Files
pymol-open-source/testing/data/repr.mae
Thomas Holder 4749667f67 PYMOL-1498
2013-07-05 21:57:37 +02:00

1285 lines
45 KiB
Plaintext

{
s_m_m2io_version
:::
2.0.0
}
f_m_ct {
s_m_title
s_m_entry_id
s_m_entry_name
s_m_source_file
i_m_source_file_index
i_m_ct_format
:::
x_lines
1
x.1
/tmp/x.pdb
1
2
m_atom[60] {
# First column is atom index #
i_m_mmod_type
r_m_x_coord
r_m_y_coord
r_m_z_coord
i_m_residue_number
s_m_mmod_res
i_m_color
s_m_pdb_residue_name
s_m_pdb_atom_name
i_m_atomic_number
i_m_formal_charge
s_m_color_rgb
i_m_secondary_structure
r_m_pdb_occupancy
i_pdb_PDB_serial
:::
1 34 1.968000 -1.400000 -2.402000 1 A 38 "ALA " " N " 7 1 2F2FFF 0 1 1
2 3 2.644000 -0.106000 -2.402000 1 A 10 "ALA " " CA " 6 0 1EE11E 0 1 2
3 2 4.144000 -0.280000 -2.402000 1 A 10 "ALA " " C " 6 0 1EE11E 0 1 3
4 15 4.878000 0.354000 -3.168000 1 A 75 "ALA " " O " 8 0 FF5757 0 1 4
5 3 2.136000 0.686000 -1.185000 1 A 10 "ALA " " CB " 6 0 1EE11E 0 1 5
6 44 2.514000 -2.332000 -2.402000 1 A 21 "ALA " " H " 1 0 FFFFFF 0 1 6
7 41 2.376000 0.433000 -3.330000 1 A 21 "ALA " " HA " 1 0 FFFFFF 0 1 7
8 41 1.040000 0.836000 -1.221000 1 A 21 "ALA " "1HB " 1 0 FFFFFF 0 1 8
9 41 2.360000 0.172000 -0.230000 1 A 21 "ALA " "2HB " 1 0 FFFFFF 0 1 9
10 41 2.592000 1.691000 -1.128000 1 A 21 "ALA " "3HB " 1 0 FFFFFF 0 1 10
11 25 4.750000 -1.234000 -1.461000 2 A 38 "ALA " " N " 7 0 2F2FFF 1 1 11
12 3 6.190000 -1.180000 -1.696000 2 A 10 "ALA " " CA " 6 0 1EE11E 1 1 12
13 2 6.515000 -1.493000 -3.137000 2 A 10 "ALA " " C " 6 0 1EE11E 1 1 13
14 15 7.296000 -0.799000 -3.799000 2 A 75 "ALA " " O " 8 0 FF5757 1 1 14
15 3 6.860000 -2.153000 -0.710000 2 A 10 "ALA " " CB " 6 0 1EE11E 1 1 15
16 43 4.234000 -1.850000 -0.740000 2 A 21 "ALA " " H " 1 0 FFFFFF 1 1 16
17 41 6.543000 -0.151000 -1.495000 2 A 21 "ALA " " HA " 1 0 FFFFFF 1 1 17
18 41 6.642000 -1.886000 0.342000 2 A 21 "ALA " "1HB " 1 0 FFFFFF 1 1 18
19 41 6.519000 -3.196000 -0.856000 2 A 21 "ALA " "2HB " 1 0 FFFFFF 1 1 19
20 41 7.960000 -2.153000 -0.816000 2 A 21 "ALA " "3HB " 1 0 FFFFFF 1 1 20
21 25 5.882000 -2.657000 -3.773000 3 A 38 "ALA " " N " 7 0 2F2FFF 1 1 21
22 3 6.384000 -2.698000 -5.144000 3 A 10 "ALA " " CA " 6 0 1EE11E 1 1 22
23 2 6.090000 -1.404000 -5.865000 3 A 10 "ALA " " C " 6 0 1EE11E 1 1 23
24 15 6.950000 -0.813000 -6.529000 3 A 75 "ALA " " O " 8 0 FF5757 1 1 24
25 3 5.758000 -3.921000 -5.834000 3 A 10 "ALA " " CB " 6 0 1EE11E 1 1 25
26 43 5.185000 -3.345000 -3.318000 3 A 21 "ALA " " H " 1 0 FFFFFF 1 1 26
27 41 7.484000 -2.814000 -5.114000 3 A 21 "ALA " " HA " 1 0 FFFFFF 1 1 27
28 41 6.015000 -4.863000 -5.313000 3 A 21 "ALA " "1HB " 1 0 FFFFFF 1 1 28
29 41 4.652000 -3.861000 -5.866000 3 A 21 "ALA " "2HB " 1 0 FFFFFF 1 1 29
30 41 6.108000 -4.030000 -6.877000 3 A 21 "ALA " "3HB " 1 0 FFFFFF 1 1 30
31 25 4.740000 -0.830000 -5.776000 4 A 38 "ALA " " N " 7 0 2F2FFF 1 1 31
32 3 4.765000 0.399000 -6.564000 4 A 10 "ALA " " CA " 6 0 1EE11E 1 1 32
33 2 5.836000 1.339000 -6.065000 4 A 10 "ALA " " C " 6 0 1EE11E 1 1 33
34 15 6.624000 1.903000 -6.833000 4 A 75 "ALA " " O " 8 0 FF5757 1 1 34
35 3 3.357000 1.016000 -6.510000 4 A 10 "ALA " " CB " 6 0 1EE11E 1 1 35
36 43 3.897000 -1.236000 -5.235000 4 A 21 "ALA " " H " 1 0 FFFFFF 1 1 36
37 41 5.015000 0.143000 -7.611000 4 A 21 "ALA " " HA " 1 0 FFFFFF 1 1 37
38 41 2.591000 0.328000 -6.915000 4 A 21 "ALA " "1HB " 1 0 FFFFFF 1 1 38
39 41 3.051000 1.268000 -5.476000 4 A 21 "ALA " "2HB " 1 0 FFFFFF 1 1 39
40 41 3.292000 1.947000 -7.104000 4 A 21 "ALA " "3HB " 1 0 FFFFFF 1 1 40
41 25 5.944000 1.593000 -4.621000 5 A 38 "ALA " " N " 7 0 2F2FFF 1 1 41
42 3 7.053000 2.527000 -4.451000 5 A 10 "ALA " " CA " 6 0 1EE11E 1 1 42
43 2 8.325000 1.970000 -5.045000 5 A 10 "ALA " " C " 6 0 1EE11E 1 1 43
44 15 9.056000 2.644000 -5.780000 5 A 75 "ALA " " O " 8 0 FF5757 1 1 44
45 3 7.181000 2.832000 -2.949000 5 A 10 "ALA " " CB " 6 0 1EE11E 1 1 45
46 43 5.327000 1.172000 -3.841000 5 A 21 "ALA " " H " 1 0 FFFFFF 1 1 46
47 41 6.816000 3.459000 -4.998000 5 A 21 "ALA " " HA " 1 0 FFFFFF 1 1 47
48 41 6.253000 3.275000 -2.540000 5 A 21 "ALA " "1HB " 1 0 FFFFFF 1 1 48
49 41 7.394000 1.922000 -2.355000 5 A 21 "ALA " "2HB " 1 0 FFFFFF 1 1 49
50 41 7.993000 3.553000 -2.743000 5 A 21 "ALA " "3HB " 1 0 FFFFFF 1 1 50
51 25 8.704000 0.582000 -4.741000 6 A 38 "ALA " " N " 7 0 2F2FFF 0 1 51
52 3 9.958000 0.338000 -5.447000 6 A 10 "ALA " " CA " 6 0 1EE11E 0 1 52
53 7 9.804000 0.592000 -6.928000 6 A 10 "ALA " " C " 6 0 1EE11E 0 1 53
54 15 8.734000 0.968000 -7.421000 6 A 75 "ALA " " O " 8 0 FF5757 0 1 54
55 3 10.398000 -1.103000 -5.133000 6 A 10 "ALA " " CB " 6 0 1EE11E 0 1 55
56 43 8.163000 -0.116000 -4.120000 6 A 21 "ALA " " H " 1 0 FFFFFF 0 1 56
57 41 10.720000 1.045000 -5.071000 6 A 21 "ALA " " HA " 1 0 FFFFFF 0 1 57
58 41 10.542000 -1.260000 -4.047000 6 A 21 "ALA " "1HB " 1 0 FFFFFF 0 1 58
59 41 9.652000 -1.849000 -5.470000 6 A 21 "ALA " "2HB " 1 0 FFFFFF 0 1 59
60 41 11.356000 -1.357000 -5.620000 6 A 21 "ALA " "3HB " 1 0 FFFFFF 0 1 60
:::
}
m_bond[59] {
# First column is bond index #
i_m_from
i_m_to
i_m_order
:::
1 1 2 1
2 1 6 1
3 2 3 1
4 2 5 1
5 2 7 1
6 3 4 2
7 3 11 1
8 5 8 1
9 5 9 1
10 5 10 1
11 11 12 1
12 11 16 1
13 12 13 1
14 12 15 1
15 12 17 1
16 13 14 2
17 13 21 1
18 15 18 1
19 15 19 1
20 15 20 1
21 21 22 1
22 21 26 1
23 22 23 1
24 22 25 1
25 22 27 1
26 23 24 2
27 23 31 1
28 25 28 1
29 25 29 1
30 25 30 1
31 31 32 1
32 31 36 1
33 32 33 1
34 32 35 1
35 32 37 1
36 33 34 2
37 33 41 1
38 35 38 1
