NMR Restraints Grid
| |
NMR Restraints Grid |
|
Result table
| image | mrblock_id | pdb_id | bmrb_id | cing | stage | program | type | subtype | item_count |
|
|
541953 |
2lod   |
18209 | cing | 2-parsed | STAR | entry | full | 91 |
data_2lod_MR_file_constraints
save_Conversion_project
_Study_list.Sf_category study_list
_Study_list.Entry_ID parsed_2lod
_Study_list.ID 1
loop_
_Study.ID
_Study.Name
_Study.Type
_Study.Details
_Study.Entry_ID
_Study.Study_list_ID
1 "Conversion project" NMR . parsed_2lod 1
stop_
save_
save_entry_information
_Entry.Sf_category entry_information
_Entry.ID parsed_2lod
_Entry.Title "Original constraint list(s)"
_Entry.Version_type original
_Entry.Submission_date .
_Entry.Accession_date .
_Entry.Last_release_date .
_Entry.Original_release_date .
_Entry.Origination .
_Entry.NMR_STAR_version 3.1
_Entry.Original_NMR_STAR_version .
_Entry.Experimental_method NMR
_Entry.Experimental_method_subtype .
loop_
_Related_entries.Database_name
_Related_entries.Database_accession_code
_Related_entries.Relationship
_Related_entries.Entry_ID
PDB 2lod "Master copy" parsed_2lod
stop_
save_
save_global_Org_file_characteristics
_Constraint_stat_list.Sf_category constraint_statistics
_Constraint_stat_list.Entry_ID parsed_2lod
_Constraint_stat_list.ID 1
loop_
_Constraint_file.ID
_Constraint_file.Constraint_filename
_Constraint_file.Software_ID
_Constraint_file.Software_label
_Constraint_file.Software_name
_Constraint_file.Block_ID
_Constraint_file.Constraint_type
_Constraint_file.Constraint_subtype
_Constraint_file.Constraint_subsubtype
_Constraint_file.Constraint_number
_Constraint_file.Entry_ID
_Constraint_file.Constraint_stat_list_ID
1 2lod.mr . . "MR format" 1 comment "Not applicable" "Not applicable" 0 parsed_2lod 1
1 2lod.mr . . AMBER 2 distance NOE simple 0 parsed_2lod 1
1 2lod.mr . . AMBER 3 distance "hydrogen bond" simple 23 parsed_2lod 1
1 2lod.mr . . AMBER 4 "dihedral angle" "Not applicable" "Not applicable" 68 parsed_2lod 1
1 2lod.mr . . AMBER 5 planarity "Not applicable" "Not applicable" 0 parsed_2lod 1
1 2lod.mr . . PDB 6 coordinate initial "Not applicable" 0 parsed_2lod 1
1 2lod.mr . . "MR format" 7 "nomenclature mapping" "Not applicable" "Not applicable" 0 parsed_2lod 1
stop_
save_
save_MR_file_comment_1
_Org_constr_file_comment.Sf_category org_constr_file_comment
_Org_constr_file_comment.Entry_ID parsed_2lod
_Org_constr_file_comment.ID 1
_Org_constr_file_comment.Constraint_file_ID 1
_Org_constr_file_comment.Block_ID 1
_Org_constr_file_comment.Details "Generated by Wattos"
_Org_constr_file_comment.Comment
;
*HEADER DNA 23-JAN-12 2LOD
*TITLE SOLUTION-STATE STRUCTURE OF AN INTRAMOLECULAR G-QUADRUPLEX WITH
*TITLE 2 PROPELLER, DIAGONAL AND EDGEWISE LOOPS
*COMPND MOL_ID: 1;
*COMPND 2 MOLECULE: DNA (5'-
*COMPND 3 D(*GP*GP*GP*AP*TP*GP*GP*GP*AP*CP*AP*CP*AP*GP*GP*GP*GP*AP*CP*GP*GP*G)-
*COMPND 4 3');
*COMPND 5 CHAIN: A;
*COMPND 6 ENGINEERED: YES
*SOURCE MOL_ID: 1;
*SOURCE 2 SYNTHETIC: YES
*KEYWDS G-QUADRUPLEX, DNA, LOOPS
*EXPDTA SOLUTION NMR
*NUMMDL 10
*AUTHOR M.MARUSIC, P.SKET, L.BAUER, V.VIGLASKY, J.PLAVEC
*REVDAT 1 30-MAY-12 2LOD 0
;
save_
save_AMBER_distance_constraints_2
_Distance_constraint_list.Sf_category distance_constraints
_Distance_constraint_list.Entry_ID parsed_2lod
_Distance_constraint_list.ID 1
_Distance_constraint_list.Constraint_type NOE
_Distance_constraint_list.Constraint_file_ID 1
_Distance_constraint_list.Block_ID 2
_Distance_constraint_list.Details "Generated by Wattos"
loop_
_Dist_constraint_parse_err.ID
_Dist_constraint_parse_err.Content
_Dist_constraint_parse_err.Begin_line
_Dist_constraint_parse_err.Begin_column
_Dist_constraint_parse_err.End_line
_Dist_constraint_parse_err.End_column
_Dist_constraint_parse_err.Entry_ID
_Dist_constraint_parse_err.Distance_constraint_list_ID
1
;
&rst
ixpk= 0, nxpk= 0, iat= 10, 13, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50,
rk2=60.0, rk3=60.0, ir6=1, ialtd=0, nstep1=30000, nstep2=100000, &end
;
3 2 5 77 parsed_2lod 1
2
;
&rst
ixpk= 0, nxpk= 0, iat= 10, 46, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
8 2 9 113 parsed_2lod 1
3
;
&rst
ixpk= 0, nxpk= 0, iat= 29, 10, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
12 2 13 113 parsed_2lod 1
4
;
&rst
ixpk= 0, nxpk= 0, iat= 29, 27, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
16 2 17 113 parsed_2lod 1
5
;
&rst
ixpk= 0, nxpk= 0, iat= 29, 13, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
20 2 21 113 parsed_2lod 1
6
;
&rst
ixpk= 0, nxpk= 0, iat= 30, 10, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
24 2 25 113 parsed_2lod 1
7
;
&rst
ixpk= 0, nxpk= 0, iat= 30, 27, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
28 2 29 113 parsed_2lod 1
8
;
&rst
ixpk= 0, nxpk= 0, iat= 30, 13, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
32 2 33 113 parsed_2lod 1
9
;
&rst
ixpk= 0, nxpk= 0, iat= 30, 46, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
36 2 37 113 parsed_2lod 1
10
;
&rst
ixpk= 0, nxpk= 0, iat= 27, 10, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
40 2 41 113 parsed_2lod 1
11
;
&rst
ixpk= 0, nxpk= 0, iat= 27, 13, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
44 2 45 113 parsed_2lod 1
12
;
&rst
ixpk= 0, nxpk= 0, iat= 27, 46, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
48 2 49 113 parsed_2lod 1
13
;
&rst
ixpk= 0, nxpk= 0, iat= 7, 10, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
52 2 53 113 parsed_2lod 1
14
;
&rst
ixpk= 0, nxpk= 0, iat= 7, 27, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
56 2 57 113 parsed_2lod 1
15
;
&rst
ixpk= 0, nxpk= 0, iat= 43, 13, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
60 2 61 113 parsed_2lod 1
16
;
&rst
ixpk= 0, nxpk= 0, iat= 43, 46, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
