit(s) in Memory
2C54:	60 C0		NEG (C0,X)   ;Negate
2C56:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2C59:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2C5C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2C5F:	FF 0 3C	STX ( 0 3C)   ;Store Index Register X
2C62:	C0 0		SUBB0   ;Substract Accumulator B
2C64:	55 45		SUBB45   ;Substract Accumulator B
2C66:	85 83		BITA ,83   ;Bit test Accumulator A
2C68:	94 B6		ANDA (B6)   ;Logical AND with Accumulator A
2C6A:	20 34		BRA ,34   ;Branch Always
2C6C:	36		PSHA	   ;Push Accumulator A onto Stack
2C6D:	34		DES	   ;Decrement Stack Pointer
2C6E:	32		PULA	   ;Pull Accumulator A from Stack
2C6F:	32		PULA	   ;Pull Accumulator A from Stack
2C70:	31		INS	   ;Increment Stack Pointer
2C71:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
2C72:	37		PSHB	   ;Push Accumulator B onto Stack
2C73:	20 20		BRA ,20   ;Branch Always
2C75:	20 20		BRA ,20   ;Branch Always
2C77:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2C7A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2C7D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2C80:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2C83:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2C86:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2C89:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2C8C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2C8F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2C92:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2C95:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2C98:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2C9B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2C9E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CA1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CA4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CA7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CAA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CAD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CB0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CB3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CB6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CB9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CBC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CBF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CC2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CC5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CC8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CCB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CCE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CD1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CD4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CD7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CDA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CDD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CE0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CE3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CE6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CE9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CEC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CEF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CF2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CF5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CF8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CFB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2CFE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D01:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D04:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D07:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D0A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D0D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D10:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D13:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D16:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D19:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D1C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D1F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D22:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D25:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D28:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D2B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D2E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D31:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D34:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D37:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D3A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D3D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D40:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D43:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D46:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D49:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D4C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D4F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D52:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D55:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D58:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D5B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D5E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D61:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D64:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D67:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D6A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D6D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D70:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D73:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D76:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D79:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D7C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D7F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D82:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D85:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D88:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D8B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D8E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D91:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D94:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D97:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D9A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2D9D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DA0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DA3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DA6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DA9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DAC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DAF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DB2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DB5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DB8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DBB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DBE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DC1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DC4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DC7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DCA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DCD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DD0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DD3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DD6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DD9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DDC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DDF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DE2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DE5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DE8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DEB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DEE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DF1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DF4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DF7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DFA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2DFD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E00:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E03:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E06:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E09:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E0C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E0F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E12:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E15:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E18:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E1B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E1E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E21:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E24:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E27:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E2A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E2D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E30:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E33:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E36:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E39:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E3C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E3F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E42:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E45:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E48:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E4B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E4E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E51:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E54:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E57:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E5A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E5D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E60:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E63:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E66:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E69:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E6C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E6F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E72:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E75:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E78:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E7B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E7E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E81:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E84:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E87:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E8A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E8D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E90:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E93:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E96:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E99:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E9C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2E9F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EA2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EA5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EA8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EAB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EAE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EB1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EB4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EB7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EBA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EBD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EC0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EC3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EC6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EC9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2ECC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2ECF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2ED2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2ED5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2ED8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EDB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EDE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EE1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EE4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EE7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EEA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EED:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EF0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EF3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EF6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EF9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EFC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2EFF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F02:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F05:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F08:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F0B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F0E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F11:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F14:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F17:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F1A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F1D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F20:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F23:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F26:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F29:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F2C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F2F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F32:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F35:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F38:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F3B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F3E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F41:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F44:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F47:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F4A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F4D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F50:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F53:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F56:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F59:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F5C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F5F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F62:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F65:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F68:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F6B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F6E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F71:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F74:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F77:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F7A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F7D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F80:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F83:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F86:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F89:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F8C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F8F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F92:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F95:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F98:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F9B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2F9E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FA1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FA4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FA7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FAA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FAD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FB0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FB3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FB6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FB9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FBC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FBF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FC2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FC5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FC8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FCB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FCE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FD1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FD4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FD7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FDA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FDD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FE0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FE3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FE6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FE9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FEC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FEF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FF2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FF5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FF8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FFB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
2FFE:	FF FF A	STX ( FF A)   ;Store Index Register X
3001:	10		SBA	   ;Substract Accumulators
3002:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
3003:	14 12 13	BSET ( 12 13)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
3006:	12 11 10 10	BRSET ( 11 10 10)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
300A:	10		SBA	   ;Substract Accumulators
300B:	10		SBA	   ;Substract Accumulators
300C:	10		SBA	   ;Substract Accumulators
300D:	10		SBA	   ;Substract Accumulators
300E:	10		SBA	   ;Substract Accumulators
300F:	10		SBA	   ;Substract Accumulators
3010:	A		CLV	   ;Clear Twos-Complement Overflow Bit
3011:	10		SBA	   ;Substract Accumulators
3012:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
3013:	14 12 13	BSET ( 12 13)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
3016:	12 11 10 10	BRSET ( 11 10 10)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
301A:	10		SBA	   ;Substract Accumulators
301B:	10		SBA	   ;Substract Accumulators
301C:	10		SBA	   ;Substract Accumulators
301D:	10		SBA	   ;Substract Accumulators
301E:	10		SBA	   ;Substract Accumulators
301F:	10		SBA	   ;Substract Accumulators
3020:	1E 1E 1B 18	BRSET ( 1E 1B 18,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
3024:	14 14 14	BSET ( 14 14)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
3027:	14 11 10	BSET ( 11 10)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
302A:	10		SBA	   ;Substract Accumulators
302B:	10		SBA	   ;Substract Accumulators
302C:	10		SBA	   ;Substract Accumulators
302D:	10		SBA	   ;Substract Accumulators
302E:	10		SBA	   ;Substract Accumulators
302F:	10		SBA	   ;Substract Accumulators
3030:	28 28		BVC ,28   ;Branch if Overflow Clear
3032:	27 26		BEQ ,26   ;Branch if Equal
3034:	25 24		BCS  ,24   ;Branch if Carry Set
3036:	20 1C		BRA ,1C   ;Branch Always
3038:	17		TBA	   ;Transfer from Accumulator B to Accumulator A
3039:	12 10 E E	BRSET ( 10 E E)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
303D:	E		CLI	   ;Clear Interrupt Mask
303E:	E		CLI	   ;Clear Interrupt Mask
303F:	E		CLI	   ;Clear Interrupt Mask
3040:	28 28		BVC ,28   ;Branch if Overflow Clear
3042:	28 26		BVC ,26   ;Branch if Overflow Clear
3044:	22 21		BHI ,21   ;Branch if Higher
3046:	21 1E		BRN ,1E   ;Branch Never
3048:	19		DAA	   ;Decimal Adjust Accumulator A
3049:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
304A:	15 14		BCLR ,14   ;Clear Bit(s) in Memory
304C:	14 10 10	BSET ( 10 10)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
304F:	10		SBA	   ;Substract Accumulators
3050:	27 27		BEQ ,27   ;Branch if Equal
3052:	26 25		BNE ,25   ;Branch if Not Equal to Zero
3054:	24 23		BCC   ,23   ;Branch if Carry Clear
3056:	21 1E		BRN ,1E   ;Branch Never
3058:	1C 19 17	BSET ( 19 17,X)   ;Set Bit(s) in Memory   -   Formato standard : BSET (ff,X) (mm) -> BSET (mm ff,X)
305B:	15 15		BCLR ,15   ;Clear Bit(s) in Memory
305D:	14 14 14	BSET ( 14 14)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
3060:	28 28		BVC ,28   ;Branch if Overflow Clear
3062:	28 28		BVC ,28   ;Branch if Overflow Clear
3064:	27 26		BEQ ,26   ;Branch if Equal
3066:	25 24		BCS  ,24   ;Branch if Carry Set
3068:	22 20		BHI ,20   ;Branch if Higher
306A:	1E 1C 1A 19	BRSET ( 1C 1A 19,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
306E:	19		DAA	   ;Decimal Adjust Accumulator A
306F:	19		DAA	   ;Decimal Adjust Accumulator A
3070:	28 28		BVC ,28   ;Branch if Overflow Clear
3072:	27 26		BEQ ,26   ;Branch if Equal
3074:	25 24		BCS  ,24   ;Branch if Carry Set
3076:	24 22		BCC   ,22   ;Branch if Carry Clear
3078:	21 1F		BRN ,1F   ;Branch Never
307A:	1D 1C		BCLR (1C,X)   ;Clear Bit(s) in Memory
307C:	1B		ABA	   ;Add Accumulator B to Accumulator A
307D:	1A 1A		ABA	   ;Add Accumulator B to Accumulator A
307E:	1A 1A		ABA	   ;Add Accumulator B to Accumulator A
307F:	1A 28		ABA	   ;Add Accumulator B to Accumulator A
3080:	28 28		BVC ,28   ;Branch if Overflow Clear
3082:	27 26		BEQ ,26   ;Branch if Equal
3084:	25 24		BCS  ,24   ;Branch if Carry Set
3086:	23 22		BLS ,22   ;Branch if Lower or Same
3088:	21 1F		BRN ,1F   ;Branch Never
308A:	1E 1B 1B 1B	BRSET ( 1B 1B 1B,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
308E:	1B		ABA	   ;Add Accumulator B to Accumulator A
308F:	1B		ABA	   ;Add Accumulator B to Accumulator A
3090:	2A 2A		BPL ,2A   ;Branch if Plus
3092:	29 28		BVS28   ;Branch if Overflow Set
3094:	27 26		BEQ ,26   ;Branch if Equal
3096:	25 24		BCS  ,24   ;Branch if Carry Set
3098:	23 22		BLS ,22   ;Branch if Lower or Same
309A:	21 20		BRN ,20   ;Branch Never
309C:	1E 1E 1E 1E	BRSET ( 1E 1E 1E,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
30A0:	2B 2B		BMI ,2B   ;Branch if Minus
30A2:	2B 2B		BMI ,2B   ;Branch if Minus
30A4:	2A 29		BPL ,29   ;Branch if Plus
30A6:	28 27		BVC ,27   ;Branch if Overflow Clear
30A8:	25 24		BCS  ,24   ;Branch if Carry Set
30AA:	23 21		BLS ,21   ;Branch if Lower or Same
30AC:	1D 1E		BCLR (1E,X)   ;Clear Bit(s) in Memory
30AE:	1E 1E 2B 2B	BRSET ( 1E 2B 2B,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
30B2:	2A 29		BPL ,29   ;Branch if Plus
30B4:	28 27		BVC ,27   ;Branch if Overflow Clear
30B6:	26 25		BNE ,25   ;Branch if Not Equal to Zero
30B8:	24 23		BCC   ,23   ;Branch if Carry Clear
30BA:	22 20		BHI ,20   ;Branch if Higher
30BC:	1E 1E 1E 1E	BRSET ( 1E 1E 1E,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
30C0:	2B 2B		BMI ,2B   ;Branch if Minus
30C2:	2A 29		BPL ,29   ;Branch if Plus
30C4:	28 27		BVC ,27   ;Branch if Overflow Clear
30C6:	26 25		BNE ,25   ;Branch if Not Equal to Zero
30C8:	24 23		BCC   ,23   ;Branch if Carry Clear
30CA:	21 1F		BRN ,1F   ;Branch Never
30CC:	1E 1E 1E 1E	BRSET ( 1E 1E 1E,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
30D0:	2B 2B		BMI ,2B   ;Branch if Minus
30D2:	2A 29		BPL ,29   ;Branch if Plus
30D4:	28 27		BVC ,27   ;Branch if Overflow Clear
30D6:	26 25		BNE ,25   ;Branch if Not Equal to Zero
30D8:	24 23		BCC   ,23   ;Branch if Carry Clear
30DA:	21 20		BRN ,20   ;Branch Never
30DC:	20 20		BRA ,20   ;Branch Always
30DE:	20 20		BRA ,20   ;Branch Always
30E0:	2A 2A		BPL ,2A   ;Branch if Plus
30E2:	29 27		BVS27   ;Branch if Overflow Set
30E4:	26 24		BNE ,24   ;Branch if Not Equal to Zero
30E6:	22 20		BHI ,20   ;Branch if Higher
30E8:	1F 1E		BRCLR (1E,X)   ;Branch if Bit(s) Clear
30EA:	1D 1C		BCLR (1C,X)   ;Clear Bit(s) in Memory
30EC:	1B		ABA	   ;Add Accumulator B to Accumulator A
30ED:	1A 19		ABA	   ;Add Accumulator B to Accumulator A
30EE:	19		DAA	   ;Decimal Adjust Accumulator A
30EF:	19		DAA	   ;Decimal Adjust Accumulator A
30F0:	28 28		BVC ,28   ;Branch if Overflow Clear
30F2:	26 24		BNE ,24   ;Branch if Not Equal to Zero
30F4:	22 20		BHI ,20   ;Branch if Higher
30F6:	1F 1D		BRCLR (1D,X)   ;Branch if Bit(s) Clear
30F8:	1B		ABA	   ;Add Accumulator B to Accumulator A
30F9:	1A 1A		ABA	   ;Add Accumulator B to Accumulator A
30FA:	1A 19		ABA	   ;Add Accumulator B to Accumulator A
30FB:	19		DAA	   ;Decimal Adjust Accumulator A
30FC:	18 17		DAA	   ;Decimal Adjust Accumulator A
30FD:	17		TBA	   ;Transfer from Accumulator B to Accumulator A
30FE:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
30FF:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
3100:	A		CLV	   ;Clear Twos-Complement Overflow Bit
3101:	10		SBA	   ;Substract Accumulators
3102:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
3103:	14 12 13	BSET ( 12 13)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
3106:	12 11 10 10	BRSET ( 11 10 10)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
310A:	10		SBA	   ;Substract Accumulators
310B:	10		SBA	   ;Substract Accumulators
310C:	10		SBA	   ;Substract Accumulators
310D:	10		SBA	   ;Substract Accumulators
310E:	10		SBA	   ;Substract Accumulators
310F:	10		SBA	   ;Substract Accumulators
3110:	A		CLV	   ;Clear Twos-Complement Overflow Bit
3111:	10		SBA	   ;Substract Accumulators
3112:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
3113:	14 12 13	BSET ( 12 13)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
3116:	12 11 10 10	BRSET ( 11 10 10)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
311A:	10		SBA	   ;Substract Accumulators
311B:	10		SBA	   ;Substract Accumulators
311C:	10		SBA	   ;Substract Accumulators
311D:	10		SBA	   ;Substract Accumulators
311E:	10		SBA	   ;Substract Accumulators
311F:	10		SBA	   ;Substract Accumulators
3120:	1E 1E 1B 18	BRSET ( 1E 1B 18,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
3124:	14 14 14	BSET ( 14 14)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
3127:	14 11 10	BSET ( 11 10)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
312A:	10		SBA	   ;Substract Accumulators
312B:	10		SBA	   ;Substract Accumulators
312C:	10		SBA	   ;Substract Accumulators
312D:	10		SBA	   ;Substract Accumulators
312E:	10		SBA	   ;Substract Accumulators
312F:	10		SBA	   ;Substract Accumulators
3130:	28 28		BVC ,28   ;Branch if Overflow Clear
3132:	27 26		BEQ ,26   ;Branch if Equal
3134:	25 24		BCS  ,24   ;Branch if Carry Set
3136:	20 1C		BRA ,1C   ;Branch Always
3138:	17		TBA	   ;Transfer from Accumulator B to Accumulator A
3139:	12 10 E E	BRSET ( 10 E E)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
313D:	E		CLI	   ;Clear Interrupt Mask
313E:	E		CLI	   ;Clear Interrupt Mask
313F:	E		CLI	   ;Clear Interrupt Mask
3140:	28 28		BVC ,28   ;Branch if Overflow Clear
3142:	28 26		BVC ,26   ;Branch if Overflow Clear
3144:	22 21		BHI ,21   ;Branch if Higher
3146:	21 1E		BRN ,1E   ;Branch Never
3148:	19		DAA	   ;Decimal Adjust Accumulator A
3149:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
314A:	15 14		BCLR ,14   ;Clear Bit(s) in Memory
314C:	14 10 10	BSET ( 10 10)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
314F:	10		SBA	   ;Substract Accumulators
3150:	27 27		BEQ ,27   ;Branch if Equal
3152:	26 25		BNE ,25   ;Branch if Not Equal to Zero
3154:	24 23		BCC   ,23   ;Branch if Carry Clear
3156:	21 1E		BRN ,1E   ;Branch Never
3158:	1C 19 17	BSET ( 19 17,X)   ;Set Bit(s) in Memory   -   Formato standard : BSET (ff,X) (mm) -> BSET (mm ff,X)
315B:	15 15		BCLR ,15   ;Clear Bit(s) in Memory
315D:	14 14 14	BSET ( 14 14)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
3160:	28 28		BVC ,28   ;Branch if Overflow Clear
3162:	28 28		BVC ,28   ;Branch if Overflow Clear
3164:	27 26		BEQ ,26   ;Branch if Equal
3166:	25 24		BCS  ,24   ;Branch if Carry Set
3168:	22 20		BHI ,20   ;Branch if Higher
316A:	1E 1C 1A 19	BRSET ( 1C 1A 19,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
316E:	19		DAA	   ;Decimal Adjust Accumulator A
316F:	19		DAA	   ;Decimal Adjust Accumulator A
3170:	28 28		BVC ,28   ;Branch if Overflow Clear
3172:	27 26		BEQ ,26   ;Branch if Equal
3174:	25 24		BCS  ,24   ;Branch if Carry Set
3176:	24 22		BCC   ,22   ;Branch if Carry Clear
3178:	21 1F		BRN ,1F   ;Branch Never
317A:	1D 1C		BCLR (1C,X)   ;Clear Bit(s) in Memory
317C:	1B		ABA	   ;Add Accumulator B to Accumulator A
317D:	1A 1A		ABA	   ;Add Accumulator B to Accumulator A
317E:	1A 1A		ABA	   ;Add Accumulator B to Accumulator A
317F:	1A 28		ABA	   ;Add Accumulator B to Accumulator A
3180:	28 28		BVC ,28   ;Branch if Overflow Clear
3182:	27 26		BEQ ,26   ;Branch if Equal
3184:	25 24		BCS  ,24   ;Branch if Carry Set
3186:	23 22		BLS ,22   ;Branch if Lower or Same
3188:	21 1F		BRN ,1F   ;Branch Never
318A:	1E 1B 1B 1B	BRSET ( 1B 1B 1B,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
318E:	1B		ABA	   ;Add Accumulator B to Accumulator A
318F:	1B		ABA	   ;Add Accumulator B to Accumulator A
3190:	2A 2A		BPL ,2A   ;Branch if Plus
3192:	29 28		BVS28   ;Branch if Overflow Set
3194:	27 26		BEQ ,26   ;Branch if Equal
3196:	25 24		BCS  ,24   ;Branch if Carry Set
3198:	23 22		BLS ,22   ;Branch if Lower or Same
319A:	21 20		BRN ,20   ;Branch Never
319C:	1E 1E 1E 1E	BRSET ( 1E 1E 1E,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
31A0:	2B 2B		BMI ,2B   ;Branch if Minus
31A2:	2B 2B		BMI ,2B   ;Branch if Minus
31A4:	2A 29		BPL ,29   ;Branch if Plus
31A6:	28 27		BVC ,27   ;Branch if Overflow Clear
31A8:	25 24		BCS  ,24   ;Branch if Carry Set
31AA:	23 21		BLS ,21   ;Branch if Lower or Same
31AC:	1D 1E		BCLR (1E,X)   ;Clear Bit(s) in Memory
31AE:	1E 1E 2B 2B	BRSET ( 1E 2B 2B,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
31B2:	2A 29		BPL ,29   ;Branch if Plus
31B4:	28 27		BVC ,27   ;Branch if Overflow Clear
31B6:	26 25		BNE ,25   ;Branch if Not Equal to Zero
31B8:	24 23		BCC   ,23   ;Branch if Carry Clear
31BA:	22 20		BHI ,20   ;Branch if Higher
31BC:	1E 1E 1E 1E	BRSET ( 1E 1E 1E,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
31C0:	2B 2B		BMI ,2B   ;Branch if Minus
31C2:	2A 29		BPL ,29   ;Branch if Plus
31C4:	28 27		BVC ,27   ;Branch if Overflow Clear
31C6:	26 25		BNE ,25   ;Branch if Not Equal to Zero
31C8:	24 23		BCC   ,23   ;Branch if Carry Clear
31CA:	21 1F		BRN ,1F   ;Branch Never
31CC:	1E 1E 1E 1E	BRSET ( 1E 1E 1E,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
31D0:	2B 2B		BMI ,2B   ;Branch if Minus
31D2:	2A 29		BPL ,29   ;Branch if Plus
31D4:	28 27		BVC ,27   ;Branch if Overflow Clear
31D6:	26 25		BNE ,25   ;Branch if Not Equal to Zero
31D8:	24 23		BCC   ,23   ;Branch if Carry Clear
31DA:	21 20		BRN ,20   ;Branch Never
31DC:	20 20		BRA ,20   ;Branch Always
31DE:	20 20		BRA ,20   ;Branch Always
31E0:	2A 2A		BPL ,2A   ;Branch if Plus
31E2:	29 27		BVS27   ;Branch if Overflow Set
31E4:	26 24		BNE ,24   ;Branch if Not Equal to Zero
31E6:	22 20		BHI ,20   ;Branch if Higher
31E8:	1F 1E		BRCLR (1E,X)   ;Branch if Bit(s) Clear
31EA:	1D 1C		BCLR (1C,X)   ;Clear Bit(s) in Memory
31EC:	1B		ABA	   ;Add Accumulator B to Accumulator A
31ED:	1A 19		ABA	   ;Add Accumulator B to Accumulator A
31EE:	19		DAA	   ;Decimal Adjust Accumulator A
31EF:	19		DAA	   ;Decimal Adjust Accumulator A
31F0:	28 28		BVC ,28   ;Branch if Overflow Clear
31F2:	26 24		BNE ,24   ;Branch if Not Equal to Zero
31F4:	22 20		BHI ,20   ;Branch if Higher
31F6:	1F 1D		BRCLR (1D,X)   ;Branch if Bit(s) Clear
31F8:	1B		ABA	   ;Add Accumulator B to Accumulator A
31F9:	1A 1A		ABA	   ;Add Accumulator B to Accumulator A
31FA:	1A 19		ABA	   ;Add Accumulator B to Accumulator A
31FB:	19		DAA	   ;Decimal Adjust Accumulator A
31FC:	18 17		DAA	   ;Decimal Adjust Accumulator A
31FD:	17		TBA	   ;Transfer from Accumulator B to Accumulator A
31FE:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
31FF:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
3200:	80 80		SUBA ,80   ;Substract Accumulator A
3202:	80 80		SUBA ,80   ;Substract Accumulator A
3204:	80 80		SUBA ,80   ;Substract Accumulator A
3206:	80 80		SUBA ,80   ;Substract Accumulator A
3208:	80 80		SUBA ,80   ;Substract Accumulator A
320A:	80 80		SUBA ,80   ;Substract Accumulator A
320C:	80 80		SUBA ,80   ;Substract Accumulator A
320E:	80 80		SUBA ,80   ;Substract Accumulator A
3210:	80 80		SUBA ,80   ;Substract Accumulator A
3212:	80 80		SUBA ,80   ;Substract Accumulator A
3214:	80 80		SUBA ,80   ;Substract Accumulator A
3216:	80 80		SUBA ,80   ;Substract Accumulator A
3218:	80 80		SUBA ,80   ;Substract Accumulator A
321A:	80 80		SUBA ,80   ;Substract Accumulator A
321C:	80 80		SUBA ,80   ;Substract Accumulator A
321E:	80 80		SUBA ,80   ;Substract Accumulator A
3220:	80 80		SUBA ,80   ;Substract Accumulator A
3222:	80 80		SUBA ,80   ;Substract Accumulator A
3224:	80 80		SUBA ,80   ;Substract Accumulator A
3226:	80 80		SUBA ,80   ;Substract Accumulator A
3228:	80 80		SUBA ,80   ;Substract Accumulator A
322A:	80 80		SUBA ,80   ;Substract Accumulator A
322C:	80 80		SUBA ,80   ;Substract Accumulator A
322E:	80 80		SUBA ,80   ;Substract Accumulator A
3230:	80 80		SUBA ,80   ;Substract Accumulator A
3232:	80 80		SUBA ,80   ;Substract Accumulator A
3234:	80 80		SUBA ,80   ;Substract Accumulator A
3236:	80 80		SUBA ,80   ;Substract Accumulator A
3238:	80 80		SUBA ,80   ;Substract Accumulator A
323A:	80 80		SUBA ,80   ;Substract Accumulator A
323C:	80 80		SUBA ,80   ;Substract Accumulator A
323E:	80 80		SUBA ,80   ;Substract Accumulator A
3240:	80 80		SUBA ,80   ;Substract Accumulator A
3242:	80 80		SUBA ,80   ;Substract Accumulator A
3244:	80 80		SUBA ,80   ;Substract Accumulator A
3246:	80 80		SUBA ,80   ;Substract Accumulator A
3248:	80 80		SUBA ,80   ;Substract Accumulator A
324A:	80 80		SUBA ,80   ;Substract Accumulator A
324C:	80 80		SUBA ,80   ;Substract Accumulator A
324E:	80 80		SUBA ,80   ;Substract Accumulator A
3250:	80 80		SUBA ,80   ;Substract Accumulator A
3252:	80 80		SUBA ,80   ;Substract Accumulator A
3254:	80 80		SUBA ,80   ;Substract Accumulator A
3256:	80 80		SUBA ,80   ;Substract Accumulator A
3258:	80 80		SUBA ,80   ;Substract Accumulator A
325A:	80 80		SUBA ,80   ;Substract Accumulator A
325C:	80 80		SUBA ,80   ;Substract Accumulator A
325E:	80 80		SUBA ,80   ;Substract Accumulator A
3260:	80 80		SUBA ,80   ;Substract Accumulator A
3262:	80 80		SUBA ,80   ;Substract Accumulator A
3264:	80 80		SUBA ,80   ;Substract Accumulator A
3266:	80 80		SUBA ,80   ;Substract Accumulator A
3268:	80 80		SUBA ,80   ;Substract Accumulator A
326A:	80 80		SUBA ,80   ;Substract Accumulator A
326C:	80 80		SUBA ,80   ;Substract Accumulator A
326E:	80 80		SUBA ,80   ;Substract Accumulator A
3270:	80 80		SUBA ,80   ;Substract Accumulator A
3272:	80 80		SUBA ,80   ;Substract Accumulator A
3274:	80 80		SUBA ,80   ;Substract Accumulator A
3276:	80 80		SUBA ,80   ;Substract Accumulator A
3278:	80 80		SUBA ,80   ;Substract Accumulator A
327A:	80 80		SUBA ,80   ;Substract Accumulator A
327C:	80 80		SUBA ,80   ;Substract Accumulator A
327E:	80 80		SUBA ,80   ;Substract Accumulator A
3280:	80 80		SUBA ,80   ;Substract Accumulator A
3282:	80 80		SUBA ,80   ;Substract Accumulator A
3284:	80 80		SUBA ,80   ;Substract Accumulator A
3286:	80 80		SUBA ,80   ;Substract Accumulator A
3288:	80 80		SUBA ,80   ;Substract Accumulator A
328A:	80 80		SUBA ,80   ;Substract Accumulator A
328C:	80 80		SUBA ,80   ;Substract Accumulator A
328E:	80 80		SUBA ,80   ;Substract Accumulator A
3290:	80 80		SUBA ,80   ;Substract Accumulator A
3292:	80 80		SUBA ,80   ;Substract Accumulator A
3294:	80 80		SUBA ,80   ;Substract Accumulator A
3296:	80 80		SUBA ,80   ;Substract Accumulator A
3298:	80 80		SUBA ,80   ;Substract Accumulator A
329A:	80 80		SUBA ,80   ;Substract Accumulator A
329C:	80 80		SUBA ,80   ;Substract Accumulator A
329E:	80 80		SUBA ,80   ;Substract Accumulator A
32A0:	80 80		SUBA ,80   ;Substract Accumulator A
32A2:	80 80		SUBA ,80   ;Substract Accumulator A
32A4:	80 80		SUBA ,80   ;Substract Accumulator A
32A6:	80 80		SUBA ,80   ;Substract Accumulator A
32A8:	80 80		SUBA ,80   ;Substract Accumulator A
32AA:	80 80		SUBA ,80   ;Substract Accumulator A
32AC:	80 80		SUBA ,80   ;Substract Accumulator A
32AE:	80 80		SUBA ,80   ;Substract Accumulator A
32B0:	80 80		SUBA ,80   ;Substract Accumulator A
32B2:	80 80		SUBA ,80   ;Substract Accumulator A
32B4:	80 80		SUBA ,80   ;Substract Accumulator A
32B6:	80 80		SUBA ,80   ;Substract Accumulator A
32B8:	80 80		SUBA ,80   ;Substract Accumulator A
32BA:	80 80		SUBA ,80   ;Substract Accumulator A
32BC:	80 80		SUBA ,80   ;Substract Accumulator A
32BE:	80 80		SUBA ,80   ;Substract Accumulator A
32C0:	80 80		SUBA ,80   ;Substract Accumulator A
32C2:	80 80		SUBA ,80   ;Substract Accumulator A
32C4:	80 80		SUBA ,80   ;Substract Accumulator A
32C6:	80 80		SUBA ,80   ;Substract Accumulator A
32C8:	80 80		SUBA ,80   ;Substract Accumulator A
32CA:	80 80		SUBA ,80   ;Substract Accumulator A
32CC:	80 80		SUBA ,80   ;Substract Accumulator A
32CE:	80 80		SUBA ,80   ;Substract Accumulator A
32D0:	80 80		SUBA ,80   ;Substract Accumulator A
32D2:	80 80		SUBA ,80   ;Substract Accumulator A
32D4:	80 80		SUBA ,80   ;Substract Accumulator A
32D6:	80 80		SUBA ,80   ;Substract Accumulator A
32D8:	80 80		SUBA ,80   ;Substract Accumulator A
32DA:	80 80		SUBA ,80   ;Substract Accumulator A
32DC:	80 80		SUBA ,80   ;Substract Accumulator A
32DE:	80 80		SUBA ,80   ;Substract Accumulator A
32E0:	80 80		SUBA ,80   ;Substract Accumulator A
32E2:	80 80		SUBA ,80   ;Substract Accumulator A
32E4:	80 80		SUBA ,80   ;Substract Accumulator A
32E6:	80 80		SUBA ,80   ;Substract Accumulator A
32E8:	80 80		SUBA ,80   ;Substract Accumulator A
32EA:	80 80		SUBA ,80   ;Substract Accumulator A
32EC:	80 80		SUBA ,80   ;Substract Accumulator A
32EE:	80 80		SUBA ,80   ;Substract Accumulator A
32F0:	80 80		SUBA ,80   ;Substract Accumulator A
32F2:	80 80		SUBA ,80   ;Substract Accumulator A
32F4:	80 80		SUBA ,80   ;Substract Accumulator A
32F6:	80 80		SUBA ,80   ;Substract Accumulator A
32F8:	80 80		SUBA ,80   ;Substract Accumulator A
32FA:	80 80		SUBA ,80   ;Substract Accumulator A
32FC:	80 80		SUBA ,80   ;Substract Accumulator A
32FE:	80 80		SUBA ,80   ;Substract Accumulator A
3300:	80 80		SUBA ,80   ;Substract Accumulator A
3302:	80 80		SUBA ,80   ;Substract Accumulator A
3304:	80 80		SUBA ,80   ;Substract Accumulator A
3306:	80 80		SUBA ,80   ;Substract Accumulator A
3308:	80 80		SUBA ,80   ;Substract Accumulator A
330A:	80 80		SUBA ,80   ;Substract Accumulator A
330C:	80 80		SUBA ,80   ;Substract Accumulator A
330E:	80 80		SUBA ,80   ;Substract Accumulator A
3310:	80 80		SUBA ,80   ;Substract Accumulator A
3312:	80 80		SUBA ,80   ;Substract Accumulator A
3314:	80 80		SUBA ,80   ;Substract Accumulator A
3316:	80 80		SUBA ,80   ;Substract Accumulator A
3318:	80 80		SUBA ,80   ;Substract Accumulator A
331A:	80 80		SUBA ,80   ;Substract Accumulator A
331C:	80 80		SUBA ,80   ;Substract Accumulator A
331E:	80 80		SUBA ,80   ;Substract Accumulator A
3320:	80 80		SUBA ,80   ;Substract Accumulator A
3322:	80 80		SUBA ,80   ;Substract Accumulator A
3324:	80 80		SUBA ,80   ;Substract Accumulator A
3326:	80 80		SUBA ,80   ;Substract Accumulator A
3328:	80 80		SUBA ,80   ;Substract Accumulator A
332A:	80 80		SUBA ,80   ;Substract Accumulator A
332C:	80 80		SUBA ,80   ;Substract Accumulator A
332E:	80 80		SUBA ,80   ;Substract Accumulator A
3330:	80 80		SUBA ,80   ;Substract Accumulator A
3332:	80 80		SUBA ,80   ;Substract Accumulator A
3334:	80 80		SUBA ,80   ;Substract Accumulator A
3336:	80 80		SUBA ,80   ;Substract Accumulator A
3338:	80 80		SUBA ,80   ;Substract Accumulator A
333A:	80 80		SUBA ,80   ;Substract Accumulator A
333C:	80 80		SUBA ,80   ;Substract Accumulator A
333E:	80 80		SUBA ,80   ;Substract Accumulator A
3340:	80 80		SUBA ,80   ;Substract Accumulator A
3342:	80 80		SUBA ,80   ;Substract Accumulator A
3344:	80 80		SUBA ,80   ;Substract Accumulator A
3346:	80 80		SUBA ,80   ;Substract Accumulator A
3348:	80 80		SUBA ,80   ;Substract Accumulator A
334A:	80 80		SUBA ,80   ;Substract Accumulator A
334C:	80 80		SUBA ,80   ;Substract Accumulator A
334E:	80 80		SUBA ,80   ;Substract Accumulator A
3350:	80 80		SUBA ,80   ;Substract Accumulator A
3352:	80 80		SUBA ,80   ;Substract Accumulator A
3354:	80 80		SUBA ,80   ;Substract Accumulator A
3356:	80 80		SUBA ,80   ;Substract Accumulator A
3358:	80 80		SUBA ,80   ;Substract Accumulator A
335A:	80 80		SUBA ,80   ;Substract Accumulator A
335C:	80 80		SUBA ,80   ;Substract Accumulator A
335E:	80 80		SUBA ,80   ;Substract Accumulator A
3360:	80 80		SUBA ,80   ;Substract Accumulator A
3362:	80 80		SUBA ,80   ;Substract Accumulator A
3364:	80 80		SUBA ,80   ;Substract Accumulator A
3366:	80 80		SUBA ,80   ;Substract Accumulator A
3368:	80 80		SUBA ,80   ;Substract Accumulator A
336A:	80 80		SUBA ,80   ;Substract Accumulator A
336C:	80 80		SUBA ,80   ;Substract Accumulator A
336E:	80 80		SUBA ,80   ;Substract Accumulator A
3370:	80 80		SUBA ,80   ;Substract Accumulator A
3372:	80 80		SUBA ,80   ;Substract Accumulator A
3374:	80 80		SUBA ,80   ;Substract Accumulator A
3376:	80 80		SUBA ,80   ;Substract Accumulator A
3378:	80 80		SUBA ,80   ;Substract Accumulator A
337A:	80 80		SUBA ,80   ;Substract Accumulator A
337C:	80 80		SUBA ,80   ;Substract Accumulator A
337E:	80 80		SUBA ,80   ;Substract Accumulator A
3380:	80 80		SUBA ,80   ;Substract Accumulator A
3382:	80 80		SUBA ,80   ;Substract Accumulator A
3384:	80 80		SUBA ,80   ;Substract Accumulator A
3386:	80 80		SUBA ,80   ;Substract Accumulator A
3388:	80 80		SUBA ,80   ;Substract Accumulator A
338A:	80 80		SUBA ,80   ;Substract Accumulator A
338C:	80 80		SUBA ,80   ;Substract Accumulator A
338E:	80 80		SUBA ,80   ;Substract Accumulator A
3390:	80 80		SUBA ,80   ;Substract Accumulator A
3392:	80 80		SUBA ,80   ;Substract Accumulator A
3394:	80 80		SUBA ,80   ;Substract Accumulator A
3396:	80 80		SUBA ,80   ;Substract Accumulator A
3398:	80 80		SUBA ,80   ;Substract Accumulator A
339A:	80 80		SUBA ,80   ;Substract Accumulator A
339C:	80 80		SUBA ,80   ;Substract Accumulator A
339E:	80 80		SUBA ,80   ;Substract Accumulator A
33A0:	80 80		SUBA ,80   ;Substract Accumulator A
33A2:	80 80		SUBA ,80   ;Substract Accumulator A
33A4:	80 80		SUBA ,80   ;Substract Accumulator A
33A6:	80 80		SUBA ,80   ;Substract Accumulator A
33A8:	80 80		SUBA ,80   ;Substract Accumulator A
33AA:	80 80		SUBA ,80   ;Substract Accumulator A
33AC:	80 80		SUBA ,80   ;Substract Accumulator A
33AE:	80 80		SUBA ,80   ;Substract Accumulator A
33B0:	80 80		SUBA ,80   ;Substract Accumulator A
33B2:	80 80		SUBA ,80   ;Substract Accumulator A
33B4:	80 80		SUBA ,80   ;Substract Accumulator A
33B6:	80 80		SUBA ,80   ;Substract Accumulator A
33B8:	80 80		SUBA ,80   ;Substract Accumulator A
33BA:	80 80		SUBA ,80   ;Substract Accumulator A
33BC:	80 80		SUBA ,80   ;Substract Accumulator A
33BE:	80 80		SUBA ,80   ;Substract Accumulator A
33C0:	80 80		SUBA ,80   ;Substract Accumulator A
33C2:	80 80		SUBA ,80   ;Substract Accumulator A
33C4:	80 80		SUBA ,80   ;Substract Accumulator A
33C6:	80 80		SUBA ,80   ;Substract Accumulator A
33C8:	80 80		SUBA ,80   ;Substract Accumulator A
33CA:	80 80		SUBA ,80   ;Substract Accumulator A
33CC:	80 80		SUBA ,80   ;Substract Accumulator A
33CE:	80 80		SUBA ,80   ;Substract Accumulator A
33D0:	80 80		SUBA ,80   ;Substract Accumulator A
33D2:	80 80		SUBA ,80   ;Substract Accumulator A
33D4:	80 80		SUBA ,80   ;Substract Accumulator A
33D6:	80 80		SUBA ,80   ;Substract Accumulator A
33D8:	80 80		SUBA ,80   ;Substract Accumulator A
33DA:	80 80		SUBA ,80   ;Substract Accumulator A
33DC:	80 80		SUBA ,80   ;Substract Accumulator A
33DE:	80 80		SUBA ,80   ;Substract Accumulator A
33E0:	80 80		SUBA ,80   ;Substract Accumulator A
33E2:	80 80		SUBA ,80   ;Substract Accumulator A
33E4:	80 80		SUBA ,80   ;Substract Accumulator A
33E6:	80 80		SUBA ,80   ;Substract Accumulator A
33E8:	80 80		SUBA ,80   ;Substract Accumulator A
33EA:	80 80		SUBA ,80   ;Substract Accumulator A
33EC:	80 80		SUBA ,80   ;Substract Accumulator A
33EE:	80 80		SUBA ,80   ;Substract Accumulator A
33F0:	80 80		SUBA ,80   ;Substract Accumulator A
33F2:	80 80		SUBA ,80   ;Substract Accumulator A
33F4:	80 80		SUBA ,80   ;Substract Accumulator A
33F6:	80 80		SUBA ,80   ;Substract Accumulator A
33F8:	80 80		SUBA ,80   ;Substract Accumulator A
33FA:	80 80		SUBA ,80   ;Substract Accumulator A
33FC:	80 80		SUBA ,80   ;Substract Accumulator A
33FE:	80 80		SUBA ,80   ;Substract Accumulator A
3400:	FF FA C5	STX ( FA C5)   ;Store Index Register X
3403:	B0 A2 97	SUBA ( A2 97)   ;Substract Accumulator A
3406:	8E 87 81	LDS , 87 81   ;Load Stack Pointer
3409:	7B 76 71	LDS , 76 71   ;Load Stack Pointer
340C:	6D 69		TST (69,X)   ;Test
340E:	64 61		LSR (61,X)   ;Logical Shift Right
3410:	5D		TSTB	   ;Test Accumulator B
3411:	59		ROLB	   ;Rotate Left Accumulator B
3412:	55		ROLB	   ;Rotate Left Accumulator B
3413:	52		ROLB	   ;Rotate Left Accumulator B
3414:	4E		ROLB	   ;Rotate Left Accumulator B
3415:	4A		DECA	   ;Decrement Accumulator A
3416:	46		RORA	   ;Rotate Right Accumulator A
3417:	43		COMA	   ;Complement Accumulator A
3418:	3E		WAI	   ;Wait for Interrupt
3419:	39		RTS	   ;Return from Subroutine
341A:	33		PULB	   ;Pull Accumulator B from Stack
341B:	2D 25		BLT ,25   ;Branch  il Less than Zero
341D:	1B		ABA	   ;Add Accumulator B to Accumulator A
341E:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
341F:	0		TEST	   ;Test Operation (Test Mode Only)
3420:	0		TEST	   ;Test Operation (Test Mode Only)
3421:	0		TEST	   ;Test Operation (Test Mode Only)
3422:	0		TEST	   ;Test Operation (Test Mode Only)
3423:	0		TEST	   ;Test Operation (Test Mode Only)
3424:	0		TEST	   ;Test Operation (Test Mode Only)
3425:	0		TEST	   ;Test Operation (Test Mode Only)
3426:	0		TEST	   ;Test Operation (Test Mode Only)
3427:	0		TEST	   ;Test Operation (Test Mode Only)
3428:	0		TEST	   ;Test Operation (Test Mode Only)
3429:	0		TEST	   ;Test Operation (Test Mode Only)
342A:	0		TEST	   ;Test Operation (Test Mode Only)
342B:	0		TEST	   ;Test Operation (Test Mode Only)
342C:	0		TEST	   ;Test Operation (Test Mode Only)
342D:	0		TEST	   ;Test Operation (Test Mode Only)
342E:	0		TEST	   ;Test Operation (Test Mode Only)
342F:	0		TEST	   ;Test Operation (Test Mode Only)
3430:	1		NOP	   ;No Operation
3431:	1		NOP	   ;No Operation
3432:	1		NOP	   ;No Operation
3433:	1		NOP	   ;No Operation
3434:	1		NOP	   ;No Operation
3435:	1		NOP	   ;No Operation
3436:	1		NOP	   ;No Operation
3437:	1		NOP	   ;No Operation
3438:	1		NOP	   ;No Operation
3439:	1		NOP	   ;No Operation
343A:	1		NOP	   ;No Operation
343B:	1		NOP	   ;No Operation
343C:	1		NOP	   ;No Operation
343D:	1		NOP	   ;No Operation
343E:	1		NOP	   ;No Operation
343F:	1		NOP	   ;No Operation
3440:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3443:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3446:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3449:	FF FF FF	STX ( FF FF)   ;Store Index Register X
344C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
344F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3452:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3455:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3458:	FF FF FF	STX ( FF FF)   ;Store Index Register X
345B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
345E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3461:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3464:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3467:	FF FF FF	STX ( FF FF)   ;Store Index Register X
346A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
346D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3470:	1F 2E		BRCLR (2E,X)   ;Branch if Bit(s) Clear
3472:	3F		SWI	   ;Software Interrupt
3473:	4E		SWI	   ;Software Interrupt
3474:	5E		SWI	   ;Software Interrupt
3475:	64 6A		LSR (6A,X)   ;Logical Shift Right
3477:	71 76		LSR (76,X)   ;Logical Shift Right
3479:	7D 8D 9D	TST ( 8D 9D)   ;Test
347C:	AD BC		JSR (BC,X)   ;Jump to Subroutine
347E:	CB E1		ADDB ,E1   ;Add without Carry to Accumulator B
3480:	10		SBA	   ;Substract Accumulators
3481:	14 18 1C	BSET ( 18 1C)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
3484:	23 28		BLS ,28   ;Branch if Lower or Same
3486:	2D 32		BLT ,32   ;Branch  il Less than Zero
3488:	38		PULX	   ;Pull Index Register X from Stack
3489:	44		LSRA	   ;Logical Shift Right Accumulator A
348A:	48		ASLA	   ;Arithmetic shift Left Accumulator A
348B:	4E		ASLA	   ;Arithmetic shift Left Accumulator A
348C:	5C		INCB	   ;Increment Accumulator B
348D:	64 6E		LSR (6E,X)   ;Logical Shift Right
348F:	78 70 70	ASL ( 70 70)   ;Arithmetic shift Left
3492:	70 70 70	NEG ( 70 70)   ;Negate
3495:	70 70 70	NEG ( 70 70)   ;Negate
3498:	70 70 70	NEG ( 70 70)   ;Negate
349B:	54		LSRB	   ;Logical Shift Right Accumulator B
349C:	4C		INCA	   ;Increment Accumulator A
349D:	48		ASLA	   ;Arithmetic shift Left Accumulator A
349E:	44		LSRA	   ;Logical Shift Right Accumulator A
349F:	0		TEST	   ;Test Operation (Test Mode Only)
34A0:	C8 C8		EORB ,C8   ;Exclusive OR Accumulator B
34A2:	C8 C8		EORB ,C8   ;Exclusive OR Accumulator B
34A4:	C8 C8		EORB ,C8   ;Exclusive OR Accumulator B
34A6:	C8 C8		EORB ,C8   ;Exclusive OR Accumulator B
34A8:	C8 C8		EORB ,C8   ;Exclusive OR Accumulator B
34AA:	C8 C8		EORB ,C8   ;Exclusive OR Accumulator B
34AC:	C8 C8		EORB ,C8   ;Exclusive OR Accumulator B
34AE:	C8 C8		EORB ,C8   ;Exclusive OR Accumulator B
34B0:	29 26		BVS26   ;Branch if Overflow Set
34B2:	22 18		BHI ,18   ;Branch if Higher
34B4:	14 D 8	BSET ( D 8)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
34B7:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
34B8:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
34B9:	4		LSRD	   ;Logical Shift Right Double Accumulator
34BA:	3		FDIV	   ;Fractional Divide
34BB:	1		NOP	   ;No Operation
34BC:	0		TEST	   ;Test Operation (Test Mode Only)
34BD:	0		TEST	   ;Test Operation (Test Mode Only)
34BE:	0		TEST	   ;Test Operation (Test Mode Only)
34BF:	0		TEST	   ;Test Operation (Test Mode Only)
34C0:	29 26		BVS26   ;Branch if Overflow Set
34C2:	22 19		BHI ,19   ;Branch if Higher
34C4:	14 A 8	BSET ( A 8)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
34C7:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
34C8:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
34C9:	4		LSRD	   ;Logical Shift Right Double Accumulator
34CA:	3		FDIV	   ;Fractional Divide
34CB:	1		NOP	   ;No Operation
34CC:	0		TEST	   ;Test Operation (Test Mode Only)
34CD:	0		TEST	   ;Test Operation (Test Mode Only)
34CE:	0		TEST	   ;Test Operation (Test Mode Only)
34CF:	0		TEST	   ;Test Operation (Test Mode Only)
34D0:	40		NEGA	   ;Negate Accumulator A
34D1:	40		NEGA	   ;Negate Accumulator A
34D2:	40		NEGA	   ;Negate Accumulator A
34D3:	40		NEGA	   ;Negate Accumulator A
34D4:	40		NEGA	   ;Negate Accumulator A
34D5:	40		NEGA	   ;Negate Accumulator A
34D6:	40		NEGA	   ;Negate Accumulator A
34D7:	40		NEGA	   ;Negate Accumulator A
34D8:	40		NEGA	   ;Negate Accumulator A
34D9:	40		NEGA	   ;Negate Accumulator A
34DA:	40		NEGA	   ;Negate Accumulator A
34DB:	40		NEGA	   ;Negate Accumulator A
34DC:	40		NEGA	   ;Negate Accumulator A
34DD:	40		NEGA	   ;Negate Accumulator A
34DE:	40		NEGA	   ;Negate Accumulator A
34DF:	40		NEGA	   ;Negate Accumulator A
34E0:	CE CE CE	LDX , CE CE   ;Load Index Register X
34E3:	C1 B4		CMPB ,B4   ;Compare Accumulator B
34E5:	A7 9B		STAA (9B,X)   ;Store Accumulator A
34E7:	81 74		CMPA ,74   ;Compare Accumulator A
34E9:	67 67		ASR (67,X)   ;Arithmetic shift Right
34EB:	67 67		ASR (67,X)   ;Arithmetic shift Right
34ED:	67 67		ASR (67,X)   ;Arithmetic shift Right
34EF:	67 0		ASR (0,X)   ;Arithmetic shift Right
34F1:	0		TEST	   ;Test Operation (Test Mode Only)
34F2:	0		TEST	   ;Test Operation (Test Mode Only)
34F3:	0		TEST	   ;Test Operation (Test Mode Only)
34F4:	0		TEST	   ;Test Operation (Test Mode Only)
34F5:	0		TEST	   ;Test Operation (Test Mode Only)
34F6:	0		TEST	   ;Test Operation (Test Mode Only)
34F7:	10		SBA	   ;Substract Accumulators
34F8:	20 23		BRA ,23   ;Branch Always
34FA:	26 23		BNE ,23   ;Branch if Not Equal to Zero
34FC:	20 19		BRA ,19   ;Branch Always
34FE:	13 13		BRCLR (13)   ;Branch if Bit(s) Clear
3500:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3503:	FE FC F7	LDX ( FC F7)   ;Load Index Register X
3506:	EE E5		LDX (E5,X)   ;Load Index Register X
3508:	DB CE		ADDB (CE)   ;Add without Carry to Accumulator B
350A:	C0 B0		SUBBB0   ;Substract Accumulator B
350C:	9E 87		LDS (87)   ;Load Stack Pointer
350E:	69 42		ROL (42,X)   ;Rotate Left
3510:	70 70 70	NEG ( 70 70)   ;Negate
3513:	70 70 70	NEG ( 70 70)   ;Negate
3516:	70 60 58	NEG ( 60 58)   ;Negate
3519:	50		NEGB	   ;Negate Accumulator B
351A:	40		NEGA	   ;Negate Accumulator A
351B:	40		NEGA	   ;Negate Accumulator A
351C:	40		NEGA	   ;Negate Accumulator A
351D:	40		NEGA	   ;Negate Accumulator A
351E:	40		NEGA	   ;Negate Accumulator A
351F:	40		NEGA	   ;Negate Accumulator A
3520:	70 70 70	NEG ( 70 70)   ;Negate
3523:	70 70 70	NEG ( 70 70)   ;Negate
3526:	70 60 58	NEG ( 60 58)   ;Negate
3529:	50		NEGB	   ;Negate Accumulator B
352A:	40		NEGA	   ;Negate Accumulator A
352B:	40		NEGA	   ;Negate Accumulator A
352C:	40		NEGA	   ;Negate Accumulator A
352D:	40		NEGA	   ;Negate Accumulator A
352E:	40		NEGA	   ;Negate Accumulator A
352F:	40		NEGA	   ;Negate Accumulator A
3530:	60 60		NEG (60,X)   ;Negate
3532:	60 60		NEG (60,X)   ;Negate
3534:	60 60		NEG (60,X)   ;Negate
3536:	60 50		NEG (50,X)   ;Negate
3538:	48		ASLA	   ;Arithmetic shift Left Accumulator A
3539:	40		NEGA	   ;Negate Accumulator A
353A:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
353B:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
353C:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
353D:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
353E:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
353F:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
3540:	60 60		NEG (60,X)   ;Negate
3542:	60 60		NEG (60,X)   ;Negate
3544:	60 60		NEG (60,X)   ;Negate
3546:	60 50		NEG (50,X)   ;Negate
3548:	48		ASLA	   ;Arithmetic shift Left Accumulator A
3549:	40		NEGA	   ;Negate Accumulator A
354A:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
354B:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
354C:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
354D:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
354E:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
354F:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
3550:	80 80		SUBA ,80   ;Substract Accumulator A
3552:	80 80		SUBA ,80   ;Substract Accumulator A
3554:	80 81		SUBA ,81   ;Substract Accumulator A
3556:	82 83		SBCA ,83   ;Substract with Carry Accumulator A
3558:	84 86		ANDA ,86   ;Logical AND with Accumulator A
355A:	88 93		EORA ,93   ;Exclusive OR Accumulator A
355C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
355F:	FF 0 23	STX ( 0 23)   ;Store Index Register X
3562:	46		RORA	   ;Rotate Right Accumulator A
3563:	69 8C		ROL (8C,X)   ;Rotate Left
3565:	AF D2		STS (D2,X)   ;Store Stack Pointer
3567:	F5 0 0	BITB ( 0 0)   ;Bit test Accumulator B
356A:	0		TEST	   ;Test Operation (Test Mode Only)
356B:	0		TEST	   ;Test Operation (Test Mode Only)
356C:	0		TEST	   ;Test Operation (Test Mode Only)
356D:	0		TEST	   ;Test Operation (Test Mode Only)
356E:	0		TEST	   ;Test Operation (Test Mode Only)
356F:	0		TEST	   ;Test Operation (Test Mode Only)
3570:	0		TEST	   ;Test Operation (Test Mode Only)
3571:	4		LSRD	   ;Logical Shift Right Double Accumulator
3572:	F		SEI	   ;Set Interrupt Mask
3573:	1A 20		SEI	   ;Set Interrupt Mask
3574:	20 27		BRA ,27   ;Branch Always
3576:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
3577:	37		PSHB	   ;Push Accumulator B onto Stack
3578:	40		NEGA	   ;Negate Accumulator A
3579:	4D		TSTA	   ;Test Accumulator A
357A:	60 6E		NEG (6E,X)   ;Negate
357C:	81 98		CMPA ,98   ;Compare Accumulator A
357E:	C1 FF		CMPB ,FF   ;Compare Accumulator B
3580:	0		TEST	   ;Test Operation (Test Mode Only)
3581:	0		TEST	   ;Test Operation (Test Mode Only)
3582:	0		TEST	   ;Test Operation (Test Mode Only)
3583:	0		TEST	   ;Test Operation (Test Mode Only)
3584:	0		TEST	   ;Test Operation (Test Mode Only)
3585:	0		TEST	   ;Test Operation (Test Mode Only)
3586:	0		TEST	   ;Test Operation (Test Mode Only)
3587:	0		TEST	   ;Test Operation (Test Mode Only)
3588:	0		TEST	   ;Test Operation (Test Mode Only)
3589:	0		TEST	   ;Test Operation (Test Mode Only)
358A:	0		TEST	   ;Test Operation (Test Mode Only)
358B:	0		TEST	   ;Test Operation (Test Mode Only)
358C:	0		TEST	   ;Test Operation (Test Mode Only)
358D:	0		TEST	   ;Test Operation (Test Mode Only)
358E:	0		TEST	   ;Test Operation (Test Mode Only)
358F:	0		TEST	   ;Test Operation (Test Mode Only)
3590:	18 1E		TEST	   ;Test Operation (Test Mode Only)
3591:	1E 28 33 47	BRSET ( 28 33 47,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
3595:	78 B4 FE	ASL ( B4 FE)   ;Arithmetic shift Left
3598:	0		TEST	   ;Test Operation (Test Mode Only)
3599:	0		TEST	   ;Test Operation (Test Mode Only)
359A:	0		TEST	   ;Test Operation (Test Mode Only)
359B:	0		TEST	   ;Test Operation (Test Mode Only)
359C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
359F:	FF A A	STX ( A A)   ;Store Index Register X
35A2:	A		CLV	   ;Clear Twos-Complement Overflow Bit
35A3:	8		INX	   ;Increment Index Register X
35A4:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
35A5:	2		IDIV	   ;Integer Divide
35A6:	0		TEST	   ;Test Operation (Test Mode Only)
35A7:	0		TEST	   ;Test Operation (Test Mode Only)
35A8:	0		TEST	   ;Test Operation (Test Mode Only)
35A9:	0		TEST	   ;Test Operation (Test Mode Only)
35AA:	0		TEST	   ;Test Operation (Test Mode Only)
35AB:	0		TEST	   ;Test Operation (Test Mode Only)
35AC:	0		TEST	   ;Test Operation (Test Mode Only)
35AD:	0		TEST	   ;Test Operation (Test Mode Only)
35AE:	0		TEST	   ;Test Operation (Test Mode Only)
35AF:	0		TEST	   ;Test Operation (Test Mode Only)
35B0:	0		TEST	   ;Test Operation (Test Mode Only)
35B1:	0		TEST	   ;Test Operation (Test Mode Only)
35B2:	0		TEST	   ;Test Operation (Test Mode Only)
35B3:	0		TEST	   ;Test Operation (Test Mode Only)
35B4:	0		TEST	   ;Test Operation (Test Mode Only)
35B5:	0		TEST	   ;Test Operation (Test Mode Only)
35B6:	0		TEST	   ;Test Operation (Test Mode Only)
