!
! Pedigrees from Keavney et al
! Measured haplotype analysis of the angiotensin-I converting enzyme gene
! Hum Mol Genet 1998 7: 1745-1751
!
! as included in MENDEL 4 example pedigree files: ACE I/D polymorphism and
! sex-standardised sACE.
! 
set loc aceins mar . The ACE Insertion/Deletion Polymorphism
set loc sace   qua . Sex-standardized sACE level
read ped inline
1  1  x  x  M 1 2 -0.395 
1  2  x  x  F 1 2 -1.788 
1  3  1  2  M 1 1 -0.873 
1  4  x  x  M 1 2 -0.477 
1  5  1  2  F 1 2 -0.897 
1  6  1  2  F 1 2 -0.486 
1  7  1  2  F 1 2 -0.52  
1  8  1  2  F 1 2 -0.863 
1  9  4  5  F 1 2  0.337  
1  10 4  5  F 1 1 -1.308 
2  1  x  x  M x x   x
2  2  x  x  F x x   x
2  3  x  x  M 2 2 -0.527 
2  4  1  2  F 2 2  0.337  
2  5  3  4  M 2 2  1.187  
2  6  3  4  F 2 2  1.639  
3  1  x  x  M x x   x
3  2  x  x  F x x   x
3  3  1  2  M 2 2   x
3  4  x  x  F 2 2  0.131  
3  5  1  2  M 1 2 -0.708 
3  6  x  x  F 2 2   x
3  7  1  2  M 1 2 -2.109 
3  8  x  x  M 1 1 -0.741 
3  9  1  2  F 1 2 -0.452 
3  10 3  4  F 2 2  1.073  
3  11 3  4  F 2 2  0.199  
3  12 3  4  F 2 2  1.776  
3  13 3  4  M 2 2  1.006  
3  14 5  6  M 2 2 2.686  
3  15 5  6  F 1 2 -0.572 
3  16 8  9  M 1 1 -0.296 
3  17 8  9  M x x   x
3  18 8  9  M 1 2  0.561  
4  1  x  x  M x x   x
4  2  x  x  F x x   x
4  3  x  x  M 2 2  0.577  
4  4  1  2  F 1 2   x
4  5  1  2  M 2 2  0.791  
4  6  3  4  F 1 2  1.090  
4  7  3  4  F 2 2 2.067  
4  8  3  4  M 1 2  0.857  
5  1  x  x  M x x   x
5  2  x  x  F x x   x
5  3  1  2  M 1 1 -1.367 
5  4  1  2  F 1 2  0.217  
5  5  1  2  F 1 1   x
5  6  1  2  F x x -1.188 
5  7  1  2  M 1 2 -0.955 
5  8  1  2  F 1 1 -0.983 
5  9  x  x  M 1 2  0.511  
5  10 1  2  M 1 2   x
5  11 x  x  F 1 2 -1.257 
5  12 1  2  M 1 2 -0.461 
5  13 1  2  M 1 2 -0.593 
5  14 1  2  M 1 1 -1.977 
5  15 1  2  M 1 2 -0.939 
5  16 9  8  M 1 2  0.099  
5  17 10 11 M 2 2 -0.329 
5  18 10 11 M 1 2 -0.065 
6  1  x  x  M x x   x
6  2  x  x  F x x   x
6  3  1  2  F 1 2 -0.486 
6  4  1  2  M 1 2   x
6  5  1  2  F 1 2   x
6  6  x  x  M 2 2 2.011  
6  7  1  2  M x x -0.642 
6  8  1  2  M 1 2   x
6  9  6  5  M 1 2  0.462  
6  10 6  5  F 2 2 -0.023 
7  1  x  x  M 1 2 -0.197 
7  2  x  x  F x x   x
7  3  1  2  F 1 2 -0.160 
7  4  1  2  M 1 2  1.137  
7  5  x  x  F 1 1 -0.572 
7  6  1  2  M 1 2   x
7  7  1  2  M 2 2  1.895  
7  8  6  5  M 1 1 -0.313 
7  9  6  5  M 1 1 -0.214 
7  10 6  5  F 1 1 -0.949 