64 2 65 113 parsed_2lod 1
17
;
&rst
ixpk= 0, nxpk= 0, iat= 43, 79, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
68 2 69 113 parsed_2lod 1
18
;
&rst
ixpk= 0, nxpk= 0, iat= 62, 43, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
72 2 73 113 parsed_2lod 1
19
;
&rst
ixpk= 0, nxpk= 0, iat= 62, 46, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
76 2 77 113 parsed_2lod 1
20
;
&rst
ixpk= 0, nxpk= 0, iat= 63, 43, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
80 2 81 113 parsed_2lod 1
21
;
&rst
ixpk= 0, nxpk= 0, iat= 63, 62, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
84 2 85 113 parsed_2lod 1
22
;
&rst
ixpk= 0, nxpk= 0, iat= 60, 43, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
88 2 89 113 parsed_2lod 1
23
;
&rst
ixpk= 0, nxpk= 0, iat= 40, 10, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
92 2 93 113 parsed_2lod 1
24
;
&rst
ixpk= 0, nxpk= 0, iat= 40, 13, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
96 2 97 113 parsed_2lod 1
25
;
&rst
ixpk= 0, nxpk= 0, iat= 40, 43, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
100 2 101 113 parsed_2lod 1
26
;
&rst
ixpk= 0, nxpk= 0, iat= 76, 79, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
104 2 105 113 parsed_2lod 1
27
;
&rst
ixpk= 0, nxpk= 0, iat= 76, 144, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
108 2 109 113 parsed_2lod 1
28
;
&rst
ixpk= 0, nxpk= 0, iat= 95, 76, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
112 2 113 113 parsed_2lod 1
29
;
&rst
ixpk= 0, nxpk= 0, iat= 95, 96, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
116 2 117 113 parsed_2lod 1
30
;
&rst
ixpk= 0, nxpk= 0, iat= 96, 76, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
120 2 121 113 parsed_2lod 1
31
;
&rst
ixpk= 0, nxpk= 0, iat= 96, 79, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
124 2 125 113 parsed_2lod 1
32
;
&rst
ixpk= 0, nxpk= 0, iat= 93, 76, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
128 2 129 113 parsed_2lod 1
33
;
&rst
ixpk= 0, nxpk= 0, iat= 93, 112, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
132 2 133 113 parsed_2lod 1
34
;
&rst
ixpk= 0, nxpk= 0, iat= 109, 112, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
136 2 137 113 parsed_2lod 1
35
;
&rst
ixpk= 0, nxpk= 0, iat= 128, 125, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
140 2 141 113 parsed_2lod 1
36
;
&rst
ixpk= 0, nxpk= 0, iat= 125, 109, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
144 2 145 113 parsed_2lod 1
37
;
&rst
ixpk= 0, nxpk= 0, iat= 125, 112, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
148 2 149 113 parsed_2lod 1
38
;
&rst
ixpk= 0, nxpk= 0, iat= 125, 144, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
152 2 153 113 parsed_2lod 1
39
;
&rst
ixpk= 0, nxpk= 0, iat= 106, 109, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
156 2 157 113 parsed_2lod 1
40
;
&rst
ixpk= 0, nxpk= 0, iat= 106, 125, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
160 2 161 113 parsed_2lod 1
41
;
&rst
ixpk= 0, nxpk= 0, iat= 106, 144, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
164 2 165 113 parsed_2lod 1
42
;
&rst
ixpk= 0, nxpk= 0, iat= 103, 106, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
168 2 169 113 parsed_2lod 1
43
;
&rst
ixpk= 0, nxpk= 0, iat= 141, 144, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
172 2 173 113 parsed_2lod 1
44
;
&rst
ixpk= 0, nxpk= 0, iat= 160, 141, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
176 2 177 113 parsed_2lod 1
45
;
&rst
ixpk= 0, nxpk= 0, iat= 160, 138, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
180 2 181 113 parsed_2lod 1
46
;
&rst
ixpk= 0, nxpk= 0, iat= 160, 144, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
184 2 185 113 parsed_2lod 1
47
;
&rst
ixpk= 0, nxpk= 0, iat= 157, 141, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
188 2 189 113 parsed_2lod 1
48
;
&rst
ixpk= 0, nxpk= 0, iat= 157, 144, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
192 2 193 113 parsed_2lod 1
49
;
&rst
ixpk= 0, nxpk= 0, iat= 138, 13, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
196 2 197 113 parsed_2lod 1
50
;
&rst
ixpk= 0, nxpk= 0, iat= 138, 141, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
200 2 201 113 parsed_2lod 1
51
;
&rst
ixpk= 0, nxpk= 0, iat= 138, 157, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
204 2 205 113 parsed_2lod 1
52
;
&rst
ixpk= 0, nxpk= 0, iat= 138, 144, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
208 2 209 113 parsed_2lod 1
53
;
&rst
ixpk= 0, nxpk= 0, iat= 135, 138, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
212 2 213 113 parsed_2lod 1
54
;
&rst
ixpk= 0, nxpk= 0, iat= 136, 138, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
216 2 217 113 parsed_2lod 1
55
;
&rst
ixpk= 0, nxpk= 0, iat= -1, 106, r1= 2.10, r2= 2.60, r3= 6.00, r4= 6.50,
igr1= 147, 148, 149,
nstep1=30000, nstep2=100000, &end
;
220 2 223 38 parsed_2lod 1
56
;
&rst
ixpk= 0, nxpk= 0, iat= -1, 144, r1= 2.10, r2= 2.60, r3= 6.00, r4= 6.50,
igr1= 147, 148, 149,
nstep1=30000, nstep2=100000, &end
;
226 2 229 38 parsed_2lod 1
57
;
&rst
ixpk= 0, nxpk= 0, iat= 173, 176, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
232 2 233 113 parsed_2lod 1
58
;
&rst
ixpk= 0, nxpk= 0, iat= 173, 209, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
236 2 237 113 parsed_2lod 1
59
;
&rst
ixpk= 0, nxpk= 0, iat= 192, 173, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
240 2 241 113 parsed_2lod 1
60
;
&rst
ixpk= 0, nxpk= 0, iat= 192, 190, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
244 2 245 113 parsed_2lod 1
61
;
&rst
ixpk= 0, nxpk= 0, iat= 192, 176, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
248 2 249 113 parsed_2lod 1
62
;
&rst
ixpk= 0, nxpk= 0, iat= 192, 209, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