35B7:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
35B8:	A		CLV	   ;Clear Twos-Complement Overflow Bit
35B9:	A		CLV	   ;Clear Twos-Complement Overflow Bit
35BA:	A		CLV	   ;Clear Twos-Complement Overflow Bit
35BB:	A		CLV	   ;Clear Twos-Complement Overflow Bit
35BC:	A		CLV	   ;Clear Twos-Complement Overflow Bit
35BD:	A		CLV	   ;Clear Twos-Complement Overflow Bit
35BE:	A		CLV	   ;Clear Twos-Complement Overflow Bit
35BF:	A		CLV	   ;Clear Twos-Complement Overflow Bit
35C0:	0		TEST	   ;Test Operation (Test Mode Only)
35C1:	2		IDIV	   ;Integer Divide
35C2:	4		LSRD	   ;Logical Shift Right Double Accumulator
35C3:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
35C4:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
35C5:	2		IDIV	   ;Integer Divide
35C6:	1		NOP	   ;No Operation
35C7:	0		TEST	   ;Test Operation (Test Mode Only)
35C8:	0		TEST	   ;Test Operation (Test Mode Only)
35C9:	0		TEST	   ;Test Operation (Test Mode Only)
35CA:	0		TEST	   ;Test Operation (Test Mode Only)
35CB:	0		TEST	   ;Test Operation (Test Mode Only)
35CC:	0		TEST	   ;Test Operation (Test Mode Only)
35CD:	0		TEST	   ;Test Operation (Test Mode Only)
35CE:	0		TEST	   ;Test Operation (Test Mode Only)
35CF:	0		TEST	   ;Test Operation (Test Mode Only)
35D0:	F		SEI	   ;Set Interrupt Mask
35D1:	F		SEI	   ;Set Interrupt Mask
35D2:	F		SEI	   ;Set Interrupt Mask
35D3:	D		SEC	   ;Set Carry
35D4:	A		CLV	   ;Clear Twos-Complement Overflow Bit
35D5:	0		TEST	   ;Test Operation (Test Mode Only)
35D6:	0		TEST	   ;Test Operation (Test Mode Only)
35D7:	0		TEST	   ;Test Operation (Test Mode Only)
35D8:	0		TEST	   ;Test Operation (Test Mode Only)
35D9:	0		TEST	   ;Test Operation (Test Mode Only)
35DA:	0		TEST	   ;Test Operation (Test Mode Only)
35DB:	0		TEST	   ;Test Operation (Test Mode Only)
35DC:	0		TEST	   ;Test Operation (Test Mode Only)
35DD:	0		TEST	   ;Test Operation (Test Mode Only)
35DE:	0		TEST	   ;Test Operation (Test Mode Only)
35DF:	0		TEST	   ;Test Operation (Test Mode Only)
35E0:	F		SEI	   ;Set Interrupt Mask
35E1:	F		SEI	   ;Set Interrupt Mask
35E2:	F		SEI	   ;Set Interrupt Mask
35E3:	D		SEC	   ;Set Carry
35E4:	A		CLV	   ;Clear Twos-Complement Overflow Bit
35E5:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
35E6:	0		TEST	   ;Test Operation (Test Mode Only)
35E7:	0		TEST	   ;Test Operation (Test Mode Only)
35E8:	0		TEST	   ;Test Operation (Test Mode Only)
35E9:	0		TEST	   ;Test Operation (Test Mode Only)
35EA:	0		TEST	   ;Test Operation (Test Mode Only)
35EB:	0		TEST	   ;Test Operation (Test Mode Only)
35EC:	0		TEST	   ;Test Operation (Test Mode Only)
35ED:	0		TEST	   ;Test Operation (Test Mode Only)
35EE:	0		TEST	   ;Test Operation (Test Mode Only)
35EF:	0		TEST	   ;Test Operation (Test Mode Only)
35F0:	0		TEST	   ;Test Operation (Test Mode Only)
35F1:	3		FDIV	   ;Fractional Divide
35F2:	A		CLV	   ;Clear Twos-Complement Overflow Bit
35F3:	12 16 16 16	BRSET ( 16 16 16)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
35F7:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
35F8:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
35F9:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
35FA:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
35FB:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
35FC:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
35FD:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
35FE:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
35FF:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
3600:	3		FDIV	   ;Fractional Divide
3601:	3		FDIV	   ;Fractional Divide
3602:	3		FDIV	   ;Fractional Divide
3603:	3		FDIV	   ;Fractional Divide
3604:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
3605:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
3606:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
3607:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
3608:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
3609:	E		CLI	   ;Clear Interrupt Mask
360A:	E		CLI	   ;Clear Interrupt Mask
360B:	8		INX	   ;Increment Index Register X
360C:	4		LSRD	   ;Logical Shift Right Double Accumulator
360D:	4		LSRD	   ;Logical Shift Right Double Accumulator
360E:	4		LSRD	   ;Logical Shift Right Double Accumulator
360F:	4		LSRD	   ;Logical Shift Right Double Accumulator
3610:	0		TEST	   ;Test Operation (Test Mode Only)
3611:	1		NOP	   ;No Operation
3612:	3		FDIV	   ;Fractional Divide
3613:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
3614:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
3615:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
3616:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
3617:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
3618:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
3619:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
361A:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
361B:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
361C:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
361D:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
361E:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
361F:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
3620:	2		IDIV	   ;Integer Divide
3621:	2		IDIV	   ;Integer Divide
3622:	2		IDIV	   ;Integer Divide
3623:	2		IDIV	   ;Integer Divide
3624:	2		IDIV	   ;Integer Divide
3625:	2		IDIV	   ;Integer Divide
3626:	4		LSRD	   ;Logical Shift Right Double Accumulator
3627:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
3628:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
3629:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
362A:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
362B:	A		CLV	   ;Clear Twos-Complement Overflow Bit
362C:	14 14 A	BSET ( 14 A)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
362F:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
3630:	66 66		ROR (66,X)   ;Rotate Right
3632:	66 48		ROR (48,X)   ;Rotate Right
3634:	3E		WAI	   ;Wait for Interrupt
3635:	3E		WAI	   ;Wait for Interrupt
3636:	39		RTS	   ;Return from Subroutine
3637:	34		DES	   ;Decrement Stack Pointer
3638:	34		DES	   ;Decrement Stack Pointer
3639:	1A 1A		DES	   ;Decrement Stack Pointer
363A:	1A 1A		DES	   ;Decrement Stack Pointer
363B:	1A 0		DES	   ;Decrement Stack Pointer
363C:	0		TEST	   ;Test Operation (Test Mode Only)
363D:	0		TEST	   ;Test Operation (Test Mode Only)
363E:	0		TEST	   ;Test Operation (Test Mode Only)
363F:	0		TEST	   ;Test Operation (Test Mode Only)
3640:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
3641:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
3642:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
3643:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
3644:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
3645:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
3646:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
3647:	3		FDIV	   ;Fractional Divide
3648:	3		FDIV	   ;Fractional Divide
3649:	3		FDIV	   ;Fractional Divide
364A:	3		FDIV	   ;Fractional Divide
364B:	3		FDIV	   ;Fractional Divide
364C:	3		FDIV	   ;Fractional Divide
364D:	3		FDIV	   ;Fractional Divide
364E:	3		FDIV	   ;Fractional Divide
364F:	3		FDIV	   ;Fractional Divide
3650:	6D 6A		TST (6A,X)   ;Test
3652:	66 61		ROR (61,X)   ;Rotate Right
3654:	5D		TSTB	   ;Test Accumulator B
3655:	58		ASLB	   ;Arithmetic shift Left Accumulator B
3656:	53		COMB	   ;Complement Accumulator B
3657:	4E		COMB	   ;Complement Accumulator B
3658:	4A		DECA	   ;Decrement Accumulator A
3659:	46		RORA	   ;Rotate Right Accumulator A
365A:	42		RORA	   ;Rotate Right Accumulator A
365B:	3E		WAI	   ;Wait for Interrupt
365C:	3B		RTI	   ;Return from Interrupt
365D:	38		PULX	   ;Pull Index Register X from Stack
365E:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
365F:	32		PULA	   ;Pull Accumulator A from Stack
3660:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3663:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3666:	FF B7 86	STX ( B7 86)   ;Store Index Register X
3669:	6B 59 4C	STX ( 59 4C)   ;Store Index Register X
366C:	43		COMA	   ;Complement Accumulator A
366D:	3B		RTI	   ;Return from Interrupt
366E:	36		PSHA	   ;Push Accumulator A onto Stack
366F:	31		INS	   ;Increment Stack Pointer
3670:	8		INX	   ;Increment Index Register X
3671:	8		INX	   ;Increment Index Register X
3672:	D		SEC	   ;Set Carry
3673:	15 1D		BCLR ,1D   ;Clear Bit(s) in Memory
3675:	25 2D		BCS  ,2D   ;Branch if Carry Set
3677:	36		PSHA	   ;Push Accumulator A onto Stack
3678:	3E		WAI	   ;Wait for Interrupt
3679:	46		RORA	   ;Rotate Right Accumulator A
367A:	4E		RORA	   ;Rotate Right Accumulator A
367B:	57		ASRB	   ;Arithmetic shift Right Accumulator B
367C:	5F		CLRB	   ;Clear Accumulator B
367D:	67 70		ASR (70,X)   ;Arithmetic shift Right
367F:	7C 0 0	INC ( 0 0)   ;Increment
3682:	0		TEST	   ;Test Operation (Test Mode Only)
3683:	80 32		SUBA ,32   ;Substract Accumulator A
3685:	64 96		LSR (96,X)   ;Logical Shift Right
3687:	C8 FF		EORB ,FF   ;Exclusive OR Accumulator B
3689:	FF FF FF	STX ( FF FF)   ;Store Index Register X
368C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
368F:	FF 13 A9	STX ( 13 A9)   ;Store Index Register X
3692:	20 C5		BRA ,C5   ;Branch Always
3694:	28 F6		BVC ,F6   ;Branch if Overflow Clear
3696:	28 F6		BVC ,F6   ;Branch if Overflow Clear
3698:	20 C5		BRA ,C5   ;Branch Always
369A:	28 F6		BVC ,F6   ;Branch if Overflow Clear
369C:	28 F6		BVC ,F6   ;Branch if Overflow Clear
369E:	28 F6		BVC ,F6   ;Branch if Overflow Clear
36A0:	28 F6		BVC ,F6   ;Branch if Overflow Clear
36A2:	28 F6		BVC ,F6   ;Branch if Overflow Clear
36A4:	28 F6		BVC ,F6   ;Branch if Overflow Clear
36A6:	28 F6		BVC ,F6   ;Branch if Overflow Clear
36A8:	28 F6		BVC ,F6   ;Branch if Overflow Clear
36AA:	28 F6		BVC ,F6   ;Branch if Overflow Clear
36AC:	28 F6		BVC ,F6   ;Branch if Overflow Clear
36AE:	28 F6		BVC ,F6   ;Branch if Overflow Clear
36B0:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
36B1:	58		ASLB	   ;Arithmetic shift Left Accumulator B
36B2:	60 80		NEG (80,X)   ;Negate
36B4:	58		ASLB	   ;Arithmetic shift Left Accumulator B
36B5:	68 80		ASL (80,X)   ;Arithmetic shift Left
36B7:	80 60		SUBA ,60   ;Substract Accumulator A
36B9:	70 80 80	NEG ( 80 80)   ;Negate
36BC:	80 80		SUBA ,80   ;Substract Accumulator A
36BE:	80 80		SUBA ,80   ;Substract Accumulator A
36C0:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
36C1:	58		ASLB	   ;Arithmetic shift Left Accumulator B
36C2:	60 80		NEG (80,X)   ;Negate
36C4:	58		ASLB	   ;Arithmetic shift Left Accumulator B
36C5:	68 80		ASL (80,X)   ;Arithmetic shift Left
36C7:	80 60		SUBA ,60   ;Substract Accumulator A
36C9:	70 80 80	NEG ( 80 80)   ;Negate
36CC:	80 80		SUBA ,80   ;Substract Accumulator A
36CE:	80 80		SUBA ,80   ;Substract Accumulator A
36D0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
36D3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
36D6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
36D9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
36DC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
36DF:	FF 0 19	STX ( 0 19)   ;Store Index Register X
36E2:	2A 3A		BPL ,3A   ;Branch if Plus
36E4:	0		TEST	   ;Test Operation (Test Mode Only)
36E5:	1E 34 44 8	BRSET ( 34 44 8,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
36E9:	14 1C 26	BSET ( 1C 26)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
36EC:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
36ED:	38		PULX	   ;Pull Index Register X from Stack
36EE:	40		NEGA	   ;Negate Accumulator A
36EF:	48		ASLA	   ;Arithmetic shift Left Accumulator A
36F0:	C		CLC	   ;Clear Carry
36F1:	14 20 2C	BSET ( 20 2C)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
36F4:	3C		PSHX	   ;Push Index Register X onto Stack
36F5:	4C		INCA	   ;Increment Accumulator A
36F6:	5C		INCB	   ;Increment Accumulator B
36F7:	68 0		ASL (0,X)   ;Arithmetic shift Left
36F9:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
36FA:	F		SEI	   ;Set Interrupt Mask
36FB:	18 20		SEI	   ;Set Interrupt Mask
36FC:	20 30		BRA ,30   ;Branch Always
36FE:	40		NEGA	   ;Negate Accumulator A
36FF:	50		NEGB	   ;Negate Accumulator B
3700:	0		TEST	   ;Test Operation (Test Mode Only)
3701:	10		SBA	   ;Substract Accumulators
3702:	18 20		SBA	   ;Substract Accumulators
3703:	20 2C		BRA ,2C   ;Branch Always
3705:	34		DES	   ;Decrement Stack Pointer
3706:	3C		PSHX	   ;Push Index Register X onto Stack
3707:	44		LSRA	   ;Logical Shift Right Accumulator A
3708:	4		LSRD	   ;Logical Shift Right Double Accumulator
3709:	A		CLV	   ;Clear Twos-Complement Overflow Bit
370A:	14 1C 28	BSET ( 1C 28)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
370D:	38		PULX	   ;Pull Index Register X from Stack
370E:	48		ASLA	   ;Arithmetic shift Left Accumulator A
370F:	58		ASLB	   ;Arithmetic shift Left Accumulator B
3710:	8		INX	   ;Increment Index Register X
3711:	14 1C 26	BSET ( 1C 26)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
3714:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
3715:	38		PULX	   ;Pull Index Register X from Stack
3716:	40		NEGA	   ;Negate Accumulator A
3717:	48		ASLA	   ;Arithmetic shift Left Accumulator A
3718:	80 80		SUBA ,80   ;Substract Accumulator A
371A:	80 80		SUBA ,80   ;Substract Accumulator A
371C:	80 80		SUBA ,80   ;Substract Accumulator A
371E:	80 80		SUBA ,80   ;Substract Accumulator A
3720:	0		TEST	   ;Test Operation (Test Mode Only)
3721:	0		TEST	   ;Test Operation (Test Mode Only)
3722:	0		TEST	   ;Test Operation (Test Mode Only)
3723:	0		TEST	   ;Test Operation (Test Mode Only)
3724:	0		TEST	   ;Test Operation (Test Mode Only)
3725:	0		TEST	   ;Test Operation (Test Mode Only)
3726:	0		TEST	   ;Test Operation (Test Mode Only)
3727:	0		TEST	   ;Test Operation (Test Mode Only)
3728:	0		TEST	   ;Test Operation (Test Mode Only)
3729:	0		TEST	   ;Test Operation (Test Mode Only)
372A:	0		TEST	   ;Test Operation (Test Mode Only)
372B:	0		TEST	   ;Test Operation (Test Mode Only)
372C:	0		TEST	   ;Test Operation (Test Mode Only)
372D:	0		TEST	   ;Test Operation (Test Mode Only)
372E:	0		TEST	   ;Test Operation (Test Mode Only)
372F:	0		TEST	   ;Test Operation (Test Mode Only)
3730:	0		TEST	   ;Test Operation (Test Mode Only)
3731:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
3734:	0		TEST	   ;Test Operation (Test Mode Only)
3735:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
3738:	0		TEST	   ;Test Operation (Test Mode Only)
3739:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
373C:	0		TEST	   ;Test Operation (Test Mode Only)
373D:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
3740:	0		TEST	   ;Test Operation (Test Mode Only)
3741:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
3744:	0		TEST	   ;Test Operation (Test Mode Only)
3745:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
3748:	0		TEST	   ;Test Operation (Test Mode Only)
3749:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
374C:	0		TEST	   ;Test Operation (Test Mode Only)
374D:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
3750:	0		TEST	   ;Test Operation (Test Mode Only)
3751:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
3754:	0		TEST	   ;Test Operation (Test Mode Only)
3755:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
3758:	0		TEST	   ;Test Operation (Test Mode Only)
3759:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
375C:	0		TEST	   ;Test Operation (Test Mode Only)
375D:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
3760:	0		TEST	   ;Test Operation (Test Mode Only)
3761:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
3764:	0		TEST	   ;Test Operation (Test Mode Only)
3765:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
3768:	0		TEST	   ;Test Operation (Test Mode Only)
3769:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
376C:	0		TEST	   ;Test Operation (Test Mode Only)
376D:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
3770:	0		TEST	   ;Test Operation (Test Mode Only)
3771:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
3774:	0		TEST	   ;Test Operation (Test Mode Only)
3775:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
3778:	0		TEST	   ;Test Operation (Test Mode Only)
3779:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
377C:	0		TEST	   ;Test Operation (Test Mode Only)
377D:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
3780:	0		TEST	   ;Test Operation (Test Mode Only)
3781:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
3784:	0		TEST	   ;Test Operation (Test Mode Only)
3785:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
3788:	0		TEST	   ;Test Operation (Test Mode Only)
3789:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
378C:	0		TEST	   ;Test Operation (Test Mode Only)
378D:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
3790:	0		TEST	   ;Test Operation (Test Mode Only)
3791:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
3794:	0		TEST	   ;Test Operation (Test Mode Only)
3795:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
3798:	0		TEST	   ;Test Operation (Test Mode Only)
3799:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
379C:	0		TEST	   ;Test Operation (Test Mode Only)
379D:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
37A0:	0		TEST	   ;Test Operation (Test Mode Only)
37A1:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
37A4:	0		TEST	   ;Test Operation (Test Mode Only)
37A5:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
37A8:	0		TEST	   ;Test Operation (Test Mode Only)
37A9:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
37AC:	0		TEST	   ;Test Operation (Test Mode Only)
37AD:	CC 0 CC	LDD , 0 CC   ;Load Double Accumulator
37B0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
37B3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
37B6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
37B9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
37BC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
37BF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
37C2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
37C5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
37C8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
37CB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
37CE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
37D1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
37D4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
37D7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
37DA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
37DD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
37E0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
37E3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
37E6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
37E9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
37EC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
37EF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
37F2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
37F5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
37F8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
37FB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
37FE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3801:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3804:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3807:	FF FF FF	STX ( FF FF)   ;Store Index Register X
380A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
380D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3810:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3813:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3816:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3819:	FF FF FF	STX ( FF FF)   ;Store Index Register X
381C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
381F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3822:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3825:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3828:	FF FF FF	STX ( FF FF)   ;Store Index Register X
382B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
382E:	FF FF 80	STX ( FF 80)   ;Store Index Register X
3831:	80 80		SUBA ,80   ;Substract Accumulator A
3833:	80 80		SUBA ,80   ;Substract Accumulator A
3835:	80 80		SUBA ,80   ;Substract Accumulator A
3837:	80 80		SUBA ,80   ;Substract Accumulator A
3839:	80 7E		SUBA ,7E   ;Substract Accumulator A
383B:	7B 79		SUBA ,79   ;Substract Accumulator A
383D:	79 79 76	ROL ( 79 76)   ;Rotate Left
3840:	2		IDIV	   ;Integer Divide
3841:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
3842:	E		CLI	   ;Clear Interrupt Mask
3843:	34		DES	   ;Decrement Stack Pointer
3844:	64 8D		LSR (8D,X)   ;Logical Shift Right
3846:	D8 EA		EORB (EA)   ;Exclusive OR Accumulator B
3848:	28 34		BVC ,34   ;Branch if Overflow Clear
384A:	3C		PSHX	   ;Push Index Register X onto Stack
384B:	50		NEGB	   ;Negate Accumulator B
384C:	64 78		LSR (78,X)   ;Logical Shift Right
384E:	B4 C8 3C	ANDA ( C8 3C)   ;Logical AND with Accumulator A
3851:	3C		PSHX	   ;Push Index Register X onto Stack
3852:	3C		PSHX	   ;Push Index Register X onto Stack
3853:	3C		PSHX	   ;Push Index Register X onto Stack
3854:	3C		PSHX	   ;Push Index Register X onto Stack
3855:	38		PULX	   ;Pull Index Register X from Stack
3856:	34		DES	   ;Decrement Stack Pointer
3857:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
3858:	2C 28		BGE  ,28   ;Branch if Greater than or Equal to Zero
385A:	24 22		BCC   ,22   ;Branch if Carry Clear
385C:	22 22		BHI ,22   ;Branch if Higher
385E:	22 24		BHI ,24   ;Branch if Higher
3860:	3C		PSHX	   ;Push Index Register X onto Stack
3861:	3C		PSHX	   ;Push Index Register X onto Stack
3862:	3C		PSHX	   ;Push Index Register X onto Stack
3863:	3C		PSHX	   ;Push Index Register X onto Stack
3864:	3C		PSHX	   ;Push Index Register X onto Stack
3865:	38		PULX	   ;Pull Index Register X from Stack
3866:	34		DES	   ;Decrement Stack Pointer
3867:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
3868:	2C 28		BGE  ,28   ;Branch if Greater than or Equal to Zero
386A:	24 22		BCC   ,22   ;Branch if Carry Clear
386C:	22 22		BHI ,22   ;Branch if Higher
386E:	22 24		BHI ,24   ;Branch if Higher
3870:	E		CLI	   ;Clear Interrupt Mask
3871:	F		SEI	   ;Set Interrupt Mask
3872:	F		SEI	   ;Set Interrupt Mask
3873:	F		SEI	   ;Set Interrupt Mask
3874:	F		SEI	   ;Set Interrupt Mask
3875:	F		SEI	   ;Set Interrupt Mask
3876:	10		SBA	   ;Substract Accumulators
3877:	11		CBA	   ;Compare Accumulators
3878:	12 12 12 13	BRSET ( 12 12 13)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
387C:	14 14 14	BSET ( 14 14)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
387F:	14 1 2	BSET ( 1 2)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
3882:	4		LSRD	   ;Logical Shift Right Double Accumulator
3883:	8		INX	   ;Increment Index Register X
3884:	1		NOP	   ;No Operation
3885:	10		SBA	   ;Substract Accumulators
3886:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
3887:	78 6 10	ASL ( 6 10)   ;Arithmetic shift Left
388A:	28 78		BVC ,78   ;Branch if Overflow Clear
388C:	0		TEST	   ;Test Operation (Test Mode Only)
388D:	4		LSRD	   ;Logical Shift Right Double Accumulator
388E:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
388F:	A		CLV	   ;Clear Twos-Complement Overflow Bit
3890:	4		LSRD	   ;Logical Shift Right Double Accumulator
3891:	4		LSRD	   ;Logical Shift Right Double Accumulator
3892:	4		LSRD	   ;Logical Shift Right Double Accumulator
3893:	4		LSRD	   ;Logical Shift Right Double Accumulator
3894:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3897:	FF FF FF	STX ( FF FF)   ;Store Index Register X
389A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
389D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
38A0:	0		TEST	   ;Test Operation (Test Mode Only)
38A1:	0		TEST	   ;Test Operation (Test Mode Only)
38A2:	0		TEST	   ;Test Operation (Test Mode Only)
38A3:	0		TEST	   ;Test Operation (Test Mode Only)
38A4:	0		TEST	   ;Test Operation (Test Mode Only)
38A5:	0		TEST	   ;Test Operation (Test Mode Only)
38A6:	0		TEST	   ;Test Operation (Test Mode Only)
38A7:	0		TEST	   ;Test Operation (Test Mode Only)
38A8:	CE CE E6	LDX , CE E6   ;Load Index Register X
38AB:	F6 F6 FE	LDAB ( F6 FE)   ;Load Accumulator B
38AE:	FE FF FF	LDX ( FF FF)   ;Load Index Register X
38B1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
38B4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
38B7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
38BA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
38BD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
38C0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
38C3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
38C6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
38C9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
38CC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
38CF:	FF 80 80	STX ( 80 80)   ;Store Index Register X
38D2:	80 80		SUBA ,80   ;Substract Accumulator A
38D4:	80 80		SUBA ,80   ;Substract Accumulator A
38D6:	80 80		SUBA ,80   ;Substract Accumulator A
38D8:	80 80		SUBA ,80   ;Substract Accumulator A
38DA:	80 80		SUBA ,80   ;Substract Accumulator A
38DC:	80 80		SUBA ,80   ;Substract Accumulator A
38DE:	80 80		SUBA ,80   ;Substract Accumulator A
38E0:	8		INX	   ;Increment Index Register X
38E1:	8		INX	   ;Increment Index Register X
38E2:	8		INX	   ;Increment Index Register X
38E3:	A		CLV	   ;Clear Twos-Complement Overflow Bit
38E4:	C		CLC	   ;Clear Carry
38E5:	E		CLI	   ;Clear Interrupt Mask
38E6:	10		SBA	   ;Substract Accumulators
38E7:	12 13 16 17	BRSET ( 13 16 17)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
38EB:	17		TBA	   ;Transfer from Accumulator B to Accumulator A
38EC:	18 19		TBA	   ;Transfer from Accumulator B to Accumulator A
38ED:	19		DAA	   ;Decimal Adjust Accumulator A
38EE:	1B		ABA	   ;Add Accumulator B to Accumulator A
38EF:	20 3		BRA ,3   ;Branch Always
38F1:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
38F2:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
38F3:	A		CLV	   ;Clear Twos-Complement Overflow Bit
38F4:	C		CLC	   ;Clear Carry
38F5:	F		SEI	   ;Set Interrupt Mask
38F6:	11		CBA	   ;Compare Accumulators
38F7:	14 16 19	BSET ( 16 19)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
38FA:	1B		ABA	   ;Add Accumulator B to Accumulator A
38FB:	1E 20 23 25	BRSET ( 20 23 25,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
38FF:	28 AC		BVC ,AC   ;Branch if Overflow Clear
3901:	FD E 3	STD ( E 3)   ;Store Double Accumulator
3904:	4		LSRD	   ;Logical Shift Right Double Accumulator
3905:	FF 0 C8	STX ( 0 C8)   ;Store Index Register X
3908:	0		TEST	   ;Test Operation (Test Mode Only)
3909:	2		IDIV	   ;Integer Divide
390A:	4		LSRD	   ;Logical Shift Right Double Accumulator
390B:	1		NOP	   ;No Operation
390C:	3C		PSHX	   ;Push Index Register X onto Stack
390D:	8		INX	   ;Increment Index Register X
390E:	FF 1 5	STX ( 1 5)   ;Store Index Register X
3911:	70 78 1	NEG ( 78 1)   ;Negate
3914:	0		TEST	   ;Test Operation (Test Mode Only)
3915:	17		TBA	   ;Transfer from Accumulator B to Accumulator A
3916:	70 1E 6	NEG ( 1E 6)   ;Negate
3919:	A		CLV	   ;Clear Twos-Complement Overflow Bit
391A:	4		LSRD	   ;Logical Shift Right Double Accumulator
391B:	4		LSRD	   ;Logical Shift Right Double Accumulator
391C:	26 26		BNE ,26   ;Branch if Not Equal to Zero
391E:	0		TEST	   ;Test Operation (Test Mode Only)
391F:	0		TEST	   ;Test Operation (Test Mode Only)
3920:	E6 20		LDAB (20,X)   ;Load Accumulator B
3922:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
3923:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
3924:	C8 78		EORB ,78   ;Exclusive OR Accumulator B
3926:	32		PULA	   ;Pull Accumulator A from Stack
3927:	40		NEGA	   ;Negate Accumulator A
3928:	FF A 50	STX ( A 50)   ;Store Index Register X
392B:	4		LSRD	   ;Logical Shift Right Double Accumulator
392C:	14 1 4	BSET ( 1 4)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
392F:	8		INX	   ;Increment Index Register X
3930:	2		IDIV	   ;Integer Divide
3931:	0		TEST	   ;Test Operation (Test Mode Only)
3932:	1		NOP	   ;No Operation
3933:	9		DEX	   ;Decrement Index Register X
3934:	D		SEC	   ;Set Carry
3935:	F		SEI	   ;Set Interrupt Mask
3936:	0		TEST	   ;Test Operation (Test Mode Only)
3937:	51		TEST	   ;Test Operation (Test Mode Only)
3938:	4		LSRD	   ;Logical Shift Right Double Accumulator
3939:	48		ASLA	   ;Arithmetic shift Left Accumulator A
393A:	4		LSRD	   ;Logical Shift Right Double Accumulator
393B:	77 0 88	ASR ( 0 88)   ;Arithmetic shift Right
393E:	FF FF 29	STX ( FF 29)   ;Store Index Register X
3941:	E5 80		BITB (80,X)   ;Bit test Accumulator B
3943:	FF 2 1	STX ( 2 1)   ;Store Index Register X
3946:	0		TEST	   ;Test Operation (Test Mode Only)
3947:	0		TEST	   ;Test Operation (Test Mode Only)
3948:	80 FF		SUBA ,FF   ;Substract Accumulator A
394A:	80 8		SUBA ,8   ;Substract Accumulator A
394C:	64 1		LSR (1,X)   ;Logical Shift Right
394E:	1		NOP	   ;No Operation
394F:	FF 72 FF	STX ( 72 FF)   ;Store Index Register X
3952:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
3953:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
3954:	33		PULB	   ;Pull Accumulator B from Stack
3955:	A0 14		SUBA (14,X)   ;Substract Accumulator A
3957:	10		SBA	   ;Substract Accumulators
3958:	FF FF FF	STX ( FF FF)   ;Store Index Register X
395B:	FF 4 82	STX ( 4 82)   ;Store Index Register X
395E:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
395F:	19		DAA	   ;Decimal Adjust Accumulator A
3960:	28 28		BVC ,28   ;Branch if Overflow Clear
3962:	FF 30 FF	STX ( 30 FF)   ;Store Index Register X
3965:	46		RORA	   ;Rotate Right Accumulator A
3966:	1E FF 4 0	BRSET ( FF 4 0,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
396A:	0		TEST	   ;Test Operation (Test Mode Only)
396B:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
396C:	A		CLV	   ;Clear Twos-Complement Overflow Bit
396D:	FF 4 50	STX ( 4 50)   ;Store Index Register X
3970:	1		NOP	   ;No Operation
3971:	F		SEI	   ;Set Interrupt Mask
3972:	0		TEST	   ;Test Operation (Test Mode Only)
3973:	1		NOP	   ;No Operation
3974:	1		NOP	   ;No Operation
3975:	F		SEI	   ;Set Interrupt Mask
3976:	5A		DECB	   ;Decrement Accumulator B
3977:	3C		PSHX	   ;Push Index Register X onto Stack
3978:	FF F5 32	STX ( F5 32)   ;Store Index Register X
397B:	32		PULA	   ;Pull Accumulator A from Stack
397C:	0		TEST	   ;Test Operation (Test Mode Only)
397D:	4		LSRD	   ;Logical Shift Right Double Accumulator
397E:	A		CLV	   ;Clear Twos-Complement Overflow Bit
397F:	FF 2 4	STX ( 2 4)   ;Store Index Register X
3982:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
3983:	C		CLC	   ;Clear Carry
3984:	8		INX	   ;Increment Index Register X
3985:	4		LSRD	   ;Logical Shift Right Double Accumulator
3986:	4		LSRD	   ;Logical Shift Right Double Accumulator
3987:	8		INX	   ;Increment Index Register X
3988:	C		CLC	   ;Clear Carry
3989:	FF A 20	STX ( A 20)   ;Store Index Register X
398C:	8		INX	   ;Increment Index Register X
398D:	41		INX	   ;Increment Index Register X
398E:	2		IDIV	   ;Integer Divide
398F:	2		IDIV	   ;Integer Divide
3990:	A		CLV	   ;Clear Twos-Complement Overflow Bit
3991:	41		CLV	   ;Clear Twos-Complement Overflow Bit
3992:	F6 2C 50	LDAB ( 2C 50)   ;Load Accumulator B
3995:	6E 44		JMP (44,X)   ;Jump
3997:	69 D8		ROL (D8,X)   ;Rotate Left
3999:	38		PULX	   ;Pull Index Register X from Stack
399A:	3C		PSHX	   ;Push Index Register X onto Stack
399B:	44		LSRA	   ;Logical Shift Right Accumulator A
399C:	4E		LSRA	   ;Logical Shift Right Accumulator A
399D:	2		IDIV	   ;Integer Divide
399E:	24 A5		BCC   ,A5   ;Branch if Carry Clear
39A0:	14 8 FF	BSET ( 8 FF)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
39A3:	50		NEGB	   ;Negate Accumulator B
39A4:	FF 4 FF	STX ( 4 FF)   ;Store Index Register X
39A7:	C		CLC	   ;Clear Carry
39A8:	3C		PSHX	   ;Push Index Register X onto Stack
39A9:	FF 1 FF	STX ( 1 FF)   ;Store Index Register X
39AC:	1C A 0	BSET ( A 0,X)   ;Set Bit(s) in Memory   -   Formato standard : BSET (ff,X) (mm) -> BSET (mm ff,X)
39AF:	F		SEI	   ;Set Interrupt Mask
39B0:	38		PULX	   ;Pull Index Register X from Stack
39B1:	4		LSRD	   ;Logical Shift Right Double Accumulator
39B2:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
39B3:	A		CLV	   ;Clear Twos-Complement Overflow Bit
39B4:	C		CLC	   ;Clear Carry
39B5:	A0 34		SUBA (34,X)   ;Substract Accumulator A
39B7:	FF 40 50	STX ( 40 50)   ;Store Index Register X
39BA:	60 8		NEG (8,X)   ;Negate
39BC:	14 28 14	BSET ( 28 14)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
39BF:	82 1		SBCA ,1   ;Substract with Carry Accumulator A
39C1:	2C 0		BGE  ,0   ;Branch if Greater than or Equal to Zero
39C3:	2		IDIV	   ;Integer Divide
39C4:	28 41		BVC ,41   ;Branch if Overflow Clear
39C6:	46		RORA	   ;Rotate Right Accumulator A
39C7:	3D		MUL	   ;Multiply Unsigned
39C8:	A		CLV	   ;Clear Twos-Complement Overflow Bit
39C9:	2B 30		BMI ,30   ;Branch if Minus
39CB:	20 4B		BRA ,4B   ;Branch Always
39CD:	7D 30 2B	TST ( 30 2B)   ;Test
39D0:	3B		RTI	   ;Return from Interrupt
39D1:	37		PSHB	   ;Push Accumulator B onto Stack
39D2:	32		PULA	   ;Pull Accumulator A from Stack
39D3:	2D 1		BLT ,1   ;Branch  il Less than Zero
39D5:	2		IDIV	   ;Integer Divide
39D6:	FF 2 46	STX ( 2 46)   ;Store Index Register X
39D9:	8		INX	   ;Increment Index Register X
39DA:	80 2		SUBA ,2   ;Substract Accumulator A
39DC:	8		INX	   ;Increment Index Register X
39DD:	80 5A		SUBA ,5A   ;Substract Accumulator A
39DF:	4		LSRD	   ;Logical Shift Right Double Accumulator
39E0:	32		PULA	   ;Pull Accumulator A from Stack
39E1:	0		TEST	   ;Test Operation (Test Mode Only)
39E2:	20 20		BRA ,20   ;Branch Always
39E4:	80 FE		SUBA ,FE   ;Substract Accumulator A
39E6:	3A		ABX	   ;Add Accumulator B to Index Register X
39E7:	3		FDIV	   ;Fractional Divide
39E8:	14 32 54	BSET ( 32 54)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
39EB:	FF 4 FF	STX ( 4 FF)   ;Store Index Register X
39EE:	64 80		LSR (80,X)   ;Logical Shift Right
39F0:	63 80		COM (80,X)   ;Complement
39F2:	0		TEST	   ;Test Operation (Test Mode Only)
39F3:	99 3		ADCA (3)   ;Add with Carry to Accumulator A
39F5:	1		NOP	   ;No Operation
39F6:	2		IDIV	   ;Integer Divide
39F7:	78 1 14	ASL ( 1 14)   ;Arithmetic shift Left
39FA:	28 55		BVC ,55   ;Branch if Overflow Clear
39FC:	73 80 2	COM ( 80 2)   ;Complement
39FF:	2		IDIV	   ;Integer Divide
3A00:	8		INX	   ;Increment Index Register X
3A01:	55		INX	   ;Increment Index Register X
3A02:	73 FF 0	COM ( FF 0)   ;Complement
3A05:	4A		DECA	   ;Decrement Accumulator A
3A06:	0		TEST	   ;Test Operation (Test Mode Only)
3A07:	96 CC		LDAA (CC)   ;Load Accumulator A
3A09:	CC 4C CC	LDD , 4C CC   ;Load Double Accumulator
3A0C:	CC CC 4C	LDD , CC 4C   ;Load Double Accumulator
3A0F:	CC 0 4	LDD , 0 4   ;Load Double Accumulator
3A12:	31		INS	   ;Increment Stack Pointer
3A13:	80 2C		SUBA ,2C   ;Substract Accumulator A
3A15:	2C 0		BGE  ,0   ;Branch if Greater than or Equal to Zero
3A17:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
3A18:	15 3		BCLR ,3   ;Clear Bit(s) in Memory
3A1A:	20 EA		BRA ,EA   ;Branch Always
3A1C:	2		IDIV	   ;Integer Divide
3A1D:	2		IDIV	   ;Integer Divide
3A1E:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
3A1F:	A		CLV	   ;Clear Twos-Complement Overflow Bit
3A20:	2		IDIV	   ;Integer Divide
3A21:	40		NEGA	   ;Negate Accumulator A
3A22:	FF 0 6	STX ( 0 6)   ;Store Index Register X
3A25:	A		CLV	   ;Clear Twos-Complement Overflow Bit
3A26:	FF A 1	STX ( A 1)   ;Store Index Register X
3A29:	FF 0 30	STX ( 0 30)   ;Store Index Register X
3A2C:	38		PULX	   ;Pull Index Register X from Stack
3A2D:	40		NEGA	   ;Negate Accumulator A
3A2E:	50		NEGB	   ;Negate Accumulator B
3A2F:	80 80		SUBA ,80   ;Substract Accumulator A
3A31:	80 80		SUBA ,80   ;Substract Accumulator A
3A33:	80 FA		SUBA ,FA   ;Substract Accumulator A
3A35:	78 6 4	ASL ( 6 4)   ;Arithmetic shift Left
3A38:	93 17		SUBD (17)   ;Substract Double Accumulator
3A3A:	E9 3		ADCB (3,X)   ;Add with Carry to Accumulator B
3A3C:	96 82		LDAA (82)   ;Load Accumulator A
3A3E:	BC 46 80	CPX ( 46 80)   ;Compare Index Register X
3A41:	A		CLV	   ;Clear Twos-Complement Overflow Bit
3A42:	19		DAA	   ;Decimal Adjust Accumulator A
3A43:	C6 2		LDAB ,2   ;Load Accumulator B
3A45:	0		TEST	   ;Test Operation (Test Mode Only)
3A46:	0		TEST	   ;Test Operation (Test Mode Only)
3A47:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
3A48:	E0 0		SUBB (0,X)   ;Substract Accumulator B
3A4A:	20 0		BRA ,0   ;Branch Always
3A4C:	0		TEST	   ;Test Operation (Test Mode Only)
3A4D:	52		TEST	   ;Test Operation (Test Mode Only)
3A4E:	FF FF 6F	STX ( FF 6F)   ;Store Index Register X
3A51:	E5 7		BITB (7,X)   ;Bit test Accumulator B
3A53:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
3A54:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
3A55:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
3A56:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
3A57:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
3A58:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
3A59:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
3A5A:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
3A5B:	0		TEST	   ;Test Operation (Test Mode Only)
3A5C:	0		TEST	   ;Test Operation (Test Mode Only)
3A5D:	0		TEST	   ;Test Operation (Test Mode Only)
3A5E:	0		TEST	   ;Test Operation (Test Mode Only)
3A5F:	0		TEST	   ;Test Operation (Test Mode Only)
3A60:	0		TEST	   ;Test Operation (Test Mode Only)
3A61:	0		TEST	   ;Test Operation (Test Mode Only)
3A62:	0		TEST	   ;Test Operation (Test Mode Only)
3A63:	0		TEST	   ;Test Operation (Test Mode Only)
3A64:	50		NEGB	   ;Negate Accumulator B
3A65:	4C		INCA	   ;Increment Accumulator A
3A66:	50		NEGB	   ;Negate Accumulator B
3A67:	6E A		JMP (A,X)   ;Jump
3A69:	1		NOP	   ;No Operation
3A6A:	FF A 51	STX ( A 51)   ;Store Index Register X
3A6D:	8C 64 80	CPX , 64 80   ;Compare Index Register X
3A70:	FF 4 40	STX ( 4 40)   ;Store Index Register X
3A73:	2		IDIV	   ;Integer Divide
3A74:	A		CLV	   ;Clear Twos-Complement Overflow Bit
3A75:	46		RORA	   ;Rotate Right Accumulator A
3A76:	FC 6E 37	LDD ( 6E 37)   ;Load Double Accumulator
3A79:	3		FDIV	   ;Fractional Divide
3A7A:	3		FDIV	   ;Fractional Divide
3A7B:	1		NOP	   ;No Operation
3A7C:	0		TEST	   ;Test Operation (Test Mode Only)
3A7D:	2		IDIV	   ;Integer Divide
3A7E:	80 2		SUBA ,2   ;Substract Accumulator A
3A80:	2		IDIV	   ;Integer Divide
3A81:	BA 5 78	ORAA ( 5 78)   ;Inclusive OR Accumulator A
3A84:	76 A0 9B	ROR ( A0 9B)   ;Rotate Right
3A87:	2		IDIV	   ;Integer Divide
3A88:	2		IDIV	   ;Integer Divide
3A89:	4		LSRD	   ;Logical Shift Right Double Accumulator
3A8A:	FF 2 4	STX ( 2 4)   ;Store Index Register X
3A8D:	2		IDIV	   ;Integer Divide
3A8E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3A91:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3A94:	FF FF 1	STX ( FF 1)   ;Store Index Register X
3A97:	FF 0 1	STX ( 0 1)   ;Store Index Register X
3A9A:	FF FF 1	STX ( FF 1)   ;Store Index Register X
3A9D:	1		NOP	   ;No Operation
3A9E:	1		NOP	   ;No Operation
3A9F:	91 96		CMPA (96)   ;Compare Accumulator A
3AA1:	0		TEST	   ;Test Operation (Test Mode Only)
3AA2:	FF 96 3	STX ( 96 3)   ;Store Index Register X
3AA5:	E8 0		EORB (0,X)   ;Exclusive OR Accumulator B
3AA7:	50		NEGB	   ;Negate Accumulator B
3AA8:	0		TEST	   ;Test Operation (Test Mode Only)
3AA9:	C8 FE		EORB ,FE   ;Exclusive OR Accumulator B
3AAB:	1		NOP	   ;No Operation
3AAC:	1		NOP	   ;No Operation
3AAD:	1		NOP	   ;No Operation
3AAE:	1		NOP	   ;No Operation
3AAF:	1		NOP	   ;No Operation
3AB0:	0		TEST	   ;Test Operation (Test Mode Only)
3AB1:	0		TEST	   ;Test Operation (Test Mode Only)
3AB2:	0		TEST	   ;Test Operation (Test Mode Only)
3AB3:	0		TEST	   ;Test Operation (Test Mode Only)
3AB4:	3C		PSHX	   ;Push Index Register X onto Stack
3AB5:	96 30		LDAA (30)   ;Load Accumulator A
3AB7:	60 46		NEG (46,X)   ;Negate
3AB9:	C8 FF		EORB ,FF   ;Exclusive OR Accumulator B
3ABB:	C8 A		EORB ,A   ;Exclusive OR Accumulator B
3ABD:	82 18		SBCA ,18   ;Substract with Carry Accumulator A
3ABF:	3C		PSHX	   ;Push Index Register X onto Stack
3AC0:	14 82 5	BSET ( 82 5)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
3AC3:	28 3		BVC ,3   ;Branch if Overflow Clear
3AC5:	FF FF 5	STX ( FF 5)   ;Store Index Register X
3AC8:	64 7D		LSR (7D,X)   ;Logical Shift Right
3ACA:	C8 96		EORB ,96   ;Exclusive OR Accumulator B
3ACC:	41 3C		EORB ,3C   ;Exclusive OR Accumulator B
3ACE:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
3ACF:	9B 8		ADDA (8)   ;Add without Carry to Accumulator A
3AD1:	25 47		BCS  ,47   ;Branch if Carry Set
3AD3:	FF 0 C	STX ( 0 C)   ;Store Index Register X
3AD6:	3		FDIV	   ;Fractional Divide
3AD7:	C0 FF		SUBBFF   ;Substract Accumulator B
3AD9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3ADC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3ADF:	FF 1C 50	STX ( 1C 50)   ;Store Index Register X
3AE2:	14 46 FF	BSET ( 46 FF)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
3AE5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3AE8:	F6 80 FC	LDAB ( 80 FC)   ;Load Accumulator B
3AEB:	81 80		CMPA ,80   ;Compare Accumulator A
3AED:	0		TEST	   ;Test Operation (Test Mode Only)
3AEE:	EE 7F		LDX (7F,X)   ;Load Index Register X
3AF0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3AF3:	FF FF AA	STX ( FF AA)   ;Store Index Register X
3AF6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3AF9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3AFC:	FF FF 32	STX ( FF 32)   ;Store Index Register X
3AFF:	64 80		LSR (80,X)   ;Logical Shift Right
3B01:	46		RORA	   ;Rotate Right Accumulator A
3B02:	32		PULA	   ;Pull Accumulator A from Stack
3B03:	32		PULA	   ;Pull Accumulator A from Stack
3B04:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3B07:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3B0A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3B0D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3B10:	0		TEST	   ;Test Operation (Test Mode Only)
3B11:	0		TEST	   ;Test Operation (Test Mode Only)
3B12:	0		TEST	   ;Test Operation (Test Mode Only)
3B13:	0		TEST	   ;Test Operation (Test Mode Only)
3B14:	0		TEST	   ;Test Operation (Test Mode Only)
3B15:	0		TEST	   ;Test Operation (Test Mode Only)
3B16:	0		TEST	   ;Test Operation (Test Mode Only)
3B17:	0		TEST	   ;Test Operation (Test Mode Only)
3B18:	0		TEST	   ;Test Operation (Test Mode Only)
3B19:	0		TEST	   ;Test Operation (Test Mode Only)
3B1A:	0		TEST	   ;Test Operation (Test Mode Only)
3B1B:	0		TEST	   ;Test Operation (Test Mode Only)
3B1C:	0		TEST	   ;Test Operation (Test Mode Only)
3B1D:	0		TEST	   ;Test Operation (Test Mode Only)
3B1E:	0		TEST	   ;Test Operation (Test Mode Only)
3B1F:	0		TEST	   ;Test Operation (Test Mode Only)
3B20:	0		TEST	   ;Test Operation (Test Mode Only)
3B21:	0		TEST	   ;Test Operation (Test Mode Only)
3B22:	0		TEST	   ;Test Operation (Test Mode Only)
3B23:	0		TEST	   ;Test Operation (Test Mode Only)
3B24:	0		TEST	   ;Test Operation (Test Mode Only)
3B25:	0		TEST	   ;Test Operation (Test Mode Only)
3B26:	0		TEST	   ;Test Operation (Test Mode Only)
3B27:	0		TEST	   ;Test Operation (Test Mode Only)
3B28:	0		TEST	   ;Test Operation (Test Mode Only)
3B29:	0		TEST	   ;Test Operation (Test Mode Only)
3B2A:	0		TEST	   ;Test Operation (Test Mode Only)
3B2B:	0		TEST	   ;Test Operation (Test Mode Only)
3B2C:	0		TEST	   ;Test Operation (Test Mode Only)
3B2D:	0		TEST	   ;Test Operation (Test Mode Only)
3B2E:	0		TEST	   ;Test Operation (Test Mode Only)
3B2F:	0		TEST	   ;Test Operation (Test Mode Only)
3B30:	B		SEV	   ;Set Twos Complement Overflow Bit
3B31:	B		SEV	   ;Set Twos Complement Overflow Bit
3B32:	B		SEV	   ;Set Twos Complement Overflow Bit
3B33:	B		SEV	   ;Set Twos Complement Overflow Bit
3B34:	C8 C8		EORB ,C8   ;Exclusive OR Accumulator B
3B36:	C8 C8		EORB ,C8   ;Exclusive OR Accumulator B
3B38:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3B3B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3B3E:	FF FF 0	STX ( FF 0)   ;Store Index Register X
3B41:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
3B42:	A		CLV	   ;Clear Twos-Complement Overflow Bit
3B43:	A		CLV	   ;Clear Twos-Complement Overflow Bit
3B44:	A		CLV	   ;Clear Twos-Complement Overflow Bit
3B45:	A		CLV	   ;Clear Twos-Complement Overflow Bit
3B46:	A		CLV	   ;Clear Twos-Complement Overflow Bit
3B47:	A		CLV	   ;Clear Twos-Complement Overflow Bit
3B48:	A		CLV	   ;Clear Twos-Complement Overflow Bit
3B49:	A		CLV	   ;Clear Twos-Complement Overflow Bit
3B4A:	A		CLV	   ;Clear Twos-Complement Overflow Bit
3B4B:	A		CLV	   ;Clear Twos-Complement Overflow Bit
3B4C:	A		CLV	   ;Clear Twos-Complement Overflow Bit
3B4D:	A		CLV	   ;Clear Twos-Complement Overflow Bit
3B4E:	A		CLV	   ;Clear Twos-Complement Overflow Bit
3B4F:	A		CLV	   ;Clear Twos-Complement Overflow Bit
3B50:	4E		CLV	   ;Clear Twos-Complement Overflow Bit
3B51:	4E		CLV	   ;Clear Twos-Complement Overflow Bit
3B52:	4E		CLV	   ;Clear Twos-Complement Overflow Bit
3B53:	4E		CLV	   ;Clear Twos-Complement Overflow Bit
3B54:	4E		CLV	   ;Clear Twos-Complement Overflow Bit
3B55:	4A		DECA	   ;Decrement Accumulator A
3B56:	46		RORA	   ;Rotate Right Accumulator A
3B57:	42		RORA	   ;Rotate Right Accumulator A
3B58:	3E		WAI	   ;Wait for Interrupt
3B59:	3A		ABX	   ;Add Accumulator B to Index Register X
3B5A:	36		PSHA	   ;Push Accumulator A onto Stack
3B5B:	34		DES	   ;Decrement Stack Pointer
3B5C:	34		DES	   ;Decrement Stack Pointer
3B5D:	34		DES	   ;Decrement Stack Pointer
3B5E:	34		DES	   ;Decrement Stack Pointer
3B5F:	36		PSHA	   ;Push Accumulator A onto Stack
3B60:	2		IDIV	   ;Integer Divide
3B61:	58		ASLB	   ;Arithmetic shift Left Accumulator B
3B62:	3		FDIV	   ;Fractional Divide
3B63:	20 0		BRA ,0   ;Branch Always
3B65:	64 CB		LSR (CB,X)   ;Logical Shift Right
3B67:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
3B68:	A0 1		SUBA (1,X)   ;Substract Accumulator A
3B6A:	50		NEGB	   ;Negate Accumulator B
3B6B:	3		FDIV	   ;Fractional Divide
3B6C:	4		LSRD	   ;Logical Shift Right Double Accumulator
3B6D:	17		TBA	   ;Transfer from Accumulator B to Accumulator A
3B6E:	2		IDIV	   ;Integer Divide
3B6F:	1		NOP	   ;No Operation
3B70:	A0 0		SUBA (0,X)   ;Substract Accumulator A
3B72:	0		TEST	   ;Test Operation (Test Mode Only)
3B73:	0		TEST	   ;Test Operation (Test Mode Only)
3B74:	0		TEST	   ;Test Operation (Test Mode Only)
3B75:	20 30		BRA ,30   ;Branch Always
3B77:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
3B78:	FF FF 17	STX ( FF 17)   ;Store Index Register X
3B7B:	33		PULB	   ;Pull Accumulator B from Stack
3B7C:	3E		WAI	   ;Wait for Interrupt
3B7D:	44		LSRA	   ;Logical Shift Right Accumulator A
3B7E:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
3B7F:	28 3C		BVC ,3C   ;Branch if Overflow Clear
3B81:	4D		TSTA	   ;Test Accumulator A
3B82:	10		SBA	   ;Substract Accumulators
3B83:	26 35		BNE ,35   ;Branch if Not Equal to Zero
3B85:	4E 10		BNE ,10   ;Branch if Not Equal to Zero
3B87:	18 30		TSY	   ;Transfer from Stack Pointer to Index Register Y
3B88:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
3B89:	4C		INCA	   ;Increment Accumulator A
3B8A:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
3B8B:	22 4A		BHI ,4A   ;Branch if Higher
3B8D:	3		FDIV	   ;Fractional Divide
3B8E:	A9 5		ADCA (5,X)   ;Add with Carry to Accumulator A
3B90:	7D C8 1E	TST ( C8 1E)   ;Test
3B93:	FF 99 99	STX ( 99 99)   ;Store Index Register X
3B96:	99 99		ADCA (99)   ;Add with Carry to Accumulator A
3B98:	0		TEST	   ;Test Operation (Test Mode Only)
3B99:	2		IDIV	   ;Integer Divide
3B9A:	10		SBA	   ;Substract Accumulators
3B9B:	28 A		BVC ,A   ;Branch if Overflow Clear
3B9D:	56		RORB	   ;Rotate Right Accumulator B
3B9E:	A		CLV	   ;Clear Twos-Complement Overflow Bit
3B9F:	2		IDIV	   ;Integer Divide
3BA0:	20 3		BRA ,3   ;Branch Always
3BA2:	20 3		BRA ,3   ;Branch Always
3BA4:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
3BA5:	80 B4		SUBA ,B4   ;Substract Accumulator A
3BA7:	54		LSRB	   ;Logical Shift Right Accumulator B
3BA8:	A8 48		EORA (48,X)   ;Exclusive OR Accumulator A
3BAA:	3C		PSHX	   ;Push Index Register X onto Stack
3BAB:	F		SEI	   ;Set Interrupt Mask
3BAC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3BAF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3BB2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3BB5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3BB8:	FF FF 7	STX ( FF 7)   ;Store Index Register X
3BBB:	55 FB F0	STX ( FB F0)   ;Store Index Register X
3BBE:	FA 82 20	ORAB ( 82 20)   ;Inclusive OR Accumulator B
3BC1:	0		TEST	   ;Test Operation (Test Mode Only)
3BC2:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
3BC3:	55		TPA	   ;Transfer from Condition Code Register to Accumulator A
3BC4:	FB F1 FA	ADDB ( F1 FA)   ;Add without Carry to Accumulator B
3BC7:	83 21 1	SUBD , 21 1   ;Substract Double Accumulator
3BCA:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
3BCB:	55		TPA	   ;Transfer from Condition Code Register to Accumulator A
3BCC:	FB F2 FA	ADDB ( F2 FA)   ;Add without Carry to Accumulator B
3BCF:	84 22		ANDA ,22   ;Logical AND with Accumulator A
3BD1:	2		IDIV	   ;Integer Divide
3BD2:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
3BD3:	55		TPA	   ;Transfer from Condition Code Register to Accumulator A
3BD4:	FB F3 FA	ADDB ( F3 FA)   ;Add without Carry to Accumulator B
3BD7:	85 23		BITA ,23   ;Bit test Accumulator A
3BD9:	3		FDIV	   ;Fractional Divide
3BDA:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
3BDB:	A0 FB		SUBA (FB,X)   ;Substract Accumulator A
3BDD:	F4 FA 86	ANDB ( FA 86)   ;Logical AND with Accumulator B
3BE0:	25 4		BCS  ,4   ;Branch if Carry Set
3BE2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3BE5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3BE8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3BEB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3BEE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3BF1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3BF4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3BF7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3BFA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3BFD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C00:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C03:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C06:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C09:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C0C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C0F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C12:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C15:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C18:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C1B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C1E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C21:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C24:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C27:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C2A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C2D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C30:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C33:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C36:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C39:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C3C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C3F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C42:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C45:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C48:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C4B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C4E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C51:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C54:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C57:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C5A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C5D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C60:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C63:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C66:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C69:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C6C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C6F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C72:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C75:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C78:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C7B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C7E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C81:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C84:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C87:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C8A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C8D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C90:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C93:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C96:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C99:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C9C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3C9F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CA2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CA5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CA8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CAB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CAE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CB1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CB4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CB7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CBA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CBD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CC0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CC3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CC6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CC9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CCC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CCF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CD2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CD5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CD8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CDB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CDE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CE1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CE4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CE7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CEA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CED:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CF0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CF3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CF6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CF9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CFC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3CFF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D02:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D05:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D08:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D0B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D0E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D11:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D14:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D17:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D1A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D1D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D20:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D23:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D26:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D29:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D2C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D2F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D32:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D35:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D38:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D3B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D3E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D41:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D44:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D47:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D4A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D4D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D50:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D53:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D56:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D59:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D5C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D5F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D62:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D65:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D68:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D6B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D6E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D71:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D74:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D77:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D7A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D7D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D80:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D83:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D86:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D89:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D8C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D8F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D92:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D95:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D98:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D9B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3D9E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DA1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DA4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DA7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DAA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DAD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DB0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DB3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DB6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DB9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DBC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DBF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DC2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DC5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DC8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