8  1  x  x  M x x   x
8  2  x  x  F 1 2 -1.240 
8  3  x  x  F 1 1 -1.017 
8  4  1  2  M 1 1 -1.927 
8  5  1  2  M 1 2 -0.560 
8  6  x  x  F 1 2 -0.126 
8  7  4  3  F 1 1 -1.240 
8  8  4  3  F 1 1 -1.514 
8  9  4  3  M 1 1 -1.499 
8  10 4  3  F 1 1 -1.394 
8  11 5  6  M 1 1 -1.021 
8  12 5  6  M 2 2  0.940  
9  1  x  x  M x x   x
9  2  x  x  F x x   x
9  3  1  2  M 2 2   x
9  4  x  x  F x x -0.606 
9  5  1  2  M 1 2   x
9  6  1  2  F 1 2 -1.480 
9  7  x  x  M x x   x
9  8  1  2  F 2 2 -0.332 
9  9  1  2  F 1 2  1.005  
9  10 7  8  M 1 2 -0.082 
9  11 7  8  F 1 2 -0.212 
9  12 7  8  F 1 2 -0.657 
9  13 5  4  M x x   x
10 1  x  x  M 2 2  1.862  
10 2  x  x  F 2 2 -0.640 
10 3  1  2  F 2 2  0.679  
10 4  1  2  M 2 2  1.401  
10 5  1  2  F 2 2  1.467  
11 1  x  x  M 1 1   x
11 2  x  x  F x x   x
11 3  1  2  F 1 2  0.268  
11 4  1  2  M 1 2  1.039  
11 5  x  x  F 2 2  0.611  
11 6  1  2  F 1 1 -1.428 
11 7  4  5  F 1 2  0.199  
11 8  4  5  F 1 2  0.405  
11 9  4  5  F 2 2 2.256  
12 1  x  x  M 1 1 -0.593 
12 2  x  x  F 2 2  1.587  
12 3  1  2  F 1 2 -0.537 
12 4  1  2  F 1 2 -0.589 
12 5  1  2  M 1 2  0.215  
12 6  1  2  F 1 2  0.782  
12 7  1  2  M 1 2  0.890  
12 8  1  2  F 1 2  0.131  
13 1  x  x  M x x   x
13 2  x  x  F x x   x
13 3  1  2  F 1 1 -0.709 
13 4  x  x  M 2 2  0.775  
13 5  1  2  F 1 1   x
13 6  1  2  F 1 1 -0.674 
13 7  1  2  F 1 1 -0.469 
13 8  4  5  F 1 2 -0.040 
13 9  4  5  F 1 2  0.302  
13 10 4  5  F 1 2 -0.435 
13 11 4  5  F 1 2  1.228  
14 1  x  x  M 1 2  0.099  
14 2  x  x  F x x   x
14 3  1  2  M 1 2   x
14 4  1  2  F 1 2 -0.229 
14 5  1  2  F 2 2  0.354  
14 6  1  2  M 2 2  1.632  
15 1  x  x  M 1 2  0.198  
15 2  x  x  F 2 2 2.084  
15 3  1  2  F x x  0.371  
15 4  1  2  M 2 2  1.912  
15 5  1  2  M 2 2  1.039  
15 6  1  2  F 2 2  0.611  
15 7  1  2  F 2 2  0.371  
15 8  1  2  M 1 2  0.890  
16 1  x  x  M 1 2 -0.692 
16 2  x  x  F 2 2  1.622  
16 3  1  2  M 2 2 -0.049 
16 4  1  2  F 1 2 -0.983 
16 5  1  2  F 1 2 -0.829 
17 1  x  x  M x x   x
17 2  x  x  F 1 2 -0.212 
17 3  1  2  M 1 1 -1.664 
17 4  x  x  M 1 2 -0.378 
17 5  1  2  F 1 1 -1.240 
17 6  1  2  F 1 1 -0.931 
17 7  4  5  F 1 1 -0.760 
17 8  4  5  M 1 1 -0.411 
17 9  4  5  F 1 2 -1.017 
18 1  x  x  M x x   x
18 2  x  x  F x x   x
18 3  1  2  F 1 2  0.833  
18 4  1  2  F 1 1  0.199  
18 5  1  2  F 2 2 -0.229 
18 6  1  2  F 2 2 -0.846 
18 7  1  2  M 1 2 -0.560 