39 35 39 1
40 35 40 1
41 41 42 1
42 41 46 1
43 42 43 1
44 42 45 1
45 42 47 1
46 43 44 2
47 43 51 1
48 45 48 1
49 45 49 1
50 45 50 1
51 51 52 1
52 51 56 1
53 52 53 1
54 52 55 1
55 52 57 1
56 53 54 2
57 55 58 1
58 55 59 1
59 55 60 1
:::
}
}
f_m_ct {
s_m_title
s_m_entry_id
s_m_entry_name
s_m_source_file
i_m_source_file_index
i_m_ct_format
:::
x_sticks
2
x.1
/tmp/x.pdb
1
2
m_atom[60] {
# First column is atom index #
i_m_mmod_type
r_m_x_coord
r_m_y_coord
r_m_z_coord
i_m_residue_number
s_m_mmod_res
i_m_color
s_m_pdb_residue_name
s_m_pdb_atom_name
i_m_atomic_number
i_m_formal_charge
s_m_color_rgb
i_m_secondary_structure
r_m_pdb_occupancy
i_pdb_PDB_serial
:::
1 34 1.968000 -1.400000 -2.402000 1 A 38 "ALA " " N " 7 1 2F2FFF 0 1 1
2 3 2.644000 -0.106000 -2.402000 1 A 10 "ALA " " CA " 6 0 1EE11E 0 1 2
3 2 4.144000 -0.280000 -2.402000 1 A 10 "ALA " " C " 6 0 1EE11E 0 1 3
4 15 4.878000 0.354000 -3.168000 1 A 75 "ALA " " O " 8 0 FF5757 0 1 4
5 3 2.136000 0.686000 -1.185000 1 A 10 "ALA " " CB " 6 0 1EE11E 0 1 5
6 44 2.514000 -2.332000 -2.402000 1 A 21 "ALA " " H " 1 0 FFFFFF 0 1 6
7 41 2.376000 0.433000 -3.330000 1 A 21 "ALA " " HA " 1 0 FFFFFF 0 1 7
8 41 1.040000 0.836000 -1.221000 1 A 21 "ALA " "1HB " 1 0 FFFFFF 0 1 8
9 41 2.360000 0.172000 -0.230000 1 A 21 "ALA " "2HB " 1 0 FFFFFF 0 1 9
10 41 2.592000 1.691000 -1.128000 1 A 21 "ALA " "3HB " 1 0 FFFFFF 0 1 10
11 25 4.750000 -1.234000 -1.461000 2 A 38 "ALA " " N " 7 0 2F2FFF 1 1 11
12 3 6.190000 -1.180000 -1.696000 2 A 10 "ALA " " CA " 6 0 1EE11E 1 1 12
13 2 6.515000 -1.493000 -3.137000 2 A 10 "ALA " " C " 6 0 1EE11E 1 1 13
14 15 7.296000 -0.799000 -3.799000 2 A 75 "ALA " " O " 8 0 FF5757 1 1 14
15 3 6.860000 -2.153000 -0.710000 2 A 10 "ALA " " CB " 6 0 1EE11E 1 1 15
16 43 4.234000 -1.850000 -0.740000 2 A 21 "ALA " " H " 1 0 FFFFFF 1 1 16
17 41 6.543000 -0.151000 -1.495000 2 A 21 "ALA " " HA " 1 0 FFFFFF 1 1 17
18 41 6.642000 -1.886000 0.342000 2 A 21 "ALA " "1HB " 1 0 FFFFFF 1 1 18
19 41 6.519000 -3.196000 -0.856000 2 A 21 "ALA " "2HB " 1 0 FFFFFF 1 1 19
20 41 7.960000 -2.153000 -0.816000 2 A 21 "ALA " "3HB " 1 0 FFFFFF 1 1 20
21 25 5.882000 -2.657000 -3.773000 3 A 38 "ALA " " N " 7 0 2F2FFF 1 1 21
22 3 6.384000 -2.698000 -5.144000 3 A 10 "ALA " " CA " 6 0 1EE11E 1 1 22
23 2 6.090000 -1.404000 -5.865000 3 A 10 "ALA " " C " 6 0 1EE11E 1 1 23
24 15 6.950000 -0.813000 -6.529000 3 A 75 "ALA " " O " 8 0 FF5757 1 1 24
25 3 5.758000 -3.921000 -5.834000 3 A 10 "ALA " " CB " 6 0 1EE11E 1 1 25
26 43 5.185000 -3.345000 -3.318000 3 A 21 "ALA " " H " 1 0 FFFFFF 1 1 26
27 41 7.484000 -2.814000 -5.114000 3 A 21 "ALA " " HA " 1 0 FFFFFF 1 1 27
28 41 6.015000 -4.863000 -5.313000 3 A 21 "ALA " "1HB " 1 0 FFFFFF 1 1 28
29 41 4.652000 -3.861000 -5.866000 3 A 21 "ALA " "2HB " 1 0 FFFFFF 1 1 29
30 41 6.108000 -4.030000 -6.877000 3 A 21 "ALA " "3HB " 1 0 FFFFFF 1 1 30
31 25 4.740000 -0.830000 -5.776000 4 A 38 "ALA " " N " 7 0 2F2FFF 1 1 31
32 3 4.765000 0.399000 -6.564000 4 A 10 "ALA " " CA " 6 0 1EE11E 1 1 32
33 2 5.836000 1.339000 -6.065000 4 A 10 "ALA " " C " 6 0 1EE11E 1 1 33
34 15 6.624000 1.903000 -6.833000 4 A 75 "ALA " " O " 8 0 FF5757 1 1 34
35 3 3.357000 1.016000 -6.510000 4 A 10 "ALA " " CB " 6 0 1EE11E 1 1 35
36 43 3.897000 -1.236000 -5.235000 4 A 21 "ALA " " H " 1 0 FFFFFF 1 1 36
37 41 5.015000 0.143000 -7.611000 4 A 21 "ALA " " HA " 1 0 FFFFFF 1 1 37
38 41 2.591000 0.328000 -6.915000 4 A 21 "ALA " "1HB " 1 0 FFFFFF 1 1 38
39 41 3.051000 1.268000 -5.476000 4 A 21 "ALA " "2HB " 1 0 FFFFFF 1 1 39
40 41 3.292000 1.947000 -7.104000 4 A 21 "ALA " "3HB " 1 0 FFFFFF 1 1 40
41 25 5.944000 1.593000 -4.621000 5 A 38 "ALA " " N " 7 0 2F2FFF 1 1 41
42 3 7.053000 2.527000 -4.451000 5 A 10 "ALA " " CA " 6 0 1EE11E 1 1 42
43 2 8.325000 1.970000 -5.045000 5 A 10 "ALA " " C " 6 0 1EE11E 1 1 43
44 15 9.056000 2.644000 -5.780000 5 A 75 "ALA " " O " 8 0 FF5757 1 1 44
45 3 7.181000 2.832000 -2.949000 5 A 10 "ALA " " CB " 6 0 1EE11E 1 1 45
46 43 5.327000 1.172000 -3.841000 5 A 21 "ALA " " H " 1 0 FFFFFF 1 1 46
47 41 6.816000 3.459000 -4.998000 5 A 21 "ALA " " HA " 1 0 FFFFFF 1 1 47
48 41 6.253000 3.275000 -2.540000 5 A 21 "ALA " "1HB " 1 0 FFFFFF 1 1 48
49 41 7.394000 1.922000 -2.355000 5 A 21 "ALA " "2HB " 1 0 FFFFFF 1 1 49
50 41 7.993000 3.553000 -2.743000 5 A 21 "ALA " "3HB " 1 0 FFFFFF 1 1 50
51 25 8.704000 0.582000 -4.741000 6 A 38 "ALA " " N " 7 0 2F2FFF 0 1 51
52 3 9.958000 0.338000 -5.447000 6 A 10 "ALA " " CA " 6 0 1EE11E 0 1 52
53 7 9.804000 0.592000 -6.928000 6 A 10 "ALA " " C " 6 0 1EE11E 0 1 53
54 15 8.734000 0.968000 -7.421000 6 A 75 "ALA " " O " 8 0 FF5757 0 1 54
55 3 10.398000 -1.103000 -5.133000 6 A 10 "ALA " " CB " 6 0 1EE11E 0 1 55
56 43 8.163000 -0.116000 -4.120000 6 A 21 "ALA " " H " 1 0 FFFFFF 0 1 56
57 41 10.720000 1.045000 -5.071000 6 A 21 "ALA " " HA " 1 0 FFFFFF 0 1 57
58 41 10.542000 -1.260000 -4.047000 6 A 21 "ALA " "1HB " 1 0 FFFFFF 0 1 58
59 41 9.652000 -1.849000 -5.470000 6 A 21 "ALA " "2HB " 1 0 FFFFFF 0 1 59
60 41 11.356000 -1.357000 -5.620000 6 A 21 "ALA " "3HB " 1 0 FFFFFF 0 1 60
:::
}
m_bond[118] {
# First column is bond index #
i_m_from
i_m_to
i_m_order
i_m_from_rep
i_m_to_rep
b_m_thin_bond
:::
1 1 2 1 2 2 0
2 1 6 1 2 2 0
3 2 1 1 2 2 0
4 2 3 1 2 2 0
5 2 5 1 2 2 0
6 2 7 1 2 2 0
7 3 2 1 2 2 0
8 3 4 2 2 2 0
9 3 11 1 2 2 0
10 4 3 2 2 2 0
11 5 2 1 2 2 0
12 5 8 1 2 2 0
13 5 9 1 2 2 0
14 5 10 1 2 2 0
15 6 1 1 2 2 0
16 7 2 1 2 2 0
17 8 5 1 2 2 0
18 9 5 1 2 2 0
19 10 5 1 2 2 0