252 2 253 113 parsed_2lod 1
63
;
&rst
ixpk= 0, nxpk= 0, iat= 193, 173, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
256 2 257 113 parsed_2lod 1
64
;
&rst
ixpk= 0, nxpk= 0, iat= 193, 209, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
260 2 261 113 parsed_2lod 1
65
;
&rst
ixpk= 0, nxpk= 0, iat= 190, 141, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
264 2 265 113 parsed_2lod 1
66
;
&rst
ixpk= 0, nxpk= 0, iat= 190, 144, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
268 2 269 113 parsed_2lod 1
67
;
&rst
ixpk= 0, nxpk= 0, iat= 190, 173, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
272 2 273 113 parsed_2lod 1
68
;
&rst
ixpk= 0, nxpk= 0, iat= 190, 176, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
276 2 277 113 parsed_2lod 1
69
;
&rst
ixpk= 0, nxpk= 0, iat= 190, 209, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
280 2 281 113 parsed_2lod 1
70
;
&rst
ixpk= 0, nxpk= 0, iat= 170, 173, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
284 2 285 113 parsed_2lod 1
71
;
&rst
ixpk= 0, nxpk= 0, iat= 170, 190, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
288 2 289 113 parsed_2lod 1
72
;
&rst
ixpk= 0, nxpk= 0, iat= 206, 176, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
292 2 293 113 parsed_2lod 1
73
;
&rst
ixpk= 0, nxpk= 0, iat= 206, 209, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
296 2 297 113 parsed_2lod 1
74
;
&rst
ixpk= 0, nxpk= 0, iat= 225, 206, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
300 2 301 113 parsed_2lod 1
75
;
&rst
ixpk= 0, nxpk= 0, iat= 225, 209, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
304 2 305 113 parsed_2lod 1
76
;
&rst
ixpk= 0, nxpk= 0, iat= 225, 242, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
308 2 309 113 parsed_2lod 1
77
;
&rst
ixpk= 0, nxpk= 0, iat= 223, 206, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
312 2 313 113 parsed_2lod 1
78
;
&rst
ixpk= 0, nxpk= 0, iat= 223, 209, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
316 2 317 113 parsed_2lod 1
79
;
&rst
ixpk= 0, nxpk= 0, iat= 223, 242, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
320 2 321 113 parsed_2lod 1
80
;
&rst
ixpk= 0, nxpk= 0, iat= 203, 223, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
324 2 325 113 parsed_2lod 1
81
;
&rst
ixpk= 0, nxpk= 0, iat= 239, 242, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
328 2 329 113 parsed_2lod 1
82
;
&rst
ixpk= 0, nxpk= 0, iat= 239, 275, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
332 2 333 113 parsed_2lod 1
83
;
&rst
ixpk= 0, nxpk= 0, iat= 258, 239, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
336 2 337 113 parsed_2lod 1
84
;
&rst
ixpk= 0, nxpk= 0, iat= 258, 256, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
340 2 341 113 parsed_2lod 1
85
;
&rst
ixpk= 0, nxpk= 0, iat= 258, 242, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
344 2 345 113 parsed_2lod 1
86
;
&rst
ixpk= 0, nxpk= 0, iat= 258, 275, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
348 2 349 113 parsed_2lod 1
87
;
&rst
ixpk= 0, nxpk= 0, iat= 259, 258, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
352 2 353 113 parsed_2lod 1
88
;
&rst
ixpk= 0, nxpk= 0, iat= 259, 256, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
356 2 357 113 parsed_2lod 1
89
;
&rst
ixpk= 0, nxpk= 0, iat= 259, 242, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
360 2 361 113 parsed_2lod 1
90
;
&rst
ixpk= 0, nxpk= 0, iat= 259, 275, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
364 2 365 113 parsed_2lod 1
91
;
&rst
ixpk= 0, nxpk= 0, iat= 256, 239, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
368 2 369 113 parsed_2lod 1
92
;
&rst
ixpk= 0, nxpk= 0, iat= 256, 242, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
372 2 373 113 parsed_2lod 1
93
;
&rst
ixpk= 0, nxpk= 0, iat= 236, 256, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
376 2 377 113 parsed_2lod 1
94
;
&rst
ixpk= 0, nxpk= 0, iat= 272, 275, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
380 2 381 113 parsed_2lod 1
95
;
&rst
ixpk= 0, nxpk= 0, iat= 290, 272, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
384 2 385 113 parsed_2lod 1
96
;
&rst
ixpk= 0, nxpk= 0, iat= 290, 291, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
388 2 389 113 parsed_2lod 1
97
;
&rst
ixpk= 0, nxpk= 0, iat= 290, 288, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
392 2 393 113 parsed_2lod 1
98
;
&rst
ixpk= 0, nxpk= 0, iat= 290, 269, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
396 2 397 113 parsed_2lod 1
99
;
&rst
ixpk= 0, nxpk= 0, iat= 290, 275, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
400 2 401 113 parsed_2lod 1
100
;
&rst
ixpk= 0, nxpk= 0, iat= 291, 272, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
404 2 405 113 parsed_2lod 1
101
;
&rst
ixpk= 0, nxpk= 0, iat= 291, 288, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
408 2 409 113 parsed_2lod 1
102
;
&rst
ixpk= 0, nxpk= 0, iat= 291, 269, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
412 2 413 113 parsed_2lod 1
103
;
&rst
ixpk= 0, nxpk= 0, iat= 291, 275, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
416 2 417 113 parsed_2lod 1
104
;
&rst
ixpk= 0, nxpk= 0, iat= 288, 275, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
420 2 421 113 parsed_2lod 1
105
;
&rst
ixpk= 0, nxpk= 0, iat= 288, 304, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
424 2 425 113 parsed_2lod 1
106
;
&rst
ixpk= 0, nxpk= 0, iat= 288, 337, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
428 2 429 113 parsed_2lod 1
107
;
&rst
ixpk= 0, nxpk= 0, iat= 269, 272, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
432 2 433 113 parsed_2lod 1
108
;
&rst
ixpk= 0, nxpk= 0, iat= 269, 288, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