18 8  x  x  F 1 1 -2.028 
18 9  1  2  F 1 2 -0.160 
18 10 1  2  F 2 2 2.256  
18 11 x  x  M x x   x
18 12 7  8  M 1 2 -0.082 
18 13 7  8  F 1 1 -1.994 
18 14 11 10 F 1 2 -0.297 
18 15 11 10 M 1 2  0.544  
18 16 11 10 F 1 2 3.027  
18 17 11 10 F 1 2 2.050  
19 1  x  x  M x x   x
19 2  x  x  F 2 2  0.131  
19 3  1  2  M 2 2   x
19 4  x  x  F 1 1 -0.040 
19 5  1  2  M 2 2  1.286  
19 6  3  4  F 1 2 -0.726 
19 7  3  4  M 1 2 -0.543 
19 8  3  4  M 1 2  0.495  
20 1  x  x  M 1 1 -1.054 
20 2  x  x  F x x   x
20 3  1  2  F 1 1   x
20 4  1  2  M 1 1 -0.395 
20 5  1  2  M 1 1 -0.675 
20 6  1  2  F 1 1  0.097  
20 7  1  2  M 1 1 -2.207 
21 1  x  x  M x x   x
21 2  x  x  F 2 2 -0.280 
21 3  1  2  M 2 2  0.165  
21 4  1  2  M 1 2 -0.032 
21 5  1  2  M 2 2 -0.197 
21 6  1  2  F 2 2  1.176  
22 1  x  x  M x x   x
22 2  x  x  F x x   x
22 3  1  2  M 1 2   x
22 4  1  2  F 1 1 -1.583 
22 5  1  2  F 1 1 -1.805 
22 6  1  2  M 1 1 -1.779 
23 1  x  x  M x x   x
23 2  x  x  F 1 2  0.319  
23 3  1  2  M 1 2 -0.115 
23 4  1  2  M 1 2 -0.148 
23 5  1  2  F 1 2   x
23 6  x  x  M 1 1  0.989  
23 7  1  2  F 1 1 -0.092 
23 8  1  2  F 1 2  0.628  
23 9  6  5  M 1 1  0.709  
23 10 6  5  M 1 1 -0.411 
23 11 6  5  M 1 1 -0.032 
24 1  x  x  M x x   x
24 2  x  x  F x x   x
24 3  1  2  M 1 2   x
24 4  1  2  F 1 1 -0.075 
24 5  1  2  M 1 1 -0.741 
24 6  1  2  F 1 2   x
25 1  x  x  M x x   x
25 2  x  x  F x x   x
25 3  1  2  F 2 2   x
25 4  1  2  M 2 2  0.940  
25 5  1  2  M 2 2  0.495  
25 6  1  2  M 1 1   x
26 1  x  x  M 1 2 -0.906 
26 2  x  x  F 1 2  0.696  
26 3  1  2  F 1 1 -1.583 
26 4  1  2  M 1 2  0.033  
26 5  1  2  M 1 2 -0.197 
27 1  x  x  M 1 2  1.862  
27 2  x  x  F 1 2  0.388  
27 3  1  2  M 1 1 -1.169 
27 4  1  2  F 1 2   x
27 5  x  x  M x x   x
27 6  1  2  M 1 2 -1.202 
27 7  5  4  F 2 2  1.896  
27 8  5  4  F 1 2  0.371  
27 9  5  4  M 2 2  1.829  
28 1  x  x  M x x   x
28 2  x  x  F x x   x
28 3  1  2  F 1 2 -0.743 
28 4  1  2  F 2 2   x
28 5  1  2  M 2 2  1.286  
28 6  1  2  F 1 2  0.422  
28 7  x  x  M 2 2  1.764  
28 8  1  2  F 1 2  1.827  
28 9  7  6  M 1 2  0.215  
28 10 7  6  F 1 2  1.862  
29 1  x  x  M x x   x
29 2  x  x  F x x   x
29 3  1  2  M 1 1 -0.741 
29 4  1  2  M 1 2  1.269  
29 5  1  2  F 1 1 -0.349 
29 6  7  2  M 1 1 -1.005 
29 7  x  x  M x x   x
30 1  x  x  M x x   x
30 2  x  x  F x x   x
30 3  1  2  F 1 2 -0.469 
30 4  1  2  F 1 2  1.210  
30 5  1  2  F 1 2  0.971  