20 11 3 1 2 2 0
21 11 12 1 2 2 0
22 11 16 1 2 2 0
23 12 11 1 2 2 0
24 12 13 1 2 2 0
25 12 15 1 2 2 0
26 12 17 1 2 2 0
27 13 12 1 2 2 0
28 13 14 2 2 2 0
29 13 21 1 2 2 0
30 14 13 2 2 2 0
31 15 12 1 2 2 0
32 15 18 1 2 2 0
33 15 19 1 2 2 0
34 15 20 1 2 2 0
35 16 11 1 2 2 0
36 17 12 1 2 2 0
37 18 15 1 2 2 0
38 19 15 1 2 2 0
39 20 15 1 2 2 0
40 21 13 1 2 2 0
41 21 22 1 2 2 0
42 21 26 1 2 2 0
43 22 21 1 2 2 0
44 22 23 1 2 2 0
45 22 25 1 2 2 0
46 22 27 1 2 2 0
47 23 22 1 2 2 0
48 23 24 2 2 2 0
49 23 31 1 2 2 0
50 24 23 2 2 2 0
51 25 22 1 2 2 0
52 25 28 1 2 2 0
53 25 29 1 2 2 0
54 25 30 1 2 2 0
55 26 21 1 2 2 0
56 27 22 1 2 2 0
57 28 25 1 2 2 0
58 29 25 1 2 2 0
59 30 25 1 2 2 0
60 31 23 1 2 2 0
61 31 32 1 2 2 0
62 31 36 1 2 2 0
63 32 31 1 2 2 0
64 32 33 1 2 2 0
65 32 35 1 2 2 0
66 32 37 1 2 2 0
67 33 32 1 2 2 0
68 33 34 2 2 2 0
69 33 41 1 2 2 0
70 34 33 2 2 2 0
71 35 32 1 2 2 0
72 35 38 1 2 2 0
73 35 39 1 2 2 0
74 35 40 1 2 2 0
75 36 31 1 2 2 0
76 37 32 1 2 2 0
77 38 35 1 2 2 0
78 39 35 1 2 2 0
79 40 35 1 2 2 0
80 41 33 1 2 2 0
81 41 42 1 2 2 0
82 41 46 1 2 2 0
83 42 41 1 2 2 0
84 42 43 1 2 2 0
85 42 45 1 2 2 0
86 42 47 1 2 2 0
87 43 42 1 2 2 0
88 43 44 2 2 2 0
89 43 51 1 2 2 0
90 44 43 2 2 2 0
91 45 42 1 2 2 0
92 45 48 1 2 2 0
93 45 49 1 2 2 0
94 45 50 1 2 2 0
95 46 41 1 2 2 0
96 47 42 1 2 2 0
97 48 45 1 2 2 0
98 49 45 1 2 2 0
99 50 45 1 2 2 0
100 51 43 1 2 2 0
101 51 52 1 2 2 0
102 51 56 1 2 2 0
103 52 51 1 2 2 0
104 52 53 1 2 2 0
105 52 55 1 2 2 0
106 52 57 1 2 2 0
107 53 52 1 2 2 0
108 53 54 2 2 2 0
109 54 53 2 2 2 0
110 55 52 1 2 2 0
111 55 58 1 2 2 0
112 55 59 1 2 2 0
113 55 60 1 2 2 0
114 56 51 1 2 2 0
115 57 52 1 2 2 0
116 58 55 1 2 2 0
117 59 55 1 2 2 0
118 60 55 1 2 2 0
:::
}
}
f_m_ct {
s_m_title
s_m_entry_id
s_m_entry_name
s_m_source_file
i_m_source_file_index
i_m_ct_format
:::
x_cartoon
3
x.1
/tmp/x.pdb
1
2
m_atom[60] {
# First column is atom index #
i_m_mmod_type
r_m_x_coord
r_m_y_coord
r_m_z_coord
i_m_residue_number
s_m_mmod_res
i_m_color
s_m_pdb_residue_name
s_m_pdb_atom_name
i_m_atomic_number
i_m_formal_charge
i_m_visibility
s_m_color_rgb
i_m_secondary_structure
i_m_ribbon_style
i_m_ribbon_color
s_m_ribbon_color_rgb
r_m_pdb_occupancy
i_pdb_PDB_serial
:::
1 34 1.968000 -1.400000 -2.402000 1 A 38 "ALA " " N " 7 1 0 2F2FFF 0 1 1 <> 1 1
2 3 2.644000 -0.106000 -2.402000 1 A 10 "ALA " " CA " 6 0 0 1EE11E 0 1 -2 A0A0A0 1 2
3 2 4.144000 -0.280000 -2.402000 1 A 10 "ALA " " C " 6 0 0 1EE11E 0 1 1 <> 1 3
4 15 4.878000 0.354000 -3.168000 1 A 75 "ALA " " O " 8 0 0 FF5757 0 1 1 <> 1 4
5 3 2.136000 0.686000 -1.185000 1 A 10 "ALA " " CB " 6 0 0 1EE11E 0 1 1 <> 1 5
6 44 2.514000 -2.332000 -2.402000 1 A 21 "ALA " " H " 1 0 0 FFFFFF 0 1 1 <> 1 6
7 41 2.376000 0.433000 -3.330000 1 A 21 "ALA " " HA " 1 0 0 FFFFFF 0 1 1 <> 1 7
8 41 1.040000 0.836000 -1.221000 1 A 21 "ALA " "1HB " 1 0 0 FFFFFF 0 1 1 <> 1 8
9 41 2.360000 0.172000 -0.230000 1 A 21 "ALA " "2HB " 1 0 0 FFFFFF 0 1 1 <> 1 9
10 41 2.592000 1.691000 -1.128000 1 A 21 "ALA " "3HB " 1 0 0 FFFFFF 0 1 1 <> 1 10
11 25 4.750000 -1.234000 -1.461000 2 A 38 "ALA " " N " 7 0 0 2F2FFF 1 1 1 <> 1 11
12 3 6.190000 -1.180000 -1.696000 2 A 10 "ALA " " CA " 6 0 0 1EE11E 1 1 -16 E11E1E 1 12
13 2 6.515000 -1.493000 -3.137000 2 A 10 "ALA " " C " 6 0 0 1EE11E 1 1 1 <> 1 13
14 15 7.296000 -0.799000 -3.799000 2 A 75 "ALA " " O " 8 0 0 FF5757 1 1 1 <> 1 14
15 3 6.860000 -2.153000 -0.710000 2 A 10 "ALA " " CB " 6 0 0 1EE11E 1 1 1 <> 1 15
16 43 4.234000 -1.850000 -0.740000 2 A 21 "ALA " " H " 1 0 0 FFFFFF 1 1 1 <> 1 16
17 41 6.543000 -0.151000 -1.495000 2 A 21 "ALA " " HA " 1 0 0 FFFFFF 1 1 1 <> 1 17
18 41 6.642000 -1.886000 0.342000 2 A 21 "ALA " "1HB " 1 0 0 FFFFFF 1 1 1 <> 1 18
19 41 6.519000 -3.196000 -0.856000 2 A 21 "ALA " "2HB " 1 0 0 FFFFFF 1 1 1 <> 1 19
20 41 7.960000 -2.153000 -0.816000 2 A 21 "ALA " "3HB " 1 0 0 FFFFFF 1 1 1 <> 1 20
21 25 5.882000 -2.657000 -3.773000 3 A 38 "ALA " " N " 7 0 0 2F2FFF 1 1 1 <> 1 21
22 3 6.384000 -2.698000 -5.144000 3 A 10 "ALA " " CA " 6 0 0 1EE11E 1 1 -16 E11E1E 1 22
23 2 6.090000 -1.404000 -5.865000 3 A 10 "ALA " " C " 6 0 0 1EE11E 1 1 1 <> 1 23
24 15 6.950000 -0.813000 -6.529000 3 A 75 "ALA " " O " 8 0 0 FF5757 1 1 1 <> 1 24
25 3 5.758000 -3.921000 -5.834000 3 A 10 "ALA " " CB " 6 0 0 1EE11E 1 1 1 <> 1 25
26 43 5.185000 -3.345000 -3.318000 3 A 21 "ALA " " H " 1 0 0 FFFFFF 1 1 1 <> 1 26
27 41 7.484000 -2.814000 -5.114000 3 A 21 "ALA " " HA " 1 0 0 FFFFFF 1 1 1 <> 1 27
28 41 6.015000 -4.863000 -5.313000 3 A 21 "ALA " "1HB " 1 0 0 FFFFFF 1 1 1 <> 1 28
29 41 4.652000 -3.861000 -5.866000 3 A 21 "ALA " "2HB " 1 0 0 FFFFFF 1 1 1 <> 1 29
30 41 6.108000 -4.030000 -6.877000 3 A 21 "ALA " "3HB " 1 0 0 FFFFFF 1 1 1 <> 1 30
31 25 4.740000 -0.830000 -5.776000 4 A 38 "ALA " " N " 7 0 0 2F2FFF 1 1 1 <> 1 31
32 3 4.765000 0.399000 -6.564000 4 A 10 "ALA " " CA " 6 0 0 1EE11E 1 1 -16 E11E1E 1 32
33 2 5.836000 1.339000 -6.065000 4 A 10 "ALA " " C " 6 0 0 1EE11E 1 1 1 <> 1 33
34 15 6.624000 1.903000 -6.833000 4 A 75 "ALA " " O " 8 0 0 FF5757 1 1 1 <> 1 34
35 3 3.357000 1.016000 -6.510000 4 A 10 "ALA " " CB " 6 0 0 1EE11E 1 1 1 <> 1 35
36 43 3.897000 -1.236000 -5.235000 4 A 21 "ALA " " H " 1 0 0 FFFFFF 1 1 1 <> 1 36
37 41 5.015000 0.143000 -7.611000 4 A 21 "ALA " " HA " 1 0 0 FFFFFF 1 1 1 <> 1 37
38 41 2.591000 0.328000 -6.915000 4 A 21 "ALA " "1HB " 1 0 0 FFFFFF 1 1 1 <> 1 38
39 41 3.051000 1.268000 -5.476000 4 A 21 "ALA " "2HB " 1 0 0 FFFFFF 1 1 1 <> 1 39