DCB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DCE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DD1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DD4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DD7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DDA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DDD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DE0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DE3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DE6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DE9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DEC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DEF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DF2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DF5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DF8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DFB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3DFE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E01:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E04:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E07:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E0A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E0D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E10:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E13:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E16:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E19:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E1C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E1F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E22:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E25:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E28:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E2B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E2E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E31:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E34:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E37:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E3A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E3D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E40:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E43:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E46:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E49:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E4C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E4F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E52:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E55:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E58:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E5B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E5E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E61:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E64:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E67:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E6A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E6D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E70:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E73:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E76:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E79:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E7C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E7F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E82:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E85:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E88:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E8B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E8E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E91:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E94:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E97:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E9A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3E9D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3EA0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3EA3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3EA6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3EA9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3EAC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3EAF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3EB2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3EB5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3EB8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3EBB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3EBE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3EC1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3EC4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3EC7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3ECA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3ECD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3ED0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3ED3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3ED6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3ED9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3EDC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3EDF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3EE2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3EE5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3EE8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3EEB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3EEE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3EF1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3EF4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3EF7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3EFA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3EFD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F00:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F03:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F06:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F09:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F0C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F0F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F12:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F15:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F18:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F1B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F1E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F21:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F24:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F27:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F2A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F2D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F30:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F33:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F36:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F39:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F3C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F3F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F42:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F45:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F48:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F4B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F4E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F51:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F54:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F57:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F5A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F5D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F60:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F63:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F66:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F69:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F6C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F6F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F72:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F75:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F78:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F7B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F7E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F81:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F84:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F87:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F8A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F8D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F90:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F93:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F96:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F99:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F9C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3F9F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FA2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FA5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FA8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FAB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FAE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FB1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FB4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FB7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FBA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FBD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FC0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FC3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FC6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FC9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FCC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FCF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FD2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FD5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FD8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FDB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FDE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FE1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FE4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FE7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FEA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FED:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FF0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FF3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FF6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FF9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
3FFC:	42 32 30	STX ( 32 30)   ;Store Index Register X
3FFF:	32		PULA	   ;Pull Accumulator A from Stack
4000:	12 7F 15 FE	BRSET ( 7F 15 FE)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
4004:	F2 D7 50	SBCB ( D7 50)   ;Substract with Carry Accumulator B
4007:	33		PULB	   ;Pull Accumulator B from Stack
4008:	20 16		BRA ,16   ;Branch Always
400A:	12 7F 50 32	BRSET ( 7F 50 32)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
400E:	20 A		BRA ,A   ;Branch Always
4010:	12 7F 50 31	BRSET ( 7F 50 31)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
4014:	20 4		BRA ,4   ;Branch Always
4016:	12 7F 50 30	BRSET ( 7F 50 30)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
401A:	18 55 55 43 10	BRSET ( 55 43 10)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
401E:	54		LSRB	   ;Logical Shift Right Accumulator B
401F:	28 5C		BVC ,5C   ;Branch if Overflow Clear
4021:	0		TEST	   ;Test Operation (Test Mode Only)
4022:	3		FDIV	   ;Fractional Divide
4023:	A9 13		ADCA (13,X)   ;Add with Carry to Accumulator A
4025:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
4027:	F4 F7 27	ANDB ( F7 27)   ;Logical AND with Accumulator B
402A:	FA 15 FE	ORAB ( 15 FE)   ;Inclusive OR Accumulator B
402D:	F3 91 15	ADDD ( 91 15)   ;Add to Double Accumulator
4030:	FE F4 D7	LDX ( F4 D7)   ;Load Index Register X
4033:	1		NOP	   ;No Operation
4034:	BC EF 5E	CPX ( EF 5E)   ;Compare Index Register X
4037:	FE 12 1D	LDX ( 12 1D)   ;Load Index Register X
403A:	FE 8 96	LDX ( 8 96)   ;Load Index Register X
403D:	CE 13 CE	LDX , 13 CE   ;Load Index Register X
4040:	13 CE		BRCLR (CE)   ;Branch if Bit(s) Clear
4042:	13 C6		BRCLR (C6)   ;Branch if Bit(s) Clear
4044:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
4045:	41		TAP	   ;Transfer from Accumulator A to Condition Code Register
4046:	C6 90		LDAB ,90   ;Load Accumulator B
4048:	C6 91		LDAB ,91   ;Load Accumulator B
404A:	A1 20		CMPA (20,X)   ;Compare Accumulator A
404C:	EF 10		STX (10,X)   ;Store Index Register X
404E:	81 A1		CMPA ,A1   ;Compare Accumulator A
4050:	10		SBA	   ;Substract Accumulators
4051:	C6 91		LDAB ,91   ;Load Accumulator B
4053:	A1 20		CMPA (20,X)   ;Compare Accumulator A
4055:	A1 10		CMPA (10,X)   ;Compare Accumulator A
4057:	C6 91		LDAB ,91   ;Load Accumulator B
4059:	A1 20		CMPA (20,X)   ;Compare Accumulator A
405B:	D6 90		LDAB (90)   ;Load Accumulator B
405D:	1D FE		BCLR (FE,X)   ;Clear Bit(s) in Memory
405F:	C		CLC	   ;Clear Carry
4060:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
4061:	C		CLC	   ;Clear Carry
4062:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
4064:	F2 C7 2	SBCB ( C7 2)   ;Substract with Carry Accumulator B
4067:	7F A 15	CLR ( A 15)   ;Clear
406A:	FE 7E 80	LDX ( 7E 80)   ;Load Index Register X
406D:	A0 15		SUBA (15,X)   ;Substract Accumulator A
406F:	4		LSRD	   ;Logical Shift Right Double Accumulator
4070:	81 50		CMPA ,50   ;Compare Accumulator A
4072:	26 F		BNE ,F   ;Branch if Not Equal to Zero
4074:	AB 13		ADDA (13,X)   ;Add without Carry to Accumulator A
4076:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
4078:	F		SEI	   ;Set Interrupt Mask
4079:	83 43 2	SUBD , 43 2   ;Substract Double Accumulator
407C:	23 2		BLS ,2   ;Branch if Lower or Same
407E:	53		COMB	   ;Complement Accumulator B
407F:	2		IDIV	   ;Integer Divide
4080:	18 C2		IDIV	   ;Integer Divide
4081:	C2 42		SBCB42   ;Substract with Carry Accumulator B
4083:	19		DAA	   ;Decimal Adjust Accumulator A
4084:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
4086:	7E 80 A0	JMP ( 80 A0)   ;Jump
4089:	15 4		BCLR ,4   ;Clear Bit(s) in Memory
408B:	82 50		SBCA ,50   ;Substract with Carry Accumulator A
408D:	26 9		BNE ,9   ;Branch if Not Equal to Zero
408F:	AB 13		ADDA (13,X)   ;Add without Carry to Accumulator A
4091:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
4093:	F		SEI	   ;Set Interrupt Mask
4094:	83 18 C2	SUBD , 18 C2   ;Substract Double Accumulator
4097:	42 19 15	SUBD , 19 15   ;Substract Double Accumulator
409A:	FE 7E 80	LDX ( 7E 80)   ;Load Index Register X
409D:	A0 15		SUBA (15,X)   ;Substract Accumulator A
409F:	4		LSRD	   ;Logical Shift Right Double Accumulator
40A0:	84 50		ANDA ,50   ;Logical AND with Accumulator A
40A2:	26 9		BNE ,9   ;Branch if Not Equal to Zero
40A4:	AB 13		ADDA (13,X)   ;Add without Carry to Accumulator A
40A6:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
40A8:	F		SEI	   ;Set Interrupt Mask
40A9:	83 18 C2	SUBD , 18 C2   ;Substract Double Accumulator
40AC:	42 19 15	SUBD , 19 15   ;Substract Double Accumulator
40AF:	FE 7E 80	LDX ( 7E 80)   ;Load Index Register X
40B2:	A0 15		SUBA (15,X)   ;Substract Accumulator A
40B4:	4		LSRD	   ;Logical Shift Right Double Accumulator
40B5:	88 50		EORA ,50   ;Exclusive OR Accumulator A
40B7:	26 9		BNE ,9   ;Branch if Not Equal to Zero
40B9:	AB 13		ADDA (13,X)   ;Add without Carry to Accumulator A
40BB:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
40BD:	F		SEI	   ;Set Interrupt Mask
40BE:	83 18 C2	SUBD , 18 C2   ;Substract Double Accumulator
40C1:	42 19 15	SUBD , 19 15   ;Substract Double Accumulator
40C4:	FE 7F 86	LDX ( 7F 86)   ;Load Index Register X
40C7:	4		LSRD	   ;Logical Shift Right Double Accumulator
40C8:	F		SEI	   ;Set Interrupt Mask
40C9:	56		RORB	   ;Rotate Right Accumulator B
40CA:	26 E		BNE ,E   ;Branch if Not Equal to Zero
40CC:	45 52		BNE ,52   ;Branch if Not Equal to Zero
40CE:	26 26		BNE ,26   ;Branch if Not Equal to Zero
40D0:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
40D2:	7F C3 15	CLR ( C3 15)   ;Clear
40D5:	FE 7F D7	LDX ( 7F D7)   ;Load Index Register X
40D8:	20 38		BRA ,38   ;Branch Always
40DA:	AE 13		LDS (13,X)   ;Load Stack Pointer
40DC:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
40DE:	E		CLI	   ;Clear Interrupt Mask
40DF:	86 46		LDAA ,46   ;Load Accumulator A
40E1:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
40E2:	24 3A		BCC   ,3A   ;Branch if Carry Clear
40E4:	F6 FE 12	LDAB ( FE 12)   ;Load Accumulator B
40E7:	95 15		BITA (15)   ;Bit test Accumulator A
40E9:	FE E 8	LDX ( E 8)   ;Load Index Register X
40EC:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
40EE:	29 25		BVS25   ;Branch if Overflow Set
40F0:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
40F2:	29 95		BVS95   ;Branch if Overflow Set
40F4:	20 28		BRA ,28   ;Branch Always
40F6:	45 41		BRA ,41   ;Branch Always
40F8:	27 E		BEQ ,E   ;Branch if Equal
40FA:	45 42		BEQ ,42   ;Branch if Equal
40FC:	27 10		BEQ ,10   ;Branch if Equal
40FE:	45 43		BEQ ,43   ;Branch if Equal
4100:	26 1C		BNE ,1C   ;Branch if Not Equal to Zero
4102:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
4104:	7F C2 20	CLR ( C2 20)   ;Clear
4107:	A		CLV	   ;Clear Twos-Complement Overflow Bit
4108:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
410A:	7F C0 20	CLR ( C0 20)   ;Clear
410D:	4		LSRD	   ;Logical Shift Right Double Accumulator
410E:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
4110:	7F C1 15	CLR ( C1 15)   ;Clear
4113:	FE 7E D7	LDX ( 7E D7)   ;Load Index Register X
4116:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
4118:	E		CLI	   ;Clear Interrupt Mask
4119:	13 15		BRCLR (15)   ;Branch if Bit(s) Clear
411B:	FE 29 13	LDX ( 29 13)   ;Load Index Register X
411E:	19		DAA	   ;Decimal Adjust Accumulator A
411F:	AE 13		LDS (13,X)   ;Load Stack Pointer
4121:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
4123:	7F F3 36	CLR ( F3 36)   ;Clear
4126:	1		NOP	   ;No Operation
4127:	90 15		SUBA (15)   ;Substract Accumulator A
4129:	FE 7F F2	LDX ( 7F F2)   ;Load Index Register X
412C:	26 70		BNE ,70   ;Branch if Not Equal to Zero
412E:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
4130:	7F F1 36	CLR ( F1 36)   ;Clear
4133:	0		TEST	   ;Test Operation (Test Mode Only)
4134:	E0 15		SUBB (15,X)   ;Substract Accumulator B
4136:	FE 7F F0	LDX ( 7F F0)   ;Load Index Register X
4139:	26 1		BNE ,1   ;Branch if Not Equal to Zero
413B:	19		DAA	   ;Decimal Adjust Accumulator A
413C:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
413E:	E		CLI	   ;Clear Interrupt Mask
413F:	86 46		LDAA ,46   ;Load Accumulator A
4141:	4		LSRD	   ;Logical Shift Right Double Accumulator
4142:	25 59		BCS  ,59   ;Branch if Carry Set
4144:	C		CLC	   ;Clear Carry
4145:	FE 12 26	LDX ( 12 26)   ;Load Index Register X
4148:	B6 80 15	LDAA ( 80 15)   ;Load Accumulator A
414B:	FE 29 81	LDX ( 29 81)   ;Load Index Register X
414E:	A0 31		SUBA (31,X)   ;Substract Accumulator A
4150:	A0 31		SUBA (31,X)   ;Substract Accumulator A
4152:	26 42		BNE ,42   ;Branch if Not Equal to Zero
4154:	AC 13		CPX (13,X)   ;Compare Index Register X
4156:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
4158:	10		SBA	   ;Substract Accumulators
4159:	84 44		ANDA ,44   ;Logical AND with Accumulator A
415B:	14 25 11	BSET ( 25 11)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
415E:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
4160:	7E 80 4	JMP ( 80 4)   ;Jump
4163:	F0 50 15	SUBB ( 50 15)   ;Substract Accumulator B
4166:	FE 7E 90	LDX ( 7E 90)   ;Load Index Register X
4169:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
416B:	10		SBA	   ;Substract Accumulators
416C:	13 AC		BRCLR (AC)   ;Branch if Bit(s) Clear
416E:	13 AC		BRCLR (AC)   ;Branch if Bit(s) Clear
4170:	85 AD		BITA ,AD   ;Bit test Accumulator A
4172:	1A AC AC	CPY ( AC,X)   ;Compare Index Register Y
4174:	25 C		BCS  ,C   ;Branch if Carry Set
4176:	FE 2A 25	LDX ( 2A 25)   ;Load Index Register X
4179:	B6 82 B6	LDAA ( 82 B6)   ;Load Accumulator A
417C:	81 B6		CMPA ,B6   ;Compare Accumulator A
417E:	80 C5		SUBA ,C5   ;Substract Accumulator A
4180:	90 C5		SUBA (C5)   ;Substract Accumulator A
4182:	91 C5		CMPA (C5)   ;Compare Accumulator A
4184:	92 15		SBCA (15)   ;Substract with Carry Accumulator A
4186:	FE 10 8	LDX ( 10 8)   ;Load Index Register X
4189:	50		NEGB	   ;Negate Accumulator B
418A:	42		NEGB	   ;Negate Accumulator B
418B:	59		ROLB	   ;Rotate Left Accumulator B
418C:	FE 12 D1	LDX ( 12 D1)   ;Load Index Register X
418F:	90 5B		SUBA (5B)   ;Substract Accumulator A
4191:	0		TEST	   ;Test Operation (Test Mode Only)
4192:	1		NOP	   ;No Operation
4193:	18 C2		NOP	   ;No Operation
4194:	C2 93		SBCB93   ;Substract with Carry Accumulator B
4196:	18 C2 C2	SBCB C2   ;Substract with Carry Accumulator B
4198:	A8 15		EORA (15,X)   ;Exclusive OR Accumulator A
419A:	FE 7F D7	LDX ( 7F D7)   ;Load Index Register X
419D:	19		DAA	   ;Decimal Adjust Accumulator A
419E:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
41A0:	E		CLI	   ;Clear Interrupt Mask
41A1:	81 41		CMPA ,41   ;Compare Accumulator A
41A3:	2		IDIV	   ;Integer Divide
41A4:	25 37		BCS  ,37   ;Branch if Carry Set
41A6:	A1 D		CMPA (D,X)   ;Compare Accumulator A
41A8:	41 14		CMPA (14,X)   ;Compare Accumulator A
41AA:	22 2D		BHI ,2D   ;Branch if Higher
41AC:	5E FE		BHI ,FE   ;Branch if Higher
41AE:	12 AB 13 C6	BRSET ( AB 13 C6)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
41B2:	83 A3 71	SUBD , A3 71   ;Substract Double Accumulator
41B5:	25 26		BCS  ,26   ;Branch if Carry Set
41B7:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
41B9:	7F F7 26	CLR ( F7 26)   ;Clear
41BC:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
41BD:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
41BF:	10		SBA	   ;Substract Accumulators
41C0:	73 20 4	COM ( 20 4)   ;Complement
41C3:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
41C5:	F		SEI	   ;Set Interrupt Mask
41C6:	73 26 10	COM ( 26 10)   ;Complement
41C9:	AE 85		LDS (85,X)   ;Load Stack Pointer
41CB:	AB 25		ADDA (25,X)   ;Add without Carry to Accumulator A
41CD:	D5 80		BITB (80)   ;Bit test Accumulator B
41CF:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
41D1:	29 81		BVS81   ;Branch if Overflow Set
41D3:	A0 31		SUBA (31,X)   ;Substract Accumulator A
41D5:	A0 31		SUBA (31,X)   ;Substract Accumulator A
41D7:	27 5		BEQ ,5   ;Branch if Equal
41D9:	AB 13		ADDA (13,X)   ;Add without Carry to Accumulator A
41DB:	20 2F		BRA ,2F   ;Branch Always
41DD:	19		DAA	   ;Decimal Adjust Accumulator A
41DE:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
41E0:	F		SEI	   ;Set Interrupt Mask
41E1:	93 15		SUBD (15)   ;Substract Double Accumulator
41E3:	FE 7F C7	LDX ( 7F C7)   ;Load Index Register X
41E6:	AB 84		ADDA (84,X)   ;Add without Carry to Accumulator A
41E8:	27 22		BEQ ,22   ;Branch if Equal
41EA:	43		COMA	   ;Complement Accumulator A
41EB:	14 22 EB	BSET ( 22 EB)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
41EE:	AC C		CPX (C,X)   ;Compare Index Register X
41F0:	5D		TSTB	   ;Test Accumulator B
41F1:	FE 2A C5	LDX ( 2A C5)   ;Load Index Register X
41F4:	80 C5		SUBA ,C5   ;Substract Accumulator A
41F6:	81 A1		CMPA ,A1   ;Compare Accumulator A
41F8:	10		SBA	   ;Substract Accumulators
41F9:	C5 81		BITB ,81   ;Bit test Accumulator B
41FB:	A9 82		ADCA (82,X)   ;Add with Carry to Accumulator A
41FD:	A0 42		SUBA (42,X)   ;Substract Accumulator A
41FF:	AA 16		ORAA (16,X)   ;Inclusive OR Accumulator A
4201:	27 4		BEQ ,4   ;Branch if Equal
4203:	D6 80		LDAB (80)   ;Load Accumulator B
4205:	D1 90		CMPB (90)   ;Compare Accumulator B
4207:	AE 8		LDS (8,X)   ;Load Stack Pointer
4209:	1		NOP	   ;No Operation
420A:	BC E7 18	CPX ( E7 18)   ;Compare Index Register X
420D:	C2 A8		SBCBA8   ;Substract with Carry Accumulator B
420F:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
4211:	10		SBA	   ;Substract Accumulators
4212:	13 20		BRCLR (20)   ;Branch if Bit(s) Clear
4214:	2D AB		BLT ,AB   ;Branch  il Less than Zero
4216:	13 15		BRCLR (15)   ;Branch if Bit(s) Clear
4218:	FE F 83	LDX ( F 83)   ;Load Index Register X
421B:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
421D:	7F F7 26	CLR ( F7 26)   ;Clear
4220:	C		CLC	   ;Clear Carry
4221:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
4223:	7F C7 15	CLR ( C7 15)   ;Clear
4226:	FE 10 83	LDX ( 10 83)   ;Load Index Register X
4229:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
422B:	F		SEI	   ;Set Interrupt Mask
422C:	93 15		SUBD (15)   ;Substract Double Accumulator
422E:	FE 10 13	LDX ( 10 13)   ;Load Index Register X
4231:	18 C2 C2 A8	LDX ( C2 A8)   ;Load Index Register X
4234:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
4236:	7E 80 4	JMP ( 80 4)   ;Jump
4239:	F		SEI	   ;Set Interrupt Mask
423A:	50		NEGB	   ;Negate Accumulator B
423B:	27 5		BEQ ,5   ;Branch if Equal
423D:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
423F:	7E C7 19	JMP ( C7 19)   ;Jump
4242:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
4244:	F2 F7 26	SBCB ( F7 26)   ;Substract with Carry Accumulator B
4247:	5F		CLRB	   ;Clear Accumulator B
4248:	43		COMA	   ;Complement Accumulator A
4249:	14 23 2	BSET ( 23 2)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
424C:	AB 13		ADDA (13,X)   ;Add without Carry to Accumulator A
424E:	5E FE		ADDA (FE,X)   ;Add without Carry to Accumulator A
4250:	12 C6 6 43	BRSET ( C6 6 43)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
4254:	C6 93		LDAB ,93   ;Load Accumulator B
4256:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
4258:	29 93		BVS93   ;Branch if Overflow Set
425A:	27 2A		BEQ ,2A   ;Branch if Equal
425C:	AB 84		ADDA (84,X)   ;Add without Carry to Accumulator A
425E:	AC C		CPX (C,X)   ;Compare Index Register X
4260:	5D		TSTB	   ;Test Accumulator B
4261:	FE 2A A8	LDX ( 2A A8)   ;Load Index Register X
4264:	13 C5		BRCLR (C5)   ;Branch if Bit(s) Clear
4266:	80 C5		SUBA ,C5   ;Substract Accumulator A
4268:	81 A1		CMPA ,A1   ;Compare Accumulator A
426A:	10		SBA	   ;Substract Accumulators
426B:	C5 81		BITB ,81   ;Bit test Accumulator B
426D:	A9 82		ADCA (82,X)   ;Add with Carry to Accumulator A
426F:	A8 42		EORA (42,X)   ;Exclusive OR Accumulator A
4271:	27 4		BEQ ,4   ;Branch if Equal
4273:	D1 80		CMPB (80)   ;Compare Accumulator B
4275:	20 2		BRA ,2   ;Branch Always
4277:	50		NEGB	   ;Negate Accumulator B
4278:	FE C6 90	LDX ( C6 90)   ;Load Index Register X
427B:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
427D:	29 20		BVS20   ;Branch if Overflow Set
427F:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
4281:	29 90		BVS90   ;Branch if Overflow Set
4283:	1		NOP	   ;No Operation
4284:	BC DF 15	CPX ( DF 15)   ;Compare Index Register X
4287:	FE 29 80	LDX ( 29 80)   ;Load Index Register X
428A:	C6 90		LDAB ,90   ;Load Accumulator B
428C:	59		ROLB	   ;Rotate Left Accumulator B
428D:	FE 12 C	LDX ( 12 C)   ;Load Index Register X
4290:	0		TEST	   ;Test Operation (Test Mode Only)
4291:	3		FDIV	   ;Fractional Divide
4292:	23 BF		BLS ,BF   ;Branch if Lower or Same
4294:	98 C		EORA (C)   ;Exclusive OR Accumulator A
4296:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
4297:	0		TEST	   ;Test Operation (Test Mode Only)
4298:	48		ASLA	   ;Arithmetic shift Left Accumulator A
4299:	1D FE		BCLR (FE,X)   ;Clear Bit(s) in Memory
429B:	8		INX	   ;Increment Index Register X
429C:	91 1D		CMPA (1D)   ;Compare Accumulator A
429E:	FE C 93	LDX ( C 93)   ;Load Index Register X
42A1:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
42A3:	F2 C7 CF	SBCB ( C7 CF)   ;Substract with Carry Accumulator B
42A6:	88 19		EORA ,19   ;Exclusive OR Accumulator A
42A8:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
42AA:	E		CLI	   ;Clear Interrupt Mask
42AB:	13 15		BRCLR (15)   ;Branch if Bit(s) Clear
42AD:	FE 7F 80	LDX ( 7F 80)   ;Load Index Register X
42B0:	4		LSRD	   ;Logical Shift Right Double Accumulator
42B1:	F0 50 15	SUBB ( 50 15)   ;Substract Accumulator B
42B4:	FE 7F 90	LDX ( 7F 90)   ;Load Index Register X
42B7:	19		DAA	   ;Decimal Adjust Accumulator A
42B8:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
42BA:	7E F7 36	JMP ( F7 36)   ;Jump
42BD:	0		TEST	   ;Test Operation (Test Mode Only)
42BE:	6B		TEST	   ;Test Operation (Test Mode Only)
42BF:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
42C1:	7F F7 26	CLR ( F7 26)   ;Clear
42C4:	39		RTS	   ;Return from Subroutine
42C5:	AE 13		LDS (13,X)   ;Load Stack Pointer
42C7:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
42C9:	E		CLI	   ;Clear Interrupt Mask
42CA:	86 46		LDAA ,46   ;Load Accumulator A
42CC:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
42CD:	25 2E		BCS  ,2E   ;Branch if Carry Set
42CF:	C		CLC	   ;Clear Carry
42D0:	FE 12 26	LDX ( 12 26)   ;Load Index Register X
42D3:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
42D5:	29 81		BVS81   ;Branch if Overflow Set
42D7:	B6 80 A0	LDAA ( 80 A0)   ;Load Accumulator A
42DA:	31		INS	   ;Increment Stack Pointer
42DB:	A0 31		SUBA (31,X)   ;Substract Accumulator A
42DD:	27 3		BEQ ,3   ;Branch if Equal
42DF:	10		SBA	   ;Substract Accumulators
42E0:	C2 A8		SBCBA8   ;Substract with Carry Accumulator B
42E2:	AE 81		LDS (81,X)   ;Load Stack Pointer
42E4:	AE 8		LDS (8,X)   ;Load Stack Pointer
42E6:	5C		INCB	   ;Increment Accumulator B
42E7:	0		TEST	   ;Test Operation (Test Mode Only)
42E8:	4		LSRD	   ;Logical Shift Right Double Accumulator
42E9:	B1 80 B6	CMPA ( 80 B6)   ;Compare Accumulator A
42EC:	90 1		SUBA (1)   ;Substract Accumulator A
42EE:	BC F9 D1	CPX ( F9 D1)   ;Compare Index Register X
42F1:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
42F2:	52		TAP	   ;Transfer from Accumulator A to Condition Code Register
42F3:	5B		TAP	   ;Transfer from Accumulator A to Condition Code Register
42F4:	0		TEST	   ;Test Operation (Test Mode Only)
42F5:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
42F6:	18 C2		TAP	   ;Transfer from Accumulator A to Condition Code Register
42F7:	C2 93		SBCB93   ;Substract with Carry Accumulator B
42F9:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
42FB:	7F C7 19	CLR ( C7 19)   ;Clear
42FE:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
4300:	F2 F7 26	SBCB ( F7 26)   ;Substract with Carry Accumulator B
4303:	25 1D		BCS  ,1D   ;Branch if Carry Set
4305:	FE 14 81	LDX ( 14 81)   ;Load Index Register X
4308:	1D FE		BCLR (FE,X)   ;Clear Bit(s) in Memory
430A:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
430B:	83 18 C2	SUBD , 18 C2   ;Substract Double Accumulator
430E:	93 A8		SUBD (A8)   ;Substract Double Accumulator
4310:	13 C1		BRCLR (C1)   ;Branch if Bit(s) Clear
4312:	80 AB		SUBA ,AB   ;Substract Accumulator A
4314:	C		CLC	   ;Clear Carry
4315:	1D FE		BCLR (FE,X)   ;Clear Bit(s) in Memory
4317:	14 91 1D	BSET ( 91 1D)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
431A:	FE 16 93	LDX ( 16 93)   ;Load Index Register X
431D:	1D FE		BCLR (FE,X)   ;Clear Bit(s) in Memory
431F:	18 90 90	BCLR ( 90,X)   ;Clear Bit(s) in Memory
4321:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
4323:	7E C7 15	JMP ( C7 15)   ;Jump
4326:	FE 7F D7	LDX ( 7F D7)   ;Load Index Register X
4329:	19		DAA	   ;Decimal Adjust Accumulator A
432A:	1D FE		BCLR (FE,X)   ;Clear Bit(s) in Memory
432C:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
432D:	83 26 17	SUBD , 26 17   ;Substract Double Accumulator
4330:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
4332:	F2 F7 26	SBCB ( F7 26)   ;Substract with Carry Accumulator B
4335:	10		SBA	   ;Substract Accumulators
4336:	59		ROLB	   ;Rotate Left Accumulator B
4337:	FE 18 5B	LDX ( 18 5B)   ;Load Index Register X
433A:	0		TEST	   ;Test Operation (Test Mode Only)
433B:	2		IDIV	   ;Integer Divide
433C:	18 C2		IDIV	   ;Integer Divide
433D:	C2 93		SBCB93   ;Substract with Carry Accumulator B
433F:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
4341:	7E D7 18	JMP ( D7 18)   ;Jump
4344:	C2 A8		SBCBA8   ;Substract with Carry Accumulator B
4346:	19		DAA	   ;Decimal Adjust Accumulator A
4347:	1D FE		BCLR (FE,X)   ;Clear Bit(s) in Memory
4349:	18 80 80	BCLR ( 80,X)   ;Clear Bit(s) in Memory
434B:	1D FE		BCLR (FE,X)   ;Clear Bit(s) in Memory
434D:	14 86 AB	BSET ( 86 AB)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
4350:	84 C		ANDA ,C   ;Logical AND with Accumulator A
4352:	0		TEST	   ;Test Operation (Test Mode Only)
4353:	3F		SWI	   ;Software Interrupt
4354:	54		LSRB	   ;Logical Shift Right Accumulator B
4355:	26 3		BNE ,3   ;Branch if Not Equal to Zero
4357:	5C		INCB	   ;Increment Accumulator B
4358:	0		TEST	   ;Test Operation (Test Mode Only)
4359:	40		NEGA	   ;Negate Accumulator A
435A:	AC 33		CPX (33,X)   ;Compare Index Register X
435C:	AC C		CPX (C,X)   ;Compare Index Register X
435E:	AA 13		ORAA (13,X)   ;Inclusive OR Accumulator A
4360:	C6 82		LDAB ,82   ;Load Accumulator B
4362:	AA 20		ORAA (20,X)   ;Inclusive OR Accumulator A
4364:	1		NOP	   ;No Operation
4365:	BC F9 1D	CPX ( F9 1D)   ;Compare Index Register X
4368:	FE 14 96	LDX ( 14 96)   ;Load Index Register X
436B:	1D FE		BCLR (FE,X)   ;Clear Bit(s) in Memory
436D:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
436E:	93 1D		SUBD (1D)   ;Substract Double Accumulator
4370:	FE 18 90	LDX ( 18 90)   ;Load Index Register X
4373:	19		DAA	   ;Decimal Adjust Accumulator A
4374:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4376:	B4 16 27	ANDA ( 16 27)   ;Logical AND with Accumulator A
4379:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
437A:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
437C:	B4 C 19	ANDA ( C 19)   ;Logical AND with Accumulator A
437F:	50		NEGB	   ;Negate Accumulator B
4380:	3		FDIV	   ;Fractional Divide
4381:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4383:	B4 90 15	ANDA ( 90 15)   ;Logical AND with Accumulator A
4386:	FA F5 4	ORAB ( F5 4)   ;Inclusive OR Accumulator B
4389:	6F 37		CLR (37,X)   ;Clear
438B:	C		CLC	   ;Clear Carry
438C:	B3 15 F7	SUBD ( 15 F7)   ;Substract Double Accumulator
438F:	3		FDIV	   ;Fractional Divide
4390:	F3 26 E	ADDD ( 26 E)   ;Add to Double Accumulator
4393:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
4395:	23 F2		BLS ,F2   ;Branch if Lower or Same
4397:	37		PSHB	   ;Push Accumulator B onto Stack
4398:	B		SEV	   ;Set Twos Complement Overflow Bit
4399:	92 15		SBCA (15)   ;Substract with Carry Accumulator A
439B:	BA 3F 80	ORAA ( 3F 80)   ;Inclusive OR Accumulator A
439E:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
439F:	9		DEX	   ;Decrement Index Register X
43A0:	E8 15		EORB (15,X)   ;Exclusive OR Accumulator B
43A2:	F7 4D 80	STAB ( 4D 80)   ;Store Accumulator B
43A5:	5E BB 50	STAB ( BB 50)   ;Store Accumulator B
43A8:	18 1 1 5F	STAB ( 1 5F)   ;Store Accumulator B
43AB:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
43AD:	F9 90 15	ADCB ( 90 15)   ;Add with Carry to Accumulator B
43B0:	F8 92 8	EORB ( 92 8)   ;Exclusive OR Accumulator B
43B3:	26 4		BNE ,4   ;Branch if Not Equal to Zero
43B5:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
43B7:	92 15		SBCA (15)   ;Substract with Carry Accumulator A
43B9:	5E B8		SBCA (B8)   ;Substract with Carry Accumulator A
43BB:	50		NEGB	   ;Negate Accumulator B
43BC:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
43BE:	EE F3		LDX (F3,X)   ;Load Index Register X
43C0:	27 3		BEQ ,3   ;Branch if Equal
43C2:	5E B8		BEQ ,B8   ;Branch if Equal
43C4:	60 15		NEG (15,X)   ;Negate
43C6:	F7 4D 80	STAB ( 4D 80)   ;Store Accumulator B
43C9:	18 1 1 5F	STAB ( 1 5F)   ;Store Accumulator B
43CC:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
43CE:	89 90		ADCA ,90   ;Add with Carry to Accumulator A
43D0:	15 F7		BCLR ,F7   ;Clear Bit(s) in Memory
43D2:	E		CLI	   ;Clear Interrupt Mask
43D3:	F0 27 C	SUBB ( 27 C)   ;Substract Accumulator B
43D6:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
43D8:	73 F0 26	COM ( F0 26)   ;Complement
43DB:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
43DC:	60 A		NEG (A,X)   ;Negate
43DE:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
43E0:	94 90		ANDA (90)   ;Logical AND with Accumulator A
43E2:	15 F7		BCLR ,F7   ;Clear Bit(s) in Memory
43E4:	E		CLI	   ;Clear Interrupt Mask
43E5:	F0 27 24	SUBB ( 27 24)   ;Substract Accumulator B
43E8:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
43EA:	73 F0 26	COM ( F0 26)   ;Complement
43ED:	2A 51		BPL ,51   ;Branch if Plus
43EF:	FF 15 F9	STX ( 15 F9)   ;Store Index Register X
43F2:	F8 D6 60	EORB ( D6 60)   ;Exclusive OR Accumulator B
43F5:	A		CLV	   ;Clear Twos-Complement Overflow Bit
43F6:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
43F8:	89 30		ADCA ,30   ;Add with Carry to Accumulator A
43FA:	25 12		BCS  ,12   ;Branch if Carry Set
43FC:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
43FE:	80 84		SUBA ,84   ;Substract Accumulator A
4400:	F4 AA DD	ANDB ( AA DD)   ;Logical AND with Accumulator B
4403:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
4404:	25 8		BCS  ,8   ;Branch if Carry Set
4406:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
4408:	F8 C7 20	EORB ( C7 20)   ;Exclusive OR Accumulator B
440B:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
440C:	A1 13		CMPA (13,X)   ;Compare Accumulator A
440E:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
4410:	F8 D7 15	EORB ( D7 15)   ;Exclusive OR Accumulator B
4413:	F8 B2 91	EORB ( B2 91)   ;Exclusive OR Accumulator B
4416:	20 65		BRA ,65   ;Branch Always
4418:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
441A:	F8 F6 26	EORB ( F6 26)   ;Exclusive OR Accumulator B
441D:	4F		CLRA	   ;Clear Accumulator A
441E:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
4420:	F8 F7 27	EORB ( F7 27)   ;Exclusive OR Accumulator B
4423:	14 60 A	BSET ( 60 A)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
4426:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4428:	89 30		ADCA ,30   ;Add with Carry to Accumulator A
442A:	25 16		BCS  ,16   ;Branch if Carry Set
442C:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
442E:	80 84		SUBA ,84   ;Substract Accumulator A
4430:	F4 AA DD	ANDB ( AA DD)   ;Logical AND with Accumulator B
4433:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
4434:	25 C		BCS  ,C   ;Branch if Carry Set
4436:	20 45		BRA ,45   ;Branch Always
4438:	15 F7		BCLR ,F7   ;Clear Bit(s) in Memory
443A:	A		CLV	   ;Clear Twos-Complement Overflow Bit
443B:	80 15		SUBA ,15   ;Substract Accumulator A
443D:	F8 94 70	EORB ( 94 70)   ;Exclusive OR Accumulator B
4440:	24 3B		BCC   ,3B   ;Branch if Carry Clear
4442:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
4444:	A6 80		LDAA (80,X)   ;Load Accumulator A
4446:	5E AB		LDAA (AB,X)   ;Load Accumulator A
4448:	58		ASLB	   ;Arithmetic shift Left Accumulator B
4449:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
444B:	80 26		SUBA ,26   ;Substract Accumulator A
444D:	18 4 4	SUBA , 4   ;Substract Accumulator A
444F:	26 A1		BNE ,A1   ;Branch if Not Equal to Zero
4451:	85 18		BITA ,18   ;Bit test Accumulator A
4453:	4		LSRD	   ;Logical Shift Right Double Accumulator
4454:	54		LSRB	   ;Logical Shift Right Accumulator B
4455:	A5 80		BITA (80,X)   ;Bit test Accumulator A
4457:	5E AB		BITA (AB,X)   ;Bit test Accumulator A
4459:	50		NEGB	   ;Negate Accumulator B
445A:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
445C:	80 26		SUBA ,26   ;Substract Accumulator A
445E:	A0 12		SUBA (12,X)   ;Substract Accumulator A
4460:	A8 26		EORA (26,X)   ;Exclusive OR Accumulator A
4462:	18 4 4	EORA ( 4,X)   ;Exclusive OR Accumulator A
4464:	73 15 F9	COM ( 15 F9)   ;Complement
4467:	FA 90 15	ORAB ( 90 15)   ;Inclusive OR Accumulator B
446A:	F9 F8 C6	ADCB ( F8 C6)   ;Add with Carry to Accumulator B
446D:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
446F:	B2 81 15	SBCA ( 81 15)   ;Substract with Carry Accumulator A
4472:	F9 FA 31	ADCB ( FA 31)   ;Add with Carry to Accumulator B
4475:	24 2		BCC   ,2   ;Branch if Carry Clear
4477:	A1 13		CMPA (13,X)   ;Compare Accumulator A
4479:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
447B:	B2 91 A0	SBCA ( 91 A0)   ;Substract with Carry Accumulator A
447E:	13 15		BRCLR (15)   ;Branch if Bit(s) Clear
4480:	F7 E F0	STAB ( E F0)   ;Store Accumulator B
4483:	27 54		BEQ ,54   ;Branch if Equal
4485:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4487:	94 81		ANDA (81)   ;Logical AND with Accumulator A
4489:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
448B:	89 71		ADCA ,71   ;Add with Carry to Accumulator A
448D:	23 4A		BLS ,4A   ;Branch if Lower or Same
448F:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4491:	B2 16 26	SBCA ( 16 26)   ;Substract with Carry Accumulator A
4494:	12 62 A 15	BRSET ( 62 A 15)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
4498:	F8 89 32	EORB ( 89 32)   ;Exclusive OR Accumulator B
449B:	25 3C		BCS  ,3C   ;Branch if Carry Set
449D:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
449F:	80 84		SUBA ,84   ;Substract Accumulator A
44A1:	F4 AA DD	ANDB ( AA DD)   ;Logical AND with Accumulator B
44A4:	32		PULA	   ;Pull Accumulator A from Stack
44A5:	25 32		BCS  ,32   ;Branch if Carry Set
44A7:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
44A9:	94 80		ANDA (80)   ;Logical AND with Accumulator A
44AB:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
44AD:	F9 70 23	ADCB ( 70 23)   ;Add with Carry to Accumulator B
44B0:	4		LSRD	   ;Logical Shift Right Double Accumulator
44B1:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
44B3:	F9 80 15	ADCB ( 80 15)   ;Add with Carry to Accumulator B
44B6:	F8 89 30	EORB ( 89 30)   ;Exclusive OR Accumulator B
44B9:	24 2		BCC   ,2   ;Branch if Carry Clear
44BB:	A0 13		SUBA (13,X)   ;Substract Accumulator A
44BD:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
44BF:	B2 A8 C	SBCA ( A8 C)   ;Substract with Carry Accumulator A
44C2:	0		TEST	   ;Test Operation (Test Mode Only)
44C3:	80 20		SUBA ,20   ;Substract Accumulator A
44C5:	A0 10		SUBA (10,X)   ;Substract Accumulator A
44C7:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
44C9:	F9 81 15	ADCB ( 81 15)   ;Add with Carry to Accumulator B
44CC:	F8 89 31	EORB ( 89 31)   ;Exclusive OR Accumulator B
44CF:	24 2		BCC   ,2   ;Branch if Carry Clear
44D1:	A1 13		CMPA (13,X)   ;Compare Accumulator A
44D3:	A1 70		CMPA (70,X)   ;Compare Accumulator A
44D5:	23 2		BLS ,2   ;Branch if Lower or Same
44D7:	A1 80		CMPA (80,X)   ;Compare Accumulator A
44D9:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
44DB:	8A 90		ORAA ,90   ;Inclusive OR Accumulator A
44DD:	60 A		NEG (A,X)   ;Negate
44DF:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
44E1:	89 30		ADCA ,30   ;Add with Carry to Accumulator A
44E3:	25 10		BCS  ,10   ;Branch if Carry Set
44E5:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
44E7:	80 84		SUBA ,84   ;Substract Accumulator A
44E9:	F4 AA DD	ANDB ( AA DD)   ;Logical AND with Accumulator B
44EC:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
44ED:	25 6		BCS  ,6   ;Branch if Carry Set
44EF:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
44F1:	78 C0 20	ASL ( C0 20)   ;Arithmetic shift Left
44F4:	22 15		BHI ,15   ;Branch if Higher
44F6:	F8 78 82	EORB ( 78 82)   ;Exclusive OR Accumulator B
44F9:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
44FB:	78 D0 15	ASL ( D0 15)   ;Arithmetic shift Left
44FE:	F7 E F0	STAB ( E F0)   ;Store Accumulator B
4501:	27 14		BEQ ,14   ;Branch if Equal
4503:	51 FF		BEQ ,FF   ;Branch if Equal
4505:	A2 F0		SBCA (F0,X)   ;Substract with Carry Accumulator A
4507:	26 10		BNE ,10   ;Branch if Not Equal to Zero
4509:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
450B:	B3 81 1D	SUBD ( 81 1D)   ;Substract Double Accumulator
450E:	FC 80 84	LDD ( 80 84)   ;Load Double Accumulator
4511:	F4 AA DC	ANDB ( AA DC)   ;Logical AND with Accumulator B
4514:	31		INS	   ;Increment Stack Pointer
4515:	24 2		BCC   ,2   ;Branch if Carry Clear
4517:	A1 13		CMPA (13,X)   ;Compare Accumulator A
4519:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
451B:	B3 91 1D	SUBD ( 91 1D)   ;Substract Double Accumulator
451E:	FC 80 84	LDD ( 80 84)   ;Load Double Accumulator
4521:	F4 AA DE	ANDB ( AA DE)   ;Logical AND with Accumulator B
4524:	80 15		SUBA ,15   ;Substract Accumulator A
4526:	F8 B3 A8	EORB ( B3 A8)   ;Exclusive OR Accumulator B
4529:	C		CLC	   ;Clear Carry
452A:	0		TEST	   ;Test Operation (Test Mode Only)
452B:	80 20		SUBA ,20   ;Substract Accumulator A
452D:	A0 10		SUBA (10,X)   ;Substract Accumulator A
452F:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
4531:	F9 81 15	ADCB ( 81 15)   ;Add with Carry to Accumulator B
4534:	F8 89 31	EORB ( 89 31)   ;Exclusive OR Accumulator B
4537:	24 2		BCC   ,2   ;Branch if Carry Clear
4539:	A1 13		CMPA (13,X)   ;Compare Accumulator A
453B:	A1 70		CMPA (70,X)   ;Compare Accumulator A
453D:	23 2		BLS ,2   ;Branch if Lower or Same
453F:	A1 80		CMPA (80,X)   ;Compare Accumulator A
4541:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4543:	8B 90		ADDA ,90   ;Add without Carry to Accumulator A
4545:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4547:	8A 80		ORAA ,80   ;Inclusive OR Accumulator A
4549:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
454B:	8B 81		ADDA ,81   ;Add without Carry to Accumulator A
454D:	A1 70		CMPA (70,X)   ;Compare Accumulator A
454F:	24 2		BCC   ,2   ;Branch if Carry Clear
4551:	A1 80		CMPA (80,X)   ;Compare Accumulator A
4553:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4555:	89 20		ADCA ,20   ;Add with Carry to Accumulator A
4557:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4559:	7A 90 5E	DEC ( 90 5E)   ;Decrement
455C:	AA 54		ORAA (54,X)   ;Inclusive OR Accumulator A
455E:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
4560:	80 26		SUBA ,26   ;Substract Accumulator A
4562:	15 F7		BCLR ,F7   ;Clear Bit(s) in Memory
4564:	4D		TSTA	   ;Test Accumulator A
4565:	80 18		SUBA ,18   ;Substract Accumulator A
4567:	1		NOP	   ;No Operation
4568:	5F		CLRB	   ;Clear Accumulator B
4569:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
456B:	8C 90 5E	CPX , 90 5E   ;Compare Index Register X
456E:	AA 64		ORAA (64,X)   ;Inclusive OR Accumulator A
4570:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
4572:	EE F3		LDX (F3,X)   ;Load Index Register X
4574:	27 3		BEQ ,3   ;Branch if Equal
4576:	5E AA		BEQ ,AA   ;Branch if Equal
4578:	74 1D FC	LSR ( 1D FC)   ;Logical Shift Right
457B:	80 26		SUBA ,26   ;Substract Accumulator A
457D:	60 A		NEG (A,X)   ;Negate
457F:	18 1 1	NEG ( 1,X)   ;Negate
4581:	5F		CLRB	   ;Clear Accumulator B
4582:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4584:	8D 90		BSR ,90   ;Branch to Subroutine
4586:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4588:	8C 81 1D	CPX , 81 1D   ;Compare Index Register X
458B:	FC 80 84	LDD ( 80 84)   ;Load Double Accumulator
458E:	F4 AA E2	ANDB ( AA E2)   ;Logical AND with Accumulator B
4591:	31		INS	   ;Increment Stack Pointer
4592:	24 2		BCC   ,2   ;Branch if Carry Clear
4594:	A1 13		CMPA (13,X)   ;Compare Accumulator A
4596:	A1 30		CMPA (30,X)   ;Compare Accumulator A
4598:	24 2		BCC   ,2   ;Branch if Carry Clear
459A:	A0 13		SUBA (13,X)   ;Substract Accumulator A
459C:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
459E:	8C 20 24	CPX , 20 24   ;Compare Index Register X
45A1:	2		IDIV	   ;Integer Divide
45A2:	50		NEGB	   ;Negate Accumulator B
45A3:	FF 15 F8	STX ( 15 F8)   ;Store Index Register X
45A6:	90 90		SUBA (90)   ;Substract Accumulator A
45A8:	A0 13		SUBA (13,X)   ;Substract Accumulator A
45AA:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
45AC:	EE F3		LDX (F3,X)   ;Load Index Register X
45AE:	27 E		BEQ ,E   ;Branch if Equal
45B0:	15 F7		BCLR ,F7   ;Clear Bit(s) in Memory
45B2:	4D		TSTA	   ;Test Accumulator A
45B3:	80 5E		SUBA ,5E   ;Substract Accumulator A
45B5:	AA 84		ORAA (84,X)   ;Inclusive OR Accumulator A
45B7:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
45B9:	80 26		SUBA ,26   ;Substract Accumulator A
45BB:	18 1 1	SUBA , 1   ;Substract Accumulator A
45BD:	5F		CLRB	   ;Clear Accumulator B
45BE:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
45C0:	93 90		SUBD (90)   ;Substract Double Accumulator
45C2:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
45C4:	79 F5 26	ROL ( F5 26)   ;Rotate Left
45C7:	10		SBA	   ;Substract Accumulators
45C8:	15 F7		BCLR ,F7   ;Clear Bit(s) in Memory
45CA:	E		CLI	   ;Clear Interrupt Mask
45CB:	F0 27 A	SUBB ( 27 A)   ;Substract Accumulator B
45CE:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
45D0:	73 F0 26	COM ( F0 26)   ;Complement
45D3:	4		LSRD	   ;Logical Shift Right Double Accumulator
45D4:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
45D6:	79 C3 60	ROL ( C3 60)   ;Rotate Left
45D9:	A		CLV	   ;Clear Twos-Complement Overflow Bit
45DA:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
45DC:	7A 70 25	DEC ( 70 25)   ;Decrement
45DF:	4		LSRD	   ;Logical Shift Right Double Accumulator
45E0:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
45E2:	79 D2 1D	ROL ( D2 1D)   ;Rotate Left
45E5:	F8 9E 13	EORB ( 9E 13)   ;Exclusive OR Accumulator B
45E8:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
45EA:	A2 16		SBCA (16,X)   ;Substract with Carry Accumulator A
45EC:	27 4		BEQ ,4   ;Branch if Equal
45EE:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
45F0:	A2 C		SBCA (C,X)   ;Substract with Carry Accumulator A
45F2:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
45F4:	A3 80		SUBD (80,X)   ;Substract Double Accumulator
45F6:	27 24		BEQ ,24   ;Branch if Equal
45F8:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
45FA:	A4 16		ANDA (16,X)   ;Logical AND with Accumulator A
45FC:	27 1E		BEQ ,1E   ;Branch if Equal
45FE:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4600:	A4 C		ANDA (C,X)   ;Logical AND with Accumulator A
4602:	26 24		BNE ,24   ;Branch if Not Equal to Zero
4604:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
4606:	80 84		SUBA ,84   ;Substract Accumulator A
4608:	F4 AA E3	ANDB ( AA E3)   ;Logical AND with Accumulator B
460B:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
460C:	22 A		BHI ,A   ;Branch if Higher
460E:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4610:	28 81		BVC ,81   ;Branch if Overflow Clear
4612:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4614:	A2 91		SBCA (91,X)   ;Substract with Carry Accumulator A
4616:	A0 13		SUBA (13,X)   ;Substract Accumulator A
4618:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
461A:	A3 90		SUBD (90,X)   ;Substract Double Accumulator
461C:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
461E:	80 84		SUBA ,84   ;Substract Accumulator A
4620:	F4 AA E4	ANDB ( AA E4)   ;Logical AND with Accumulator B
4623:	80 15		SUBA ,15   ;Substract Accumulator A
4625:	F8 A4 90	EORB ( A4 90)   ;Exclusive OR Accumulator B
4628:	5E BA 2A	EORB ( BA 2A)   ;Exclusive OR Accumulator B
462B:	60 A		NEG (A,X)   ;Negate
462D:	51 5		NEG (5,X)   ;Negate
462F:	18 4 4	NEG ( 4,X)   ;Negate
4631:	2C 80		BGE  ,80   ;Branch if Greater than or Equal to Zero
4633:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
4634:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4636:	A5 90		BITA (90,X)   ;Bit test Accumulator A
4638:	15 F7		BCLR ,F7   ;Clear Bit(s) in Memory
463A:	A0 80		SUBA (80,X)   ;Substract Accumulator A
463C:	5E AA		SUBA (AA,X)   ;Substract Accumulator A
463E:	9C 1D		CPX (1D)   ;Compare Index Register X
4640:	FC 80 26	LDD ( 80 26)   ;Load Double Accumulator
4643:	18 4 4 26	LDD ( 4 26)   ;Load Double Accumulator
4646:	A1 85		CMPA (85,X)   ;Compare Accumulator A
4648:	18 4 4	CMPA ( 4,X)   ;Compare Accumulator A
464A:	54		LSRB	   ;Logical Shift Right Accumulator B
464B:	A5 80		BITA (80,X)   ;Bit test Accumulator A
464D:	5E AA		BITA (AA,X)   ;Bit test Accumulator A
464F:	A4 1D		ANDA (1D,X)   ;Logical AND with Accumulator A
4651:	FC 80 26	LDD ( 80 26)   ;Load Double Accumulator
4654:	A0 12		SUBA (12,X)   ;Substract Accumulator A
4656:	A8 26		EORA (26,X)   ;Exclusive OR Accumulator A
4658:	18 4 4	EORA ( 4,X)   ;Exclusive OR Accumulator A
465A:	73 15 F8	COM ( 15 F8)   ;Complement
465D:	A5 70		BITA (70,X)   ;Bit test Accumulator A
465F:	25 4		BCS  ,4   ;Branch if Carry Set
4661:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4663:	A5 80		BITA (80,X)   ;Bit test Accumulator A
4665:	A0 12		SUBA (12,X)   ;Substract Accumulator A
4667:	A0 10		SUBA (10,X)   ;Substract Accumulator A
4669:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
466B:	AC 90		CPX (90,X)   ;Compare Index Register X
466D:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
466F:	76 F7 26	ROR ( F7 26)   ;Rotate Right
4672:	24 1D		BCC   ,1D   ;Branch if Carry Clear
4674:	F8 AC 80	EORB ( AC 80)   ;Exclusive OR Accumulator B
4677:	15 F7		BCLR ,F7   ;Clear Bit(s) in Memory
4679:	B7 81 1D	STAA ( 81 1D)   ;Store Accumulator A
467C:	FC 80 84	LDD ( 80 84)   ;Load Double Accumulator
467F:	F4 AA E5	ANDB ( AA E5)   ;Logical AND with Accumulator B
4682:	71 25 69	ANDB ( 25 69)   ;Logical AND with Accumulator B
4685:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
4687:	80 84		SUBA ,84   ;Substract Accumulator A
4689:	F4 AA E6	ANDB ( AA E6)   ;Logical AND with Accumulator B
468C:	81 15		CMPA ,15   ;Compare Accumulator A
468E:	F8 91 91	EORB ( 91 91)   ;Exclusive OR Accumulator B
4691:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4693:	76 C7 20	ROR ( C7 20)   ;Rotate Right
4696:	57		ASRB	   ;Arithmetic shift Right Accumulator B
4697:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4699:	91 16		CMPA (16)   ;Compare Accumulator A
469B:	27 6		BEQ ,6   ;Branch if Equal
469D:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
469F:	91 C		CMPA (C)   ;Compare Accumulator A
46A1:	20 4F		BRA ,4F   ;Branch Always
46A3:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
46A5:	A6 80		LDAA (80,X)   ;Load Accumulator A
46A7:	5E AA		LDAA (AA,X)   ;Load Accumulator A
46A9:	AC 1D		CPX (1D,X)   ;Compare Index Register X
46AB:	FC 80 26	LDD ( 80 26)   ;Load Double Accumulator
46AE:	18 4 4 26	LDD ( 4 26)   ;Load Double Accumulator
46B1:	A1 85		CMPA (85,X)   ;Compare Accumulator A
46B3:	18 4 4	CMPA ( 4,X)   ;Compare Accumulator A
46B5:	54		LSRB	   ;Logical Shift Right Accumulator B
46B6:	A5 80		BITA (80,X)   ;Bit test Accumulator A
46B8:	5E AA		BITA (AA,X)   ;Bit test Accumulator A
46BA:	B4 1D FC	ANDA ( 1D FC)   ;Logical AND with Accumulator A
46BD:	80 26		SUBA ,26   ;Substract Accumulator A
46BF:	A0 12		SUBA (12,X)   ;Substract Accumulator A
46C1:	A8 26		EORA (26,X)   ;Exclusive OR Accumulator A
46C3:	18 4 4	EORA ( 4,X)   ;Exclusive OR Accumulator A
46C5:	73 1D FC	COM ( 1D FC)   ;Complement
46C8:	80 84		SUBA ,84   ;Substract Accumulator A
46CA:	F4 AA E8	ANDB ( AA E8)   ;Logical AND with Accumulator B
46CD:	A8 C		EORA (C,X)   ;Exclusive OR Accumulator A
46CF:	2		IDIV	   ;Integer Divide
46D0:	0		TEST	   ;Test Operation (Test Mode Only)
46D1:	A8 1D		EORA (1D,X)   ;Exclusive OR Accumulator A
46D3:	F8 A8 90	EORB ( A8 90)   ;Exclusive OR Accumulator B
46D6:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
46D8:	AA 80		ORAA (80,X)   ;Inclusive OR Accumulator A
46DA:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
46DC:	A8 30		EORA (30,X)   ;Exclusive OR Accumulator A
46DE:	25 6		BCS  ,6   ;Branch if Carry Set
46E0:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
46E2:	AC 70		CPX (70,X)   ;Compare Index Register X
46E4:	22 8		BHI ,8   ;Branch if Higher
46E6:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
46E8:	AC 80		CPX (80,X)   ;Compare Index Register X
46EA:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
46EC:	76 D7 1D	ROR ( D7 1D)   ;Rotate Right
46EF:	F8 AA 90	EORB ( AA 90)   ;Exclusive OR Accumulator B
46F2:	A0 13		SUBA (13,X)   ;Substract Accumulator A
46F4:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
46F6:	DC F7		LDD (F7)   ;Load Double Accumulator
46F8:	27 8		BEQ ,8   ;Branch if Equal
46FA:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
46FC:	80 84		SUBA ,84   ;Substract Accumulator A
46FE:	F4 AA EB	ANDB ( AA EB)   ;Logical AND with Accumulator B
4701:	20 15		BRA ,15   ;Branch Always
4703:	F7 E F3	STAB ( E F3)   ;Store Accumulator B
4706:	26 12		BNE ,12   ;Branch if Not Equal to Zero
4708:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
470A:	DC F6		LDD (F6)   ;Load Double Accumulator
470C:	27 C		BEQ ,C   ;Branch if Equal
470E:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
4710:	80 84		SUBA ,84   ;Substract Accumulator A
4712:	F4 AA EC	ANDB ( AA EC)   ;Logical AND with Accumulator B
4715:	20 24		BRA ,24   ;Branch Always
4717:	2		IDIV	   ;Integer Divide
4718:	50		NEGB	   ;Negate Accumulator B
4719:	FF 15 F6	STX ( 15 F6)   ;Store Index Register X
471C:	B7 90 15	STAA ( 90 15)   ;Store Accumulator A
471F:	F8 96 16	EORB ( 96 16)   ;Exclusive OR Accumulator B
4722:	27 4		BEQ ,4   ;Branch if Equal
4724:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4726:	96 C		LDAA (C)   ;Load Accumulator A
4728:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
472A:	78 83 15	ASL ( 83 15)   ;Arithmetic shift Left
472D:	F8 79 F5	EORB ( 79 F5)   ;Exclusive OR Accumulator B
4730:	26 62		BNE ,62   ;Branch if Not Equal to Zero
4732:	15 F7		BCLR ,F7   ;Clear Bit(s) in Memory
4734:	E		CLI	   ;Clear Interrupt Mask
4735:	F0 26 30	SUBB ( 26 30)   ;Substract Accumulator B
4738:	60 A		NEG (A,X)   ;Negate
473A:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
473C:	78 F6 26	ASL ( F6 26)   ;Arithmetic shift Left
473F:	12 15 BA 1C	BRSET ( 15 BA 1C)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
4743:	20 25		BRA ,25   ;Branch Always
4745:	16		TAB	   ;Transfer from Accumulator A to Accumulator B
4746:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4748:	89 70		ADCA ,70   ;Add with Carry to Accumulator A
474A:	24 10		BCC   ,10   ;Branch if Carry Clear
474C:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
474E:	78 C6 20	ASL ( C6 20)   ;Arithmetic shift Left
4751:	A		CLV	   ;Clear Twos-Complement Overflow Bit
4752:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4754:	89 70		ADCA ,70   ;Add with Carry to Accumulator A
4756:	25 4		BCS  ,4   ;Branch if Carry Set
4758:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
475A:	78 D6 15	ASL ( D6 15)   ;Arithmetic shift Left
475D:	F8 78 F6	EORB ( 78 F6)   ;Exclusive OR Accumulator B
4760:	26 32		BNE ,32   ;Branch if Not Equal to Zero
4762:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4764:	78 C2 20	ASL ( C2 20)   ;Arithmetic shift Left
4767:	2C 1D		BGE  ,1D   ;Branch if Greater than or Equal to Zero
4769:	FC 80 84	LDD ( 80 84)   ;Load Double Accumulator
476C:	F4 AA DD	ANDB ( AA DD)   ;Logical AND with Accumulator B
476F:	80 15		SUBA ,15   ;Substract Accumulator A
4771:	F8 89 20	EORB ( 89 20)   ;Exclusive OR Accumulator B
4774:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4776:	78 F2 27	ASL ( F2 27)   ;Arithmetic shift Left
4779:	C		CLC	   ;Clear Carry
477A:	15 F7		BCLR ,F7   ;Clear Bit(s) in Memory