30 6  1  2  F 2 2 2.376  
30 7  1  2  M 1 2  0.594  
30 8  x  x  M 1 2  0.577  
30 9  8  5  M 1 2  1.302  
30 10 8  5  M 1 1 -1.120 
30 11 8  5  F 1 2  0.439  
31 1  x  x  M x x   x
31 2  x  x  F x x   x
31 3  1  2  M 1 2 -0.247 
31 4  1  2  M 1 2 -0.148 
31 5  1  2  M 1 2  0.248  
31 6  1  2  F 1 2  1.125  
31 7  1  2  F 1 2  1.108  
31 8  1  2  F 1 2 -0.297 
31 9  x  x  F 1 2   x
31 10 5  9  M 1 1 -0.889 
31 11 5  9  M 2 2   x
31 12 5  9  F 1 1 -1.428 
32 1  x  x  M x x   x
32 2  x  x  F x x   x
32 3  1  2  M 1 1 -1.054 
32 4  1  2  F 1 2  0.645  
32 5  1  2  F 1 2  0.199  
32 6  1  2  M 1 1 -0.329 
32 7  1  2  F 1 2 -0.178 
33 1  x  x  M x x   x
33 2  x  x  F x x   x
33 3  1  2  M 1 2  0.874  
33 4  1  2  M 1 2  0.330  
33 5  1  2  F 1 2 -0.897 
33 6  x  x  F 1 2 -0.040 
33 7  4  6  F 1 2 -0.092 
33 8  4  6  M 1 2  0.676  
33 9  4  6  M 1 2  0.643  
34 1  x  x  M 1 2  0.544  
34 2  x  x  F x x   x
34 3  1  2  M 2 2  1.220  
34 4  1  2  F 1 2 -0.315 
34 5  1  2  M 1 2  0.198  
35 1  x  x  M 1 2 -0.247 
35 2  x  x  F 1 1 -0.623 
35 3  1  2  M 1 2  0.956  
35 4  x  x  F 2 2  0.628  
35 5  3  4  F 2 2  0.628  
35 6  3  4  M 1 2 -0.065 
35 7  1  2  M 1 1 -0.609 
35 8  x  x  F 1 1 -1.274 
35 9  7  8  M 1 1 -1.499 
35 10 7  8  M 1 1 -1.021 
35 11 1  2  M 1 1 -1.367 
36 1  x  x  M 2 2  0.627  
36 2  x  x  F x x   x
36 3  1  2  F 1 2  0.474  
36 4  1  2  F 1 2  0.885  
37 1  x  x  M 2 2  1.747  
37 2  x  x  F x x   x
37 3  1  2  M 1 2   x
37 4  x  x  F 2 2 2.187  
37 5  3  4  M 1 2 -0.889 
37 6  1  2  M 1 2   x
37 7  x  x  F 2 2 -0.315 
37 8  6  7  M 2 2   x
37 9  6  7  M 2 2  0.149  
37 10 6  7  M 1 2 -0.708 
37 11 1  2  M 1 2  0.001  
37 12 1  2  F 1 2 -0.092 
38 1  x  x  F 1 2   x
38 2  x  x  M x x   x
38 3  2  1  M 1 2  0.610  
38 4  2  1  M 1 2  0.890  
38 5  2  1  F 1 2  1.073  
39 1  x  x  M x x   x
39 2  x  x  F 2 2  1.090  
39 3  1  2  M 1 2  0.561  
39 4  1  2  F 1 2 -0.777 
39 5  1  2  F 1 2  0.731  
40 1  x  x  M x x   x
40 2  x  x  F x x   x
40 3  1  2  M 1 2   x
40 4  1  2  M 1 2   x
40 5  x  x  F 1 1 -0.486 
40 6  4  5  M 1 1 -1.038 
40 7  4  5  M 1 1 -0.840 
40 8  4  5  M 1 2 -0.477 
41 1  x  x  M x x   x
41 2  x  x  F x x   x
41 3  1  2  F 1 2 -0.537 
41 4  1  2  F 1 2   x
41 5  1  2  F 1 2 -0.400 
41 6  1  2  F 1 2   x
42 1  x  x  M 1 2  1.912  
42 2  x  x  F 1 1 -0.966 
42 3  1  2  M 1 1 -0.790 
42 4  1  2  F 1 2   x