40 41 3.292000 1.947000 -7.104000 4 A 21 "ALA " "3HB " 1 0 0 FFFFFF 1 1 1 <> 1 40
41 25 5.944000 1.593000 -4.621000 5 A 38 "ALA " " N " 7 0 0 2F2FFF 1 1 1 <> 1 41
42 3 7.053000 2.527000 -4.451000 5 A 10 "ALA " " CA " 6 0 0 1EE11E 1 1 -16 E11E1E 1 42
43 2 8.325000 1.970000 -5.045000 5 A 10 "ALA " " C " 6 0 0 1EE11E 1 1 1 <> 1 43
44 15 9.056000 2.644000 -5.780000 5 A 75 "ALA " " O " 8 0 0 FF5757 1 1 1 <> 1 44
45 3 7.181000 2.832000 -2.949000 5 A 10 "ALA " " CB " 6 0 0 1EE11E 1 1 1 <> 1 45
46 43 5.327000 1.172000 -3.841000 5 A 21 "ALA " " H " 1 0 0 FFFFFF 1 1 1 <> 1 46
47 41 6.816000 3.459000 -4.998000 5 A 21 "ALA " " HA " 1 0 0 FFFFFF 1 1 1 <> 1 47
48 41 6.253000 3.275000 -2.540000 5 A 21 "ALA " "1HB " 1 0 0 FFFFFF 1 1 1 <> 1 48
49 41 7.394000 1.922000 -2.355000 5 A 21 "ALA " "2HB " 1 0 0 FFFFFF 1 1 1 <> 1 49
50 41 7.993000 3.553000 -2.743000 5 A 21 "ALA " "3HB " 1 0 0 FFFFFF 1 1 1 <> 1 50
51 25 8.704000 0.582000 -4.741000 6 A 38 "ALA " " N " 7 0 0 2F2FFF 0 1 1 <> 1 51
52 3 9.958000 0.338000 -5.447000 6 A 10 "ALA " " CA " 6 0 0 1EE11E 0 1 -2 A0A0A0 1 52
53 7 9.804000 0.592000 -6.928000 6 A 10 "ALA " " C " 6 0 0 1EE11E 0 1 1 <> 1 53
54 15 8.734000 0.968000 -7.421000 6 A 75 "ALA " " O " 8 0 0 FF5757 0 1 1 <> 1 54
55 3 10.398000 -1.103000 -5.133000 6 A 10 "ALA " " CB " 6 0 0 1EE11E 0 1 1 <> 1 55
56 43 8.163000 -0.116000 -4.120000 6 A 21 "ALA " " H " 1 0 0 FFFFFF 0 1 1 <> 1 56
57 41 10.720000 1.045000 -5.071000 6 A 21 "ALA " " HA " 1 0 0 FFFFFF 0 1 1 <> 1 57
58 41 10.542000 -1.260000 -4.047000 6 A 21 "ALA " "1HB " 1 0 0 FFFFFF 0 1 1 <> 1 58
59 41 9.652000 -1.849000 -5.470000 6 A 21 "ALA " "2HB " 1 0 0 FFFFFF 0 1 1 <> 1 59
60 41 11.356000 -1.357000 -5.620000 6 A 21 "ALA " "3HB " 1 0 0 FFFFFF 0 1 1 <> 1 60
:::
}
m_bond[59] {
# First column is bond index #
i_m_from
i_m_to
i_m_order
:::
1 1 2 1
2 1 6 1
3 2 3 1
4 2 5 1
5 2 7 1
6 3 4 2
7 3 11 1
8 5 8 1
9 5 9 1
10 5 10 1
11 11 12 1
12 11 16 1
13 12 13 1
14 12 15 1
15 12 17 1
16 13 14 2
17 13 21 1
18 15 18 1
19 15 19 1
20 15 20 1
21 21 22 1
22 21 26 1
23 22 23 1
24 22 25 1
25 22 27 1
26 23 24 2
27 23 31 1
28 25 28 1
29 25 29 1
30 25 30 1
31 31 32 1
32 31 36 1
33 32 33 1
34 32 35 1
35 32 37 1
36 33 34 2
37 33 41 1
38 35 38 1
39 35 39 1
40 35 40 1
41 41 42 1
42 41 46 1
43 42 43 1
44 42 45 1
45 42 47 1
46 43 44 2
47 43 51 1
48 45 48 1
49 45 49 1
50 45 50 1
51 51 52 1
52 51 56 1
53 52 53 1
54 52 55 1
55 52 57 1
56 53 54 2
57 55 58 1
58 55 59 1
59 55 60 1
:::
}
}
f_m_ct {
s_m_title
s_m_entry_id
s_m_entry_name
s_m_source_file
i_m_source_file_index
i_m_ct_format
:::
x_cart_lines
4
x.1
/tmp/x.pdb
1
2
m_atom[60] {
# First column is atom index #
i_m_mmod_type
r_m_x_coord
r_m_y_coord
r_m_z_coord
i_m_residue_number
s_m_mmod_res
i_m_color
s_m_pdb_residue_name
s_m_pdb_atom_name
i_m_atomic_number
i_m_formal_charge
s_m_color_rgb
i_m_secondary_structure
i_m_ribbon_style
i_m_ribbon_color
s_m_ribbon_color_rgb
r_m_pdb_occupancy
i_pdb_PDB_serial
:::
1 34 1.968000 -1.400000 -2.402000 1 A 38 "ALA " " N " 7 1 2F2FFF 0 1 1 <> 1 1
2 3 2.644000 -0.106000 -2.402000 1 A 10 "ALA " " CA " 6 0 1EE11E 0 1 -2 A0A0A0 1 2
3 2 4.144000 -0.280000 -2.402000 1 A 10 "ALA " " C " 6 0 1EE11E 0 1 1 <> 1 3
4 15 4.878000 0.354000 -3.168000 1 A 75 "ALA " " O " 8 0 FF5757 0 1 1 <> 1 4
5 3 2.136000 0.686000 -1.185000 1 A 10 "ALA " " CB " 6 0 1EE11E 0 1 1 <> 1 5
6 44 2.514000 -2.332000 -2.402000 1 A 21 "ALA " " H " 1 0 FFFFFF 0 1 1 <> 1 6
7 41 2.376000 0.433000 -3.330000 1 A 21 "ALA " " HA " 1 0 FFFFFF 0 1 1 <> 1 7
8 41 1.040000 0.836000 -1.221000 1 A 21 "ALA " "1HB " 1 0 FFFFFF 0 1 1 <> 1 8
9 41 2.360000 0.172000 -0.230000 1 A 21 "ALA " "2HB " 1 0 FFFFFF 0 1 1 <> 1 9
10 41 2.592000 1.691000 -1.128000 1 A 21 "ALA " "3HB " 1 0 FFFFFF 0 1 1 <> 1 10
11 25 4.750000 -1.234000 -1.461000 2 A 38 "ALA " " N " 7 0 2F2FFF 1 1 1 <> 1 11
12 3 6.190000 -1.180000 -1.696000 2 A 10 "ALA " " CA " 6 0 1EE11E 1 1 -16 E11E1E 1 12
13 2 6.515000 -1.493000 -3.137000 2 A 10 "ALA " " C " 6 0 1EE11E 1 1 1 <> 1 13
14 15 7.296000 -0.799000 -3.799000 2 A 75 "ALA " " O " 8 0 FF5757 1 1 1 <> 1 14
15 3 6.860000 -2.153000 -0.710000 2 A 10 "ALA " " CB " 6 0 1EE11E 1 1 1 <> 1 15
16 43 4.234000 -1.850000 -0.740000 2 A 21 "ALA " " H " 1 0 FFFFFF 1 1 1 <> 1 16
17 41 6.543000 -0.151000 -1.495000 2 A 21 "ALA " " HA " 1 0 FFFFFF 1 1 1 <> 1 17
18 41 6.642000 -1.886000 0.342000 2 A 21 "ALA " "1HB " 1 0 FFFFFF 1 1 1 <> 1 18
19 41 6.519000 -3.196000 -0.856000 2 A 21 "ALA " "2HB " 1 0 FFFFFF 1 1 1 <> 1 19
20 41 7.960000 -2.153000 -0.816000 2 A 21 "ALA " "3HB " 1 0 FFFFFF 1 1 1 <> 1 20
21 25 5.882000 -2.657000 -3.773000 3 A 38 "ALA " " N " 7 0 2F2FFF 1 1 1 <> 1 21
22 3 6.384000 -2.698000 -5.144000 3 A 10 "ALA " " CA " 6 0 1EE11E 1 1 -16 E11E1E 1 22
23 2 6.090000 -1.404000 -5.865000 3 A 10 "ALA " " C " 6 0 1EE11E 1 1 1 <> 1 23
24 15 6.950000 -0.813000 -6.529000 3 A 75 "ALA " " O " 8 0 FF5757 1 1 1 <> 1 24
25 3 5.758000 -3.921000 -5.834000 3 A 10 "ALA " " CB " 6 0 1EE11E 1 1 1 <> 1 25
26 43 5.185000 -3.345000 -3.318000 3 A 21 "ALA " " H " 1 0 FFFFFF 1 1 1 <> 1 26
27 41 7.484000 -2.814000 -5.114000 3 A 21 "ALA " " HA " 1 0 FFFFFF 1 1 1 <> 1 27
28 41 6.015000 -4.863000 -5.313000 3 A 21 "ALA " "1HB " 1 0 FFFFFF 1 1 1 <> 1 28
29 41 4.652000 -3.861000 -5.866000 3 A 21 "ALA " "2HB " 1 0 FFFFFF 1 1 1 <> 1 29
30 41 6.108000 -4.030000 -6.877000 3 A 21 "ALA " "3HB " 1 0 FFFFFF 1 1 1 <> 1 30
31 25 4.740000 -0.830000 -5.776000 4 A 38 "ALA " " N " 7 0 2F2FFF 1 1 1 <> 1 31