436 2 437 113 parsed_2lod 1
109
;
&rst
ixpk= 0, nxpk= 0, iat= 269, 307, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
440 2 441 113 parsed_2lod 1
110
;
&rst
ixpk= 0, nxpk= 0, iat= 266, 269, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
444 2 445 113 parsed_2lod 1
111
;
&rst
ixpk= 0, nxpk= 0, iat= 267, 269, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
448 2 449 113 parsed_2lod 1
112
;
&rst
ixpk= 0, nxpk= 0, iat= 304, 307, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
452 2 453 113 parsed_2lod 1
113
;
&rst
ixpk= 0, nxpk= 0, iat= 320, 321, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
456 2 457 113 parsed_2lod 1
114
;
&rst
ixpk= 0, nxpk= 0, iat= 320, 337, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
460 2 461 113 parsed_2lod 1
115
;
&rst
ixpk= 0, nxpk= 0, iat= 321, 320, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
464 2 465 113 parsed_2lod 1
116
;
&rst
ixpk= 0, nxpk= 0, iat= 321, 318, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
468 2 469 113 parsed_2lod 1
117
;
&rst
ixpk= 0, nxpk= 0, iat= 318, 337, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
472 2 473 113 parsed_2lod 1
118
;
&rst
ixpk= 0, nxpk= 0, iat= 301, 318, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
476 2 477 113 parsed_2lod 1
119
;
&rst
ixpk= 0, nxpk= 0, iat= 309, 307, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
480 2 481 113 parsed_2lod 1
120
;
&rst
ixpk= 0, nxpk= 0, iat= 334, 337, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
484 2 485 113 parsed_2lod 1
121
;
&rst
ixpk= 0, nxpk= 0, iat= 334, 369, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
488 2 489 113 parsed_2lod 1
122
;
&rst
ixpk= 0, nxpk= 0, iat= 352, 350, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
492 2 493 113 parsed_2lod 1
123
;
&rst
ixpk= 0, nxpk= 0, iat= 352, 331, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
496 2 497 113 parsed_2lod 1
124
;
&rst
ixpk= 0, nxpk= 0, iat= 352, 337, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
500 2 501 113 parsed_2lod 1
125
;
&rst
ixpk= 0, nxpk= 0, iat= 353, 334, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
504 2 505 113 parsed_2lod 1
126
;
&rst
ixpk= 0, nxpk= 0, iat= 353, 350, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
508 2 509 113 parsed_2lod 1
127
;
&rst
ixpk= 0, nxpk= 0, iat= 353, 331, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
512 2 513 113 parsed_2lod 1
128
;
&rst
ixpk= 0, nxpk= 0, iat= 353, 691, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
516 2 517 113 parsed_2lod 1
129
;
&rst
ixpk= 0, nxpk= 0, iat= 350, 334, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
520 2 521 113 parsed_2lod 1
130
;
&rst
ixpk= 0, nxpk= 0, iat= 350, 337, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
524 2 525 113 parsed_2lod 1
131
;
&rst
ixpk= 0, nxpk= 0, iat= 350, 369, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
528 2 529 113 parsed_2lod 1
132
;
&rst
ixpk= 0, nxpk= 0, iat= 331, 334, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
532 2 533 113 parsed_2lod 1
133
;
&rst
ixpk= 0, nxpk= 0, iat= 331, 350, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
536 2 537 113 parsed_2lod 1
134
;
&rst
ixpk= 0, nxpk= 0, iat= 331, 337, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
540 2 541 113 parsed_2lod 1
135
;
&rst
ixpk= 0, nxpk= 0, iat= 328, 350, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
544 2 545 113 parsed_2lod 1
136
;
&rst
ixpk= 0, nxpk= 0, iat= 328, 331, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
548 2 549 113 parsed_2lod 1
137
;
&rst
ixpk= 0, nxpk= 0, iat= 329, 350, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
552 2 553 113 parsed_2lod 1
138
;
&rst
ixpk= 0, nxpk= 0, iat= 329, 331, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
556 2 557 113 parsed_2lod 1
139
;
&rst
ixpk= 0, nxpk= 0, iat= 366, 369, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
560 2 561 113 parsed_2lod 1
140
;
&rst
ixpk= 0, nxpk= 0, iat= 366, 399, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
564 2 565 113 parsed_2lod 1
141
;
&rst
ixpk= 0, nxpk= 0, iat= 382, 366, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
568 2 569 113 parsed_2lod 1
142
;
&rst
ixpk= 0, nxpk= 0, iat= 382, 380, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
572 2 573 113 parsed_2lod 1
143
;
&rst
ixpk= 0, nxpk= 0, iat= 382, 399, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
576 2 577 113 parsed_2lod 1
144
;
&rst
ixpk= 0, nxpk= 0, iat= 383, 366, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
580 2 581 113 parsed_2lod 1
145
;
&rst
ixpk= 0, nxpk= 0, iat= 383, 382, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
584 2 585 113 parsed_2lod 1
146
;
&rst
ixpk= 0, nxpk= 0, iat= 383, 380, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
588 2 589 113 parsed_2lod 1
147
;
&rst
ixpk= 0, nxpk= 0, iat= 383, 369, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
592 2 593 113 parsed_2lod 1
148
;
&rst
ixpk= 0, nxpk= 0, iat= 380, 366, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
596 2 597 113 parsed_2lod 1
149
;
&rst
ixpk= 0, nxpk= 0, iat= 380, 369, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
600 2 601 113 parsed_2lod 1
150
;
&rst
ixpk= 0, nxpk= 0, iat= 380, 399, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
604 2 605 113 parsed_2lod 1
151
;
&rst
ixpk= 0, nxpk= 0, iat= 363, 380, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
608 2 609 113 parsed_2lod 1
152
;
&rst
ixpk= 0, nxpk= 0, iat= 371, 369, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
612 2 613 113 parsed_2lod 1
153
;
&rst
ixpk= 0, nxpk= 0, iat= 396, 399, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
616 2 617 113 parsed_2lod 1
154
;
&rst
ixpk= 0, nxpk= 0, iat= 414, 396, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
