![background image](http://html2.mh-extra.com/html/icp-das-usa/i-8092f/i-8092f_user-manual_3531635157.webp)
ICPDAS
I-8092F Software User Manual
157
Use the linear DDA method, set P1(X-axis) = 30, P2(Y-axis) = 40, and the linear DDA data are
calculated as bellows:
Table A-7 DDA data for the bit pattern interpolation
Index Z1
Hex1
Z2
Hex2
X
Y
Index Z1
Hex1
Z2
Hex2
X
Y
1 0
0
0
0
26 0
0
15
20
2 1
1
1
1
27 1
1
16
21
3 0
1
1
2
28 0
1
16
22
4 1
1
2
3
29 1
1
17
23
5 1
1
3
4
30 1
1
18
24
6 0
0
3
4
31 0
0
18
25
7 1
1
4
5
32 1
1
19 25
8 0
1
4
6
33 0
1
19
26
9 1
1
5
7
34 1
1
20
27
10 1
1
6
8
35 1
1
21
28
11 0
0
6
8
36 0
0
21
29
12 1
1
7
9
37 1
1
22
29
13 0
1
7
10
38 0
1
22
30
14 1
1
8
11
39 1
1
23
31
15 1
1
9
12
40 1
1
24
32
16 0
0x6b5a
0
0x7bde
9
12
41 0
0
24
32
17 1
1
10 13
42 1
1
25
33
18 0
1
10 14
43 0
1
25
34
19 1
1
11 15
44 1
1
26
35
20 1
1
12 16
45 1
1
27
36
21 0
0
12 16
46 0
0
27
36
22 1
1
13 17
47 1
1
28
37
23 0
1
13 18
48 0
0x5ad6
1
0xdef7
28 38
24 1
1
14 19
49 1
1
29
39
25 1
0xb5ad
1
0xbdf7
15 20
50 1
0x3
1
0x3
30 40
Note:
Z1, Z2 are the output pulse on the each interval, X is the sum of Z1, Y is the sum
of Z2, Hex1 is the 16 bits character made of 16 ones or zeros (Z1), and Hex2 is the 16
bits character made of 16 ones or zeros (Z2)