32 3 4.765000 0.399000 -6.564000 4 A 10 "ALA " " CA " 6 0 1EE11E 1 1 -16 E11E1E 1 32
33 2 5.836000 1.339000 -6.065000 4 A 10 "ALA " " C " 6 0 1EE11E 1 1 1 <> 1 33
34 15 6.624000 1.903000 -6.833000 4 A 75 "ALA " " O " 8 0 FF5757 1 1 1 <> 1 34
35 3 3.357000 1.016000 -6.510000 4 A 10 "ALA " " CB " 6 0 1EE11E 1 1 1 <> 1 35
36 43 3.897000 -1.236000 -5.235000 4 A 21 "ALA " " H " 1 0 FFFFFF 1 1 1 <> 1 36
37 41 5.015000 0.143000 -7.611000 4 A 21 "ALA " " HA " 1 0 FFFFFF 1 1 1 <> 1 37
38 41 2.591000 0.328000 -6.915000 4 A 21 "ALA " "1HB " 1 0 FFFFFF 1 1 1 <> 1 38
39 41 3.051000 1.268000 -5.476000 4 A 21 "ALA " "2HB " 1 0 FFFFFF 1 1 1 <> 1 39
40 41 3.292000 1.947000 -7.104000 4 A 21 "ALA " "3HB " 1 0 FFFFFF 1 1 1 <> 1 40
41 25 5.944000 1.593000 -4.621000 5 A 38 "ALA " " N " 7 0 2F2FFF 1 1 1 <> 1 41
42 3 7.053000 2.527000 -4.451000 5 A 10 "ALA " " CA " 6 0 1EE11E 1 1 -16 E11E1E 1 42
43 2 8.325000 1.970000 -5.045000 5 A 10 "ALA " " C " 6 0 1EE11E 1 1 1 <> 1 43
44 15 9.056000 2.644000 -5.780000 5 A 75 "ALA " " O " 8 0 FF5757 1 1 1 <> 1 44
45 3 7.181000 2.832000 -2.949000 5 A 10 "ALA " " CB " 6 0 1EE11E 1 1 1 <> 1 45
46 43 5.327000 1.172000 -3.841000 5 A 21 "ALA " " H " 1 0 FFFFFF 1 1 1 <> 1 46
47 41 6.816000 3.459000 -4.998000 5 A 21 "ALA " " HA " 1 0 FFFFFF 1 1 1 <> 1 47
48 41 6.253000 3.275000 -2.540000 5 A 21 "ALA " "1HB " 1 0 FFFFFF 1 1 1 <> 1 48
49 41 7.394000 1.922000 -2.355000 5 A 21 "ALA " "2HB " 1 0 FFFFFF 1 1 1 <> 1 49
50 41 7.993000 3.553000 -2.743000 5 A 21 "ALA " "3HB " 1 0 FFFFFF 1 1 1 <> 1 50
51 25 8.704000 0.582000 -4.741000 6 A 38 "ALA " " N " 7 0 2F2FFF 0 1 1 <> 1 51
52 3 9.958000 0.338000 -5.447000 6 A 10 "ALA " " CA " 6 0 1EE11E 0 1 -2 A0A0A0 1 52
53 7 9.804000 0.592000 -6.928000 6 A 10 "ALA " " C " 6 0 1EE11E 0 1 1 <> 1 53
54 15 8.734000 0.968000 -7.421000 6 A 75 "ALA " " O " 8 0 FF5757 0 1 1 <> 1 54
55 3 10.398000 -1.103000 -5.133000 6 A 10 "ALA " " CB " 6 0 1EE11E 0 1 1 <> 1 55
56 43 8.163000 -0.116000 -4.120000 6 A 21 "ALA " " H " 1 0 FFFFFF 0 1 1 <> 1 56
57 41 10.720000 1.045000 -5.071000 6 A 21 "ALA " " HA " 1 0 FFFFFF 0 1 1 <> 1 57
58 41 10.542000 -1.260000 -4.047000 6 A 21 "ALA " "1HB " 1 0 FFFFFF 0 1 1 <> 1 58
59 41 9.652000 -1.849000 -5.470000 6 A 21 "ALA " "2HB " 1 0 FFFFFF 0 1 1 <> 1 59
60 41 11.356000 -1.357000 -5.620000 6 A 21 "ALA " "3HB " 1 0 FFFFFF 0 1 1 <> 1 60
:::
}
m_bond[59] {
# First column is bond index #
i_m_from
i_m_to
i_m_order
:::
1 1 2 1
2 1 6 1
3 2 3 1
4 2 5 1
5 2 7 1
6 3 4 2
7 3 11 1
8 5 8 1
9 5 9 1
10 5 10 1
11 11 12 1
12 11 16 1
13 12 13 1
14 12 15 1
15 12 17 1
16 13 14 2
17 13 21 1
18 15 18 1
19 15 19 1
20 15 20 1
21 21 22 1
22 21 26 1
23 22 23 1
24 22 25 1
25 22 27 1
26 23 24 2
27 23 31 1
28 25 28 1
29 25 29 1
30 25 30 1
31 31 32 1
32 31 36 1
33 32 33 1
34 32 35 1
35 32 37 1
36 33 34 2
37 33 41 1
38 35 38 1
39 35 39 1
40 35 40 1
41 41 42 1
42 41 46 1
43 42 43 1
44 42 45 1
45 42 47 1
46 43 44 2
47 43 51 1
48 45 48 1
49 45 49 1
50 45 50 1
51 51 52 1
52 51 56 1
53 52 53 1
54 52 55 1
55 52 57 1
56 53 54 2
57 55 58 1
58 55 59 1
59 55 60 1
:::
}
}
f_m_ct {
s_m_title
s_m_entry_id
s_m_entry_name
s_m_source_file
i_m_source_file_index
i_m_ct_format
:::
x_spheres
5
x.1
/tmp/x.pdb
1
2
m_atom[60] {
# First column is atom index #
i_m_mmod_type
r_m_x_coord
r_m_y_coord
r_m_z_coord
i_m_residue_number
s_m_mmod_res
i_m_color
s_m_pdb_residue_name
s_m_pdb_atom_name
i_m_atomic_number
i_m_formal_charge
i_m_representation
s_m_color_rgb
i_m_secondary_structure
r_m_pdb_occupancy
i_pdb_PDB_serial
:::
1 34 1.968000 -1.400000 -2.402000 1 A 38 "ALA " " N " 7 1 2 2F2FFF 0 1 1
2 3 2.644000 -0.106000 -2.402000 1 A 10 "ALA " " CA " 6 0 2 1EE11E 0 1 2
3 2 4.144000 -0.280000 -2.402000 1 A 10 "ALA " " C " 6 0 2 1EE11E 0 1 3
4 15 4.878000 0.354000 -3.168000 1 A 75 "ALA " " O " 8 0 2 FF5757 0 1 4
5 3 2.136000 0.686000 -1.185000 1 A 10 "ALA " " CB " 6 0 2 1EE11E 0 1 5
6 44 2.514000 -2.332000 -2.402000 1 A 21 "ALA " " H " 1 0 2 FFFFFF 0 1 6
7 41 2.376000 0.433000 -3.330000 1 A 21 "ALA " " HA " 1 0 2 FFFFFF 0 1 7
8 41 1.040000 0.836000 -1.221000 1 A 21 "ALA " "1HB " 1 0 2 FFFFFF 0 1 8
9 41 2.360000 0.172000 -0.230000 1 A 21 "ALA " "2HB " 1 0 2 FFFFFF 0 1 9
10 41 2.592000 1.691000 -1.128000 1 A 21 "ALA " "3HB " 1 0 2 FFFFFF 0 1 10
11 25 4.750000 -1.234000 -1.461000 2 A 38 "ALA " " N " 7 0 2 2F2FFF 1 1 11
12 3 6.190000 -1.180000 -1.696000 2 A 10 "ALA " " CA " 6 0 2 1EE11E 1 1 12
13 2 6.515000 -1.493000 -3.137000 2 A 10 "ALA " " C " 6 0 2 1EE11E 1 1 13
14 15 7.296000 -0.799000 -3.799000 2 A 75 "ALA " " O " 8 0 2 FF5757 1 1 14
15 3 6.860000 -2.153000 -0.710000 2 A 10 "ALA " " CB " 6 0 2 1EE11E 1 1 15
16 43 4.234000 -1.850000 -0.740000 2 A 21 "ALA " " H " 1 0 2 FFFFFF 1 1 16
17 41 6.543000 -0.151000 -1.495000 2 A 21 "ALA " " HA " 1 0 2 FFFFFF 1 1 17
18 41 6.642000 -1.886000 0.342000 2 A 21 "ALA " "1HB " 1 0 2 FFFFFF 1 1 18
19 41 6.519000 -3.196000 -0.856000 2 A 21 "ALA " "2HB " 1 0 2 FFFFFF 1 1 19
20 41 7.960000 -2.153000 -0.816000 2 A 21 "ALA " "3HB " 1 0 2 FFFFFF 1 1 20
21 25 5.882000 -2.657000 -3.773000 3 A 38 "ALA " " N " 7 0 2 2F2FFF 1 1 21
22 3 6.384000 -2.698000 -5.144000 3 A 10 "ALA " " CA " 6 0 2 1EE11E 1 1 22
23 2 6.090000 -1.404000 -5.865000 3 A 10 "ALA " " C " 6 0 2 1EE11E 1 1 23
24 15 6.950000 -0.813000 -6.529000 3 A 75 "ALA " " O " 8 0 2 FF5757 1 1 24
25 3 5.758000 -3.921000 -5.834000 3 A 10 "ALA " " CB " 6 0 2 1EE11E 1 1 25
26 43 5.185000 -3.345000 -3.318000 3 A 21 "ALA " " H " 1 0 2 FFFFFF 1 1 26
27 41 7.484000 -2.814000 -5.114000 3 A 21 "ALA " " HA " 1 0 2 FFFFFF 1 1 27