620 2 621 113 parsed_2lod 1
155
;
&rst
ixpk= 0, nxpk= 0, iat= 414, 399, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
624 2 625 113 parsed_2lod 1
156
;
&rst
ixpk= 0, nxpk= 0, iat= 415, 396, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
628 2 629 113 parsed_2lod 1
157
;
&rst
ixpk= 0, nxpk= 0, iat= 415, 414, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
632 2 633 113 parsed_2lod 1
158
;
&rst
ixpk= 0, nxpk= 0, iat= 415, 399, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
636 2 637 113 parsed_2lod 1
159
;
&rst
ixpk= 0, nxpk= 0, iat= 428, 431, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
640 2 641 113 parsed_2lod 1
160
;
&rst
ixpk= 0, nxpk= 0, iat= 447, 428, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
644 2 645 113 parsed_2lod 1
161
;
&rst
ixpk= 0, nxpk= 0, iat= 447, 445, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
648 2 649 113 parsed_2lod 1
162
;
&rst
ixpk= 0, nxpk= 0, iat= 447, 431, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
652 2 653 113 parsed_2lod 1
163
;
&rst
ixpk= 0, nxpk= 0, iat= 448, 428, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
656 2 657 113 parsed_2lod 1
164
;
&rst
ixpk= 0, nxpk= 0, iat= 448, 447, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
660 2 661 113 parsed_2lod 1
165
;
&rst
ixpk= 0, nxpk= 0, iat= 448, 445, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
664 2 665 113 parsed_2lod 1
166
;
&rst
ixpk= 0, nxpk= 0, iat= 445, 428, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
668 2 669 113 parsed_2lod 1
167
;
&rst
ixpk= 0, nxpk= 0, iat= 425, 428, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
672 2 673 113 parsed_2lod 1
168
;
&rst
ixpk= 0, nxpk= 0, iat= 425, 445, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
676 2 677 113 parsed_2lod 1
169
;
&rst
ixpk= 0, nxpk= 0, iat= 425, 431, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
680 2 681 113 parsed_2lod 1
170
;
&rst
ixpk= 0, nxpk= 0, iat= 461, 464, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
684 2 685 113 parsed_2lod 1
171
;
&rst
ixpk= 0, nxpk= 0, iat= 461, 497, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
688 2 689 113 parsed_2lod 1
172
;
&rst
ixpk= 0, nxpk= 0, iat= 481, 461, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
692 2 693 113 parsed_2lod 1
173
;
&rst
ixpk= 0, nxpk= 0, iat= 481, 478, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
696 2 697 113 parsed_2lod 1
174
;
&rst
ixpk= 0, nxpk= 0, iat= 481, 458, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
700 2 701 113 parsed_2lod 1
175
;
&rst
ixpk= 0, nxpk= 0, iat= 481, 464, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
704 2 705 113 parsed_2lod 1
176
;
&rst
ixpk= 0, nxpk= 0, iat= 478, 461, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
708 2 709 113 parsed_2lod 1
177
;
&rst
ixpk= 0, nxpk= 0, iat= 478, 464, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
712 2 713 113 parsed_2lod 1
178
;
&rst
ixpk= 0, nxpk= 0, iat= 478, 497, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
716 2 717 113 parsed_2lod 1
179
;
&rst
ixpk= 0, nxpk= 0, iat= 458, 461, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
720 2 721 113 parsed_2lod 1
180
;
&rst
ixpk= 0, nxpk= 0, iat= 458, 478, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
724 2 725 113 parsed_2lod 1
181
;
&rst
ixpk= 0, nxpk= 0, iat= 458, 464, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
728 2 729 113 parsed_2lod 1
182
;
&rst
ixpk= 0, nxpk= 0, iat= 494, 464, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
732 2 733 113 parsed_2lod 1
183
;
&rst
ixpk= 0, nxpk= 0, iat= 494, 497, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
736 2 737 113 parsed_2lod 1
184
;
&rst
ixpk= 0, nxpk= 0, iat= 494, 530, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
740 2 741 113 parsed_2lod 1
185
;
&rst
ixpk= 0, nxpk= 0, iat= 513, 494, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
744 2 745 113 parsed_2lod 1
186
;
&rst
ixpk= 0, nxpk= 0, iat= 513, 530, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
748 2 749 113 parsed_2lod 1
187
;
&rst
ixpk= 0, nxpk= 0, iat= 511, 494, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
752 2 753 113 parsed_2lod 1
188
;
&rst
ixpk= 0, nxpk= 0, iat= 491, 464, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
756 2 757 113 parsed_2lod 1
189
;
&rst
ixpk= 0, nxpk= 0, iat= 491, 511, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
760 2 761 113 parsed_2lod 1
190
;
&rst
ixpk= 0, nxpk= 0, iat= 491, 497, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
764 2 765 113 parsed_2lod 1
191
;
&rst
ixpk= 0, nxpk= 0, iat= 527, 530, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
768 2 769 113 parsed_2lod 1
192
;
&rst
ixpk= 0, nxpk= 0, iat= 527, 563, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
772 2 773 113 parsed_2lod 1
193
;
&rst
ixpk= 0, nxpk= 0, iat= 546, 527, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
776 2 777 113 parsed_2lod 1
194
;
&rst
ixpk= 0, nxpk= 0, iat= 546, 547, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
780 2 781 113 parsed_2lod 1
195
;
&rst
ixpk= 0, nxpk= 0, iat= 546, 544, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
784 2 785 113 parsed_2lod 1
196
;
&rst
ixpk= 0, nxpk= 0, iat= 546, 530, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
788 2 789 113 parsed_2lod 1
197
;
&rst
ixpk= 0, nxpk= 0, iat= 546, 563, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
792 2 793 113 parsed_2lod 1
198
;
&rst
ixpk= 0, nxpk= 0, iat= 547, 527, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
796 2 797 113 parsed_2lod 1
199
;
&rst
ixpk= 0, nxpk= 0, iat= 547, 544, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
800 2 801 113 parsed_2lod 1
200
;
&rst