477C:	A		CLV	   ;Clear Twos-Complement Overflow Bit
477D:	70 25 14	NEG ( 25 14)   ;Negate
4780:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4782:	78 D2 20	ASL ( D2 20)   ;Arithmetic shift Left
4785:	E		CLI	   ;Clear Interrupt Mask
4786:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4788:	1D 20		BCLR (20,X)   ;Clear Bit(s) in Memory
478A:	15 F7		BCLR ,F7   ;Clear Bit(s) in Memory
478C:	A		CLV	   ;Clear Twos-Complement Overflow Bit
478D:	70 24 4	NEG ( 24 4)   ;Negate
4790:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4792:	78 C2 15	ASL ( C2 15)   ;Arithmetic shift Left
4795:	F7 3A F1	STAB ( 3A F1)   ;Store Accumulator B
4798:	36		PSHA	   ;Push Accumulator A onto Stack
4799:	0		TEST	   ;Test Operation (Test Mode Only)
479A:	C3 15 F8	ADDD , 15 F8   ;Add to Double Accumulator
479D:	79 F5 27	ROL ( F5 27)   ;Rotate Left
47A0:	19		DAA	   ;Decimal Adjust Accumulator A
47A1:	5E		DAA	   ;Decimal Adjust Accumulator A
47A2:	AA 44		ORAA (44,X)   ;Inclusive OR Accumulator A
47A4:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
47A6:	80 26		SUBA ,26   ;Substract Accumulator A
47A8:	15 F7		BCLR ,F7   ;Clear Bit(s) in Memory
47AA:	4D		TSTA	   ;Test Accumulator A
47AB:	80 18		SUBA ,18   ;Substract Accumulator A
47AD:	1		NOP	   ;No Operation
47AE:	AD A0		JSR (A0,X)   ;Jump to Subroutine
47B0:	12 A0 10 1D	BRSET ( A0 10 1D)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
47B4:	F8 7E 90	EORB ( 7E 90)   ;Exclusive OR Accumulator B
47B7:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
47B8:	0		TEST	   ;Test Operation (Test Mode Only)
47B9:	A4 15		ANDA (15,X)   ;Logical AND with Accumulator A
47BB:	F7 E F0	STAB ( E F0)   ;Store Accumulator B
47BE:	27 46		BEQ ,46   ;Branch if Equal
47C0:	A3 F2		SUBD (F2,X)   ;Substract Double Accumulator
47C2:	27 20		BEQ ,20   ;Branch if Equal
47C4:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
47C6:	78 F2 26	ASL ( F2 26)   ;Arithmetic shift Left
47C9:	1A 1D 1D F8	ASL ( 1D F8)   ;Arithmetic shift Left
47CC:	7E 80 1D	JMP ( 80 1D)   ;Jump
47CF:	F8 AA 81	EORB ( AA 81)   ;Exclusive OR Accumulator B
47D2:	2A 3		BPL ,3   ;Branch if Plus
47D4:	59		ROLB	   ;Rotate Left Accumulator B
47D5:	7F FF 18	CLR ( FF 18)   ;Clear
47D8:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
47D9:	77 1D F8	ASR ( 1D F8)   ;Arithmetic shift Right
47DC:	7E 90 1D	JMP ( 90 1D)   ;Jump
47DF:	F8 AA 13	EORB ( AA 13)   ;Exclusive OR Accumulator B
47E2:	20 7A		BRA ,7A   ;Branch Always
47E4:	15 F7		BCLR ,F7   ;Clear Bit(s) in Memory
47E6:	2A 81		BPL ,81   ;Branch if Plus
47E8:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
47EA:	24 71		BCC   ,71   ;Branch if Carry Clear
47EC:	25 18		BCS  ,18   ;Branch if Carry Set
47EE:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
47F0:	23 80		BLS ,80   ;Branch if Lower or Same
47F2:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
47F4:	98 90		EORA (90)   ;Exclusive OR Accumulator A
47F6:	A0 12		SUBA (12,X)   ;Substract Accumulator A
47F8:	A0 10		SUBA (10,X)   ;Substract Accumulator A
47FA:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
47FC:	7E 70 2F	JMP ( 70 2F)   ;Jump
47FF:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
4800:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4802:	7E 90 20	JMP ( 90 20)   ;Jump
4805:	58		ASLB	   ;Arithmetic shift Left Accumulator B
4806:	15 F7		BCLR ,F7   ;Clear Bit(s) in Memory
4808:	E		CLI	   ;Clear Interrupt Mask
4809:	F0 27 8	SUBB ( 27 8)   ;Substract Accumulator B
480C:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
480E:	78 F2 27	ASL ( F2 27)   ;Arithmetic shift Left
4811:	63 20		COM (20,X)   ;Complement
4813:	4A		DECA	   ;Decrement Accumulator A
4814:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4816:	78 F6 26	ASL ( F6 26)   ;Arithmetic shift Left
4819:	5B 15 F8	ASL ( 15 F8)   ;Arithmetic shift Left
481C:	95 16		BITA (16)   ;Bit test Accumulator A
481E:	27 4		BEQ ,4   ;Branch if Equal
4820:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4822:	95 C		BITA (C)   ;Bit test Accumulator A
4824:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4826:	95 16		BITA (16)   ;Bit test Accumulator A
4828:	26 40		BNE ,40   ;Branch if Not Equal to Zero
482A:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
482C:	80 84		SUBA ,84   ;Substract Accumulator A
482E:	F4 AA ED	ANDB ( AA ED)   ;Logical AND with Accumulator B
4831:	81 A1		CMPA ,A1   ;Compare Accumulator A
4833:	12 A1 10 1D	BRSET ( A1 10 1D)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
4837:	F8 7E 71	EORB ( 7E 71)   ;Exclusive OR Accumulator B
483A:	2C 1E		BGE  ,1E   ;Branch if Greater than or Equal to Zero
483C:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
483E:	7E 80 1D	JMP ( 80 1D)   ;Jump
4841:	FC 80 84	LDD ( 80 84)   ;Load Double Accumulator
4844:	F4 AA EF	ANDB ( AA EF)   ;Logical AND with Accumulator B
4847:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
4848:	29 10		BVS10   ;Branch if Overflow Set
484A:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
484C:	80 84		SUBA ,84   ;Substract Accumulator A
484E:	F4 AA ED	ANDB ( AA ED)   ;Logical AND with Accumulator B
4851:	70 2F 6	NEG ( 2F 6)   ;Negate
4854:	A0 81		SUBA (81,X)   ;Substract Accumulator A
4856:	A1 12		CMPA (12,X)   ;Compare Accumulator A
4858:	A1 10		CMPA (10,X)   ;Compare Accumulator A
485A:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
485C:	7E 91 1D	JMP ( 91 1D)   ;Jump
485F:	FC 80 84	LDD ( 80 84)   ;Load Double Accumulator
4862:	F4 AA EE	ANDB ( AA EE)   ;Logical AND with Accumulator B
4865:	80 15		SUBA ,15   ;Substract Accumulator A
4867:	F8 95 90	EORB ( 95 90)   ;Exclusive OR Accumulator B
486A:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
486C:	96 13		LDAA (13)   ;Load Accumulator A
486E:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4870:	97 13		STAA (13)   ;Store Accumulator A
4872:	10		SBA	   ;Substract Accumulators
4873:	CA 2C		ORAB ,2C   ;Inclusive OR Accumulator B
4875:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
4877:	80 84		SUBA ,84   ;Substract Accumulator A
4879:	F4 AA EE	ANDB ( AA EE)   ;Logical AND with Accumulator B
487C:	80 15		SUBA ,15   ;Substract Accumulator A
487E:	F8 95 90	EORB ( 95 90)   ;Exclusive OR Accumulator B
4881:	60 A		NEG (A,X)   ;Negate
4883:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4885:	7A 70 25	DEC ( 70 25)   ;Decrement
4888:	17		TBA	   ;Transfer from Accumulator B to Accumulator A
4889:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
488B:	A6 82		LDAA (82,X)   ;Load Accumulator A
488D:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
488F:	15 83		BCLR ,83   ;Clear Bit(s) in Memory
4891:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4893:	79 F4 27	ROL ( F4 27)   ;Rotate Left
4896:	4		LSRD	   ;Logical Shift Right Double Accumulator
4897:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4899:	14 83 A3	BSET ( 83 A3)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
489C:	72 34 0	BSET ( 34 0)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
489F:	E8 15		EORB (15,X)   ;Exclusive OR Accumulator B
48A1:	F9 EE F3	ADCB ( EE F3)   ;Add with Carry to Accumulator B
48A4:	26 13		BNE ,13   ;Branch if Not Equal to Zero
48A6:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
48A8:	8		INX	   ;Increment Index Register X
48A9:	F3 27 D	ADDD ( 27 D)   ;Add to Double Accumulator
48AC:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
48AE:	7E 16 2A	JMP ( 16 2A)   ;Jump
48B1:	4		LSRD	   ;Logical Shift Right Double Accumulator
48B2:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
48B4:	7E 13 10	JMP ( 13 10)   ;Jump
48B7:	C9 88		ADCB ,88   ;Add with Carry to Accumulator B
48B9:	15 BB		BCLR ,BB   ;Clear Bit(s) in Memory
48BB:	79 80 5E	ROL ( 80 5E)   ;Rotate Left
48BE:	B8 80 15	EORA ( 80 15)   ;Exclusive OR Accumulator A
48C1:	F9 EE F3	ADCB ( EE F3)   ;Add with Carry to Accumulator B
48C4:	27 B		BEQ ,B   ;Branch if Equal
48C6:	5E AA		BEQ ,AA   ;Branch if Equal
48C8:	8		INX	   ;Increment Index Register X
48C9:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
48CB:	80 26		SUBA ,26   ;Substract Accumulator A
48CD:	15 BB		BCLR ,BB   ;Clear Bit(s) in Memory
48CF:	78 80 15	ASL ( 80 15)   ;Arithmetic shift Left
48D2:	F9 FD 90	ADCB ( FD 90)   ;Add with Carry to Accumulator B
48D5:	AA 13		ORAA (13,X)   ;Inclusive OR Accumulator A
48D7:	A1 13		CMPA (13,X)   ;Compare Accumulator A
48D9:	60 A		NEG (A,X)   ;Negate
48DB:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
48DD:	7A 30 24	DEC ( 30 24)   ;Decrement
48E0:	25 A0		BCS  ,A0   ;Branch if Carry Set
48E2:	14 D6 70	BSET ( D6 70)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
48E5:	25 19		BCS  ,19   ;Branch if Carry Set
48E7:	18 4 4	BCS  , 4   ;Branch if Carry Set
48E9:	22 5E		BHI ,5E   ;Branch if Higher
48EB:	B8 88 15	EORA ( 88 15)   ;Exclusive OR Accumulator A
48EE:	F9 EE F3	ADCB ( EE F3)   ;Add with Carry to Accumulator B
48F1:	27 7		BEQ ,7   ;Branch if Equal
48F3:	5E AA		BEQ ,AA   ;Branch if Equal
48F5:	10		SBA	   ;Substract Accumulators
48F6:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
48F8:	80 26		SUBA ,26   ;Substract Accumulator A
48FA:	A1 12		CMPA (12,X)   ;Compare Accumulator A
48FC:	A9 26		ADCA (26,X)   ;Add with Carry to Accumulator A
48FE:	D6 82		LDAB (82)   ;Load Accumulator B
4900:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4902:	9C 92		CPX (92)   ;Compare Index Register X
4904:	20 45		BRA ,45   ;Branch Always
4906:	D6 70		LDAB (70)   ;Load Accumulator B
4908:	25 19		BCS  ,19   ;Branch if Carry Set
490A:	18 4 4	BCS  , 4   ;Branch if Carry Set
490C:	22 5E		BHI ,5E   ;Branch if Higher
490E:	B8 84 15	EORA ( 84 15)   ;Exclusive OR Accumulator A
4911:	F9 EE F3	ADCB ( EE F3)   ;Add with Carry to Accumulator B
4914:	27 7		BEQ ,7   ;Branch if Equal
4916:	5E AA		BEQ ,AA   ;Branch if Equal
4918:	C		CLC	   ;Clear Carry
4919:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
491B:	80 26		SUBA ,26   ;Substract Accumulator A
491D:	A1 12		CMPA (12,X)   ;Compare Accumulator A
491F:	A9 26		ADCA (26,X)   ;Add with Carry to Accumulator A
4921:	D6 82		LDAB (82)   ;Load Accumulator B
4923:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4925:	7E 80 1D	JMP ( 80 1D)   ;Jump
4928:	FC 80 84	LDD ( 80 84)   ;Load Double Accumulator
492B:	FC AA D6	LDD ( AA D6)   ;Load Double Accumulator
492E:	70 2C 4	NEG ( 2C 4)   ;Negate
4931:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4933:	79 C4 15	ROL ( C4 15)   ;Rotate Left
4936:	F8 79 F4	EORB ( 79 F4)   ;Exclusive OR Accumulator B
4939:	26 8		BNE ,8   ;Branch if Not Equal to Zero
493B:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
493D:	FD AA C	STD ( AA C)   ;Store Double Accumulator
4940:	4		LSRD	   ;Logical Shift Right Double Accumulator
4941:	0		TEST	   ;Test Operation (Test Mode Only)
4942:	AA AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
4944:	14 1D F8	BSET ( 1D F8)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
4947:	9C 92		CPX (92)   ;Compare Index Register X
4949:	20 26		BRA ,26   ;Branch Always
494B:	41 1		BRA ,1   ;Branch Always
494D:	25 22		BCS  ,22   ;Branch if Carry Set
494F:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4951:	96 16		LDAA (16)   ;Load Accumulator A
4953:	26 33		BNE ,33   ;Branch if Not Equal to Zero
4955:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4957:	97 8		STAA (8)   ;Store Accumulator A
4959:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
495B:	97 80		STAA (80)   ;Store Accumulator A
495D:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
495F:	21 70		BRN ,70   ;Branch Never
4961:	25 16		BCS  ,16   ;Branch if Carry Set
4963:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4965:	22 80		BHI ,80   ;Branch if Higher
4967:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4969:	96 90		LDAA (90)   ;Load Accumulator A
496B:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
496D:	97 13		STAA (13)   ;Store Accumulator A
496F:	20 8		BRA ,8   ;Branch Always
4971:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4973:	96 13		LDAA (13)   ;Load Accumulator A
4975:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4977:	97 13		STAA (13)   ;Store Accumulator A
4979:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
497B:	9C 80		CPX (80)   ;Compare Index Register X
497D:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
497F:	7E 81 18	JMP ( 81 18)   ;Jump
4982:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
4983:	77 1D F8	ASR ( 1D F8)   ;Arithmetic shift Right
4986:	7E 90 60	JMP ( 90 60)   ;Jump
4989:	A		CLV	   ;Clear Twos-Complement Overflow Bit
498A:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
498C:	7A 70 24	DEC ( 70 24)   ;Decrement
498F:	A		CLV	   ;Clear Twos-Complement Overflow Bit
4990:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4992:	79 F2 26	ROL ( F2 26)   ;Rotate Left
4995:	4		LSRD	   ;Logical Shift Right Double Accumulator
4996:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4998:	79 D3 A8	ROL ( D3 A8)   ;Rotate Left
499B:	13 1D		BRCLR (1D)   ;Branch if Bit(s) Clear
499D:	F8 A0 16	EORB ( A0 16)   ;Exclusive OR Accumulator B
49A0:	27 6		BEQ ,6   ;Branch if Equal
49A2:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
49A4:	A0 C		SUBA (C,X)   ;Substract Accumulator A
49A6:	20 46		BRA ,46   ;Branch Always
49A8:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
49AA:	79 F3 26	ROL ( F3 26)   ;Rotate Left
49AD:	40		NEGA	   ;Negate Accumulator A
49AE:	15 F7		BCLR ,F7   ;Clear Bit(s) in Memory
49B0:	5E 81		BCLR ,81   ;Clear Bit(s) in Memory
49B2:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
49B4:	25 71		BCS  ,71   ;Branch if Carry Set
49B6:	25 36		BCS  ,36   ;Branch if Carry Set
49B8:	5C		INCB	   ;Increment Accumulator B
49B9:	AA 0		ORAA (0,X)   ;Inclusive OR Accumulator A
49BB:	60 A		NEG (A,X)   ;Negate
49BD:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
49BF:	7A 30 24	DEC ( 30 24)   ;Decrement
49C2:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
49C3:	A0 14		SUBA (14,X)   ;Substract Accumulator A
49C5:	5C		INCB	   ;Increment Accumulator B
49C6:	AA 2C		ORAA (2C,X)   ;Inclusive OR Accumulator A
49C8:	5E AA		ORAA (AA,X)   ;Inclusive OR Accumulator A
49CA:	14 1D FC	BSET ( 1D FC)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
49CD:	80 26		SUBA ,26   ;Substract Accumulator A
49CF:	18 4 4	SUBA , 4   ;Substract Accumulator A
49D1:	26 A1		BNE ,A1   ;Branch if Not Equal to Zero
49D3:	85 18		BITA ,18   ;Bit test Accumulator A
49D5:	4		LSRD	   ;Logical Shift Right Double Accumulator
49D6:	54		LSRB	   ;Logical Shift Right Accumulator B
49D7:	A5 80		BITA (80,X)   ;Bit test Accumulator A
49D9:	AC 86		CPX (86,X)   ;Compare Index Register X
49DB:	A0 12		SUBA (12,X)   ;Substract Accumulator A
49DD:	A8 26		EORA (26,X)   ;Exclusive OR Accumulator A
49DF:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
49E1:	80 26		SUBA ,26   ;Substract Accumulator A
49E3:	18 4 4	SUBA , 4   ;Substract Accumulator A
49E5:	67 A0		ASR (A0,X)   ;Arithmetic shift Right
49E7:	12 A0 10 A8	BRSET ( A0 10 A8)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
49EB:	19		DAA	   ;Decimal Adjust Accumulator A
49EC:	A8 19		EORA (19,X)   ;Exclusive OR Accumulator A
49EE:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
49F0:	9E 90		LDS (90)   ;Load Stack Pointer
49F2:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
49F4:	92 82		SBCA (82)   ;Substract with Carry Accumulator A
49F6:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
49F8:	17		TBA	   ;Transfer from Accumulator B to Accumulator A
49F9:	72		TBA	   ;Transfer from Accumulator B to Accumulator A
49FA:	25 30		BCS  ,30   ;Branch if Carry Set
49FC:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
49FE:	A2 16		SBCA (16,X)   ;Substract with Carry Accumulator A
4A00:	26 2A		BNE ,2A   ;Branch if Not Equal to Zero
4A02:	15 F7		BCLR ,F7   ;Clear Bit(s) in Memory
4A04:	5E 81		BCLR ,81   ;Clear Bit(s) in Memory
4A06:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4A08:	29 71		BVS71   ;Branch if Overflow Set
4A0A:	24 20		BCC   ,20   ;Branch if Carry Clear
4A0C:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4A0E:	27 71		BEQ ,71   ;Branch if Equal
4A10:	25 1A		BCS  ,1A   ;Branch if Carry Set
4A12:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
4A14:	A6 80		LDAA (80,X)   ;Load Accumulator A
4A16:	5E AA		LDAA (AA,X)   ;Load Accumulator A
4A18:	98 1D		EORA (1D)   ;Exclusive OR Accumulator A
4A1A:	FC 80 26	LDD ( 80 26)   ;Load Double Accumulator
4A1D:	18 4 4 22	LDD ( 4 22)   ;Load Double Accumulator
4A20:	80 FC		SUBA ,FC   ;Substract Accumulator A
4A22:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4A24:	A3 70		SUBD (70,X)   ;Substract Double Accumulator
4A26:	25 4		BCS  ,4   ;Branch if Carry Set
4A28:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4A2A:	A3 90		SUBD (90,X)   ;Substract Double Accumulator
4A2C:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4A2E:	79 F5 36	ROL ( F5 36)   ;Rotate Left
4A31:	2		IDIV	   ;Integer Divide
4A32:	9F 15		STS (15)   ;Store Stack Pointer
4A34:	F7 5E 80	STAB ( 5E 80)   ;Store Accumulator B
4A37:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4A39:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
4A3A:	70 25 6	NEG ( 25 6)   ;Negate
4A3D:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4A3F:	76 C6 20	ROR ( C6 20)   ;Rotate Right
4A42:	4		LSRD	   ;Logical Shift Right Double Accumulator
4A43:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4A45:	76 D6 15	ROR ( D6 15)   ;Rotate Right
4A48:	F7 2A 80	STAB ( 2A 80)   ;Store Accumulator B
4A4B:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4A4D:	36		PSHA	   ;Push Accumulator A onto Stack
4A4E:	70 24 6	NEG ( 24 6)   ;Negate
4A51:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4A53:	76 C5 20	ROR ( C5 20)   ;Rotate Right
4A56:	4		LSRD	   ;Logical Shift Right Double Accumulator
4A57:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4A59:	76 D5 15	ROR ( D5 15)   ;Rotate Right
4A5C:	F8 74 F4	EORB ( 74 F4)   ;Exclusive OR Accumulator B
4A5F:	26 7C		BNE ,7C   ;Branch if Not Equal to Zero
4A61:	15 F7		BCLR ,F7   ;Clear Bit(s) in Memory
4A63:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
4A64:	83 15 BA	SUBD , 15 BA   ;Substract Double Accumulator
4A67:	34		DES	   ;Decrement Stack Pointer
4A68:	73 24 64	COM ( 24 64)   ;Complement
4A6B:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4A6D:	76 F6 27	ROR ( F6 27)   ;Rotate Right
4A70:	24 15		BCC   ,15   ;Branch if Carry Clear
4A72:	F8 76 F5	EORB ( 76 F5)   ;Exclusive OR Accumulator B
4A75:	27 24		BEQ ,24   ;Branch if Equal
4A77:	15 F7		BCLR ,F7   ;Clear Bit(s) in Memory
4A79:	5A		DECB	   ;Decrement Accumulator B
4A7A:	80 15		SUBA ,15   ;Substract Accumulator A
4A7C:	BA 3C 70	ORAA ( 3C 70)   ;Inclusive OR Accumulator A
4A7F:	25 1A		BCS  ,1A   ;Branch if Carry Set
4A81:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4A83:	78 F2 26	ASL ( F2 26)   ;Arithmetic shift Left
4A86:	14 15 F8	BSET ( 15 F8)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
4A89:	76 F3 26	ROR ( F3 26)   ;Rotate Right
4A8C:	42 15 F7	ROR ( 15 F7)   ;Rotate Right
4A8F:	E		CLI	   ;Clear Interrupt Mask
4A90:	F0 26 E	SUBB ( 26 E)   ;Substract Accumulator B
4A93:	20 3A		BRA ,3A   ;Branch Always
4A95:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4A97:	76 C3 20	ROR ( C3 20)   ;Rotate Right
4A9A:	34		DES	   ;Decrement Stack Pointer
4A9B:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4A9D:	76 D3 20	ROR ( D3 20)   ;Rotate Right
4AA0:	2E 15		BGT ,15   ;Branch if Greater than Zero
4AA2:	F8 74 C5	EORB ( 74 C5)   ;Exclusive OR Accumulator B
4AA5:	26 E		BNE ,E   ;Branch if Not Equal to Zero
4AA7:	1D BA		BCLR (BA,X)   ;Clear Bit(s) in Memory
4AA9:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
4AAA:	86 1D		LDAA ,1D   ;Load Accumulator A
4AAC:	F8 AE 96	EORB ( AE 96)   ;Exclusive OR Accumulator B
4AAF:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4AB1:	B0 13 20	SUBA ( 13 20)   ;Substract Accumulator A
4AB4:	14 1D F8	BSET ( 1D F8)   ;Set Bit(s) in Memory   -   Formato standard : BSET (dd) (mm) -> BSET (dd mm)
4AB7:	AE 16		LDS (16,X)   ;Load Stack Pointer
4AB9:	27 14		BEQ ,14   ;Branch if Equal
4ABB:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4ABD:	AE C		LDS (C,X)   ;Load Stack Pointer
4ABF:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4AC1:	B0 80 15	SUBA ( 80 15)   ;Substract Accumulator A
4AC4:	BA 3B 70	ORAA ( 3B 70)   ;Inclusive OR Accumulator A
4AC7:	24 6		BCC   ,6   ;Branch if Carry Clear
4AC9:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4ACB:	74 C3 20	LSR ( C3 20)   ;Logical Shift Right
4ACE:	E		CLI	   ;Clear Interrupt Mask
4ACF:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4AD1:	74 F5 27	LSR ( F5 27)   ;Logical Shift Right
4AD4:	4		LSRD	   ;Logical Shift Right Double Accumulator
4AD5:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4AD7:	74 C4 15	LSR ( C4 15)   ;Logical Shift Right
4ADA:	F8 74 D3	EORB ( 74 D3)   ;Exclusive OR Accumulator B
4ADD:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4ADF:	92 80		SBCA (80)   ;Substract with Carry Accumulator A
4AE1:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4AE3:	18 70 70	BCLR , 70   ;Clear Bit(s) in Memory
4AE5:	35		TXS	   ;Transfer from Index Register X to Stack Pointer
4AE6:	0		TEST	   ;Test Operation (Test Mode Only)
4AE7:	DF 15		STX (15)   ;Store Index Register X
4AE9:	F8 76 80	EORB ( 76 80)   ;Exclusive OR Accumulator B
4AEC:	4		LSRD	   ;Logical Shift Right Double Accumulator
4AED:	60 60		NEG (60,X)   ;Negate
4AEF:	4		LSRD	   ;Logical Shift Right Double Accumulator
4AF0:	60 50		NEG (50,X)   ;Negate
4AF2:	36		PSHA	   ;Push Accumulator A onto Stack
4AF3:	0		TEST	   ;Test Operation (Test Mode Only)
4AF4:	D2 15		SBCB (15)   ;Substract with Carry Accumulator B
4AF6:	F7 5A 80	STAB ( 5A 80)   ;Store Accumulator B
4AF9:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4AFB:	3C		PSHX	   ;Push Index Register X onto Stack
4AFC:	70 35 0	NEG ( 35 0)   ;Negate
4AFF:	C7 15 F7	NEG ( 15 F7)   ;Negate
4B02:	E		CLI	   ;Clear Interrupt Mask
4B03:	80 4		SUBA ,4   ;Substract Accumulator A
4B05:	1		NOP	   ;No Operation
4B06:	60 4		NEG (4,X)   ;Negate
4B08:	41 50		NEG (50,X)   ;Negate
4B0A:	36		PSHA	   ;Push Accumulator A onto Stack
4B0B:	0		TEST	   ;Test Operation (Test Mode Only)
4B0C:	BA 15 F8	ORAA ( 15 F8)   ;Inclusive OR Accumulator A
4B0F:	7A 80 15	DEC ( 80 15)   ;Decrement
4B12:	F8 89 70	EORB ( 89 70)   ;Exclusive OR Accumulator B
4B15:	36		PSHA	   ;Push Accumulator A onto Stack
4B16:	0		TEST	   ;Test Operation (Test Mode Only)
4B17:	AF 15		STS (15,X)   ;Store Stack Pointer
4B19:	FB E0 80	ADDB ( E0 80)   ;Add without Carry to Accumulator B
4B1C:	4		LSRD	   ;Logical Shift Right Double Accumulator
4B1D:	78 50 36	ASL ( 50 36)   ;Arithmetic shift Left
4B20:	0		TEST	   ;Test Operation (Test Mode Only)
4B21:	A5 15		BITA (15,X)   ;Bit test Accumulator A
4B23:	FB E3 80	ADDB ( E3 80)   ;Add without Carry to Accumulator B
4B26:	4		LSRD	   ;Logical Shift Right Double Accumulator
4B27:	1		NOP	   ;No Operation
4B28:	50		NEGB	   ;Negate Accumulator B
4B29:	36		PSHA	   ;Push Accumulator A onto Stack
4B2A:	0		TEST	   ;Test Operation (Test Mode Only)
4B2B:	9B 60		ADDA (60)   ;Add without Carry to Accumulator A
4B2D:	A		CLV	   ;Clear Twos-Complement Overflow Bit
4B2E:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4B30:	7A 30 24	DEC ( 30 24)   ;Decrement
4B33:	2		IDIV	   ;Integer Divide
4B34:	A0 14		SUBA (14,X)   ;Substract Accumulator A
4B36:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4B38:	37		PSHB	   ;Push Accumulator B onto Stack
4B39:	70 34 0	NEG ( 34 0)   ;Negate
4B3C:	8A 15		ORAA ,15   ;Inclusive OR Accumulator A
4B3E:	F8 B1 8	EORB ( B1 8)   ;Exclusive OR Accumulator B
4B41:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4B43:	B1 80 15	CMPA ( 80 15)   ;Compare Accumulator A
4B46:	BA 38 70	ORAA ( 38 70)   ;Inclusive OR Accumulator A
4B49:	36		PSHA	   ;Push Accumulator A onto Stack
4B4A:	0		TEST	   ;Test Operation (Test Mode Only)
4B4B:	7F 15 F8	CLR ( 15 F8)   ;Clear
4B4E:	7E 80 2A	JMP ( 80 2A)   ;Jump
4B51:	2		IDIV	   ;Integer Divide
4B52:	A0 14		SUBA (14,X)   ;Substract Accumulator A
4B54:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
4B56:	80 84		SUBA ,84   ;Substract Accumulator A
4B58:	F4 AA EA	ANDB ( AA EA)   ;Logical AND with Accumulator B
4B5B:	A8 C		EORA (C,X)   ;Exclusive OR Accumulator A
4B5D:	0		TEST	   ;Test Operation (Test Mode Only)
4B5E:	80 20		SUBA ,20   ;Substract Accumulator A
4B60:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4B62:	7E 16 2A	JMP ( 16 2A)   ;Jump
4B65:	2		IDIV	   ;Integer Divide
4B66:	A8 14		EORA (14,X)   ;Exclusive OR Accumulator A
4B68:	A0 13		SUBA (13,X)   ;Substract Accumulator A
4B6A:	A8 82		EORA (82,X)   ;Exclusive OR Accumulator A
4B6C:	A0 10		SUBA (10,X)   ;Substract Accumulator A
4B6E:	5E FB		SUBA (FB,X)   ;Substract Accumulator A
4B70:	61 D6		SUBA (D6,X)   ;Substract Accumulator A
4B72:	81 18		CMPA ,18   ;Compare Accumulator A
4B74:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
4B75:	93 15		SUBD (15)   ;Substract Double Accumulator
4B77:	BA 3A 81	ORAA ( 3A 81)   ;Inclusive OR Accumulator A
4B7A:	A1 70		CMPA (70,X)   ;Compare Accumulator A
4B7C:	2F 15		BLE ,15   ;Branch if Less than or Equal to Zero
4B7E:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4B80:	39		RTS	   ;Return from Subroutine
4B81:	81 A1		CMPA ,A1   ;Compare Accumulator A
4B83:	70 2C D	NEG ( 2C D)   ;Negate
4B86:	D6 90		LDAB (90)   ;Load Accumulator B
4B88:	AA 81		ORAA (81,X)   ;Inclusive OR Accumulator A
4B8A:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4B8C:	7E 80 18	JMP ( 80 18)   ;Jump
4B8F:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
4B90:	85 20		BITA ,20   ;Bit test Accumulator A
4B92:	12 D6 80 D6	BRSET ( D6 80 D6)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
4B96:	91 18		CMPA (18)   ;Compare Accumulator A
4B98:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
4B99:	9F 15		STS (15)   ;Store Stack Pointer
4B9B:	F8 7E 81	EORB ( 7E 81)   ;Exclusive OR Accumulator B
4B9E:	18 5 5 93	EORB ( 5 93)   ;Exclusive OR Accumulator B
4BA1:	A0 12		SUBA (12,X)   ;Substract Accumulator A
4BA3:	A0 10		SUBA (10,X)   ;Substract Accumulator A
4BA5:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4BA7:	7E 90 2A	JMP ( 90 2A)   ;Jump
4BAA:	2		IDIV	   ;Integer Divide
4BAB:	A8 14		EORA (14,X)   ;Exclusive OR Accumulator A
4BAD:	A0 10		SUBA (10,X)   ;Substract Accumulator A
4BAF:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
4BB1:	80 84		SUBA ,84   ;Substract Accumulator A
4BB3:	F4 AA E9	ANDB ( AA E9)   ;Logical AND with Accumulator B
4BB6:	70 25 6	NEG ( 25 6)   ;Negate
4BB9:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4BBB:	B0 8 20	SUBA ( 8 20)   ;Substract Accumulator A
4BBE:	8		INX	   ;Increment Index Register X
4BBF:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4BC1:	3B		RTI	   ;Return from Interrupt
4BC2:	80 15		SUBA ,15   ;Substract Accumulator A
4BC4:	F8 B0 90	EORB ( B0 90)   ;Exclusive OR Accumulator B
4BC7:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4BC9:	B1 13 15	CMPA ( 13 15)   ;Compare Accumulator A
4BCC:	F8 90 80	EORB ( 90 80)   ;Exclusive OR Accumulator B
4BCF:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4BD1:	93 20		SUBD (20)   ;Substract Double Accumulator
4BD3:	25 12		BCS  ,12   ;Branch if Carry Set
4BD5:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4BD7:	A3 20		SUBD (20,X)   ;Substract Double Accumulator
4BD9:	25 C		BCS  ,C   ;Branch if Carry Set
4BDB:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4BDD:	AA 20		ORAA (20,X)   ;Inclusive OR Accumulator A
4BDF:	25 6		BCS  ,6   ;Branch if Carry Set
4BE1:	15 F6		BCLR ,F6   ;Clear Bit(s) in Memory
4BE3:	B7 20 24	STAA ( 20 24)   ;Store Accumulator A
4BE6:	2		IDIV	   ;Integer Divide
4BE7:	50		NEGB	   ;Negate Accumulator B
4BE8:	FF A0 12	STX ( A0 12)   ;Store Index Register X
4BEB:	A0 10		SUBA (10,X)   ;Substract Accumulator A
4BED:	A8 1B		EORA (1B,X)   ;Exclusive OR Accumulator A
4BEF:	15 FB		BCLR ,FB   ;Clear Bit(s) in Memory
4BF1:	61 81		BCLR ,81   ;Clear Bit(s) in Memory
4BF3:	A1 12		CMPA (12,X)   ;Compare Accumulator A
4BF5:	A1 10		CMPA (10,X)   ;Compare Accumulator A
4BF7:	A9 19		ADCA (19,X)   ;Add with Carry to Accumulator A
4BF9:	18 5 5	ADCA ( 5,X)   ;Add with Carry to Accumulator A
4BFB:	77 1D F8	ASR ( 1D F8)   ;Arithmetic shift Right
4BFE:	9E 81		LDS (81)   ;Load Stack Pointer
4C00:	A9 19		ADCA (19,X)   ;Add with Carry to Accumulator A
4C02:	18 5 5	ADCA ( 5,X)   ;Add with Carry to Accumulator A
4C04:	77 A8 82	ASR ( A8 82)   ;Arithmetic shift Right
4C07:	2A 2		BPL ,2   ;Branch if Plus
4C09:	AA 13		ORAA (13,X)   ;Inclusive OR Accumulator A
4C0B:	AA 1A		ORAA (1A,X)   ;Inclusive OR Accumulator A
4C0D:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4C0F:	1B		ABA	   ;Add Accumulator B to Accumulator A
4C10:	81 1D		CMPA ,1D   ;Compare Accumulator A
4C12:	FC 80 84	LDD ( 80 84)   ;Load Double Accumulator
4C15:	F4 AA E1	ANDB ( AA E1)   ;Logical AND with Accumulator B
4C18:	31		INS	   ;Increment Stack Pointer
4C19:	24 2		BCC   ,2   ;Branch if Carry Clear
4C1B:	A1 13		CMPA (13,X)   ;Compare Accumulator A
4C1D:	A1 10		CMPA (10,X)   ;Compare Accumulator A
4C1F:	A1 13		CMPA (13,X)   ;Compare Accumulator A
4C21:	A9 72		ADCA (72,X)   ;Add with Carry to Accumulator A
4C23:	25 2		BCS  ,2   ;Branch if Carry Set
4C25:	A9 82		ADCA (82,X)   ;Add with Carry to Accumulator A
4C27:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4C29:	80 92		SUBA ,92   ;Substract Accumulator A
4C2B:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4C2D:	7E 81 A9	JMP ( 81 A9)   ;Jump
4C30:	19		DAA	   ;Decimal Adjust Accumulator A
4C31:	18 5		DAA	   ;Decimal Adjust Accumulator A
4C32:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
4C33:	77 A8 16	ASR ( A8 16)   ;Arithmetic shift Right
4C36:	2A 2		BPL ,2   ;Branch if Plus
4C38:	A8 13		EORA (13,X)   ;Exclusive OR Accumulator A
4C3A:	A8 1A		EORA (1A,X)   ;Exclusive OR Accumulator A
4C3C:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4C3E:	1B		ABA	   ;Add Accumulator B to Accumulator A
4C3F:	81 A1		CMPA ,A1   ;Compare Accumulator A
4C41:	12 A1 10 A9	BRSET ( A1 10 A9)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
4C45:	70 25 2	NEG ( 25 2)   ;Negate
4C48:	A9 80		ADCA (80,X)   ;Add with Carry to Accumulator A
4C4A:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4C4C:	86 90		LDAA ,90   ;Load Accumulator A
4C4E:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4C50:	1B		ABA	   ;Add Accumulator B to Accumulator A
4C51:	80 15		SUBA ,15   ;Substract Accumulator A
4C53:	F8 80 30	EORB ( 80 30)   ;Exclusive OR Accumulator B
4C56:	24 2		BCC   ,2   ;Branch if Carry Clear
4C58:	A0 13		SUBA (13,X)   ;Substract Accumulator A
4C5A:	15 F7		BCLR ,F7   ;Clear Bit(s) in Memory
4C5C:	E		CLI	   ;Clear Interrupt Mask
4C5D:	F0 27 2C	SUBB ( 27 2C)   ;Substract Accumulator B
4C60:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4C62:	92 81		SBCA (81)   ;Substract with Carry Accumulator A
4C64:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4C66:	20 71		BRA ,71   ;Branch Always
4C68:	25 22		BCS  ,22   ;Branch if Carry Set
4C6A:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4C6C:	1F 81		BRCLR (81,X)   ;Branch if Bit(s) Clear
4C6E:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4C70:	89 21		ADCA ,21   ;Add with Carry to Accumulator A
4C72:	25 18		BCS  ,18   ;Branch if Carry Set
4C74:	15 F7		BCLR ,F7   ;Clear Bit(s) in Memory
4C76:	A		CLV	   ;Clear Twos-Complement Overflow Bit
4C77:	71		CLV	   ;Clear Twos-Complement Overflow Bit
4C78:	24 12		BCC   ,12   ;Branch if Carry Clear
4C7A:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
4C7C:	80 84		SUBA ,84   ;Substract Accumulator A
4C7E:	F4 AA E1	ANDB ( AA E1)   ;Logical AND with Accumulator B
4C81:	70 25 8	NEG ( 25 8)   ;Negate
4C84:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
4C86:	80 84		SUBA ,84   ;Substract Accumulator A
4C88:	F4 AA E1	ANDB ( AA E1)   ;Logical AND with Accumulator B
4C8B:	80 40		SUBA ,40   ;Substract Accumulator A
4C8D:	7F 25 2	CLR ( 25 2)   ;Clear
4C90:	50		NEGB	   ;Negate Accumulator B
4C91:	7F 15 F8	CLR ( 15 F8)   ;Clear
4C94:	9A 90		ORAA (90)   ;Inclusive OR Accumulator A
4C96:	50		NEGB	   ;Negate Accumulator B
4C97:	7F 15 F7	CLR ( 15 F7)   ;Clear
4C9A:	E		CLI	   ;Clear Interrupt Mask
4C9B:	F0 27 4	SUBB ( 27 4)   ;Substract Accumulator B
4C9E:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4CA0:	1E 80 15 F8	BRSET ( 80 15 F8,X)   ;Branch if Bit(s) Set   -  Formato standard : BRSET (ff,X) (mm) (rr) -> BRSET (mm rr ff,X)
4CA4:	9B 90		ADDA (90)   ;Add without Carry to Accumulator A
4CA6:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4CA8:	7E 81 2B	JMP ( 81 2B)   ;Jump
4CAB:	10		SBA	   ;Substract Accumulators
4CAC:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4CAE:	9A 71		ORAA (71)   ;Inclusive OR Accumulator A
4CB0:	25 20		BCS  ,20   ;Branch if Carry Set
4CB2:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4CB4:	9A 80		ORAA (80)   ;Inclusive OR Accumulator A
4CB6:	A0 12		SUBA (12,X)   ;Substract Accumulator A
4CB8:	A0 10		SUBA (10,X)   ;Substract Accumulator A
4CBA:	20 12		BRA ,12   ;Branch Always
4CBC:	A1 14		CMPA (14,X)   ;Compare Accumulator A
4CBE:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4CC0:	9B 71		ADDA (71)   ;Add without Carry to Accumulator A
4CC2:	23 E		BLS ,E   ;Branch if Lower or Same
4CC4:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4CC6:	9B 80		ADDA (80)   ;Add without Carry to Accumulator A
4CC8:	A0 12		SUBA (12,X)   ;Substract Accumulator A
4CCA:	A0 10		SUBA (10,X)   ;Substract Accumulator A
4CCC:	A8 14		EORA (14,X)   ;Exclusive OR Accumulator A
4CCE:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4CD0:	7E 90 15	JMP ( 90 15)   ;Jump
4CD3:	F8 79 F5	EORB ( 79 F5)   ;Exclusive OR Accumulator B
4CD6:	27 7A		BEQ ,7A   ;Branch if Equal
4CD8:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4CDA:	7E 80 15	JMP ( 80 15)   ;Jump
4CDD:	FB 61 81	ADDB ( 61 81)   ;Add without Carry to Accumulator B
4CE0:	18 5 5 93	ADDB ( 5 93)   ;Add without Carry to Accumulator B
4CE3:	A0 12		SUBA (12,X)   ;Substract Accumulator A
4CE5:	A0 10		SUBA (10,X)   ;Substract Accumulator A
4CE7:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4CE9:	90 81		SUBA (81)   ;Substract Accumulator A
4CEB:	A1 12		CMPA (12,X)   ;Compare Accumulator A
4CED:	A1 10		CMPA (10,X)   ;Compare Accumulator A
4CEF:	A8 19		EORA (19,X)   ;Exclusive OR Accumulator A
4CF1:	A9 1B		ADCA (1B,X)   ;Add with Carry to Accumulator A
4CF3:	18 5 5	ADCA ( 5,X)   ;Add with Carry to Accumulator A
4CF5:	77 A8 16	ASR ( A8 16)   ;Arithmetic shift Right
4CF8:	2A 2		BPL ,2   ;Branch if Plus
4CFA:	A8 13		EORA (13,X)   ;Exclusive OR Accumulator A
4CFC:	A8 1A		EORA (1A,X)   ;Exclusive OR Accumulator A
4CFE:	A0 10		SUBA (10,X)   ;Substract Accumulator A
4D00:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4D02:	8F		XGDX	   ;Exchange Double Accumulator and Index Register X
4D03:	90 15		SUBA (15)   ;Substract Accumulator A
4D05:	F8 77 F7	EORB ( 77 F7)   ;Exclusive OR Accumulator B
4D08:	26 14		BNE ,14   ;Branch if Not Equal to Zero
4D0A:	15 F7		BCLR ,F7   ;Clear Bit(s) in Memory
4D0C:	4D		TSTA	   ;Test Accumulator A
4D0D:	80 5E		SUBA ,5E   ;Substract Accumulator A
4D0F:	AA 34		ORAA (34,X)   ;Inclusive OR Accumulator A
4D11:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
4D13:	80 26		SUBA ,26   ;Substract Accumulator A
4D15:	18 1 1	SUBA , 1   ;Substract Accumulator A
4D17:	5F		CLRB	   ;Clear Accumulator B
4D18:	A0 12		SUBA (12,X)   ;Substract Accumulator A
4D1A:	A0 10		SUBA (10,X)   ;Substract Accumulator A
4D1C:	20 30		BRA ,30   ;Branch Always
4D1E:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4D20:	8F		XGDX	   ;Exchange Double Accumulator and Index Register X
4D21:	80 A0		SUBA ,A0   ;Substract Accumulator A
4D23:	12 A0 10 1D	BRSET ( A0 10 1D)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
4D27:	F8 7C 81	EORB ( 7C 81)   ;Exclusive OR Accumulator B
4D2A:	A8 71		EORA (71,X)   ;Exclusive OR Accumulator A
4D2C:	25 10		BCS  ,10   ;Branch if Carry Set
4D2E:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
4D30:	80 84		SUBA ,84   ;Substract Accumulator A
4D32:	FC AA D4	LDD ( AA D4)   ;Load Double Accumulator
4D35:	31		INS	   ;Increment Stack Pointer
4D36:	25 16		BCS  ,16   ;Branch if Carry Set
4D38:	A8 71		EORA (71,X)   ;Exclusive OR Accumulator A
4D3A:	25 12		BCS  ,12   ;Branch if Carry Set
4D3C:	20 E		BRA ,E   ;Branch Always
4D3E:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
4D40:	80 84		SUBA ,84   ;Substract Accumulator A
4D42:	FC AA D4	LDD ( AA D4)   ;Load Double Accumulator
4D45:	21 25		BRN ,25   ;Branch Never
4D47:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
4D48:	A8 71		EORA (71,X)   ;Exclusive OR Accumulator A
4D4A:	24 2		BCC   ,2   ;Branch if Carry Clear
4D4C:	A9 80		ADCA (80,X)   ;Add with Carry to Accumulator A
4D4E:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4D50:	7C 90 1D	INC ( 90 1D)   ;Increment
4D53:	F8 86 80	EORB ( 86 80)   ;Exclusive OR Accumulator B
4D56:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4D58:	79 F5 27	ROL ( F5 27)   ;Rotate Left
4D5B:	4		LSRD	   ;Logical Shift Right Double Accumulator
4D5C:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4D5E:	7C 80 1D	INC ( 80 1D)   ;Increment
4D61:	F8 84 90	EORB ( 84 90)   ;Exclusive OR Accumulator B
4D64:	5E B8 40	EORB ( B8 40)   ;Exclusive OR Accumulator B
4D67:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4D69:	84 80		ANDA ,80   ;Logical AND with Accumulator A
4D6B:	18 4 4	ANDA , 4   ;Logical AND with Accumulator A
4D6D:	26 A1		BNE ,A1   ;Branch if Not Equal to Zero
4D6F:	85 18		BITA ,18   ;Bit test Accumulator A
4D71:	4		LSRD	   ;Logical Shift Right Double Accumulator
4D72:	54		LSRB	   ;Logical Shift Right Accumulator B
4D73:	A5 80		BITA (80,X)   ;Bit test Accumulator A
4D75:	5E B8		BITA (B8,X)   ;Bit test Accumulator A
4D77:	48		ASLA	   ;Arithmetic shift Left Accumulator A
4D78:	A0 12		SUBA (12,X)   ;Substract Accumulator A
4D7A:	A8 26		EORA (26,X)   ;Exclusive OR Accumulator A
4D7C:	18 4 4	EORA ( 4,X)   ;Exclusive OR Accumulator A
4D7E:	73 15 BA	COM ( 15 BA)   ;Complement
4D81:	1A 70 70 24	COM ( 70 24)   ;Complement
4D84:	4		LSRD	   ;Logical Shift Right Double Accumulator
4D85:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4D87:	1A 80 80	BCLR , 80   ;Clear Bit(s) in Memory
4D89:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4D8B:	88 90		EORA ,90   ;Exclusive OR Accumulator A
4D8D:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4D8F:	6C 81		INC (81,X)   ;Increment
4D91:	49		ROLA	   ;Rotate Left Accumulator A
4D92:	1		NOP	   ;No Operation
4D93:	F0 25 3	SUBB ( 25 3)   ;Substract Accumulator B
4D96:	59		ROLB	   ;Rotate Left Accumulator B
4D97:	1		NOP	   ;No Operation
4D98:	F0 A9 19	SUBB ( A9 19)   ;Substract Accumulator B
4D9B:	4		LSRD	   ;Logical Shift Right Double Accumulator
4D9C:	FC 31 15	LDD ( 31 15)   ;Load Double Accumulator
4D9F:	F8 6E 91	EORB ( 6E 91)   ;Exclusive OR Accumulator B
4DA2:	A8 13		EORA (13,X)   ;Exclusive OR Accumulator A
4DA4:	15 FB		BCLR ,FB   ;Clear Bit(s) in Memory
4DA6:	E3 F0		ADDD (F0,X)   ;Add to Double Accumulator
4DA8:	26 37		BNE ,37   ;Branch if Not Equal to Zero
4DAA:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4DAC:	2A 80		BPL ,80   ;Branch if Plus
4DAE:	4		LSRD	   ;Logical Shift Right Double Accumulator
4DAF:	9A A8		ORAA (A8)   ;Inclusive OR Accumulator A
4DB1:	48		ASLA	   ;Arithmetic shift Left Accumulator A
4DB2:	78 0 25	ASL ( 0 25)   ;Arithmetic shift Left
4DB5:	3		FDIV	   ;Fractional Divide
4DB6:	58		ASLB	   ;Arithmetic shift Left Accumulator B
4DB7:	78 0 A8	ASL ( 0 A8)   ;Arithmetic shift Left
4DBA:	1A A0 A0 10	ASL ( A0 10)   ;Arithmetic shift Left
4DBD:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4DBF:	6F 90		CLR (90,X)   ;Clear
4DC1:	5E B8		CLR (B8,X)   ;Clear
4DC3:	70 18 1	NEG ( 18 1)   ;Negate
4DC6:	5F		CLRB	   ;Clear Accumulator B
4DC7:	4		LSRD	   ;Logical Shift Right Double Accumulator
4DC8:	20 20		BRA ,20   ;Branch Always
4DCA:	24 2		BCC   ,2   ;Branch if Carry Clear
4DCC:	50		NEGB	   ;Negate Accumulator B
4DCD:	FF 15 F8	STX ( 15 F8)   ;Store Index Register X
4DD0:	6E A8		JMP (A8,X)   ;Jump
4DD2:	51 10		JMP (10,X)   ;Jump
4DD4:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4DD6:	3E		WAI	   ;Wait for Interrupt
4DD7:	A9 A9		ADCA (A9,X)   ;Add with Carry to Accumulator A
4DD9:	A8 48		EORA (48,X)   ;Exclusive OR Accumulator A
4DDB:	1		NOP	   ;No Operation
4DDC:	0		TEST	   ;Test Operation (Test Mode Only)
4DDD:	25 2		BCS  ,2   ;Branch if Carry Set
4DDF:	50		NEGB	   ;Negate Accumulator B
4DE0:	FF 15 F8	STX ( 15 F8)   ;Store Index Register X
4DE3:	70 90 15	NEG ( 90 15)   ;Negate
4DE6:	F7 5E 81	STAB ( 5E 81)   ;Store Accumulator B
4DE9:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4DEB:	3D		MUL	   ;Multiply Unsigned
4DEC:	71		MUL	   ;Multiply Unsigned
4DED:	25 2C		BCS  ,2C   ;Branch if Carry Set
4DEF:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4DF1:	70 80 15	NEG ( 80 15)   ;Negate
4DF4:	F8 88 30	EORB ( 88 30)   ;Exclusive OR Accumulator B
4DF7:	24 2		BCC   ,2   ;Branch if Carry Clear
4DF9:	A0 14		SUBA (14,X)   ;Substract Accumulator A
4DFB:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4DFD:	72 90		BCLR ,90   ;Clear Bit(s) in Memory
4DFF:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
4E01:	80 84		SUBA ,84   ;Substract Accumulator A
4E03:	F4 AA E7	ANDB ( AA E7)   ;Logical AND with Accumulator B
4E06:	70 25 12	NEG ( 25 12)   ;Negate
4E09:	51 4 5E	NEG ( 4 5E)   ;Negate
4E0C:	B8 8C 18	EORA ( 8C 18)   ;Exclusive OR Accumulator A
4E0F:	4		LSRD	   ;Logical Shift Right Double Accumulator
4E10:	2C A8		BGE  ,A8   ;Branch if Greater than or Equal to Zero
4E12:	13 80		BRCLR (80)   ;Branch if Bit(s) Clear
4E14:	4		LSRD	   ;Logical Shift Right Double Accumulator
4E15:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4E17:	6A 90		DEC (90,X)   ;Decrement
4E19:	20 4		BRA ,4   ;Branch Always
4E1B:	1D BA		BCLR (BA,X)   ;Clear Bit(s) in Memory
4E1D:	10		SBA	   ;Substract Accumulators
4E1E:	80 1D		SUBA ,1D   ;Substract Accumulator A
4E20:	F8 68 90	EORB ( 68 90)   ;Exclusive OR Accumulator B
4E23:	A8 13		EORA (13,X)   ;Exclusive OR Accumulator A
4E25:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
4E27:	4C		INCA	   ;Increment Accumulator A
4E28:	F2 37 1	SBCB ( 37 1)   ;Substract with Carry Accumulator B
4E2B:	5A		DECB	   ;Decrement Accumulator B
4E2C:	58		ASLB	   ;Arithmetic shift Left Accumulator B
4E2D:	80 0		SUBA ,0   ;Substract Accumulator A
4E2F:	15 FB		BCLR ,FB   ;Clear Bit(s) in Memory
4E31:	E3 F0		ADDD (F0,X)   ;Add to Double Accumulator
4E33:	26 3D		BNE ,3D   ;Branch if Not Equal to Zero
4E35:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4E37:	70 81 15	NEG ( 81 15)   ;Negate
4E3A:	F8 88 31	EORB ( 88 31)   ;Exclusive OR Accumulator B
4E3D:	27 37		BEQ ,37   ;Branch if Equal
4E3F:	22 1F		BHI ,1F   ;Branch if Higher
4E41:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4E43:	2A 80		BPL ,80   ;Branch if Plus
4E45:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4E47:	43		COMA	   ;Complement Accumulator A
4E48:	70 24 2B	NEG ( 24 2B)   ;Negate
4E4B:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4E4D:	64 80		LSR (80,X)   ;Logical Shift Right
4E4F:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4E51:	68 20		ASL (20,X)   ;Arithmetic shift Left
4E53:	24 3		BCC   ,3   ;Branch if Carry Clear
4E55:	58		ASLB	   ;Arithmetic shift Left Accumulator B
4E56:	FF FF 5E	STX ( FF 5E)   ;Store Index Register X
4E59:	BA 8 18	ORAA ( 8 18)   ;Inclusive OR Accumulator A
4E5C:	D0 EF		SUBB (EF)   ;Substract Accumulator B
4E5E:	20 12		BRA ,12   ;Branch Always
4E60:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4E62:	64 80		LSR (80,X)   ;Logical Shift Right
4E64:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4E66:	68 30		ASL (30,X)   ;Arithmetic shift Left
4E68:	24 2		BCC   ,2   ;Branch if Carry Clear
4E6A:	A8 13		EORA (13,X)   ;Exclusive OR Accumulator A
4E6C:	5E BA		EORA (BA,X)   ;Exclusive OR Accumulator A
4E6E:	A		CLV	   ;Clear Twos-Complement Overflow Bit
4E6F:	18 D0		CLV	   ;Clear Twos-Complement Overflow Bit
4E70:	D0 F6		SUBB (F6)   ;Substract Accumulator B
4E72:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4E74:	64 90		LSR (90,X)   ;Logical Shift Right
4E76:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4E78:	41 80		BCLR ,80   ;Clear Bit(s) in Memory
4E7A:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4E7C:	92 81		SBCA (81)   ;Substract with Carry Accumulator A
4E7E:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4E80:	20 71		BRA ,71   ;Branch Always
4E82:	25 8		BCS  ,8   ;Branch if Carry Set
4E84:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4E86:	71 80		BCLR ,80   ;Clear Bit(s) in Memory
4E88:	27 6		BEQ ,6   ;Branch if Equal
4E8A:	A0 C		SUBA (C,X)   ;Substract Accumulator A
4E8C:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4E8E:	71 90		BCLR ,90   ;Clear Bit(s) in Memory
4E90:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4E92:	92 81		SBCA (81)   ;Substract with Carry Accumulator A
4E94:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4E96:	20 71		BRA ,71   ;Branch Always
4E98:	24 16		BCC   ,16   ;Branch if Carry Clear
4E9A:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4E9C:	88 80		EORA ,80   ;Exclusive OR Accumulator A
4E9E:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4EA0:	70 30 23	NEG ( 30 23)   ;Negate
4EA3:	10		SBA	   ;Substract Accumulators
4EA4:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4EA6:	42 70		BCLR ,70   ;Clear Bit(s) in Memory
4EA8:	25 A		BCS  ,A   ;Branch if Carry Set
4EAA:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4EAC:	74 C2 20	LSR ( C2 20)   ;Logical Shift Right
4EAF:	4		LSRD	   ;Logical Shift Right Double Accumulator
4EB0:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4EB2:	74 D2 A8	LSR ( D2 A8)   ;Logical Shift Right
4EB5:	13 15		BRCLR (15)   ;Branch if Bit(s) Clear
4EB7:	F8 88 81	EORB ( 88 81)   ;Exclusive OR Accumulator B
4EBA:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4EBC:	70 31 23	NEG ( 31 23)   ;Negate
4EBF:	12 15 BA 40	BRSET ( 15 BA 40)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
4EC3:	80 15		SUBA ,15   ;Substract Accumulator A
4EC5:	F8 74 F2	EORB ( 74 F2)   ;Exclusive OR Accumulator B
4EC8:	26 6		BNE ,6   ;Branch if Not Equal to Zero
4ECA:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4ECC:	71 A8		BCLR ,A8   ;Clear Bit(s) in Memory
4ECE:	A0 10		SUBA (10,X)   ;Substract Accumulator A
4ED0:	A1 A8		CMPA (A8,X)   ;Compare Accumulator A
4ED2:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4ED4:	66 90		ROR (90,X)   ;Rotate Right
4ED6:	58		ASLB	   ;Arithmetic shift Left Accumulator B
4ED7:	80 0		SUBA ,0   ;Substract Accumulator A
4ED9:	15 FB		BCLR ,FB   ;Clear Bit(s) in Memory
4EDB:	E3 F0		ADDD (F0,X)   ;Add to Double Accumulator
4EDD:	26 19		BNE ,19   ;Branch if Not Equal to Zero
4EDF:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4EE1:	66 80		ROR (80,X)   ;Rotate Right
4EE3:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4EE5:	64 20		LSR (20,X)   ;Logical Shift Right
4EE7:	24 3		BCC   ,3   ;Branch if Carry Clear
4EE9:	58		ASLB	   ;Arithmetic shift Left Accumulator B
4EEA:	FF FF 5E	STX ( FF 5E)   ;Store Index Register X
4EED:	BA C 18	ORAA ( C 18)   ;Inclusive OR Accumulator A
4EF0:	D0 EF		SUBB (EF)   ;Substract Accumulator B
4EF2:	5E BA		SUBB (BA)   ;Substract Accumulator B
4EF4:	E		CLI	   ;Clear Interrupt Mask
4EF5:	18 D0		CLI	   ;Clear Interrupt Mask
4EF6:	D0 F6		SUBB (F6)   ;Substract Accumulator B
4EF8:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4EFA:	62 90		BCLR (90,X)   ;Clear Bit(s) in Memory
4EFC:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
4EFE:	0		TEST	   ;Test Operation (Test Mode Only)
4EFF:	D7 27		STAB (27)   ;Store Accumulator B
4F01:	A		CLV	   ;Clear Twos-Complement Overflow Bit
4F02:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
4F04:	FE 8 26	LDX ( 8 26)   ;Load Index Register X
4F07:	4		LSRD	   ;Logical Shift Right Double Accumulator
4F08:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
4F0A:	FE 15 15	LDX ( 15 15)   ;Load Index Register X
4F0D:	FA 0 F6	ORAB ( 0 F6)   ;Inclusive OR Accumulator B
4F10:	27 A		BEQ ,A   ;Branch if Equal
4F12:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
4F14:	FF 8 26	STX ( 8 26)   ;Store Index Register X
4F17:	4		LSRD	   ;Logical Shift Right Double Accumulator
4F18:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
4F1A:	FF 15 15	STX ( 15 15)   ;Store Index Register X
4F1D:	FB EB F6	ADDB ( EB F6)   ;Add without Carry to Accumulator B
4F20:	26 6		BNE ,6   ;Branch if Not Equal to Zero
4F22:	15 FB		BCLR ,FB   ;Clear Bit(s) in Memory
4F24:	EA F2		ORAB (F2,X)   ;Inclusive OR Accumulator B
4F26:	27 C		BEQ ,C   ;Branch if Equal
4F28:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
4F2A:	8B D0		ADDA ,D0   ;Add without Carry to Accumulator A
4F2C:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4F2E:	82 13		SBCA ,13   ;Substract with Carry Accumulator A
4F30:	A8 13		EORA (13,X)   ;Exclusive OR Accumulator A
4F32:	20 52		BRA ,52   ;Branch Always
4F34:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
4F36:	8B C0		ADDA ,C0   ;Add without Carry to Accumulator A
4F38:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4F3A:	62 80		BCLR (80,X)   ;Clear Bit(s) in Memory
4F3C:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4F3E:	88 81		EORA ,81   ;Exclusive OR Accumulator A
4F40:	A1 12		CMPA (12,X)   ;Compare Accumulator A
4F42:	A1 10		CMPA (10,X)   ;Compare Accumulator A
4F44:	A9 A8		ADCA (A8,X)   ;Add with Carry to Accumulator A
4F46:	0		TEST	   ;Test Operation (Test Mode Only)
4F47:	0		TEST	   ;Test Operation (Test Mode Only)
4F48:	0		TEST	   ;Test Operation (Test Mode Only)
4F49:	0		TEST	   ;Test Operation (Test Mode Only)
4F4A:	0		TEST	   ;Test Operation (Test Mode Only)
4F4B:	0		TEST	   ;Test Operation (Test Mode Only)
4F4C:	0		TEST	   ;Test Operation (Test Mode Only)
4F4D:	0		TEST	   ;Test Operation (Test Mode Only)
4F4E:	A9 1A		ADCA (1A,X)   ;Add with Carry to Accumulator A
4F50:	A8 1E		EORA (1E,X)   ;Exclusive OR Accumulator A
4F52:	24 6		BCC   ,6   ;Branch if Carry Clear
4F54:	58		ASLB	   ;Arithmetic shift Left Accumulator B
4F55:	FF FF 0	STX ( FF 0)   ;Store Index Register X
4F58:	0		TEST	   ;Test Operation (Test Mode Only)
4F59:	0		TEST	   ;Test Operation (Test Mode Only)
4F5A:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4F5C:	82 90		SBCA ,90   ;Substract with Carry Accumulator A
4F5E:	15 F7		BCLR ,F7   ;Clear Bit(s) in Memory
4F60:	5A		DECB	   ;Decrement Accumulator B
4F61:	81 4		CMPA ,4   ;Compare Accumulator A
4F63:	A		CLV	   ;Clear Twos-Complement Overflow Bit
4F64:	31		INS	   ;Increment Stack Pointer
4F65:	58		ASLB	   ;Arithmetic shift Left Accumulator B
4F66:	29 40		BVS40   ;Branch if Overflow Set
4F68:	A1 B8		CMPA (B8,X)   ;Compare Accumulator A
4F6A:	A0 10		SUBA (10,X)   ;Substract Accumulator A
4F6C:	A0 13		SUBA (13,X)   ;Substract Accumulator A
4F6E:	1D F8		BCLR (F8,X)   ;Clear Bit(s) in Memory
4F70:	82 A8		SBCA ,A8   ;Substract with Carry Accumulator A
4F72:	5E BA		SBCA ,BA   ;Substract with Carry Accumulator A
4F74:	12 18 D0 EF	BRSET ( 18 D0 EF)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
4F78:	A8 81		EORA (81,X)   ;Exclusive OR Accumulator A
4F7A:	A8 18		EORA (18,X)   ;Exclusive OR Accumulator A
4F7C:	A8 18		EORA (18,X)   ;Exclusive OR Accumulator A
4F7E:	A0 10		SUBA (10,X)   ;Substract Accumulator A
4F80:	40		NEGA	   ;Negate Accumulator A
4F81:	C8 25		EORB ,25   ;Exclusive OR Accumulator B
4F83:	2		IDIV	   ;Integer Divide
4F84:	50		NEGB	   ;Negate Accumulator B
4F85:	C8 15		EORB ,15   ;Exclusive OR Accumulator B
4F87:	F8 2A 90	EORB ( 2A 90)   ;Exclusive OR Accumulator B
4F8A:	A0 81		SUBA (81,X)   ;Substract Accumulator A
4F8C:	A1 1B		CMPA (1B,X)   ;Compare Accumulator A
4F8E:	A1 1B		CMPA (1B,X)   ;Compare Accumulator A
4F90:	A1 20		CMPA (20,X)   ;Compare Accumulator A
4F92:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
4F94:	89 F5		ADCA ,F5   ;Add with Carry to Accumulator A
4F96:	27 4		BEQ ,4   ;Branch if Equal
4F98:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
4F9A:	94 80		ANDA (80)   ;Logical AND with Accumulator A
4F9C:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
4F9E:	C1 90		CMPB ,90   ;Compare Accumulator B
4FA0:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4FA2:	79 F5 27	ROL ( F5 27)   ;Rotate Left
4FA5:	6C A8		INC (A8,X)   ;Increment
4FA7:	13 15		BRCLR (15)   ;Branch if Bit(s) Clear
4FA9:	F7 35 81	STAB ( 35 81)   ;Store Accumulator B
4FAC:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
4FAE:	26 71		BNE ,71   ;Branch if Not Equal to Zero
4FB0:	25 4		BCS  ,4   ;Branch if Carry Set
4FB2:	1D BA		BCLR (BA,X)   ;Clear Bit(s) in Memory
4FB4:	4		LSRD	   ;Logical Shift Right Double Accumulator
4FB5:	80 1D		SUBA ,1D   ;Substract Accumulator A
4FB7:	F8 A0 90	EORB ( A0 90)   ;Exclusive OR Accumulator B
4FBA:	15 F7		BCLR ,F7   ;Clear Bit(s) in Memory
4FBC:	E		CLI	   ;Clear Interrupt Mask
4FBD:	F7 27 16	STAB ( 27 16)   ;Store Accumulator B
4FC0:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
4FC2:	80 84		SUBA ,84   ;Substract Accumulator A
4FC4:	F4 AA DF	ANDB ( AA DF)   ;Logical AND with Accumulator B
4FC7:	81 15		CMPA ,15   ;Compare Accumulator A
4FC9:	F8 8E 91	EORB ( 8E 91)   ;Exclusive OR Accumulator B
4FCC:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4FCE:	77 D7 15	ASR ( D7 15)   ;Arithmetic shift Right
4FD1:	F8 77 D6	EORB ( 77 D6)   ;Exclusive OR Accumulator B
4FD4:	20 3C		BRA ,3C   ;Branch Always
4FD6:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4FD8:	77 F7 26	ASR ( F7 26)   ;Arithmetic shift Right
4FDB:	24 15		BCC   ,15   ;Branch if Carry Clear
4FDD:	F8 8E 16	EORB ( 8E 16)   ;Exclusive OR Accumulator B
4FE0:	27 4		BEQ ,4   ;Branch if Equal
4FE2:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4FE4:	8E C 15	LDS , C 15   ;Load Stack Pointer
4FE7:	F8 8E 16	EORB ( 8E 16)   ;Exclusive OR Accumulator B
4FEA:	26 26		BNE ,26   ;Branch if Not Equal to Zero
4FEC:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
4FEE:	A6 80		LDAA (80,X)   ;Load Accumulator A
4FF0:	1D FC		BCLR (FC,X)   ;Clear Bit(s) in Memory
4FF2:	80 84		SUBA ,84   ;Substract Accumulator A
4FF4:	F4 AA E0	ANDB ( AA E0)   ;Logical AND with Accumulator B
4FF7:	70 25 18	NEG ( 25 18)   ;Negate
4FFA:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
4FFC:	77 C7 20	ASR ( C7 20)   ;Arithmetic shift Right
4FFF:	12 15 F8 8F	BRSET ( 15 F8 8F)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
5003:	80 A0		SUBA ,A0   ;Substract Accumulator A
5005:	12 A0 10 1D	BRSET ( A0 10 1D)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
5009:	F8 7C 70	EORB ( 7C 70)   ;Exclusive OR Accumulator B
500C:	26 4		BNE ,4   ;Branch if Not Equal to Zero
500E:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
5010:	77 C6 60	ASR ( C6 60)   ;Arithmetic shift Right
5013:	A		CLV	   ;Clear Twos-Complement Overflow Bit
5014:	15 BA		BCLR ,BA   ;Clear Bit(s) in Memory
5016:	19		DAA	   ;Decimal Adjust Accumulator A
5017:	70 25 C	NEG ( 25 C)   ;Negate
501A:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
501C:	77 F6 27	ASR ( F6 27)   ;Arithmetic shift Right
501F:	A		CLV	   ;Clear Twos-Complement Overflow Bit
5020:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
5022:	79 D5 20	ROL ( D5 20)   ;Rotate Left
5025:	4		LSRD	   ;Logical Shift Right Double Accumulator
5026:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
5028:	79 C5 15	ROL ( C5 15)   ;Rotate Left
502B:	FA 89 F2	ORAB ( 89 F2)   ;Inclusive OR Accumulator B
502E:	27 10		BEQ ,10   ;Branch if Equal
5030:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
5032:	97 16		STAA (16)   ;Store Accumulator A
5034:	27 6		BEQ ,6   ;Branch if Equal
5036:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
5038:	8B C0		ADDA ,C0   ;Add without Carry to Accumulator A
503A:	20 4		BRA ,4   ;Branch Always
503C:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
503E:	8B D0		ADDA ,D0   ;Add without Carry to Accumulator A
5040:	15 F7		BCLR ,F7   ;Clear Bit(s) in Memory
5042:	E		CLI	   ;Clear Interrupt Mask
5043:	80 15		SUBA ,15   ;Substract Accumulator A
5045:	F8 73 90	EORB ( 73 90)   ;Exclusive OR Accumulator B
5048:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
504A:	EE 80		LDX (80,X)   ;Load Index Register X
504C:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
504E:	8		INX	   ;Increment Index Register X
504F:	90 E		SUBA (E)   ;Substract Accumulator A
5051:	1		NOP	   ;No Operation
5052:	19		DAA	   ;Decimal Adjust Accumulator A
5053:	15 B9		BCLR ,B9   ;Clear Bit(s) in Memory
5055:	A0 80		SUBA (80,X)   ;Substract Accumulator A
5057:	15 F6		BCLR ,F6   ;Clear Bit(s) in Memory
5059:	BB F6 27	ADDA ( F6 27)   ;Add without Carry to Accumulator A
505C:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
505D:	4		LSRD	   ;Logical Shift Right Double Accumulator
505E:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
505F:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
5060:	24 2		BCC   ,2   ;Branch if Carry Clear
5062:	A0 13		SUBA (13,X)   ;Substract Accumulator A
5064:	15 F7		BCLR ,F7   ;Clear Bit(s) in Memory
5066:	5E 70		BCLR ,70   ;Clear Bit(s) in Memory
5068:	23 6		BLS ,6   ;Branch if Lower or Same
506A:	15 F6		BCLR ,F6   ;Clear Bit(s) in Memory
506C:	BB D6 20	ADDA ( D6 20)   ;Add without Carry to Accumulator A
506F:	4		LSRD	   ;Logical Shift Right Double Accumulator
5070:	15 F6		BCLR ,F6   ;Clear Bit(s) in Memory
5072:	BB C6 15	ADDA ( C6 15)   ;Add without Carry to Accumulator A
5075:	F6 BB F0	LDAB ( BB F0)   ;Load Accumulator B
5078:	26 30		BNE ,30   ;Branch if Not Equal to Zero
507A:	15 F8		BCLR ,F8   ;Clear Bit(s) in Memory
507C:	78 F2 26	ASL ( F2 26)   ;Arithmetic shift Left
507F:	2A 15		BPL ,15   ;Branch if Plus
5081:	F7 82 F0	STAB ( 82 F0)   ;Store Accumulator B
5084:	26 24		BNE ,24   ;Branch if Not Equal to Zero
5086:	15 FB		BCLR ,FB   ;Clear Bit(s) in Memory
5088:	E0 F3		SUBB (F3,X)   ;Substract Accumulator B
508A:	26 1E		BNE ,1E   ;Branch if Not Equal to Zero
508C:	15 F6		BCLR ,F6   ;Clear Bit(s) in Memory
508E:	BB F6 27	ADDA ( F6 27)   ;Add without Carry to Accumulator A
5091:	18 15 15 F6	ADDA ( 15 F6)   ;Add without Carry to Accumulator A
5094:	BB F5 26	ADDA ( F5 26)   ;Add without Carry to Accumulator A
5097:	24 15		BCC   ,15   ;Branch if Carry Clear
5099:	F8 89 80	EORB ( 89 80)   ;Exclusive OR Accumulator B
509C:	15 B9		BCLR ,B9   ;Clear Bit(s) in Memory
509E:	A1 20		CMPA (20,X)   ;Compare Accumulator A
50A0:	24 2		BCC   ,2   ;Branch if Carry Clear
50A2:	50		NEGB	   ;Negate Accumulator B
50A3:	FF 15 F7	STX ( 15 F7)   ;Store Index Register X
50A6:	A		CLV	   ;Clear Twos-Complement Overflow Bit
50A7:	70 24 8	NEG ( 24 8)   ;Negate
50AA:	A2 13		SBCA (13,X)   ;Substract with Carry Accumulator A
50AC:	15 F6		BCLR ,F6   ;Clear Bit(s) in Memory