28 41 6.015000 -4.863000 -5.313000 3 A 21 "ALA " "1HB " 1 0 2 FFFFFF 1 1 28
29 41 4.652000 -3.861000 -5.866000 3 A 21 "ALA " "2HB " 1 0 2 FFFFFF 1 1 29
30 41 6.108000 -4.030000 -6.877000 3 A 21 "ALA " "3HB " 1 0 2 FFFFFF 1 1 30
31 25 4.740000 -0.830000 -5.776000 4 A 38 "ALA " " N " 7 0 2 2F2FFF 1 1 31
32 3 4.765000 0.399000 -6.564000 4 A 10 "ALA " " CA " 6 0 2 1EE11E 1 1 32
33 2 5.836000 1.339000 -6.065000 4 A 10 "ALA " " C " 6 0 2 1EE11E 1 1 33
34 15 6.624000 1.903000 -6.833000 4 A 75 "ALA " " O " 8 0 2 FF5757 1 1 34
35 3 3.357000 1.016000 -6.510000 4 A 10 "ALA " " CB " 6 0 2 1EE11E 1 1 35
36 43 3.897000 -1.236000 -5.235000 4 A 21 "ALA " " H " 1 0 2 FFFFFF 1 1 36
37 41 5.015000 0.143000 -7.611000 4 A 21 "ALA " " HA " 1 0 2 FFFFFF 1 1 37
38 41 2.591000 0.328000 -6.915000 4 A 21 "ALA " "1HB " 1 0 2 FFFFFF 1 1 38
39 41 3.051000 1.268000 -5.476000 4 A 21 "ALA " "2HB " 1 0 2 FFFFFF 1 1 39
40 41 3.292000 1.947000 -7.104000 4 A 21 "ALA " "3HB " 1 0 2 FFFFFF 1 1 40
41 25 5.944000 1.593000 -4.621000 5 A 38 "ALA " " N " 7 0 2 2F2FFF 1 1 41
42 3 7.053000 2.527000 -4.451000 5 A 10 "ALA " " CA " 6 0 2 1EE11E 1 1 42
43 2 8.325000 1.970000 -5.045000 5 A 10 "ALA " " C " 6 0 2 1EE11E 1 1 43
44 15 9.056000 2.644000 -5.780000 5 A 75 "ALA " " O " 8 0 2 FF5757 1 1 44
45 3 7.181000 2.832000 -2.949000 5 A 10 "ALA " " CB " 6 0 2 1EE11E 1 1 45
46 43 5.327000 1.172000 -3.841000 5 A 21 "ALA " " H " 1 0 2 FFFFFF 1 1 46
47 41 6.816000 3.459000 -4.998000 5 A 21 "ALA " " HA " 1 0 2 FFFFFF 1 1 47
48 41 6.253000 3.275000 -2.540000 5 A 21 "ALA " "1HB " 1 0 2 FFFFFF 1 1 48
49 41 7.394000 1.922000 -2.355000 5 A 21 "ALA " "2HB " 1 0 2 FFFFFF 1 1 49
50 41 7.993000 3.553000 -2.743000 5 A 21 "ALA " "3HB " 1 0 2 FFFFFF 1 1 50
51 25 8.704000 0.582000 -4.741000 6 A 38 "ALA " " N " 7 0 2 2F2FFF 0 1 51
52 3 9.958000 0.338000 -5.447000 6 A 10 "ALA " " CA " 6 0 2 1EE11E 0 1 52
53 7 9.804000 0.592000 -6.928000 6 A 10 "ALA " " C " 6 0 2 1EE11E 0 1 53
54 15 8.734000 0.968000 -7.421000 6 A 75 "ALA " " O " 8 0 2 FF5757 0 1 54
55 3 10.398000 -1.103000 -5.133000 6 A 10 "ALA " " CB " 6 0 2 1EE11E 0 1 55
56 43 8.163000 -0.116000 -4.120000 6 A 21 "ALA " " H " 1 0 2 FFFFFF 0 1 56
57 41 10.720000 1.045000 -5.071000 6 A 21 "ALA " " HA " 1 0 2 FFFFFF 0 1 57
58 41 10.542000 -1.260000 -4.047000 6 A 21 "ALA " "1HB " 1 0 2 FFFFFF 0 1 58
59 41 9.652000 -1.849000 -5.470000 6 A 21 "ALA " "2HB " 1 0 2 FFFFFF 0 1 59
60 41 11.356000 -1.357000 -5.620000 6 A 21 "ALA " "3HB " 1 0 2 FFFFFF 0 1 60
:::
}
m_bond[59] {
# First column is bond index #
i_m_from
i_m_to
i_m_order
i_m_from_rep
i_m_to_rep
:::
1 1 2 1 0 0
2 1 6 1 0 0
3 2 3 1 0 0
4 2 5 1 0 0
5 2 7 1 0 0
6 3 4 2 0 0
7 3 11 1 0 0
8 5 8 1 0 0
9 5 9 1 0 0
10 5 10 1 0 0
11 11 12 1 0 0
12 11 16 1 0 0
13 12 13 1 0 0
14 12 15 1 0 0
15 12 17 1 0 0
16 13 14 2 0 0
17 13 21 1 0 0
18 15 18 1 0 0
19 15 19 1 0 0
20 15 20 1 0 0
21 21 22 1 0 0
22 21 26 1 0 0
23 22 23 1 0 0
24 22 25 1 0 0
25 22 27 1 0 0
26 23 24 2 0 0
27 23 31 1 0 0
28 25 28 1 0 0
29 25 29 1 0 0
30 25 30 1 0 0
31 31 32 1 0 0
32 31 36 1 0 0
33 32 33 1 0 0
34 32 35 1 0 0
35 32 37 1 0 0
36 33 34 2 0 0
37 33 41 1 0 0
38 35 38 1 0 0
39 35 39 1 0 0
40 35 40 1 0 0
41 41 42 1 0 0
42 41 46 1 0 0
43 42 43 1 0 0
44 42 45 1 0 0
45 42 47 1 0 0
46 43 44 2 0 0
47 43 51 1 0 0
48 45 48 1 0 0
49 45 49 1 0 0
50 45 50 1 0 0
51 51 52 1 0 0
52 51 56 1 0 0
53 52 53 1 0 0
54 52 55 1 0 0
55 52 57 1 0 0
56 53 54 2 0 0
57 55 58 1 0 0
58 55 59 1 0 0
59 55 60 1 0 0
:::
}
}
f_m_ct {
s_m_title
s_m_entry_id
s_m_entry_name
s_m_source_file
i_m_source_file_index
i_m_ct_format
:::
x_thinsticks
6
x.1
/tmp/x.pdb
1
2
m_atom[60] {
# First column is atom index #
i_m_mmod_type
r_m_x_coord
r_m_y_coord
r_m_z_coord
i_m_residue_number
s_m_mmod_res
i_m_color
s_m_pdb_residue_name
s_m_pdb_atom_name
i_m_atomic_number
i_m_formal_charge
s_m_color_rgb
i_m_secondary_structure
r_m_pdb_occupancy
i_pdb_PDB_serial
:::
1 34 1.968000 -1.400000 -2.402000 1 A 38 "ALA " " N " 7 1 2F2FFF 0 1 1
2 3 2.644000 -0.106000 -2.402000 1 A 10 "ALA " " CA " 6 0 1EE11E 0 1 2
3 2 4.144000 -0.280000 -2.402000 1 A 10 "ALA " " C " 6 0 1EE11E 0 1 3
4 15 4.878000 0.354000 -3.168000 1 A 75 "ALA " " O " 8 0 FF5757 0 1 4
5 3 2.136000 0.686000 -1.185000 1 A 10 "ALA " " CB " 6 0 1EE11E 0 1 5
6 44 2.514000 -2.332000 -2.402000 1 A 21 "ALA " " H " 1 0 FFFFFF 0 1 6
7 41 2.376000 0.433000 -3.330000 1 A 21 "ALA " " HA " 1 0 FFFFFF 0 1 7
8 41 1.040000 0.836000 -1.221000 1 A 21 "ALA " "1HB " 1 0 FFFFFF 0 1 8
9 41 2.360000 0.172000 -0.230000 1 A 21 "ALA " "2HB " 1 0 FFFFFF 0 1 9
10 41 2.592000 1.691000 -1.128000 1 A 21 "ALA " "3HB " 1 0 FFFFFF 0 1 10
11 25 4.750000 -1.234000 -1.461000 2 A 38 "ALA " " N " 7 0 2F2FFF 1 1 11
12 3 6.190000 -1.180000 -1.696000 2 A 10 "ALA " " CA " 6 0 1EE11E 1 1 12
13 2 6.515000 -1.493000 -3.137000 2 A 10 "ALA " " C " 6 0 1EE11E 1 1 13
14 15 7.296000 -0.799000 -3.799000 2 A 75 "ALA " " O " 8 0 FF5757 1 1 14
15 3 6.860000 -2.153000 -0.710000 2 A 10 "ALA " " CB " 6 0 1EE11E 1 1 15
16 43 4.234000 -1.850000 -0.740000 2 A 21 "ALA " " H " 1 0 FFFFFF 1 1 16
17 41 6.543000 -0.151000 -1.495000 2 A 21 "ALA " " HA " 1 0 FFFFFF 1 1 17
18 41 6.642000 -1.886000 0.342000 2 A 21 "ALA " "1HB " 1 0 FFFFFF 1 1 18
19 41 6.519000 -3.196000 -0.856000 2 A 21 "ALA " "2HB " 1 0 FFFFFF 1 1 19
20 41 7.960000 -2.153000 -0.816000 2 A 21 "ALA " "3HB " 1 0 FFFFFF 1 1 20
21 25 5.882000 -2.657000 -3.773000 3 A 38 "ALA " " N " 7 0 2F2FFF 1 1 21