ixpk= 0, nxpk= 0, iat= 547, 530, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
804 2 805 113 parsed_2lod 1
201
;
&rst
ixpk= 0, nxpk= 0, iat= 547, 563, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
808 2 809 113 parsed_2lod 1
202
;
&rst
ixpk= 0, nxpk= 0, iat= 544, 494, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
812 2 813 113 parsed_2lod 1
203
;
&rst
ixpk= 0, nxpk= 0, iat= 544, 527, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
816 2 817 113 parsed_2lod 1
204
;
&rst
ixpk= 0, nxpk= 0, iat= 544, 530, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
820 2 821 113 parsed_2lod 1
205
;
&rst
ixpk= 0, nxpk= 0, iat= 544, 563, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
824 2 825 113 parsed_2lod 1
206
;
&rst
ixpk= 0, nxpk= 0, iat= 524, 527, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
828 2 829 113 parsed_2lod 1
207
;
&rst
ixpk= 0, nxpk= 0, iat= 524, 544, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
832 2 833 113 parsed_2lod 1
208
;
&rst
ixpk= 0, nxpk= 0, iat= 524, 530, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
836 2 837 113 parsed_2lod 1
209
;
&rst
ixpk= 0, nxpk= 0, iat= 524, 563, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
840 2 841 113 parsed_2lod 1
210
;
&rst
ixpk= 0, nxpk= 0, iat= 560, 563, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
844 2 845 113 parsed_2lod 1
211
;
&rst
ixpk= 0, nxpk= 0, iat= 578, 560, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
848 2 849 113 parsed_2lod 1
212
;
&rst
ixpk= 0, nxpk= 0, iat= 578, 576, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
852 2 853 113 parsed_2lod 1
213
;
&rst
ixpk= 0, nxpk= 0, iat= 578, 557, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
856 2 857 113 parsed_2lod 1
214
;
&rst
ixpk= 0, nxpk= 0, iat= 578, 563, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
860 2 861 113 parsed_2lod 1
215
;
&rst
ixpk= 0, nxpk= 0, iat= 579, 560, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
864 2 865 113 parsed_2lod 1
216
;
&rst
ixpk= 0, nxpk= 0, iat= 579, 576, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
868 2 869 113 parsed_2lod 1
217
;
&rst
ixpk= 0, nxpk= 0, iat= 579, 557, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
872 2 873 113 parsed_2lod 1
218
;
&rst
ixpk= 0, nxpk= 0, iat= 579, 563, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
876 2 877 113 parsed_2lod 1
219
;
&rst
ixpk= 0, nxpk= 0, iat= 576, 563, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
880 2 881 113 parsed_2lod 1
220
;
&rst
ixpk= 0, nxpk= 0, iat= 557, 560, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
884 2 885 113 parsed_2lod 1
221
;
&rst
ixpk= 0, nxpk= 0, iat= 557, 576, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
888 2 889 113 parsed_2lod 1
222
;
&rst
ixpk= 0, nxpk= 0, iat= 557, 563, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
892 2 893 113 parsed_2lod 1
223
;
&rst
ixpk= 0, nxpk= 0, iat= 557, 595, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
896 2 897 113 parsed_2lod 1
224
;
&rst
ixpk= 0, nxpk= 0, iat= 609, 608, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
900 2 901 113 parsed_2lod 1
225
;
&rst
ixpk= 0, nxpk= 0, iat= 609, 606, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
904 2 905 113 parsed_2lod 1
226
;
&rst
ixpk= 0, nxpk= 0, iat= 609, 595, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
908 2 909 113 parsed_2lod 1
227
;
&rst
ixpk= 0, nxpk= 0, iat= 606, 595, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
912 2 913 113 parsed_2lod 1
228
;
&rst
ixpk= 0, nxpk= 0, iat= 589, 606, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
916 2 917 113 parsed_2lod 1
229
;
&rst
ixpk= 0, nxpk= 0, iat= 622, 625, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
920 2 921 113 parsed_2lod 1
230
;
&rst
ixpk= 0, nxpk= 0, iat= 622, 658, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
924 2 925 113 parsed_2lod 1
231
;
&rst
ixpk= 0, nxpk= 0, iat= 641, 622, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
928 2 929 113 parsed_2lod 1
232
;
&rst
ixpk= 0, nxpk= 0, iat= 641, 639, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
932 2 933 113 parsed_2lod 1
233
;
&rst
ixpk= 0, nxpk= 0, iat= 641, 658, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
936 2 937 113 parsed_2lod 1
234
;
&rst
ixpk= 0, nxpk= 0, iat= 642, 622, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
940 2 941 113 parsed_2lod 1
235
;
&rst
ixpk= 0, nxpk= 0, iat= 642, 639, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
944 2 945 113 parsed_2lod 1
236
;
&rst
ixpk= 0, nxpk= 0, iat= 642, 658, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
948 2 949 113 parsed_2lod 1
237
;
&rst
ixpk= 0, nxpk= 0, iat= 639, 622, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
952 2 953 113 parsed_2lod 1
238
;
&rst
ixpk= 0, nxpk= 0, iat= 639, 658, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
956 2 957 113 parsed_2lod 1
239
;
&rst
ixpk= 0, nxpk= 0, iat= 619, 622, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
960 2 961 113 parsed_2lod 1
240
;
&rst
ixpk= 0, nxpk= 0, iat= 619, 639, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
964 2 965 113 parsed_2lod 1
241
;
&rst
ixpk= 0, nxpk= 0, iat= 655, 625, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
968 2 969 113 parsed_2lod 1
242
;
&rst
ixpk= 0, nxpk= 0, iat= 655, 658, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
972 2 973 113 parsed_2lod 1
243
;
&rst
ixpk= 0, nxpk= 0, iat= 655, 691, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
976 2 977 113 parsed_2lod 1
244
;
&rst
ixpk= 0, nxpk= 0, iat= 674, 655, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
980 2 981 113 parsed_2lod 1
245
;
&rst
ixpk= 0, nxpk= 0, iat= 674, 672, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
984 2 985 113 parsed_2lod 1
246
;