50AE:	BB D5 20	ADDA ( D5 20)   ;Add without Carry to Accumulator A
50B1:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
50B2:	15 F6		BCLR ,F6   ;Clear Bit(s) in Memory
50B4:	BB C5 20	ADDA ( C5 20)   ;Add without Carry to Accumulator A
50B7:	4		LSRD	   ;Logical Shift Right Double Accumulator
50B8:	15 F6		BCLR ,F6   ;Clear Bit(s) in Memory
50BA:	ED 92		STD (92,X)   ;Store Double Accumulator
50BC:	19		DAA	   ;Decimal Adjust Accumulator A
50BD:	41		DAA	   ;Decimal Adjust Accumulator A
50BE:	F		SEI	   ;Set Interrupt Mask
50BF:	23 2		BLS ,2   ;Branch if Lower or Same
50C1:	51 F		BLS ,F   ;Branch if Lower or Same
50C3:	A1 12		CMPA (12,X)   ;Compare Accumulator A
50C5:	A9 26		ADCA (26,X)   ;Add with Carry to Accumulator A
50C7:	D6 82		LDAB (82)   ;Load Accumulator B
50C9:	19		DAA	   ;Decimal Adjust Accumulator A
50CA:	60 8		NEG (8,X)   ;Negate
50CC:	A0 18		SUBA (18,X)   ;Substract Accumulator A
50CE:	24 2		BCC   ,2   ;Branch if Carry Clear
50D0:	50		NEGB	   ;Negate Accumulator B
50D1:	FF 18 1	STX ( 18 1)   ;Store Index Register X
50D4:	5F		CLRB	   ;Clear Accumulator B
50D5:	A2 70		SBCA (70,X)   ;Substract with Carry Accumulator A
50D7:	24 2		BCC   ,2   ;Branch if Carry Clear
50D9:	A0 82		SUBA (82,X)   ;Substract Accumulator A
50DB:	19		DAA	   ;Decimal Adjust Accumulator A
50DC:	60 4D		NEG (4D,X)   ;Negate
50DE:	4		LSRD	   ;Logical Shift Right Double Accumulator
50DF:	80 30		SUBA ,30   ;Substract Accumulator A
50E1:	24 2		BCC   ,2   ;Branch if Carry Clear
50E3:	A0 13		SUBA (13,X)   ;Substract Accumulator A
50E5:	40		NEGA	   ;Negate Accumulator A
50E6:	70 23 2	NEG ( 23 2)   ;Negate
50E9:	50		NEGB	   ;Negate Accumulator B
50EA:	70 18 1	NEG ( 18 1)   ;Negate
50ED:	5F		CLRB	   ;Clear Accumulator B
50EE:	19		DAA	   ;Decimal Adjust Accumulator A
50EF:	DE 70		LDX (70)   ;Load Index Register X
50F1:	23 2		BLS ,2   ;Branch if Lower or Same
50F3:	DE 80		LDX (80)   ;Load Index Register X
50F5:	19		DAA	   ;Decimal Adjust Accumulator A
50F6:	DE 70		LDX (70)   ;Load Index Register X
50F8:	24 2		BCC   ,2   ;Branch if Carry Clear
50FA:	DE 80		LDX (80)   ;Load Index Register X
50FC:	19		DAA	   ;Decimal Adjust Accumulator A
50FD:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
50FF:	7F F7 27	CLR ( F7 27)   ;Clear
5102:	2C 15		BGE  ,15   ;Branch if Greater than or Equal to Zero
5104:	FA 7D 85	ORAB ( 7D 85)   ;Inclusive OR Accumulator B
5107:	18 D1 D1 B7	ORAB ( D1 B7)   ;Inclusive OR Accumulator B
510A:	18 D2 D2 43	ORAB ( D2 43)   ;Inclusive OR Accumulator B
510D:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
510F:	7F E5 27	CLR ( E5 27)   ;Clear
5112:	1B		ABA	   ;Add Accumulator B to Accumulator A
5113:	18 D2		ABA	   ;Add Accumulator B to Accumulator A
5114:	D2 B0		SBCB (B0)   ;Substract with Carry Accumulator B
5116:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
5118:	7F D1 26	CLR ( D1 26)   ;Clear
511B:	B		SEV	   ;Set Twos Complement Overflow Bit
511C:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
511E:	7C 16 27	INC ( 16 27)   ;Increment
5121:	5		ASLD	   ;Arithmetic shift Left Double Accumulator
5122:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
5124:	7C C 19	INC ( C 19)   ;Increment
5127:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
5129:	7F D7 18	CLR ( D7 18)   ;Clear
512C:	D1 9D		CMPB (9D)   ;Compare Accumulator B
512E:	19		DAA	   ;Decimal Adjust Accumulator A
512F:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
5131:	7F F6 27	CLR ( F6 27)   ;Clear
5134:	67 15		ASR (15,X)   ;Arithmetic shift Right
5136:	FA 7F C4	ORAB ( 7F C4)   ;Inclusive OR Accumulator B
5139:	26 1B		BNE ,1B   ;Branch if Not Equal to Zero
513B:	18 D2 D2	BNE , D2   ;Branch if Not Equal to Zero
513D:	29 18		BVS18   ;Branch if Overflow Set
513F:	D1 B7		CMPB (B7)   ;Compare Accumulator B
5141:	88 4		EORA ,4   ;Exclusive OR Accumulator A
5143:	D0 80		SUBB (80)   ;Substract Accumulator B
5145:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
5147:	7F F5 26	CLR ( F5 26)   ;Clear
514A:	2		IDIV	   ;Integer Divide
514B:	A0 15		SUBA (15,X)   ;Substract Accumulator A
514D:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
514F:	7E 90 18	JMP ( 90 18)   ;Jump
5152:	D2 75		SBCB (75)   ;Substract with Carry Accumulator B
5154:	20 46		BRA ,46   ;Branch Always
5156:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
5158:	7F C3 27	CLR ( C3 27)   ;Clear
515B:	40		NEGA	   ;Negate Accumulator A
515C:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
515E:	7F D4 15	CLR ( D4 15)   ;Clear
5161:	FA 7F D3	ORAB ( 7F D3)   ;Inclusive OR Accumulator B
5164:	18 D2 D2 1E	ORAB ( D2 1E)   ;Inclusive OR Accumulator B
5167:	18 D1 D1 B7	ORAB ( D1 B7)   ;Inclusive OR Accumulator B
516A:	18 D2 D2 43	ORAB ( D2 43)   ;Inclusive OR Accumulator B
516D:	18 D2 D2 D9	ORAB ( D2 D9)   ;Inclusive OR Accumulator B
5170:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
5172:	7F E5 27	CLR ( E5 27)   ;Clear
5175:	26 15		BNE ,15   ;Branch if Not Equal to Zero
5177:	FA 7F D1	ORAB ( 7F D1)   ;Inclusive OR Accumulator B
517A:	26 C		BNE ,C   ;Branch if Not Equal to Zero
517C:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
517E:	7C 16 27	INC ( 16 27)   ;Increment
5181:	13 15		BRCLR (15)   ;Branch if Bit(s) Clear
5183:	FA 7C C	ORAB ( 7C C)   ;Inclusive OR Accumulator B
5186:	20 14		BRA ,14   ;Branch Always
5188:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
518A:	7F D2 27	CLR ( D2 27)   ;Clear
518D:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
518E:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
5190:	7C 6 3	INC ( 6 3)   ;Increment
5193:	20 7		BRA ,7   ;Branch Always
5195:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
5197:	7F D6 18	CLR ( D6 18)   ;Clear
519A:	D1 9D		CMPB (9D)   ;Compare Accumulator B
519C:	19		DAA	   ;Decimal Adjust Accumulator A
519D:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
519F:	80 F7		SUBA ,F7   ;Substract Accumulator A
51A1:	27 13		BEQ ,13   ;Branch if Equal
51A3:	5E BB		BEQ ,BB   ;Branch if Equal
51A5:	D2 5D		SBCB (5D)   ;Substract with Carry Accumulator B
51A7:	0		TEST	   ;Test Operation (Test Mode Only)
51A8:	3		FDIV	   ;Fractional Divide
51A9:	80 1		SUBA ,1   ;Substract Accumulator A
51AB:	F5 FA 82	BITB ( FA 82)   ;Bit test Accumulator B
51AE:	90 C		SUBA (C)   ;Substract Accumulator A
51B0:	0		TEST	   ;Test Operation (Test Mode Only)
51B1:	8		INX	   ;Increment Index Register X
51B2:	36		PSHA	   ;Push Accumulator A onto Stack
51B3:	1		NOP	   ;No Operation
51B4:	BD F3 19	JSR ( F3 19)   ;Jump to Subroutine
51B7:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
51B9:	7C 86 4	INC ( 86 4)   ;Increment
51BC:	8		INX	   ;Increment Index Register X
51BD:	AE C		LDS (C,X)   ;Load Stack Pointer
51BF:	BB BA 26	ADDA ( BA 26)   ;Add without Carry to Accumulator A
51C2:	81 6		CMPA ,6   ;Compare Accumulator A
51C4:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
51C6:	7F F5 26	CLR ( F5 26)   ;Clear
51C9:	3		FDIV	   ;Fractional Divide
51CA:	4		LSRD	   ;Logical Shift Right Double Accumulator
51CB:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
51CC:	21 19		BRN ,19   ;Branch Never
51CE:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
51D0:	22 D6		BHI ,D6   ;Branch if Higher
51D2:	18 5 5	BHI , 5   ;Branch if Higher
51D4:	D4 15		ANDB (15)   ;Logical AND with Accumulator B
51D6:	F9 22 C4	ADCB ( 22 C4)   ;Add with Carry to Accumulator B
51D9:	18 5 5 D4	ADCB ( 5 D4)   ;Add with Carry to Accumulator B
51DC:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
51DE:	22 C7		BHI ,C7   ;Branch if Higher
51E0:	18 5 5	BHI , 5   ;Branch if Higher
51E2:	D4 A0		ANDB (A0)   ;Logical AND with Accumulator B
51E4:	82 A2		SBCA ,A2   ;Substract with Carry Accumulator A
51E6:	10		SBA	   ;Substract Accumulators
51E7:	A1 1A		CMPA (1A,X)   ;Compare Accumulator A
51E9:	A1 82		CMPA (82,X)   ;Compare Accumulator A
51EB:	AA 1A		ORAA (1A,X)   ;Inclusive OR Accumulator A
51ED:	AA 1A		ORAA (1A,X)   ;Inclusive OR Accumulator A
51EF:	AA 1A		ORAA (1A,X)   ;Inclusive OR Accumulator A
51F1:	5B 0		ORAA (0,X)   ;Inclusive OR Accumulator A
51F3:	B		SEV	   ;Set Twos Complement Overflow Bit
51F4:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
51F6:	22 D7		BHI ,D7   ;Branch if Higher
51F8:	18 5 5	BHI , 5   ;Branch if Higher
51FA:	D4 AA		ANDB (AA)   ;Logical AND with Accumulator B
51FC:	1A 25 25	ANDB ( 25)   ;Logical AND with Accumulator B
51FE:	6		TAP	   ;Transfer from Accumulator A to Condition Code Register
51FF:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
5201:	22 D6		BHI ,D6   ;Branch if Higher
5203:	20 4		BRA ,4   ;Branch Always
5205:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
5207:	22 C6		BHI ,C6   ;Branch if Higher
5209:	18 5 5	BHI , 5   ;Branch if Higher
520B:	D4 15		ANDB (15)   ;Logical AND with Accumulator B
520D:	F9 22 C7	ADCB ( 22 C7)   ;Add with Carry to Accumulator B
5210:	18 5 5 D4	ADCB ( 5 D4)   ;Add with Carry to Accumulator B
5213:	1		NOP	   ;No Operation
5214:	BB DE 15	ADDA ( DE 15)   ;Add without Carry to Accumulator A
5217:	F9 22 D7	ADCB ( 22 D7)   ;Add with Carry to Accumulator B
521A:	18 5 5 D4	ADCB ( 5 D4)   ;Add with Carry to Accumulator B
521D:	19		DAA	   ;Decimal Adjust Accumulator A
521E:	50		NEGB	   ;Negate Accumulator B
521F:	10		SBA	   ;Substract Accumulators
5220:	51		SBA	   ;Substract Accumulators
5221:	0		TEST	   ;Test Operation (Test Mode Only)
5222:	18 D1		TEST	   ;Test Operation (Test Mode Only)
5223:	D1 CE		CMPB (CE)   ;Compare Accumulator B
5225:	18 D2 D2	CMPB ( D2)   ;Compare Accumulator B
5227:	34		DES	   ;Decrement Stack Pointer
5228:	19		DAA	   ;Decimal Adjust Accumulator A
5229:	50		NEGB	   ;Negate Accumulator B
522A:	13 51		BRCLR (51)   ;Branch if Bit(s) Clear
522C:	0		TEST	   ;Test Operation (Test Mode Only)
522D:	18 D1		TEST	   ;Test Operation (Test Mode Only)
522E:	D1 CE		CMPB (CE)   ;Compare Accumulator B
5230:	18 D2 D2	CMPB ( D2)   ;Compare Accumulator B
5232:	34		DES	   ;Decrement Stack Pointer
5233:	19		DAA	   ;Decimal Adjust Accumulator A
5234:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
5236:	22 D7		BHI ,D7   ;Branch if Higher
5238:	18 5 5	BHI , 5   ;Branch if Higher
523A:	D4 15		ANDB (15)   ;Logical AND with Accumulator B
523C:	F9 22 D4	ADCB ( 22 D4)   ;Add with Carry to Accumulator B
523F:	18 5 5 D4	ADCB ( 5 D4)   ;Add with Carry to Accumulator B
5242:	19		DAA	   ;Decimal Adjust Accumulator A
5243:	50		NEGB	   ;Negate Accumulator B
5244:	18 18		NEGB	   ;Negate Accumulator B
5245:	18 D1		NEGB	   ;Negate Accumulator B
5246:	D1 CE		CMPB (CE)   ;Compare Accumulator B
5248:	A8 13		EORA (13,X)   ;Exclusive OR Accumulator A
524A:	5B 0		EORA (0,X)   ;Exclusive OR Accumulator A
524C:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
524D:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
524F:	22 C7		BHI ,C7   ;Branch if Higher
5251:	18 5 5	BHI , 5   ;Branch if Higher
5253:	D4 15		ANDB (15)   ;Logical AND with Accumulator B
5255:	F9 22 D7	ADCB ( 22 D7)   ;Add with Carry to Accumulator B
5258:	18 5 5 D4	ADCB ( 5 D4)   ;Add with Carry to Accumulator B
525B:	15 FE		BCLR ,FE   ;Clear Bit(s) in Memory
525D:	82 F6		SBCA ,F6   ;Substract with Carry Accumulator A
525F:	27 2		BEQ ,2   ;Branch if Equal
5261:	A0 4B		SUBA (4B,X)   ;Substract Accumulator A
5263:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
5265:	22 C7		BHI ,C7   ;Branch if Higher
5267:	18 5 5	BHI , 5   ;Branch if Higher
5269:	D4 1		ANDB (1)   ;Logical AND with Accumulator B
526B:	BB E7 15	ADDA ( E7 15)   ;Add without Carry to Accumulator A
526E:	FA 7D 90	ORAB ( 7D 90)   ;Inclusive OR Accumulator B
5271:	18 D2 D2 34	ORAB ( D2 34)   ;Inclusive OR Accumulator B
5274:	19		DAA	   ;Decimal Adjust Accumulator A
5275:	50		NEGB	   ;Negate Accumulator B
5276:	1C 18 D1	BSET ( 18 D1,X)   ;Set Bit(s) in Memory   -   Formato standard : BSET (ff,X) (mm) -> BSET (mm ff,X)
5279:	CE 15 FA	LDX , 15 FA   ;Load Index Register X
527C:	7E 80 5B	JMP ( 80 5B)   ;Jump
527F:	0		TEST	   ;Test Operation (Test Mode Only)
5280:	7		TPA	   ;Transfer from Condition Code Register to Accumulator A
5281:	20 E		BRA ,E   ;Branch Always
5283:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
5285:	22 C7		BHI ,C7   ;Branch if Higher
5287:	18 5 5	BHI , 5   ;Branch if Higher
5289:	D4 15		ANDB (15)   ;Logical AND with Accumulator B
528B:	F9 22 D7	ADCB ( 22 D7)   ;Add with Carry to Accumulator B
528E:	18 5 5 D4	ADCB ( 5 D4)   ;Add with Carry to Accumulator B
5291:	A0 7B		SUBA (7B,X)   ;Substract Accumulator A
5293:	26 6		BNE ,6   ;Branch if Not Equal to Zero
5295:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
5297:	22 D6		BHI ,D6   ;Branch if Higher
5299:	20 4		BRA ,4   ;Branch Always
529B:	15 F9		BCLR ,F9   ;Clear Bit(s) in Memory
529D:	22 C6		BHI ,C6   ;Branch if Higher
529F:	18 5 5	BHI , 5   ;Branch if Higher
52A1:	D4 1		ANDB (1)   ;Logical AND with Accumulator B
52A3:	BB DE 15	ADDA ( DE 15)   ;Add without Carry to Accumulator A
52A6:	F9 22 C7	ADCB ( 22 C7)   ;Add with Carry to Accumulator B
52A9:	18 5 5 D4	ADCB ( 5 D4)   ;Add with Carry to Accumulator B
52AC:	18 D2 D2 34	ADCB ( D2 34)   ;Add with Carry to Accumulator B
52AF:	19		DAA	   ;Decimal Adjust Accumulator A
52B0:	8B 2		ADDA ,2   ;Add without Carry to Accumulator A
52B2:	A5 82		BITA (82,X)   ;Bit test Accumulator A
52B4:	D6 81		LDAB (81)   ;Load Accumulator B
52B6:	A2 15		SBCA (15,X)   ;Substract with Carry Accumulator A
52B8:	A2 70		SBCA (70,X)   ;Substract with Carry Accumulator A
52BA:	26 4		BNE ,4   ;Branch if Not Equal to Zero
52BC:	D3 95		ADDD (95)   ;Add to Double Accumulator
52BE:	20 14		BRA ,14   ;Branch Always
52C0:	A2 80		SBCA (80,X)   ;Substract with Carry Accumulator A
52C2:	D3 75		ADDD (75)   ;Add to Double Accumulator
52C4:	27 E		BEQ ,E   ;Branch if Equal
52C6:	D3 82		ADDD (82)   ;Add to Double Accumulator
52C8:	A2 15		SBCA (15,X)   ;Substract with Carry Accumulator A
52CA:	A2 70		SBCA (70,X)   ;Substract with Carry Accumulator A
52CC:	27 6		BEQ ,6   ;Branch if Equal
52CE:	80 1		SUBA ,1   ;Substract Accumulator A
52D0:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
52D2:	80 49		SUBA ,49   ;Substract Accumulator A
52D4:	8B 4		ADDA ,4   ;Add without Carry to Accumulator A
52D6:	D3 90		ADDD (90)   ;Add to Double Accumulator
52D8:	19		DAA	   ;Decimal Adjust Accumulator A
52D9:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
52DB:	7E 70 26	JMP ( 70 26)   ;Jump
52DE:	C		CLC	   ;Clear Carry
52DF:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
52E1:	7F F5 26	CLR ( F5 26)   ;Clear
52E4:	C		CLC	   ;Clear Carry
52E5:	8B 2		ADDA ,2   ;Add without Carry to Accumulator A
52E7:	D3 90		ADDD (90)   ;Add to Double Accumulator
52E9:	20 6		BRA ,6   ;Branch Always
52EB:	D6 81		LDAB (81)   ;Load Accumulator B
52ED:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
52EF:	80 49		SUBA ,49   ;Substract Accumulator A
52F1:	19		DAA	   ;Decimal Adjust Accumulator A
52F2:	12 7F 5E BB	BRSET ( 7F 5E BB)   ;Branch if Bit(s) Set   -   Formato standard : BRSET (dd) (mm) (rr) -> BRSET (dd mm rr)
52F6:	BA 8D 2	ORAA ( 8D 2)   ;Inclusive OR Accumulator A
52F9:	8C 4 15	CPX , 4 15   ;Compare Index Register X
52FC:	FA 45 F5	ORAB ( 45 F5)   ;Inclusive OR Accumulator B
52FF:	27 6		BEQ ,6   ;Branch if Equal
5301:	80 1		SUBA ,1   ;Substract Accumulator A
5303:	A0 15		SUBA (15,X)   ;Substract Accumulator A
5305:	D5 90		BITB (90)   ;Bit test Accumulator B
5307:	D5 80		BITB (80)   ;Bit test Accumulator B
5309:	A0 15		SUBA (15,X)   ;Substract Accumulator A
530B:	D4 90		ANDB (90)   ;Logical AND with Accumulator B
530D:	C		CLC	   ;Clear Carry
530E:	0		TEST	   ;Test Operation (Test Mode Only)
530F:	8		INX	   ;Increment Index Register X
5310:	26 4E		BNE ,4E   ;Branch if Not Equal to Zero
5312:	BB E2 25	ADDA ( E2 25)   ;Add without Carry to Accumulator A
5315:	E1 15		CMPB (15,X)   ;Compare Accumulator B
5317:	FA 7F 6	ORAB ( 7F 6)   ;Inclusive OR Accumulator B
531A:	80 15		SUBA ,15   ;Substract Accumulator A
531C:	FA 7C 6	ORAB ( 7C 6)   ;Inclusive OR Accumulator B
531F:	4		LSRD	   ;Logical Shift Right Double Accumulator
5320:	2		IDIV	   ;Integer Divide
5321:	7F 19 BF	CLR ( 19 BF)   ;Clear
5324:	90 15		SUBA (15)   ;Substract Accumulator A
5326:	FA 7F 80	ORAB ( 7F 80)   ;Inclusive OR Accumulator B
5329:	4		LSRD	   ;Logical Shift Right Double Accumulator
532A:	C0 50		SUBB50   ;Substract Accumulator B
532C:	26 12		BNE ,12   ;Branch if Not Equal to Zero
532E:	88 4		EORA ,4   ;Exclusive OR Accumulator A
5330:	D0 91		SUBB (91)   ;Substract Accumulator B
5332:	80 7		SUBA ,7   ;Substract Accumulator A
5334:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
5336:	7C 90 15	INC ( 90 15)   ;Increment
5339:	FA 7F C1	ORAB ( 7F C1)   ;Inclusive OR Accumulator B
533C:	15 FA		BCLR ,FA   ;Clear Bit(s) in Memory
533E:	7F C6 CF	CLR ( C6 CF)   ;Clear
5341:	80 19		SUBA ,19   ;Substract Accumulator A
5343:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5346:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5349:	FF FF FF	STX ( FF FF)   ;Store Index Register X
534C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
534F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5352:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5355:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5358:	FF FF FF	STX ( FF FF)   ;Store Index Register X
535B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
535E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5361:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5364:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5367:	FF FF FF	STX ( FF FF)   ;Store Index Register X
536A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
536D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5370:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5373:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5376:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5379:	FF FF FF	STX ( FF FF)   ;Store Index Register X
537C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
537F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5382:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5385:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5388:	FF FF FF	STX ( FF FF)   ;Store Index Register X
538B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
538E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5391:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5394:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5397:	FF FF FF	STX ( FF FF)   ;Store Index Register X
539A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
539D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53A0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53A3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53A6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53A9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53AC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53AF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53B2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53B5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53B8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53BB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53BE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53C1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53C4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53C7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53CA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53CD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53D0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53D3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53D6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53D9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53DC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53DF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53E2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53E5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53E8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53EB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53EE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53F1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53F4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53F7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53FA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
53FD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5400:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5403:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5406:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5409:	FF FF FF	STX ( FF FF)   ;Store Index Register X
540C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
540F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5412:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5415:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5418:	FF FF FF	STX ( FF FF)   ;Store Index Register X
541B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
541E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5421:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5424:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5427:	FF FF FF	STX ( FF FF)   ;Store Index Register X
542A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
542D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5430:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5433:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5436:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5439:	FF FF FF	STX ( FF FF)   ;Store Index Register X
543C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
543F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5442:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5445:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5448:	FF FF FF	STX ( FF FF)   ;Store Index Register X
544B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
544E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5451:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5454:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5457:	FF FF FF	STX ( FF FF)   ;Store Index Register X
545A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
545D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5460:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5463:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5466:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5469:	FF FF FF	STX ( FF FF)   ;Store Index Register X
546C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
546F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5472:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5475:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5478:	FF FF FF	STX ( FF FF)   ;Store Index Register X
547B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
547E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5481:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5484:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5487:	FF FF FF	STX ( FF FF)   ;Store Index Register X
548A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
548D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5490:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5493:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5496:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5499:	FF FF FF	STX ( FF FF)   ;Store Index Register X
549C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
549F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54A2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54A5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54A8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54AB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54AE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54B1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54B4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54B7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54BA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54BD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54C0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54C3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54C6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54C9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54CC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54CF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54D2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54D5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54D8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54DB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54DE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54E1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54E4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54E7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54EA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54ED:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54F0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54F3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54F6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54F9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54FC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
54FF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5502:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5505:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5508:	FF FF FF	STX ( FF FF)   ;Store Index Register X
550B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
550E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5511:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5514:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5517:	FF FF FF	STX ( FF FF)   ;Store Index Register X
551A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
551D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5520:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5523:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5526:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5529:	FF FF FF	STX ( FF FF)   ;Store Index Register X
552C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
552F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5532:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5535:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5538:	FF FF FF	STX ( FF FF)   ;Store Index Register X
553B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
553E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5541:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5544:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5547:	FF FF FF	STX ( FF FF)   ;Store Index Register X
554A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
554D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5550:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5553:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5556:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5559:	FF FF FF	STX ( FF FF)   ;Store Index Register X
555C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
555F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5562:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5565:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5568:	FF FF FF	STX ( FF FF)   ;Store Index Register X
556B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
556E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5571:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5574:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5577:	FF FF FF	STX ( FF FF)   ;Store Index Register X
557A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
557D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5580:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5583:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5586:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5589:	FF FF FF	STX ( FF FF)   ;Store Index Register X
558C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
558F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5592:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5595:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5598:	FF FF FF	STX ( FF FF)   ;Store Index Register X
559B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
559E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55A1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55A4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55A7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55AA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55AD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55B0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55B3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55B6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55B9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55BC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55BF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55C2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55C5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55C8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55CB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55CE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55D1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55D4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55D7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55DA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55DD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55E0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55E3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55E6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55E9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55EC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55EF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55F2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55F5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55F8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55FB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
55FE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5601:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5604:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5607:	FF FF FF	STX ( FF FF)   ;Store Index Register X
560A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
560D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5610:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5613:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5616:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5619:	FF FF FF	STX ( FF FF)   ;Store Index Register X
561C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
561F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5622:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5625:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5628:	FF FF FF	STX ( FF FF)   ;Store Index Register X
562B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
562E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5631:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5634:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5637:	FF FF FF	STX ( FF FF)   ;Store Index Register X
563A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
563D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5640:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5643:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5646:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5649:	FF FF FF	STX ( FF FF)   ;Store Index Register X
564C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
564F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5652:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5655:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5658:	FF FF FF	STX ( FF FF)   ;Store Index Register X
565B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
565E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5661:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5664:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5667:	FF FF FF	STX ( FF FF)   ;Store Index Register X
566A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
566D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5670:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5673:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5676:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5679:	FF FF FF	STX ( FF FF)   ;Store Index Register X
567C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
567F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5682:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5685:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5688:	FF FF FF	STX ( FF FF)   ;Store Index Register X
568B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
568E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5691:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5694:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5697:	FF FF FF	STX ( FF FF)   ;Store Index Register X
569A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
569D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56A0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56A3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56A6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56A9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56AC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56AF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56B2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56B5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56B8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56BB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56BE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56C1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56C4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56C7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56CA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56CD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56D0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56D3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56D6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56D9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56DC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56DF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56E2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56E5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56E8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56EB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56EE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56F1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56F4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56F7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56FA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
56FD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5700:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5703:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5706:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5709:	FF FF FF	STX ( FF FF)   ;Store Index Register X
570C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
570F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5712:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5715:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5718:	FF FF FF	STX ( FF FF)   ;Store Index Register X
571B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
571E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5721:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5724:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5727:	FF FF FF	STX ( FF FF)   ;Store Index Register X
572A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
572D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5730:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5733:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5736:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5739:	FF FF FF	STX ( FF FF)   ;Store Index Register X
573C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
573F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5742:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5745:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5748:	FF FF FF	STX ( FF FF)   ;Store Index Register X
574B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
574E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5751:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5754:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5757:	FF FF FF	STX ( FF FF)   ;Store Index Register X
575A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
575D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5760:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5763:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5766:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5769:	FF FF FF	STX ( FF FF)   ;Store Index Register X
576C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
576F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5772:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5775:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5778:	FF FF FF	STX ( FF FF)   ;Store Index Register X
577B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
577E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5781:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5784:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5787:	FF FF FF	STX ( FF FF)   ;Store Index Register X
578A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
578D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5790:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5793:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5796:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5799:	FF FF FF	STX ( FF FF)   ;Store Index Register X
579C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
579F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57A2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57A5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57A8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57AB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57AE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57B1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57B4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57B7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57BA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57BD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57C0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57C3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57C6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57C9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57CC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57CF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57D2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57D5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57D8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57DB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57DE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57E1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57E4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57E7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57EA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57ED:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57F0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57F3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57F6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57F9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57FC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
57FF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5802:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5805:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5808:	FF FF FF	STX ( FF FF)   ;Store Index Register X
580B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
580E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5811:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5814:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5817:	FF FF FF	STX ( FF FF)   ;Store Index Register X
581A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
581D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5820:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5823:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5826:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5829:	FF FF FF	STX ( FF FF)   ;Store Index Register X
582C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
582F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5832:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5835:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5838:	FF FF FF	STX ( FF FF)   ;Store Index Register X
583B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
583E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5841:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5844:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5847:	FF FF FF	STX ( FF FF)   ;Store Index Register X
584A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
584D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5850:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5853:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5856:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5859:	FF FF FF	STX ( FF FF)   ;Store Index Register X
585C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
585F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5862:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5865:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5868:	FF FF FF	STX ( FF FF)   ;Store Index Register X
586B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
586E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5871:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5874:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5877:	FF FF FF	STX ( FF FF)   ;Store Index Register X
587A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
587D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5880:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5883:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5886:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5889:	FF FF FF	STX ( FF FF)   ;Store Index Register X
588C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
588F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5892:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5895:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5898:	FF FF FF	STX ( FF FF)   ;Store Index Register X
589B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
589E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58A1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58A4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58A7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58AA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58AD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58B0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58B3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58B6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58B9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58BC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58BF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58C2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58C5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58C8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58CB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58CE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58D1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58D4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58D7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58DA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58DD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58E0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58E3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58E6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58E9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58EC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58EF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58F2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58F5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58F8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58FB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
58FE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5901:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5904:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5907:	FF FF FF	STX ( FF FF)   ;Store Index Register X
590A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
590D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5910:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5913:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5916:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5919:	FF FF FF	STX ( FF FF)   ;Store Index Register X
591C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
591F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5922:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5925:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5928:	FF FF FF	STX ( FF FF)   ;Store Index Register X
592B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
592E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5931:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5934:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5937:	FF FF FF	STX ( FF FF)   ;Store Index Register X
593A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
593D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5940:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5943:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5946:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5949:	FF FF FF	STX ( FF FF)   ;Store Index Register X
594C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
594F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5952:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5955:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5958:	FF FF FF	STX ( FF FF)   ;Store Index Register X
595B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
595E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5961:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5964:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5967:	FF FF FF	STX ( FF FF)   ;Store Index Register X
596A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
596D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5970:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5973:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5976:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5979:	FF FF FF	STX ( FF FF)   ;Store Index Register X
597C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
597F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5982:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5985:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5988:	FF FF FF	STX ( FF FF)   ;Store Index Register X
598B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
598E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5991:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5994:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5997:	FF FF FF	STX ( FF FF)   ;Store Index Register X
599A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
599D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59A0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59A3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59A6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59A9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59AC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59AF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59B2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59B5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59B8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59BB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59BE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59C1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59C4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59C7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59CA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59CD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59D0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59D3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59D6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59D9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59DC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59DF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59E2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59E5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59E8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59EB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59EE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59F1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59F4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59F7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59FA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
59FD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A00:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A03:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A06:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A09:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A0C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A0F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A12:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A15:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A18:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A1B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A1E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A21:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A24:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A27:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A2A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A2D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A30:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A33:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A36:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A39:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A3C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A3F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A42:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A45:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A48:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A4B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A4E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A51:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A54:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A57:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A5A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A5D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A60:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A63:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A66:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A69:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A6C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A6F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A72:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A75:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A78:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A7B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A7E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A81:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A84:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A87:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A8A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A8D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A90:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A93:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A96:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A99:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A9C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5A9F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5AA2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5AA5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5AA8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5AAB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5AAE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5AB1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5AB4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5AB7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5ABA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5ABD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5AC0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5AC3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5AC6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5AC9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5ACC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5ACF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5AD2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5AD5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5AD8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5ADB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5ADE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5AE1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5AE4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5AE7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5AEA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5AED:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5AF0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5AF3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5AF6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5AF9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5AFC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5AFF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B02:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B05:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B08:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B0B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B0E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B11:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B14:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B17:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B1A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B1D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B20:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B23:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B26:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B29:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B2C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B2F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B32:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B35:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B38:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B3B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B3E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B41:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B44:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B47:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B4A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B4D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B50:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B53:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B56:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B59:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B5C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B5F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B62:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B65:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B68:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B6B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B6E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B71:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B74:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B77:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B7A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B7D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B80:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B83:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B86:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B89:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B8C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B8F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B92:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B95:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B98:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B9B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5B9E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BA1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BA4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BA7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BAA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BAD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BB0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BB3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BB6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BB9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BBC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BBF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BC2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BC5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BC8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BCB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BCE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BD1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BD4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BD7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BDA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BDD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BE0