22 3 6.384000 -2.698000 -5.144000 3 A 10 "ALA " " CA " 6 0 1EE11E 1 1 22
23 2 6.090000 -1.404000 -5.865000 3 A 10 "ALA " " C " 6 0 1EE11E 1 1 23
24 15 6.950000 -0.813000 -6.529000 3 A 75 "ALA " " O " 8 0 FF5757 1 1 24
25 3 5.758000 -3.921000 -5.834000 3 A 10 "ALA " " CB " 6 0 1EE11E 1 1 25
26 43 5.185000 -3.345000 -3.318000 3 A 21 "ALA " " H " 1 0 FFFFFF 1 1 26
27 41 7.484000 -2.814000 -5.114000 3 A 21 "ALA " " HA " 1 0 FFFFFF 1 1 27
28 41 6.015000 -4.863000 -5.313000 3 A 21 "ALA " "1HB " 1 0 FFFFFF 1 1 28
29 41 4.652000 -3.861000 -5.866000 3 A 21 "ALA " "2HB " 1 0 FFFFFF 1 1 29
30 41 6.108000 -4.030000 -6.877000 3 A 21 "ALA " "3HB " 1 0 FFFFFF 1 1 30
31 25 4.740000 -0.830000 -5.776000 4 A 38 "ALA " " N " 7 0 2F2FFF 1 1 31
32 3 4.765000 0.399000 -6.564000 4 A 10 "ALA " " CA " 6 0 1EE11E 1 1 32
33 2 5.836000 1.339000 -6.065000 4 A 10 "ALA " " C " 6 0 1EE11E 1 1 33
34 15 6.624000 1.903000 -6.833000 4 A 75 "ALA " " O " 8 0 FF5757 1 1 34
35 3 3.357000 1.016000 -6.510000 4 A 10 "ALA " " CB " 6 0 1EE11E 1 1 35
36 43 3.897000 -1.236000 -5.235000 4 A 21 "ALA " " H " 1 0 FFFFFF 1 1 36
37 41 5.015000 0.143000 -7.611000 4 A 21 "ALA " " HA " 1 0 FFFFFF 1 1 37
38 41 2.591000 0.328000 -6.915000 4 A 21 "ALA " "1HB " 1 0 FFFFFF 1 1 38
39 41 3.051000 1.268000 -5.476000 4 A 21 "ALA " "2HB " 1 0 FFFFFF 1 1 39
40 41 3.292000 1.947000 -7.104000 4 A 21 "ALA " "3HB " 1 0 FFFFFF 1 1 40
41 25 5.944000 1.593000 -4.621000 5 A 38 "ALA " " N " 7 0 2F2FFF 1 1 41
42 3 7.053000 2.527000 -4.451000 5 A 10 "ALA " " CA " 6 0 1EE11E 1 1 42
43 2 8.325000 1.970000 -5.045000 5 A 10 "ALA " " C " 6 0 1EE11E 1 1 43
44 15 9.056000 2.644000 -5.780000 5 A 75 "ALA " " O " 8 0 FF5757 1 1 44
45 3 7.181000 2.832000 -2.949000 5 A 10 "ALA " " CB " 6 0 1EE11E 1 1 45
46 43 5.327000 1.172000 -3.841000 5 A 21 "ALA " " H " 1 0 FFFFFF 1 1 46
47 41 6.816000 3.459000 -4.998000 5 A 21 "ALA " " HA " 1 0 FFFFFF 1 1 47
48 41 6.253000 3.275000 -2.540000 5 A 21 "ALA " "1HB " 1 0 FFFFFF 1 1 48
49 41 7.394000 1.922000 -2.355000 5 A 21 "ALA " "2HB " 1 0 FFFFFF 1 1 49
50 41 7.993000 3.553000 -2.743000 5 A 21 "ALA " "3HB " 1 0 FFFFFF 1 1 50
51 25 8.704000 0.582000 -4.741000 6 A 38 "ALA " " N " 7 0 2F2FFF 0 1 51
52 3 9.958000 0.338000 -5.447000 6 A 10 "ALA " " CA " 6 0 1EE11E 0 1 52
53 7 9.804000 0.592000 -6.928000 6 A 10 "ALA " " C " 6 0 1EE11E 0 1 53
54 15 8.734000 0.968000 -7.421000 6 A 75 "ALA " " O " 8 0 FF5757 0 1 54
55 3 10.398000 -1.103000 -5.133000 6 A 10 "ALA " " CB " 6 0 1EE11E 0 1 55
56 43 8.163000 -0.116000 -4.120000 6 A 21 "ALA " " H " 1 0 FFFFFF 0 1 56
57 41 10.720000 1.045000 -5.071000 6 A 21 "ALA " " HA " 1 0 FFFFFF 0 1 57
58 41 10.542000 -1.260000 -4.047000 6 A 21 "ALA " "1HB " 1 0 FFFFFF 0 1 58
59 41 9.652000 -1.849000 -5.470000 6 A 21 "ALA " "2HB " 1 0 FFFFFF 0 1 59
60 41 11.356000 -1.357000 -5.620000 6 A 21 "ALA " "3HB " 1 0 FFFFFF 0 1 60
:::
}
m_bond[118] {
# First column is bond index #
i_m_from
i_m_to
i_m_order
i_m_from_rep
i_m_to_rep
b_m_thin_bond
:::
1 1 2 1 2 2 1
2 1 6 1 2 2 1
3 2 1 1 2 2 1
4 2 3 1 2 2 1
5 2 5 1 2 2 1
6 2 7 1 2 2 1
7 3 2 1 2 2 1
8 3 4 2 2 2 1
9 3 11 1 2 2 1
10 4 3 2 2 2 1
11 5 2 1 2 2 1
12 5 8 1 2 2 1
13 5 9 1 2 2 1
14 5 10 1 2 2 1
15 6 1 1 2 2 1
16 7 2 1 2 2 1
17 8 5 1 2 2 1
18 9 5 1 2 2 1
19 10 5 1 2 2 1
20 11 3 1 2 2 1
21 11 12 1 2 2 1
22 11 16 1 2 2 1
23 12 11 1 2 2 1
24 12 13 1 2 2 1
25 12 15 1 2 2 1
26 12 17 1 2 2 1
27 13 12 1 2 2 1
28 13 14 2 2 2 1
29 13 21 1 2 2 1
30 14 13 2 2 2 1
31 15 12 1 2 2 1
32 15 18 1 2 2 1
33 15 19 1 2 2 1
34 15 20 1 2 2 1
35 16 11 1 2 2 1
36 17 12 1 2 2 1
37 18 15 1 2 2 1
38 19 15 1 2 2 1
39 20 15 1 2 2 1
40 21 13 1 2 2 1
41 21 22 1 2 2 1
42 21 26 1 2 2 1
43 22 21 1 2 2 1
44 22 23 1 2 2 1
45 22 25 1 2 2 1
46 22 27 1 2 2 1
47 23 22 1 2 2 1
48 23 24 2 2 2 1
49 23 31 1 2 2 1
50 24 23 2 2 2 1
51 25 22 1 2 2 1
52 25 28 1 2 2 1
53 25 29 1 2 2 1
54 25 30 1 2 2 1
55 26 21 1 2 2 1
56 27 22 1 2 2 1
57 28 25 1 2 2 1
58 29 25 1 2 2 1
59 30 25 1 2 2 1
60 31 23 1 2 2 1
61 31 32 1 2 2 1
62 31 36 1 2 2 1
63 32 31 1 2 2 1
64 32 33 1 2 2 1
65 32 35 1 2 2 1
66 32 37 1 2 2 1
67 33 32 1 2 2 1
68 33 34 2 2 2 1
69 33 41 1 2 2 1
70 34 33 2 2 2 1
71 35 32 1 2 2 1
72 35 38 1 2 2 1
73 35 39 1 2 2 1
74 35 40 1 2 2 1
75 36 31 1 2 2 1
76 37 32 1 2 2 1
77 38 35 1 2 2 1
78 39 35 1 2 2 1
79 40 35 1 2 2 1
80 41 33 1 2 2 1
81 41 42 1 2 2 1
82 41 46 1 2 2 1
83 42 41 1 2 2 1
84 42 43 1 2 2 1
85 42 45 1 2 2 1
86 42 47 1 2 2 1
87 43 42 1 2 2 1
88 43 44 2 2 2 1
89 43 51 1 2 2 1
90 44 43 2 2 2 1
91 45 42 1 2 2 1
92 45 48 1 2 2 1
93 45 49 1 2 2 1
94 45 50 1 2 2 1
95 46 41 1 2 2 1
96 47 42 1 2 2 1
97 48 45 1 2 2 1
98 49 45 1 2 2 1
99 50 45 1 2 2 1
100 51 43 1 2 2 1
101 51 52 1 2 2 1
102 51 56 1 2 2 1
103 52 51 1 2 2 1
104 52 53 1 2 2 1
105 52 55 1 2 2 1
106 52 57 1 2 2 1
107 53 52 1 2 2 1
108 53 54 2 2 2 1
109 54 53 2 2 2 1
110 55 52 1 2 2 1
111 55 58 1 2 2 1
112 55 59 1 2 2 1
113 55 60 1 2 2 1
114 56 51 1 2 2 1
115 57 52 1 2 2 1
116 58 55 1 2 2 1
117 59 55 1 2 2 1
118 60 55 1 2 2 1
:::
}
}
f_m_ct {
s_m_title
s_m_entry_id
s_m_entry_name
s_m_source_file
i_m_source_file_index
i_m_ct_format
:::
x_ballstick
7
x.1
/tmp/x.pdb
1
2
m_atom[60] {
# First column is atom index #
i_m_mmod_type
r_m_x_coord
r_m_y_coord
r_m_z_coord
i_m_residue_number
s_m_mmod_res
i_m_color
s_m_pdb_residue_name
s_m_pdb_atom_name
i_m_atomic_number
i_m_formal_charge
i_m_representation
s_m_color_rgb
i_m_secondary_structure
r_m_pdb_occupancy
i_pdb_PDB_serial
:::