&rst
ixpk= 0, nxpk= 0, iat= 674, 652, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
988 2 989 113 parsed_2lod 1
247
;
&rst
ixpk= 0, nxpk= 0, iat= 674, 658, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
992 2 993 113 parsed_2lod 1
248
;
&rst
ixpk= 0, nxpk= 0, iat= 675, 655, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
996 2 997 113 parsed_2lod 1
249
;
&rst
ixpk= 0, nxpk= 0, iat= 675, 674, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
1000 2 1001 113 parsed_2lod 1
250
;
&rst
ixpk= 0, nxpk= 0, iat= 675, 652, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
1004 2 1005 113 parsed_2lod 1
251
;
&rst
ixpk= 0, nxpk= 0, iat= 675, 658, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
1008 2 1009 113 parsed_2lod 1
252
;
&rst
ixpk= 0, nxpk= 0, iat= 675, 691, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
1012 2 1013 113 parsed_2lod 1
253
;
&rst
ixpk= 0, nxpk= 0, iat= 672, 655, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
1016 2 1017 113 parsed_2lod 1
254
;
&rst
ixpk= 0, nxpk= 0, iat= 672, 658, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
1020 2 1021 113 parsed_2lod 1
255
;
&rst
ixpk= 0, nxpk= 0, iat= 672, 691, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
1024 2 1025 113 parsed_2lod 1
256
;
&rst
ixpk= 0, nxpk= 0, iat= 652, 655, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
1028 2 1029 113 parsed_2lod 1
257
;
&rst
ixpk= 0, nxpk= 0, iat= 652, 672, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
1032 2 1033 113 parsed_2lod 1
258
;
&rst
ixpk= 0, nxpk= 0, iat= 652, 658, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1036 2 1037 113 parsed_2lod 1
259
;
&rst
ixpk= 0, nxpk= 0, iat= 688, 691, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
1040 2 1041 113 parsed_2lod 1
260
;
&rst
ixpk= 0, nxpk= 0, iat= 707, 688, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
1044 2 1045 113 parsed_2lod 1
261
;
&rst
ixpk= 0, nxpk= 0, iat= 707, 705, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
1048 2 1049 113 parsed_2lod 1
262
;
&rst
ixpk= 0, nxpk= 0, iat= 707, 685, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
1052 2 1053 113 parsed_2lod 1
263
;
&rst
ixpk= 0, nxpk= 0, iat= 708, 688, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
1056 2 1057 113 parsed_2lod 1
264
;
&rst
ixpk= 0, nxpk= 0, iat= 708, 707, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
1060 2 1061 113 parsed_2lod 1
265
;
&rst
ixpk= 0, nxpk= 0, iat= 708, 705, r1= 1.30, r2= 1.80, r3= 3.60, r4= 4.10, nstep1=30000, nstep2=100000, &end
;
1064 2 1065 113 parsed_2lod 1
266
;
&rst
ixpk= 0, nxpk= 0, iat= 708, 685, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
1068 2 1069 113 parsed_2lod 1
267
;
&rst
ixpk= 0, nxpk= 0, iat= 708, 691, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
1072 2 1073 113 parsed_2lod 1
268
;
&rst
ixpk= 0, nxpk= 0, iat= 705, 688, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
1076 2 1077 113 parsed_2lod 1
269
;
&rst
ixpk= 0, nxpk= 0, iat= 705, 691, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
1080 2 1081 113 parsed_2lod 1
270
;
&rst
ixpk= 0, nxpk= 0, iat= 685, 688, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
1084 2 1085 113 parsed_2lod 1
271
;
&rst
ixpk= 0, nxpk= 0, iat= 685, 705, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
1088 2 1089 113 parsed_2lod 1
272
;
&rst
ixpk= 0, nxpk= 0, iat= 685, 691, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1092 2 1093 113 parsed_2lod 1
273
;
&rst
ixpk= 0, nxpk= 0, iat= 13, 46, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1096 2 1097 113 parsed_2lod 1
274
;
&rst
ixpk= 0, nxpk= 0, iat= 46, 437, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1100 2 1101 113 parsed_2lod 1
275
;
&rst
ixpk= 0, nxpk= 0, iat= 46, 470, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1104 2 1105 113 parsed_2lod 1
276
;
&rst
ixpk= 0, nxpk= 0, iat= 85, 52, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1108 2 1109 113 parsed_2lod 1
277
;
&rst
ixpk= 0, nxpk= 0, iat= 79, 46, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1112 2 1113 113 parsed_2lod 1
278
;
&rst
ixpk= 0, nxpk= 0, iat= 79, 437, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1116 2 1117 113 parsed_2lod 1
279
;
&rst
ixpk= 0, nxpk= 0, iat= 176, 209, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1120 2 1121 113 parsed_2lod 1
280
;
&rst
ixpk= 0, nxpk= 0, iat= 176, 631, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1124 2 1125 113 parsed_2lod 1
281
;
&rst
ixpk= 0, nxpk= 0, iat= 215, 631, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1128 2 1129 113 parsed_2lod 1
282
;
&rst
ixpk= 0, nxpk= 0, iat= 209, 52, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1132 2 1133 113 parsed_2lod 1
283
;
&rst
ixpk= 0, nxpk= 0, iat= 209, 85, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1136 2 1137 113 parsed_2lod 1
284
;
&rst
ixpk= 0, nxpk= 0, iat= 209, 176, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1140 2 1141 113 parsed_2lod 1
285
;
&rst
ixpk= 0, nxpk= 0, iat= 242, 85, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1144 2 1145 113 parsed_2lod 1
286
;
&rst
ixpk= 0, nxpk= 0, iat= 242, 209, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1148 2 1149 113 parsed_2lod 1
287
;
&rst
ixpk= 0, nxpk= 0, iat= 304, 248, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1152 2 1153 113 parsed_2lod 1
288
;
&rst
ixpk= 0, nxpk= 0, iat= 307, 248, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1156 2 1157 113 parsed_2lod 1
289
;
&rst
ixpk= 0, nxpk= 0, iat= 307, 337, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1160 2 1161 113 parsed_2lod 1
290
;
&rst
ixpk= 0, nxpk= 0, iat= 366, 697, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1164 2 1165 113 parsed_2lod 1
291
;
&rst