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BE3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BE6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BE9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BEC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BEF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BF2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BF5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BF8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BFB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5BFE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C01:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C04:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C07:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C0A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C0D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C10:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C13:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C16:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C19:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C1C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C1F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C22:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C25:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C28:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C2B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C2E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C31:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C34:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C37:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C3A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C3D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C40:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C43:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C46:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C49:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C4C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C4F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C52:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C55:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C58:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C5B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C5E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C61:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C64:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C67:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C6A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C6D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C70:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C73:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C76:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C79:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C7C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C7F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C82:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C85:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C88:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C8B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C8E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C91:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C94:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C97:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C9A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5C9D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CA0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CA3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CA6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CA9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CAC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CAF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CB2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CB5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CB8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CBB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CBE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CC1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CC4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CC7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CCA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CCD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CD0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CD3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CD6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CD9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CDC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CDF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CE2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CE5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CE8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CEB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CEE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CF1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CF4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CF7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CFA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5CFD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D00:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D03:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D06:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D09:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D0C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D0F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D12:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D15:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D18:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D1B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D1E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D21:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D24:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D27:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D2A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D2D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D30:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D33:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D36:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D39:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D3C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D3F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D42:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D45:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D48:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D4B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D4E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D51:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D54:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D57:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D5A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D5D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D60:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D63:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D66:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D69:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D6C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D6F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D72:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D75:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D78:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D7B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D7E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D81:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D84:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D87:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D8A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D8D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D90:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D93:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D96:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D99:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D9C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5D9F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DA2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DA5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DA8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DAB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DAE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DB1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DB4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DB7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DBA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DBD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DC0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DC3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DC6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DC9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DCC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DCF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DD2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DD5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DD8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DDB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DDE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DE1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DE4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DE7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DEA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DED:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DF0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DF3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DF6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DF9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DFC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5DFF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E02:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E05:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E08:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E0B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E0E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E11:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E14:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E17:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E1A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E1D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E20:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E23:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E26:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E29:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E2C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E2F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E32:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E35:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E38:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E3B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E3E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E41:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E44:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E47:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E4A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E4D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E50:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E53:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E56:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E59:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E5C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E5F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E62:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E65:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E68:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E6B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E6E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E71:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E74:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E77:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E7A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E7D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E80:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E83:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E86:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E89:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E8C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E8F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E92:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E95:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E98:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E9B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5E9E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EA1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EA4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EA7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EAA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EAD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EB0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EB3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EB6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EB9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EBC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EBF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EC2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EC5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EC8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5ECB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5ECE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5ED1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5ED4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5ED7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EDA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EDD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EE0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EE3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EE6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EE9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EEC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EEF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EF2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EF5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EF8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EFB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5EFE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F01:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F04:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F07:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F0A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F0D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F10:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F13:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F16:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F19:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F1C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F1F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F22:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F25:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F28:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F2B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F2E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F31:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F34:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F37:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F3A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F3D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F40:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F43:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F46:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F49:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F4C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F4F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F52:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F55:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F58:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F5B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F5E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F61:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F64:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F67:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F6A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F6D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F70:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F73:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F76:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F79:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F7C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F7F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F82:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F85:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F88:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F8B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F8E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F91:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F94:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F97:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F9A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5F9D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FA0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FA3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FA6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FA9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FAC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FAF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FB2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FB5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FB8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FBB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FBE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FC1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FC4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FC7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FCA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FCD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FD0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FD3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FD6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FD9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FDC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FDF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FE2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FE5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FE8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FEB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FEE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FF1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FF4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FF7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FFA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
5FFD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6000:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6003:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6006:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6009:	FF FF FF	STX ( FF FF)   ;Store Index Register X
600C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
600F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6012:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6015:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6018:	FF FF FF	STX ( FF FF)   ;Store Index Register X
601B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
601E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6021:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6024:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6027:	FF FF FF	STX ( FF FF)   ;Store Index Register X
602A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
602D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6030:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6033:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6036:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6039:	FF FF FF	STX ( FF FF)   ;Store Index Register X
603C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
603F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6042:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6045:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6048:	FF FF FF	STX ( FF FF)   ;Store Index Register X
604B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
604E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6051:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6054:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6057:	FF FF FF	STX ( FF FF)   ;Store Index Register X
605A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
605D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6060:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6063:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6066:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6069:	FF FF FF	STX ( FF FF)   ;Store Index Register X
606C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
606F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6072:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6075:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6078:	FF FF FF	STX ( FF FF)   ;Store Index Register X
607B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
607E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6081:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6084:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6087:	FF FF FF	STX ( FF FF)   ;Store Index Register X
608A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
608D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6090:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6093:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6096:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6099:	FF FF FF	STX ( FF FF)   ;Store Index Register X
609C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
609F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60A2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60A5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60A8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60AB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60AE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60B1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60B4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60B7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60BA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60BD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60C0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60C3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60C6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60C9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60CC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60CF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60D2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60D5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60D8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60DB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60DE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60E1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60E4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60E7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60EA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60ED:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60F0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60F3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60F6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60F9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60FC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
60FF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6102:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6105:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6108:	FF FF FF	STX ( FF FF)   ;Store Index Register X
610B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
610E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6111:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6114:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6117:	FF FF FF	STX ( FF FF)   ;Store Index Register X
611A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
611D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6120:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6123:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6126:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6129:	FF FF FF	STX ( FF FF)   ;Store Index Register X
612C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
612F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6132:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6135:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6138:	FF FF FF	STX ( FF FF)   ;Store Index Register X
613B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
613E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6141:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6144:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6147:	FF FF FF	STX ( FF FF)   ;Store Index Register X
614A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
614D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6150:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6153:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6156:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6159:	FF FF FF	STX ( FF FF)   ;Store Index Register X
615C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
615F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6162:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6165:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6168:	FF FF FF	STX ( FF FF)   ;Store Index Register X
616B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
616E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6171:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6174:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6177:	FF FF FF	STX ( FF FF)   ;Store Index Register X
617A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
617D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6180:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6183:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6186:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6189:	FF FF FF	STX ( FF FF)   ;Store Index Register X
618C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
618F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6192:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6195:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6198:	FF FF FF	STX ( FF FF)   ;Store Index Register X
619B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
619E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61A1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61A4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61A7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61AA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61AD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61B0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61B3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61B6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61B9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61BC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61BF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61C2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61C5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61C8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61CB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61CE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61D1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61D4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61D7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61DA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61DD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61E0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61E3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61E6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61E9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61EC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61EF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61F2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61F5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61F8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61FB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
61FE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6201:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6204:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6207:	FF FF FF	STX ( FF FF)   ;Store Index Register X
620A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
620D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6210:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6213:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6216:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6219:	FF FF FF	STX ( FF FF)   ;Store Index Register X
621C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
621F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6222:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6225:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6228:	FF FF FF	STX ( FF FF)   ;Store Index Register X
622B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
622E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6231:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6234:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6237:	FF FF FF	STX ( FF FF)   ;Store Index Register X
623A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
623D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6240:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6243:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6246:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6249:	FF FF FF	STX ( FF FF)   ;Store Index Register X
624C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
624F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6252:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6255:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6258:	FF FF FF	STX ( FF FF)   ;Store Index Register X
625B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
625E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6261:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6264:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6267:	FF FF FF	STX ( FF FF)   ;Store Index Register X
626A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
626D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6270:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6273:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6276:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6279:	FF FF FF	STX ( FF FF)   ;Store Index Register X
627C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
627F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6282:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6285:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6288:	FF FF FF	STX ( FF FF)   ;Store Index Register X
628B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
628E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6291:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6294:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6297:	FF FF FF	STX ( FF FF)   ;Store Index Register X
629A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
629D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62A0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62A3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62A6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62A9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62AC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62AF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62B2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62B5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62B8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62BB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62BE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62C1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62C4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62C7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62CA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62CD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62D0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62D3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62D6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62D9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62DC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62DF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62E2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62E5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62E8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62EB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62EE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62F1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62F4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62F7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62FA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
62FD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6300:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6303:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6306:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6309:	FF FF FF	STX ( FF FF)   ;Store Index Register X
630C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
630F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6312:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6315:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6318:	FF FF FF	STX ( FF FF)   ;Store Index Register X
631B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
631E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6321:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6324:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6327:	FF FF FF	STX ( FF FF)   ;Store Index Register X
632A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
632D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6330:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6333:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6336:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6339:	FF FF FF	STX ( FF FF)   ;Store Index Register X
633C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
633F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6342:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6345:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6348:	FF FF FF	STX ( FF FF)   ;Store Index Register X
634B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
634E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6351:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6354:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6357:	FF FF FF	STX ( FF FF)   ;Store Index Register X
635A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
635D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6360:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6363:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6366:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6369:	FF FF FF	STX ( FF FF)   ;Store Index Register X
636C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
636F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6372:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6375:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6378:	FF FF FF	STX ( FF FF)   ;Store Index Register X
637B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
637E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6381:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6384:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6387:	FF FF FF	STX ( FF FF)   ;Store Index Register X
638A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
638D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6390:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6393:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6396:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6399:	FF FF FF	STX ( FF FF)   ;Store Index Register X
639C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
639F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63A2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63A5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63A8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63AB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63AE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63B1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63B4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63B7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63BA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63BD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63C0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63C3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63C6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63C9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63CC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63CF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63D2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63D5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63D8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63DB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63DE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63E1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63E4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63E7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63EA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63ED:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63F0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63F3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63F6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63F9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63FC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
63FF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6402:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6405:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6408:	FF FF FF	STX ( FF FF)   ;Store Index Register X
640B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
640E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6411:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6414:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6417:	FF FF FF	STX ( FF FF)   ;Store Index Register X
641A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
641D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6420:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6423:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6426:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6429:	FF FF FF	STX ( FF FF)   ;Store Index Register X
642C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
642F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6432:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6435:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6438:	FF FF FF	STX ( FF FF)   ;Store Index Register X
643B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
643E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6441:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6444:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6447:	FF FF FF	STX ( FF FF)   ;Store Index Register X
644A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
644D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6450:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6453:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6456:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6459:	FF FF FF	STX ( FF FF)   ;Store Index Register X
645C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
645F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6462:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6465:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6468:	FF FF FF	STX ( FF FF)   ;Store Index Register X
646B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
646E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6471:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6474:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6477:	FF FF FF	STX ( FF FF)   ;Store Index Register X
647A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
647D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6480:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6483:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6486:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6489:	FF FF FF	STX ( FF FF)   ;Store Index Register X
648C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
648F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6492:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6495:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6498:	FF FF FF	STX ( FF FF)   ;Store Index Register X
649B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
649E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64A1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64A4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64A7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64AA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64AD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64B0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64B3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64B6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64B9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64BC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64BF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64C2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64C5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64C8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64CB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64CE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64D1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64D4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64D7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64DA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64DD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64E0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64E3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64E6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64E9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64EC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64EF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64F2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64F5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64F8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64FB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
64FE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6501:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6504:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6507:	FF FF FF	STX ( FF FF)   ;Store Index Register X
650A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
650D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6510:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6513:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6516:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6519:	FF FF FF	STX ( FF FF)   ;Store Index Register X
651C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
651F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6522:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6525:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6528:	FF FF FF	STX ( FF FF)   ;Store Index Register X
652B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
652E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6531:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6534:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6537:	FF FF FF	STX ( FF FF)   ;Store Index Register X
653A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
653D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6540:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6543:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6546:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6549:	FF FF FF	STX ( FF FF)   ;Store Index Register X
654C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
654F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6552:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6555:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6558:	FF FF FF	STX ( FF FF)   ;Store Index Register X
655B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
655E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6561:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6564:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6567:	FF FF FF	STX ( FF FF)   ;Store Index Register X
656A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
656D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6570:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6573:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6576:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6579:	FF FF FF	STX ( FF FF)   ;Store Index Register X
657C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
657F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6582:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6585:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6588:	FF FF FF	STX ( FF FF)   ;Store Index Register X
658B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
658E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6591:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6594:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6597:	FF FF FF	STX ( FF FF)   ;Store Index Register X
659A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
659D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65A0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65A3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65A6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65A9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65AC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65AF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65B2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65B5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65B8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65BB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65BE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65C1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65C4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65C7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65CA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65CD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65D0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65D3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65D6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65D9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65DC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65DF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65E2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65E5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65E8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65EB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65EE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65F1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65F4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65F7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65FA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
65FD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6600:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6603:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6606:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6609:	FF FF FF	STX ( FF FF)   ;Store Index Register X
660C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
660F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6612:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6615:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6618:	FF FF FF	STX ( FF FF)   ;Store Index Register X
661B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
661E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6621:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6624:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6627:	FF FF FF	STX ( FF FF)   ;Store Index Register X
662A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
662D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6630:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6633:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6636:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6639:	FF FF FF	STX ( FF FF)   ;Store Index Register X
663C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
663F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6642:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6645:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6648:	FF FF FF	STX ( FF FF)   ;Store Index Register X
664B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
664E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6651:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6654:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6657:	FF FF FF	STX ( FF FF)   ;Store Index Register X
665A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
665D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6660:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6663:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6666:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6669:	FF FF FF	STX ( FF FF)   ;Store Index Register X
666C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
666F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6672:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6675:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6678:	FF FF FF	STX ( FF FF)   ;Store Index Register X
667B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
667E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6681:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6684:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6687:	FF FF FF	STX ( FF FF)   ;Store Index Register X
668A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
668D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6690:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6693:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6696:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6699:	FF FF FF	STX ( FF FF)   ;Store Index Register X
669C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
669F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66A2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66A5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66A8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66AB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66AE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66B1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66B4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66B7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66BA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66BD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66C0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66C3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66C6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66C9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66CC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66CF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66D2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66D5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66D8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66DB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66DE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66E1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66E4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66E7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66EA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66ED:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66F0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66F3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66F6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66F9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66FC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
66FF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6702:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6705:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6708:	FF FF FF	STX ( FF FF)   ;Store Index Register X
670B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
670E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6711:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6714:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6717:	FF FF FF	STX ( FF FF)   ;Store Index Register X
671A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
671D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6720:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6723:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6726:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6729:	FF FF FF	STX ( FF FF)   ;Store Index Register X
672C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
672F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6732:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6735:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6738:	FF FF FF	STX ( FF FF)   ;Store Index Register X
673B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
673E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6741:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6744:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6747:	FF FF FF	STX ( FF FF)   ;Store Index Register X
674A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
674D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6750:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6753:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6756:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6759:	FF FF FF	STX ( FF FF)   ;Store Index Register X
675C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
675F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6762:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6765:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6768:	FF FF FF	STX ( FF FF)   ;Store Index Register X
676B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
676E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6771:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6774:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6777:	FF FF FF	STX ( FF FF)   ;Store Index Register X
677A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
677D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6780:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6783:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6786:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6789:	FF FF FF	STX ( FF FF)   ;Store Index Register X
678C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
678F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6792:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6795:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6798:	FF FF FF	STX ( FF FF)   ;Store Index Register X
679B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
679E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67A1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67A4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67A7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67AA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67AD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67B0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67B3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67B6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67B9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67BC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67BF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67C2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67C5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67C8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67CB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67CE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67D1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67D4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67D7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67DA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67DD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67E0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67E3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67E6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67E9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67EC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67EF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67F2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67F5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67F8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67FB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