1 34 1.968000 -1.400000 -2.402000 1 A 38 "ALA " " N " 7 1 3 2F2FFF 0 1 1
2 3 2.644000 -0.106000 -2.402000 1 A 10 "ALA " " CA " 6 0 3 1EE11E 0 1 2
3 2 4.144000 -0.280000 -2.402000 1 A 10 "ALA " " C " 6 0 3 1EE11E 0 1 3
4 15 4.878000 0.354000 -3.168000 1 A 75 "ALA " " O " 8 0 3 FF5757 0 1 4
5 3 2.136000 0.686000 -1.185000 1 A 10 "ALA " " CB " 6 0 3 1EE11E 0 1 5
6 44 2.514000 -2.332000 -2.402000 1 A 21 "ALA " " H " 1 0 3 FFFFFF 0 1 6
7 41 2.376000 0.433000 -3.330000 1 A 21 "ALA " " HA " 1 0 3 FFFFFF 0 1 7
8 41 1.040000 0.836000 -1.221000 1 A 21 "ALA " "1HB " 1 0 3 FFFFFF 0 1 8
9 41 2.360000 0.172000 -0.230000 1 A 21 "ALA " "2HB " 1 0 3 FFFFFF 0 1 9
10 41 2.592000 1.691000 -1.128000 1 A 21 "ALA " "3HB " 1 0 3 FFFFFF 0 1 10
11 25 4.750000 -1.234000 -1.461000 2 A 38 "ALA " " N " 7 0 3 2F2FFF 1 1 11
12 3 6.190000 -1.180000 -1.696000 2 A 10 "ALA " " CA " 6 0 3 1EE11E 1 1 12
13 2 6.515000 -1.493000 -3.137000 2 A 10 "ALA " " C " 6 0 3 1EE11E 1 1 13
14 15 7.296000 -0.799000 -3.799000 2 A 75 "ALA " " O " 8 0 3 FF5757 1 1 14
15 3 6.860000 -2.153000 -0.710000 2 A 10 "ALA " " CB " 6 0 3 1EE11E 1 1 15
16 43 4.234000 -1.850000 -0.740000 2 A 21 "ALA " " H " 1 0 3 FFFFFF 1 1 16
17 41 6.543000 -0.151000 -1.495000 2 A 21 "ALA " " HA " 1 0 3 FFFFFF 1 1 17
18 41 6.642000 -1.886000 0.342000 2 A 21 "ALA " "1HB " 1 0 3 FFFFFF 1 1 18
19 41 6.519000 -3.196000 -0.856000 2 A 21 "ALA " "2HB " 1 0 3 FFFFFF 1 1 19
20 41 7.960000 -2.153000 -0.816000 2 A 21 "ALA " "3HB " 1 0 3 FFFFFF 1 1 20
21 25 5.882000 -2.657000 -3.773000 3 A 38 "ALA " " N " 7 0 3 2F2FFF 1 1 21
22 3 6.384000 -2.698000 -5.144000 3 A 10 "ALA " " CA " 6 0 3 1EE11E 1 1 22
23 2 6.090000 -1.404000 -5.865000 3 A 10 "ALA " " C " 6 0 3 1EE11E 1 1 23
24 15 6.950000 -0.813000 -6.529000 3 A 75 "ALA " " O " 8 0 3 FF5757 1 1 24
25 3 5.758000 -3.921000 -5.834000 3 A 10 "ALA " " CB " 6 0 3 1EE11E 1 1 25
26 43 5.185000 -3.345000 -3.318000 3 A 21 "ALA " " H " 1 0 3 FFFFFF 1 1 26
27 41 7.484000 -2.814000 -5.114000 3 A 21 "ALA " " HA " 1 0 3 FFFFFF 1 1 27
28 41 6.015000 -4.863000 -5.313000 3 A 21 "ALA " "1HB " 1 0 3 FFFFFF 1 1 28
29 41 4.652000 -3.861000 -5.866000 3 A 21 "ALA " "2HB " 1 0 3 FFFFFF 1 1 29
30 41 6.108000 -4.030000 -6.877000 3 A 21 "ALA " "3HB " 1 0 3 FFFFFF 1 1 30
31 25 4.740000 -0.830000 -5.776000 4 A 38 "ALA " " N " 7 0 3 2F2FFF 1 1 31
32 3 4.765000 0.399000 -6.564000 4 A 10 "ALA " " CA " 6 0 3 1EE11E 1 1 32
33 2 5.836000 1.339000 -6.065000 4 A 10 "ALA " " C " 6 0 3 1EE11E 1 1 33
34 15 6.624000 1.903000 -6.833000 4 A 75 "ALA " " O " 8 0 3 FF5757 1 1 34
35 3 3.357000 1.016000 -6.510000 4 A 10 "ALA " " CB " 6 0 3 1EE11E 1 1 35
36 43 3.897000 -1.236000 -5.235000 4 A 21 "ALA " " H " 1 0 3 FFFFFF 1 1 36
37 41 5.015000 0.143000 -7.611000 4 A 21 "ALA " " HA " 1 0 3 FFFFFF 1 1 37
38 41 2.591000 0.328000 -6.915000 4 A 21 "ALA " "1HB " 1 0 3 FFFFFF 1 1 38
39 41 3.051000 1.268000 -5.476000 4 A 21 "ALA " "2HB " 1 0 3 FFFFFF 1 1 39
40 41 3.292000 1.947000 -7.104000 4 A 21 "ALA " "3HB " 1 0 3 FFFFFF 1 1 40
41 25 5.944000 1.593000 -4.621000 5 A 38 "ALA " " N " 7 0 3 2F2FFF 1 1 41
42 3 7.053000 2.527000 -4.451000 5 A 10 "ALA " " CA " 6 0 3 1EE11E 1 1 42
43 2 8.325000 1.970000 -5.045000 5 A 10 "ALA " " C " 6 0 3 1EE11E 1 1 43
44 15 9.056000 2.644000 -5.780000 5 A 75 "ALA " " O " 8 0 3 FF5757 1 1 44
45 3 7.181000 2.832000 -2.949000 5 A 10 "ALA " " CB " 6 0 3 1EE11E 1 1 45
46 43 5.327000 1.172000 -3.841000 5 A 21 "ALA " " H " 1 0 3 FFFFFF 1 1 46
47 41 6.816000 3.459000 -4.998000 5 A 21 "ALA " " HA " 1 0 3 FFFFFF 1 1 47
48 41 6.253000 3.275000 -2.540000 5 A 21 "ALA " "1HB " 1 0 3 FFFFFF 1 1 48
49 41 7.394000 1.922000 -2.355000 5 A 21 "ALA " "2HB " 1 0 3 FFFFFF 1 1 49
50 41 7.993000 3.553000 -2.743000 5 A 21 "ALA " "3HB " 1 0 3 FFFFFF 1 1 50
51 25 8.704000 0.582000 -4.741000 6 A 38 "ALA " " N " 7 0 3 2F2FFF 0 1 51
52 3 9.958000 0.338000 -5.447000 6 A 10 "ALA " " CA " 6 0 3 1EE11E 0 1 52
53 7 9.804000 0.592000 -6.928000 6 A 10 "ALA " " C " 6 0 3 1EE11E 0 1 53
54 15 8.734000 0.968000 -7.421000 6 A 75 "ALA " " O " 8 0 3 FF5757 0 1 54
55 3 10.398000 -1.103000 -5.133000 6 A 10 "ALA " " CB " 6 0 3 1EE11E 0 1 55
56 43 8.163000 -0.116000 -4.120000 6 A 21 "ALA " " H " 1 0 3 FFFFFF 0 1 56
57 41 10.720000 1.045000 -5.071000 6 A 21 "ALA " " HA " 1 0 3 FFFFFF 0 1 57
58 41 10.542000 -1.260000 -4.047000 6 A 21 "ALA " "1HB " 1 0 3 FFFFFF 0 1 58
59 41 9.652000 -1.849000 -5.470000 6 A 21 "ALA " "2HB " 1 0 3 FFFFFF 0 1 59
60 41 11.356000 -1.357000 -5.620000 6 A 21 "ALA " "3HB " 1 0 3 FFFFFF 0 1 60
:::
}
m_bond[59] {
# First column is bond index #
i_m_from
i_m_to
i_m_order
i_m_from_rep
i_m_to_rep
:::
1 1 2 1 3 3
2 1 6 1 3 3
3 2 3 1 3 3
4 2 5 1 3 3
5 2 7 1 3 3
6 3 4 2 3 3
7 3 11 1 3 3
8 5 8 1 3 3
9 5 9 1 3 3
10 5 10 1 3 3
11 11 12 1 3 3
12 11 16 1 3 3
13 12 13 1 3 3
14 12 15 1 3 3
15 12 17 1 3 3
16 13 14 2 3 3
17 13 21 1 3 3
18 15 18 1 3 3
19 15 19 1 3 3
20 15 20 1 3 3
21 21 22 1 3 3
22 21 26 1 3 3
23 22 23 1 3 3
24 22 25 1 3 3
25 22 27 1 3 3
26 23 24 2 3 3
27 23 31 1 3 3
28 25 28 1 3 3
29 25 29 1 3 3
30 25 30 1 3 3
31 31 32 1 3 3
32 31 36 1 3 3
33 32 33 1 3 3
34 32 35 1 3 3
35 32 37 1 3 3
36 33 34 2 3 3
37 33 41 1 3 3
38 35 38 1 3 3
39 35 39 1 3 3
40 35 40 1 3 3
41 41 42 1 3 3
42 41 46 1 3 3
43 42 43 1 3 3
44 42 45 1 3 3
45 42 47 1 3 3
46 43 44 2 3 3
47 43 51 1 3 3
48 45 48 1 3 3
49 45 49 1 3 3
50 45 50 1 3 3
51 51 52 1 3 3
52 51 56 1 3 3
53 52 53 1 3 3
54 52 55 1 3 3
55 52 57 1 3 3
56 53 54 2 3 3
57 55 58 1 3 3
58 55 59 1 3 3
59 55 60 1 3 3
:::
}
}