42 5  1  2  M 1 1 -0.873 
43 1  x  x  M x x   x
43 2  x  x  F x x   x
43 3  1  2  F 1 2   x
43 4  1  2  M 1 2  0.594  
43 5  1  2  F 1 1 -0.332 
43 6  1  2  F 1 1 -0.983 
43 7  1  2  M 1 2 -0.444 
44 1  x  x  M 2 2 -0.477 
44 2  x  x  F 1 2  0.319  
44 3  1  2  F 1 2 -1.223 
44 4  1  2  F 1 2 -0.332 
44 5  1  2  M 1 2   x
44 6  x  x  F 1 2  0.919  
44 7  5  6  F 2 2  1.793  
44 8  5  6  F 1 1 -1.497 
44 9  1  2  F 1 2  0.028  
44 10 x  x  M x x   x
44 11 10 9  F 1 2 -1.668 
44 12 10 9  M 1 1 -1.548 
44 13 10 9  F 1 1 -1.857 
44 14 1  2  F 2 2  0.559  
45 1  x  x  M 1 2   x
45 2  x  x  F 2 2  0.885  
45 3  x  x  M x x   x
45 4  1  2  F 1 2 -0.897 
45 5  3  4  M 1 1 -1.301 
45 6  3  4  M 1 1 -1.120 
45 7  3  4  F 1 2 -0.88  
45 8  1  2  F 2 2  1.125  
46 1  x  x  M x x   x
46 2  x  x  F x x   x
46 3  1  2  M 1 1   x
46 4  x  x  F 1 1 -0.417 
46 5  3  4  M 1 1 -0.840 
46 6  3  4  F 1 1 -1.154 
46 7  1  2  M 1 2   x
46 8  x  x  F 1 1 -0.794 
46 9  7  8  M x x   x
46 10 1  2  F 1 2  1.690  
46 11 1  2  F 1 1 -0.023 
47 1  x  x  M x x   x
47 2  x  x  F x x   x
47 3  1  2  M 1 2   x
47 4  x  x  F 1 2  0.182  
47 5  3  4  F 1 2 -0.503 
47 6  3  4  F 1 2 -0.983 
47 7  3  4  F 2 2  0.388  
47 8  1  2  M 1 2 -0.181 
48 1  x  x  M 2 2 -1.169 
48 2  x  x  F 2 2  0.559  
48 3  1  2  M 2 2 -0.708 
48 4  1  2  M 2 2  1.368  
48 5  1  2  M 2 2 -0.972 
49 1  x  x  M x x   x
49 2  x  x  F 1 1 -0.812 
49 3  1  2  F 1 1 -1.377 
49 4  x  x  M 2 2  1.319  
49 5  4  3  M 1 2  1.434  
49 6  4  3  F 1 2  1.125  
49 7  1  2  M 1 1 -0.296 
49 8  1  2  F 1 1 -1.360 
50 1  x  x  M x x   x
50 2  x  x  F x x   x
50 3  1  2  M 1 2  0.050  
50 4  1  2  F 1 2  0.456  
50 5  1  2  M 1 2  1.269  
50 6  1  2  F 1 2   x
51 1  x  x  M x x   x
51 2  x  x  F x x   x
51 3  1  2  M 1 2   x
51 4  1  2  M 1 2 -0.741 
51 5  1  2  M 2 2   x
52 1  x  x  M x x   x
52 2  x  x  F x x   x
52 3  1  2  F 1 2  0.474  
52 4  1  2  F 2 2   x
52 5  1  2  F 2 2   x
52 6  1  2  F 2 2  0.782  
53 1  x  x  M x x   x
53 2  x  x  F x x   x
53 3  1  2  M 1 1   x
53 4  x  x  F 2 2 -0.315 
53 5  3  4  F 1 2 -0.075 
53 6  3  4  M 1 2 -1.038 
53 7  3  4  M 1 2  0.379  
53 8  1  2  M 2 2  0.264  
53 9  1  2  M 1 1 -1.515 
53 10 x  x  F 1 2  0.456  
53 11 9  10 F 1 1   x
53 12 9  10 M 1 2 -1.285 
54 1  x  x  M 1 2 -0.378 
54 2  x  x  F 1 2   x
54 3  1  2  M 1 1 -1.713 
54 4  1  2  F 1 1 -0.606 
54 5  1  2  M 2 2  0.511  