67FE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6801:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6804:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6807:	FF FF FF	STX ( FF FF)   ;Store Index Register X
680A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
680D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6810:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6813:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6816:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6819:	FF FF FF	STX ( FF FF)   ;Store Index Register X
681C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
681F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6822:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6825:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6828:	FF FF FF	STX ( FF FF)   ;Store Index Register X
682B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
682E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6831:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6834:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6837:	FF FF FF	STX ( FF FF)   ;Store Index Register X
683A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
683D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6840:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6843:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6846:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6849:	FF FF FF	STX ( FF FF)   ;Store Index Register X
684C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
684F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6852:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6855:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6858:	FF FF FF	STX ( FF FF)   ;Store Index Register X
685B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
685E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6861:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6864:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6867:	FF FF FF	STX ( FF FF)   ;Store Index Register X
686A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
686D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6870:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6873:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6876:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6879:	FF FF FF	STX ( FF FF)   ;Store Index Register X
687C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
687F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6882:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6885:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6888:	FF FF FF	STX ( FF FF)   ;Store Index Register X
688B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
688E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6891:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6894:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6897:	FF FF FF	STX ( FF FF)   ;Store Index Register X
689A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
689D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68A0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68A3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68A6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68A9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68AC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68AF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68B2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68B5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68B8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68BB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68BE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68C1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68C4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68C7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68CA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68CD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68D0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68D3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68D6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68D9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68DC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68DF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68E2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68E5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68E8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68EB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68EE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68F1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68F4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68F7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68FA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
68FD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6900:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6903:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6906:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6909:	FF FF FF	STX ( FF FF)   ;Store Index Register X
690C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
690F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6912:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6915:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6918:	FF FF FF	STX ( FF FF)   ;Store Index Register X
691B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
691E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6921:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6924:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6927:	FF FF FF	STX ( FF FF)   ;Store Index Register X
692A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
692D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6930:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6933:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6936:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6939:	FF FF FF	STX ( FF FF)   ;Store Index Register X
693C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
693F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6942:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6945:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6948:	FF FF FF	STX ( FF FF)   ;Store Index Register X
694B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
694E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6951:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6954:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6957:	FF FF FF	STX ( FF FF)   ;Store Index Register X
695A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
695D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6960:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6963:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6966:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6969:	FF FF FF	STX ( FF FF)   ;Store Index Register X
696C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
696F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6972:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6975:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6978:	FF FF FF	STX ( FF FF)   ;Store Index Register X
697B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
697E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6981:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6984:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6987:	FF FF FF	STX ( FF FF)   ;Store Index Register X
698A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
698D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6990:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6993:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6996:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6999:	FF FF FF	STX ( FF FF)   ;Store Index Register X
699C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
699F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69A2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69A5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69A8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69AB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69AE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69B1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69B4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69B7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69BA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69BD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69C0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69C3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69C6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69C9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69CC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69CF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69D2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69D5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69D8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69DB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69DE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69E1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69E4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69E7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69EA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69ED:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69F0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69F3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69F6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69F9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69FC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
69FF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A02:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A05:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A08:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A0B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A0E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A11:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A14:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A17:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A1A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A1D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A20:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A23:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A26:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A29:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A2C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A2F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A32:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A35:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A38:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A3B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A3E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A41:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A44:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A47:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A4A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A4D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A50:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A53:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A56:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A59:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A5C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A5F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A62:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A65:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A68:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A6B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A6E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A71:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A74:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A77:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A7A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A7D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A80:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A83:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A86:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A89:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A8C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A8F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A92:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A95:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A98:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A9B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6A9E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6AA1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6AA4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6AA7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6AAA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6AAD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6AB0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6AB3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6AB6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6AB9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6ABC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6ABF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6AC2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6AC5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6AC8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6ACB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6ACE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6AD1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6AD4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6AD7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6ADA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6ADD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6AE0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6AE3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6AE6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6AE9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6AEC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6AEF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6AF2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6AF5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6AF8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6AFB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6AFE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B01:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B04:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B07:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B0A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B0D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B10:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B13:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B16:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B19:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B1C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B1F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B22:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B25:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B28:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B2B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B2E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B31:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B34:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B37:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B3A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B3D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B40:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B43:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B46:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B49:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B4C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B4F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B52:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B55:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B58:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B5B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B5E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B61:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B64:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B67:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B6A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B6D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B70:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B73:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B76:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B79:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B7C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B7F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B82:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B85:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B88:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B8B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B8E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B91:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B94:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B97:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B9A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6B9D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BA0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BA3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BA6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BA9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BAC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BAF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BB2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BB5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BB8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BBB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BBE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BC1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BC4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BC7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BCA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BCD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BD0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BD3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BD6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BD9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BDC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BDF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BE2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BE5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BE8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BEB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BEE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BF1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BF4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BF7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BFA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6BFD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C00:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C03:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C06:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C09:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C0C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C0F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C12:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C15:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C18:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C1B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C1E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C21:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C24:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C27:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C2A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C2D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C30:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C33:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C36:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C39:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C3C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C3F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C42:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C45:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C48:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C4B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C4E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C51:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C54:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C57:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C5A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C5D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C60:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C63:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C66:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C69:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C6C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C6F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C72:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C75:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C78:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C7B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C7E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C81:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C84:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C87:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C8A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C8D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C90:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C93:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C96:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C99:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C9C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6C9F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CA2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CA5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CA8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CAB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CAE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CB1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CB4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CB7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CBA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CBD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CC0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CC3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CC6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CC9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CCC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CCF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CD2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CD5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CD8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CDB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CDE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CE1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CE4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CE7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CEA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CED:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CF0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CF3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CF6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CF9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CFC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6CFF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D02:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D05:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D08:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D0B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D0E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D11:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D14:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D17:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D1A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D1D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D20:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D23:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D26:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D29:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D2C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D2F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D32:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D35:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D38:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D3B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D3E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D41:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D44:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D47:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D4A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D4D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D50:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D53:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D56:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D59:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D5C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D5F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D62:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D65:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D68:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D6B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D6E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D71:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D74:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D77:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D7A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D7D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D80:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D83:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D86:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D89:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D8C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D8F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D92:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D95:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D98:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D9B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6D9E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DA1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DA4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DA7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DAA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DAD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DB0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DB3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DB6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DB9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DBC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DBF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DC2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DC5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DC8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DCB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DCE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DD1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DD4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DD7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DDA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DDD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DE0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DE3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DE6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DE9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DEC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DEF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DF2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DF5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DF8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DFB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6DFE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E01:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E04:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E07:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E0A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E0D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E10:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E13:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E16:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E19:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E1C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E1F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E22:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E25:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E28:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E2B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E2E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E31:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E34:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E37:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E3A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E3D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E40:	3		FDIV	   ;Fractional Divide
6E41:	0		TEST	   ;Test Operation (Test Mode Only)
6E42:	0		TEST	   ;Test Operation (Test Mode Only)
6E43:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E46:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E49:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E4C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E4F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E52:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E55:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E58:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E5B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E5E:	FF FF 42	STX ( FF 42)   ;Store Index Register X
6E61:	32		PULA	   ;Pull Accumulator A from Stack
6E62:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
6E63:	32		PULA	   ;Pull Accumulator A from Stack
6E64:	46		RORA	   ;Rotate Right Accumulator A
6E65:	4D		TSTA	   ;Test Accumulator A
6E66:	42		TSTA	   ;Test Accumulator A
6E67:	31		INS	   ;Increment Stack Pointer
6E68:	30		TSX	   ;Transfer from Stack Pointer to Index Register X
6E69:	2E 30		BGT ,30   ;Branch if Greater than Zero
6E6B:	31		INS	   ;Increment Stack Pointer
6E6C:	0		TEST	   ;Test Operation (Test Mode Only)
6E6D:	0		TEST	   ;Test Operation (Test Mode Only)
6E6E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E71:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E74:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E77:	FF 0 0	STX ( 0 0)   ;Store Index Register X
6E7A:	36		PSHA	   ;Push Accumulator A onto Stack
6E7B:	4		LSRD	   ;Logical Shift Right Double Accumulator
6E7C:	FE 80 FE	LDX ( 80 FE)   ;Load Index Register X
6E7F:	82 FF		SBCA ,FF   ;Substract with Carry Accumulator A
6E81:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E84:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E87:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E8A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E8D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E90:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E93:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E96:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E99:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E9C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6E9F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EA2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EA5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EA8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EAB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EAE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EB1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EB4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EB7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EBA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EBD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EC0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EC3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EC6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EC9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6ECC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6ECF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6ED2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6ED5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6ED8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EDB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EDE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EE1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EE4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EE7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EEA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EED:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EF0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EF3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EF6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EF9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EFC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6EFF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F02:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F05:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F08:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F0B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F0E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F11:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F14:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F17:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F1A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F1D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F20:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F23:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F26:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F29:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F2C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F2F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F32:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F35:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F38:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F3B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F3E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F41:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F44:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F47:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F4A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F4D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F50:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F53:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F56:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F59:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F5C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F5F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F62:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F65:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F68:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F6B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F6E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F71:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F74:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F77:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F7A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F7D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F80:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F83:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F86:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F89:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F8C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F8F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F92:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F95:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F98:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F9B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6F9E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FA1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FA4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FA7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FAA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FAD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FB0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FB3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FB6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FB9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FBC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FBF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FC2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FC5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FC8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FCB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FCE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FD1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FD4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FD7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FDA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FDD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FE0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FE3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FE6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FE9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FEC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FEF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FF2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FF5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FF8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FFB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
6FFE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7001:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7004:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7007:	FF FF FF	STX ( FF FF)   ;Store Index Register X
700A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
700D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7010:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7013:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7016:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7019:	FF FF FF	STX ( FF FF)   ;Store Index Register X
701C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
701F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7022:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7025:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7028:	FF FF FF	STX ( FF FF)   ;Store Index Register X
702B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
702E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7031:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7034:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7037:	FF FF FF	STX ( FF FF)   ;Store Index Register X
703A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
703D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7040:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7043:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7046:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7049:	FF FF FF	STX ( FF FF)   ;Store Index Register X
704C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
704F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7052:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7055:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7058:	FF FF FF	STX ( FF FF)   ;Store Index Register X
705B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
705E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7061:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7064:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7067:	FF FF FF	STX ( FF FF)   ;Store Index Register X
706A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
706D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7070:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7073:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7076:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7079:	FF FF FF	STX ( FF FF)   ;Store Index Register X
707C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
707F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7082:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7085:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7088:	FF FF FF	STX ( FF FF)   ;Store Index Register X
708B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
708E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7091:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7094:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7097:	FF FF FF	STX ( FF FF)   ;Store Index Register X
709A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
709D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70A0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70A3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70A6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70A9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70AC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70AF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70B2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70B5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70B8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70BB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70BE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70C1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70C4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70C7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70CA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70CD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70D0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70D3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70D6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70D9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70DC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70DF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70E2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70E5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70E8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70EB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70EE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70F1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70F4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70F7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70FA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
70FD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7100:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7103:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7106:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7109:	FF FF FF	STX ( FF FF)   ;Store Index Register X
710C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
710F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7112:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7115:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7118:	FF FF FF	STX ( FF FF)   ;Store Index Register X
711B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
711E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7121:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7124:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7127:	FF FF FF	STX ( FF FF)   ;Store Index Register X
712A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
712D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7130:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7133:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7136:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7139:	FF FF FF	STX ( FF FF)   ;Store Index Register X
713C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
713F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7142:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7145:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7148:	FF FF FF	STX ( FF FF)   ;Store Index Register X
714B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
714E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7151:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7154:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7157:	FF FF FF	STX ( FF FF)   ;Store Index Register X
715A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
715D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7160:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7163:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7166:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7169:	FF FF FF	STX ( FF FF)   ;Store Index Register X
716C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
716F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7172:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7175:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7178:	FF FF FF	STX ( FF FF)   ;Store Index Register X
717B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
717E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7181:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7184:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7187:	FF FF FF	STX ( FF FF)   ;Store Index Register X
718A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
718D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7190:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7193:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7196:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7199:	FF FF FF	STX ( FF FF)   ;Store Index Register X
719C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
719F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71A2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71A5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71A8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71AB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71AE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71B1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71B4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71B7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71BA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71BD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71C0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71C3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71C6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71C9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71CC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71CF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71D2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71D5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71D8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71DB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71DE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71E1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71E4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71E7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71EA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71ED:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71F0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71F3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71F6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71F9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71FC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
71FF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7202:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7205:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7208:	FF FF FF	STX ( FF FF)   ;Store Index Register X
720B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
720E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7211:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7214:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7217:	FF FF FF	STX ( FF FF)   ;Store Index Register X
721A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
721D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7220:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7223:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7226:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7229:	FF FF FF	STX ( FF FF)   ;Store Index Register X
722C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
722F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7232:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7235:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7238:	FF FF FF	STX ( FF FF)   ;Store Index Register X
723B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
723E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7241:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7244:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7247:	FF FF FF	STX ( FF FF)   ;Store Index Register X
724A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
724D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7250:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7253:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7256:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7259:	FF FF FF	STX ( FF FF)   ;Store Index Register X
725C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
725F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7262:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7265:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7268:	FF FF FF	STX ( FF FF)   ;Store Index Register X
726B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
726E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7271:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7274:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7277:	FF FF FF	STX ( FF FF)   ;Store Index Register X
727A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
727D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7280:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7283:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7286:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7289:	FF FF FF	STX ( FF FF)   ;Store Index Register X
728C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
728F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7292:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7295:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7298:	FF FF FF	STX ( FF FF)   ;Store Index Register X
729B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
729E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72A1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72A4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72A7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72AA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72AD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72B0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72B3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72B6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72B9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72BC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72BF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72C2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72C5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72C8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72CB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72CE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72D1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72D4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72D7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72DA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72DD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72E0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72E3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72E6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72E9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72EC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72EF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72F2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72F5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72F8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72FB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
72FE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7301:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7304:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7307:	FF FF FF	STX ( FF FF)   ;Store Index Register X
730A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
730D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7310:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7313:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7316:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7319:	FF FF FF	STX ( FF FF)   ;Store Index Register X
731C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
731F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7322:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7325:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7328:	FF FF FF	STX ( FF FF)   ;Store Index Register X
732B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
732E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7331:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7334:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7337:	FF FF FF	STX ( FF FF)   ;Store Index Register X
733A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
733D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7340:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7343:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7346:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7349:	FF FF FF	STX ( FF FF)   ;Store Index Register X
734C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
734F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7352:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7355:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7358:	FF FF FF	STX ( FF FF)   ;Store Index Register X
735B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
735E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7361:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7364:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7367:	FF FF FF	STX ( FF FF)   ;Store Index Register X
736A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
736D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7370:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7373:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7376:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7379:	FF FF FF	STX ( FF FF)   ;Store Index Register X
737C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
737F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7382:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7385:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7388:	FF FF FF	STX ( FF FF)   ;Store Index Register X
738B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
738E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7391:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7394:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7397:	FF FF FF	STX ( FF FF)   ;Store Index Register X
739A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
739D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73A0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73A3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73A6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73A9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73AC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73AF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73B2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73B5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73B8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73BB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73BE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73C1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73C4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73C7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73CA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73CD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73D0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73D3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73D6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73D9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73DC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73DF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73E2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73E5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73E8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73EB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73EE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73F1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73F4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73F7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73FA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
