Assembly Language:

NOTE: LI is LOAD_IMM and ADI is ADD_IMM

	LI	 r0 65
	LI	 r1 95
LOOP:	LOAD_IND r2 (r0)
	ADI 	 r0 r0 1
	LOAD_IND r3 (r0)
	ADD	 r2 r2 r3
	ADI	 r0 r0 1
	LOAD_IND r3 (r0)
	SUB 	 r2 r2 r3
	SW+	 r1 r1 r2 4  /* MEM[r1] <- r2; r1 <- r1+4
	LI 	 r2 93
	BGE	 r2 r0 2
	JMP	 30 (NEXT)
	ADI	 r0 r0 1
	JMP 	 4 (LOOP)
NEXT:	LI       r0 65
	LI       r1 96
LOOP2:	LOAD_IND r2 (r0)
	ROLM	 r2 r2 r2 3
	SW+	 r1 r1 r2 1
	RORM	 r2 r2 r2 3
        SW+      r1 r1 r2 1
	RORM     r2 r2 r2 2
	SW+      r1 r1 r2 2
	ADI	 r0 r0 3
	LI	 r2 95
	BGE 	 r0 r2 2
	JMP	 34 (LOOP2)
DONE:   ADI 	 r2 r2 -8
	STORE    r2 r2 135 (24-bit instruction) 
	HALT

Data starts at address 65, with 3 arrays of 10 integers
A, B, C interleaved, i.e., we have
65: A[1]
66: B[1]
67: C[1]
68: A[2], etc.

A= 50, 40, -128, 10, 22, 52, 19, 0, 38, 72
B= 45, 70, 24, -55, -30, -110, 81, -73, -91, 99
C= -20, 11, 40, 60, -50, 20, 37, -25, 75, 82

The results will be stored from address 95 to 134 (40 items)
as follows:
95: A[1]+B[1]-C[1]
96: A[1] rotated left 3 bits
97: A[1]
98: A[1] rotated right 2 bits
99: A[2]+B[2]-C[2]
100: A[2] rotated left 3 bits
101: A[2]
102: A[2] rotated right 2 bits, etc.

Also in location 135, the # stored will be 87 (using the 24-bit STORE).

Start mem file
%

0: 65
1: 001001 00

2: 95
3: 001001 01

4: 00 00 0000
5: 001011 10

6: 00 00 0001
7: 000011 00

8: 00 00 0000
9: 001011 11

10: 10 11 0000
11: 000001 10

12: 00 00 0001
13: 000011 00

14: 00 00 0000
15: 001011 11

16: 10 11 0000
17: 000100 10

18: 01 10 0100
19: 001101 01

20: 93
21: 001001 10

22: 10 00 0010
23: 000110 00

24: 00011110
25: 001000 00

26: 00 00 0001
27: 000011 00

28: 00000100
29: 001000 00

30: 65
31: 001001 00

32: 96
33: 001001 01

34: 00 00 0000
35: 001011 10

36: 10 10 0011
37: 000101 10

38: 01 10 0001
39: 001101 01

40: 10 10 0011
41: 000111 10

42: 01 10 0001
43: 001101 01

44: 10 10 0010
45: 000111 10

46: 01 10 0010
47: 001101 01

48: 00 00 0011
49: 000011 00

50: 95
51: 001001 10

52: 00 10 0010
53: 000110 00

54: 00100010
55: 001000 00

56: 10 00 1000
57: 000011 10

58: 10 10 0000
59: 001100 10
60: 10000111

61: 00 00 0000
62: 001110 00



65: 50
66: 45
67: 1110 1100
68: 40
69: 70
70: 11
71: 1000 0000
72: 24
73: 40
74: 10
75: 1100 1001
76: 60
77: 22
78: 1110 0010
79: 1100 1110
80: 52
81: 1001 0010
82: 20
83: 19
84: 81
85: 37
86: 0
87: 1011 0111
88: 1110 0111
89: 38
90: 1010 0101
91: 75
92: 72
93: 99
94: 82