54 6  1  2  F 1 1 -1.171 
54 7  1  2  F 2 2  0.028  
55 1  x  x  M x x   x
55 2  x  x  F 1 2  0.645  
55 3  1  2  F 2 2   x
55 4  1  2  M 1 2 -2.026 
55 5  1  2  F 2 2 -0.332 
56 1  x  x  M 1 1 -0.873 
56 2  x  x  F 2 2  1.108  
56 3  1  2  M 1 2 -0.346 
56 4  1  2  M 1 2  0.116  
56 5  1  2  F 1 2 -0.417 
57 1  x  x  M x x   x
57 2  x  x  F 1 2  0.217  
57 3  1  2  F 1 1 -1.428 
57 4  1  2  M 1 2 -0.708 
57 5  1  2  M 1 2 -0.972 
58 1  x  x  M x x   x
58 2  x  x  F 1 2 -0.983 
58 3  1  2  F 1 2  1.724  
58 4  x  x  M 2 2  1.599  
58 5  4  3  F 2 2  0.782  
58 6  4  3  M 2 2 2.241  
58 7  1  2  M 1 2  1.500  
58 8  1  2  F 1 2  1.622  
59 1  x  x  M x x   x
59 2  x  x  F 1 1 -1.086 
59 3  1  2  F 1 2   x
59 4  1  2  F 1 2 -0.709 
59 5  1  2  M 1 2 -0.395 
59 6  1  2  F 1 2 -0.315 
60 1  x  x  M 1 2   x
60 2  x  x  F 1 2  1.433  
60 3  1  2  F 1 2  1.365  
60 4  1  2  M 2 2 2.670  
60 5  1  2  F 1 2  0.302  
61 1  x  x  M x x   x
61 2  x  x  F x x   x
61 3  x  x  M x x   x
61 4  1  2  F 1 2  0.114  
61 5  3  4  M 1 2  0.874  
61 6  x  x  M 1 2  0.198  
61 7  6  4  M 1 1   x
61 8  6  4  F 1 1 -0.657 
61 9  1  2  M 1 2  0.116  
62 1  x  x  M 1 2   x
62 2  x  x  F 1 1   x
62 3  1  2  F 1 2  1.947  
62 4  1  2  F 1 1  0.456  
62 5  1  2  M 1 2  0.033  
63 1  x  x  M x x   x
63 2  x  x  F x x   x
63 3  1  2  F 1 2   x
63 4  1  2  M 1 2 -0.395 
63 5  1  2  F 2 2  1.245  
63 6  1  2  F 2 2  0.731  
63 7  1  2  M 1 2 -0.840 
63 8  1  2  M 1 2  0.116  
64 1  x  x  M x x   x
64 2  x  x  F x x   x
64 3  x  x  M 2 2 -0.313 
64 4  1  2  F 1 1 -0.572 
64 5  3  2  M 1 2  0.066  
64 6  3  2  M 2 2 -0.280 
64 7  3  2  M 1 2  0.379  
65 1  x  x  M x x   x
65 2  x  x  F 1 2   x
65 3  1  2  M 1 2   x
65 4  1  2  F 1 2 -0.178 
65 5  1  2  F 1 2 -0.589 
65 6  1  2  F 1 2 -0.469 
66 1  x  x  M 1 2 -0.840 
66 2  x  x  F 1 2 -0.692 
66 3  1  2  M 2 2  1.352  
66 4  1  2  M 1 2  0.824  
66 5  1  2  F 1 1 -0.572 
67 1  x  x  M 2 2  1.187  
67 2  x  x  F 2 2  0.011  
67 3  1  2  M 2 2  0.511  
67 4  1  2  F 2 2  1.090  
67 5  1  2  F 2 2  0.474  
68 1  x  x  M x x   x
68 2  x  x  F 1 1 -0.863 
68 3  1  2  M 1 2 -0.428 
68 4  x  x  F x x   x
68 5  3  4  M 1 2 -0.576 
68 6  3  4  F 1 2 -1.308 
68 7  1  2  F 1 2  0.302  
68 8  1  2  F 1 2  1.193  
69 1  x  x  M x x   x
69 2  x  x  F 1 2  1.176  
69 3  1  2  F 1 2 -0.246 
69 4  1  2  F 1 1 -0.692 
69 5  1  2  F 1 1 -0.417 
;;;;
run