73FD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7400:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7403:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7406:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7409:	FF FF FF	STX ( FF FF)   ;Store Index Register X
740C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
740F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7412:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7415:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7418:	FF FF FF	STX ( FF FF)   ;Store Index Register X
741B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
741E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7421:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7424:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7427:	FF FF FF	STX ( FF FF)   ;Store Index Register X
742A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
742D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7430:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7433:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7436:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7439:	FF FF FF	STX ( FF FF)   ;Store Index Register X
743C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
743F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7442:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7445:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7448:	FF FF FF	STX ( FF FF)   ;Store Index Register X
744B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
744E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7451:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7454:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7457:	FF FF FF	STX ( FF FF)   ;Store Index Register X
745A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
745D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7460:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7463:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7466:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7469:	FF FF FF	STX ( FF FF)   ;Store Index Register X
746C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
746F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7472:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7475:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7478:	FF FF FF	STX ( FF FF)   ;Store Index Register X
747B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
747E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7481:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7484:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7487:	FF FF FF	STX ( FF FF)   ;Store Index Register X
748A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
748D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7490:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7493:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7496:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7499:	FF FF FF	STX ( FF FF)   ;Store Index Register X
749C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
749F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74A2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74A5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74A8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74AB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74AE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74B1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74B4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74B7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74BA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74BD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74C0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74C3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74C6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74C9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74CC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74CF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74D2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74D5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74D8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74DB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74DE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74E1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74E4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74E7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74EA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74ED:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74F0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74F3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74F6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74F9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74FC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
74FF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7502:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7505:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7508:	FF FF FF	STX ( FF FF)   ;Store Index Register X
750B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
750E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7511:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7514:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7517:	FF FF FF	STX ( FF FF)   ;Store Index Register X
751A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
751D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7520:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7523:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7526:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7529:	FF FF FF	STX ( FF FF)   ;Store Index Register X
752C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
752F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7532:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7535:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7538:	FF FF FF	STX ( FF FF)   ;Store Index Register X
753B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
753E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7541:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7544:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7547:	FF FF FF	STX ( FF FF)   ;Store Index Register X
754A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
754D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7550:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7553:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7556:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7559:	FF FF FF	STX ( FF FF)   ;Store Index Register X
755C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
755F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7562:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7565:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7568:	FF FF FF	STX ( FF FF)   ;Store Index Register X
756B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
756E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7571:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7574:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7577:	FF FF FF	STX ( FF FF)   ;Store Index Register X
757A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
757D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7580:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7583:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7586:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7589:	FF FF FF	STX ( FF FF)   ;Store Index Register X
758C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
758F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7592:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7595:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7598:	FF FF FF	STX ( FF FF)   ;Store Index Register X
759B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
759E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75A1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75A4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75A7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75AA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75AD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75B0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75B3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75B6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75B9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75BC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75BF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75C2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75C5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75C8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75CB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75CE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75D1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75D4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75D7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75DA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75DD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75E0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75E3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75E6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75E9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75EC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75EF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75F2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75F5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75F8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75FB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
75FE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7601:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7604:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7607:	FF FF FF	STX ( FF FF)   ;Store Index Register X
760A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
760D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7610:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7613:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7616:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7619:	FF FF FF	STX ( FF FF)   ;Store Index Register X
761C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
761F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7622:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7625:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7628:	FF FF FF	STX ( FF FF)   ;Store Index Register X
762B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
762E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7631:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7634:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7637:	FF FF FF	STX ( FF FF)   ;Store Index Register X
763A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
763D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7640:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7643:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7646:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7649:	FF FF FF	STX ( FF FF)   ;Store Index Register X
764C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
764F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7652:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7655:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7658:	FF FF FF	STX ( FF FF)   ;Store Index Register X
765B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
765E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7661:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7664:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7667:	FF FF FF	STX ( FF FF)   ;Store Index Register X
766A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
766D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7670:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7673:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7676:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7679:	FF FF FF	STX ( FF FF)   ;Store Index Register X
767C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
767F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7682:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7685:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7688:	FF FF FF	STX ( FF FF)   ;Store Index Register X
768B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
768E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7691:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7694:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7697:	FF FF FF	STX ( FF FF)   ;Store Index Register X
769A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
769D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76A0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76A3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76A6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76A9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76AC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76AF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76B2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76B5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76B8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76BB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76BE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76C1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76C4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76C7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76CA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76CD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76D0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76D3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76D6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76D9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76DC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76DF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76E2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76E5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76E8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76EB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76EE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76F1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76F4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76F7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76FA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
76FD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7700:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7703:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7706:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7709:	FF FF FF	STX ( FF FF)   ;Store Index Register X
770C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
770F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7712:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7715:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7718:	FF FF FF	STX ( FF FF)   ;Store Index Register X
771B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
771E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7721:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7724:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7727:	FF FF FF	STX ( FF FF)   ;Store Index Register X
772A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
772D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7730:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7733:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7736:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7739:	FF FF FF	STX ( FF FF)   ;Store Index Register X
773C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
773F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7742:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7745:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7748:	FF FF FF	STX ( FF FF)   ;Store Index Register X
774B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
774E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7751:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7754:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7757:	FF FF FF	STX ( FF FF)   ;Store Index Register X
775A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
775D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7760:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7763:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7766:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7769:	FF FF FF	STX ( FF FF)   ;Store Index Register X
776C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
776F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7772:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7775:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7778:	FF FF FF	STX ( FF FF)   ;Store Index Register X
777B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
777E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7781:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7784:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7787:	FF FF FF	STX ( FF FF)   ;Store Index Register X
778A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
778D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7790:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7793:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7796:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7799:	FF FF FF	STX ( FF FF)   ;Store Index Register X
779C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
779F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77A2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77A5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77A8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77AB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77AE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77B1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77B4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77B7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77BA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77BD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77C0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77C3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77C6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77C9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77CC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77CF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77D2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77D5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77D8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77DB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77DE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77E1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77E4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77E7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77EA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77ED:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77F0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77F3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77F6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77F9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77FC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
77FF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7802:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7805:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7808:	FF FF FF	STX ( FF FF)   ;Store Index Register X
780B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
780E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7811:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7814:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7817:	FF FF FF	STX ( FF FF)   ;Store Index Register X
781A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
781D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7820:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7823:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7826:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7829:	FF FF FF	STX ( FF FF)   ;Store Index Register X
782C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
782F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7832:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7835:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7838:	FF FF FF	STX ( FF FF)   ;Store Index Register X
783B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
783E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7841:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7844:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7847:	FF FF FF	STX ( FF FF)   ;Store Index Register X
784A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
784D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7850:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7853:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7856:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7859:	FF FF FF	STX ( FF FF)   ;Store Index Register X
785C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
785F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7862:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7865:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7868:	FF FF FF	STX ( FF FF)   ;Store Index Register X
786B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
786E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7871:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7874:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7877:	FF FF FF	STX ( FF FF)   ;Store Index Register X
787A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
787D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7880:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7883:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7886:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7889:	FF FF FF	STX ( FF FF)   ;Store Index Register X
788C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
788F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7892:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7895:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7898:	FF FF FF	STX ( FF FF)   ;Store Index Register X
789B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
789E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78A1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78A4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78A7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78AA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78AD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78B0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78B3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78B6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78B9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78BC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78BF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78C2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78C5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78C8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78CB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78CE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78D1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78D4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78D7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78DA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78DD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78E0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78E3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78E6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78E9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78EC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78EF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78F2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78F5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78F8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78FB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
78FE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7901:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7904:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7907:	FF FF FF	STX ( FF FF)   ;Store Index Register X
790A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
790D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7910:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7913:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7916:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7919:	FF FF FF	STX ( FF FF)   ;Store Index Register X
791C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
791F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7922:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7925:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7928:	FF FF FF	STX ( FF FF)   ;Store Index Register X
792B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
792E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7931:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7934:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7937:	FF FF FF	STX ( FF FF)   ;Store Index Register X
793A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
793D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7940:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7943:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7946:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7949:	FF FF FF	STX ( FF FF)   ;Store Index Register X
794C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
794F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7952:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7955:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7958:	FF FF FF	STX ( FF FF)   ;Store Index Register X
795B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
795E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7961:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7964:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7967:	FF FF FF	STX ( FF FF)   ;Store Index Register X
796A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
796D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7970:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7973:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7976:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7979:	FF FF FF	STX ( FF FF)   ;Store Index Register X
797C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
797F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7982:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7985:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7988:	FF FF FF	STX ( FF FF)   ;Store Index Register X
798B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
798E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7991:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7994:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7997:	FF FF FF	STX ( FF FF)   ;Store Index Register X
799A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
799D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79A0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79A3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79A6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79A9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79AC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79AF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79B2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79B5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79B8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79BB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79BE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79C1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79C4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79C7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79CA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79CD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79D0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79D3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79D6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79D9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79DC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79DF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79E2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79E5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79E8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79EB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79EE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79F1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79F4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79F7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79FA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
79FD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A00:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A03:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A06:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A09:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A0C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A0F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A12:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A15:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A18:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A1B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A1E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A21:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A24:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A27:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A2A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A2D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A30:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A33:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A36:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A39:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A3C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A3F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A42:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A45:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A48:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A4B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A4E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A51:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A54:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A57:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A5A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A5D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A60:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A63:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A66:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A69:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A6C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A6F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A72:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A75:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A78:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A7B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A7E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A81:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A84:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A87:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A8A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A8D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A90:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A93:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A96:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A99:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A9C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7A9F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7AA2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7AA5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7AA8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7AAB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7AAE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7AB1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7AB4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7AB7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7ABA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7ABD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7AC0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7AC3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7AC6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7AC9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7ACC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7ACF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7AD2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7AD5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7AD8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7ADB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7ADE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7AE1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7AE4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7AE7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7AEA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7AED:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7AF0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7AF3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7AF6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7AF9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7AFC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7AFF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B02:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B05:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B08:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B0B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B0E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B11:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B14:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B17:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B1A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B1D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B20:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B23:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B26:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B29:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B2C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B2F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B32:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B35:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B38:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B3B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B3E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B41:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B44:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B47:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B4A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B4D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B50:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B53:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B56:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B59:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B5C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B5F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B62:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B65:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B68:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B6B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B6E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B71:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B74:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B77:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B7A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B7D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B80:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B83:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B86:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B89:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B8C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B8F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B92:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B95:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B98:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B9B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7B9E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BA1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BA4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BA7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BAA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BAD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BB0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BB3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BB6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BB9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BBC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BBF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BC2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BC5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BC8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BCB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BCE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BD1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BD4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BD7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BDA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BDD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BE0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BE3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BE6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BE9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BEC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BEF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BF2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BF5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BF8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BFB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7BFE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C01:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C04:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C07:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C0A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C0D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C10:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C13:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C16:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C19:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C1C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C1F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C22:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C25:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C28:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C2B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C2E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C31:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C34:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C37:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C3A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C3D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C40:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C43:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C46:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C49:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C4C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C4F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C52:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C55:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C58:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C5B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C5E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C61:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C64:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C67:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C6A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C6D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C70:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C73:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C76:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C79:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C7C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C7F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C82:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C85:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C88:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C8B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C8E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C91:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C94:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C97:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C9A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7C9D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CA0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CA3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CA6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CA9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CAC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CAF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CB2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CB5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CB8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CBB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CBE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CC1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CC4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CC7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CCA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CCD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CD0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CD3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CD6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CD9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CDC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CDF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CE2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CE5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CE8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CEB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CEE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CF1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CF4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CF7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CFA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7CFD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D00:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D03:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D06:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D09:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D0C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D0F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D12:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D15:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D18:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D1B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D1E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D21:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D24:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D27:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D2A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D2D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D30:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D33:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D36:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D39:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D3C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D3F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D42:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D45:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D48:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D4B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D4E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D51:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D54:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D57:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D5A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D5D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D60:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D63:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D66:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D69:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D6C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D6F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D72:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D75:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D78:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D7B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D7E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D81:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D84:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D87:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D8A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D8D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D90:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D93:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D96:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D99:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D9C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7D9F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DA2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DA5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DA8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DAB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DAE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DB1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DB4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DB7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DBA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DBD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DC0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DC3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DC6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DC9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DCC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DCF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DD2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DD5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DD8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DDB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DDE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DE1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DE4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DE7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DEA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DED:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DF0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DF3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DF6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DF9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DFC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7DFF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E02:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E05:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E08:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E0B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E0E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E11:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E14:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E17:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E1A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E1D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E20:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E23:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E26:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E29:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E2C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E2F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E32:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E35:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E38:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E3B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E3E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E41:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E44:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E47:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E4A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E4D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E50:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E53:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E56:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E59:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E5C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E5F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E62:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E65:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E68:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E6B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E6E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E71:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E74:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E77:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E7A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E7D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E80:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E83:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E86:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E89:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E8C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E8F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E92:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E95:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E98:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E9B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7E9E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EA1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EA4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EA7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EAA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EAD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EB0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EB3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EB6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EB9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EBC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EBF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EC2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EC5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EC8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7ECB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7ECE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7ED1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7ED4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7ED7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EDA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EDD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EE0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EE3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EE6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EE9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EEC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EEF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EF2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EF5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EF8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EFB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7EFE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F01:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F04:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F07:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F0A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F0D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F10:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F13:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F16:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F19:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F1C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F1F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F22:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F25:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F28:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F2B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F2E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F31:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F34:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F37:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F3A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F3D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F40:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F43:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F46:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F49:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F4C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F4F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F52:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F55:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F58:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F5B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F5E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F61:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F64:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F67:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F6A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F6D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F70:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F73:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F76:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F79:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F7C:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F7F:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F82:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F85:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F88:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F8B:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F8E:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F91:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F94:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F97:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F9A:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7F9D:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FA0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FA3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FA6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FA9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FAC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FAF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FB2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FB5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FB8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FBB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FBE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FC1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FC4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FC7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FCA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FCD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FD0:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FD3:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FD6:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FD9:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FDC:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FDF:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FE2:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FE5:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FE8:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FEB:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FEE:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FF1:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FF4:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FF7:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FFA:	FF FF FF	STX ( FF FF)   ;Store Index Register X
7FFD:	FF FF FF	STX ( FF FF)   ;Store Index Register X
8000:	0		TEST	   ;Test Operation (Test Mode Only)