ixpk= 0, nxpk= 0, iat= 369, 79, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1168 2 1169 113 parsed_2lod 1
292
;
&rst
ixpk= 0, nxpk= 0, iat= 369, 337, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1172 2 1173 113 parsed_2lod 1
293
;
&rst
ixpk= 0, nxpk= 0, iat= 396, 437, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1176 2 1177 113 parsed_2lod 1
294
;
&rst
ixpk= 0, nxpk= 0, iat= 431, 697, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1180 2 1181 113 parsed_2lod 1
295
;
&rst
ixpk= 0, nxpk= 0, iat= 470, 19, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1184 2 1185 113 parsed_2lod 1
296
;
&rst
ixpk= 0, nxpk= 0, iat= 464, 497, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1188 2 1189 113 parsed_2lod 1
297
;
&rst
ixpk= 0, nxpk= 0, iat= 464, 664, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1192 2 1193 113 parsed_2lod 1
298
;
&rst
ixpk= 0, nxpk= 0, iat= 497, 19, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1196 2 1197 113 parsed_2lod 1
299
;
&rst
ixpk= 0, nxpk= 0, iat= 527, 19, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1200 2 1201 113 parsed_2lod 1
300
;
&rst
ixpk= 0, nxpk= 0, iat= 527, 182, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1204 2 1205 113 parsed_2lod 1
301
;
&rst
ixpk= 0, nxpk= 0, iat= 527, 503, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1208 2 1209 113 parsed_2lod 1
302
;
&rst
ixpk= 0, nxpk= 0, iat= 527, 631, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1212 2 1213 113 parsed_2lod 1
303
;
&rst
ixpk= 0, nxpk= 0, iat= 592, 631, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1216 2 1217 113 parsed_2lod 1
304
;
&rst
ixpk= 0, nxpk= 0, iat= 597, 182, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1220 2 1221 113 parsed_2lod 1
305
;
&rst
ixpk= 0, nxpk= 0, iat= 597, 631, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1224 2 1225 113 parsed_2lod 1
306
;
&rst
ixpk= 0, nxpk= 0, iat= 595, 631, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1228 2 1229 113 parsed_2lod 1
307
;
&rst
ixpk= 0, nxpk= 0, iat= 625, 503, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1232 2 1233 113 parsed_2lod 1
308
;
&rst
ixpk= 0, nxpk= 0, iat= 625, 658, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1236 2 1237 113 parsed_2lod 1
309
;
&rst
ixpk= 0, nxpk= 0, iat= 655, 664, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1240 2 1241 113 parsed_2lod 1
310
;
&rst
ixpk= 0, nxpk= 0, iat= 658, 215, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1244 2 1245 113 parsed_2lod 1
311
;
&rst
ixpk= 0, nxpk= 0, iat= 658, 248, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1248 2 1249 113 parsed_2lod 1
312
;
&rst
ixpk= 0, nxpk= 0, iat= 691, 248, r1= 3.00, r2= 3.50, r3= 6.50, r4= 7.00, nstep1=30000, nstep2=100000, &end
;
1252 2 1253 113 parsed_2lod 1
313
;
&rst
ixpk= 0, nxpk= 0, iat= 85, 52, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
1256 2 1257 113 parsed_2lod 1
314
;
&rst
ixpk= 0, nxpk= 0, iat= 215, 631, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
1260 2 1261 113 parsed_2lod 1
315
;
&rst
ixpk= 0, nxpk= 0, iat= 248, 697, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
1264 2 1265 113 parsed_2lod 1
316
;
&rst
ixpk= 0, nxpk= 0, iat= 470, 503, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
1268 2 1269 113 parsed_2lod 1
317
;
&rst
ixpk= 0, nxpk= 0, iat= 503, 664, r1= 2.10, r2= 2.60, r3= 5.00, r4= 5.50, nstep1=30000, nstep2=100000, &end
;
1272 2 1273 113 parsed_2lod 1
stop_
save_
save_AMBER_distance_constraints_3
_Distance_constraint_list.Sf_category distance_constraints
_Distance_constraint_list.Entry_ID parsed_2lod
_Distance_constraint_list.ID 2
_Distance_constraint_list.Constraint_type "hydrogen bond"
_Distance_constraint_list.Constraint_file_ID 1
_Distance_constraint_list.Block_ID 3
_Distance_constraint_list.Details "Generated by Wattos"
loop_
_Dist_constraint_tree.Constraint_ID
_Dist_constraint_tree.Node_ID
_Dist_constraint_tree.Down_node_ID
_Dist_constraint_tree.Right_node_ID
_Dist_constraint_tree.Logic_operation
_Dist_constraint_tree.Entry_ID
_Dist_constraint_tree.Distance_constraint_list_ID
1 1 . . . parsed_2lod 2
2 1 . . . parsed_2lod 2
3 1 . . . parsed_2lod 2
4 1 . . . parsed_2lod 2
5 1 . . . parsed_2lod 2
6 1 . . . parsed_2lod 2
7 1 . . . parsed_2lod 2
8 1 . . . parsed_2lod 2
9 1 . . . parsed_2lod 2
10 1 . . . parsed_2lod 2
11 1 . . . parsed_2lod 2
12 1 . . . parsed_2lod 2
13 1 . . . parsed_2lod 2
14 1 . . . parsed_2lod 2
15 1 . . . parsed_2lod 2
16 1 . . . parsed_2lod 2
17 1 . . . parsed_2lod 2
18 1 . . . parsed_2lod 2
19 1 . . . parsed_2lod 2
20 1 . . . parsed_2lod 2
21 1 . . . parsed_2lod 2
22 1 . . . parsed_2lod 2
23 1 . . . parsed_2lod 2
stop_
loop_
_Dist_constraint.Tree_node_member_constraint_ID
_Dist_constraint.Tree_node_member_node_ID
_Dist_constraint.Constraint_tree_node_member_ID
_Dist_constraint.Assembly_atom_ID
_Dist_constraint.Entity_assembly_ID
_Dist_constraint.Entity_ID
_Dist_constraint.Comp_index_ID
_Dist_constraint.Seq_ID
_Dist_constraint.Comp_ID
_Dist_constraint.Atom_ID
_Dist_constraint.Resonance_ID
_Dist_constraint.Auth_asym_ID
_Dist_constraint.Auth_seq_ID
_Dist_constraint.Auth_comp_ID
_Dist_constraint.Auth_atom_ID
_Dist_constraint.Entry_ID
_Dist_constraint.Distance_constraint_list_ID
1 1 1 . . . . . . . . 2lod_ambr001 20 DG N7 parsed_2lod 2
1 1 2 . . . . . . . . 2lod_ambr001 16 DG H21 parsed_2lod 2
2 1 1 . . . . . . . . 2lod_ambr001 1 DG O6 parsed_2lod 2
2 1 2 . . . . . . . . 2lod_ambr001 6 DG H1 parsed_2lod 2
3 1 1 . . . . . . . . 2lod_ambr001 1 DG N7 parsed_2lod 2
3 1 2 . . . . . . . . 2lod_ambr001 6 DG H21 parsed_2lod 2
4 1 1 . . . . . . . . 2lod_ambr001 7 DG O6 parsed_2lod 2
4 1 2 . . . . . . . . 2lod_ambr001 2 DG H1 parsed_2lod 2
5 1 1 . . . . . . . . 2lod_ambr001 7 DG N7 parsed_2lod 2
5 1 2 . . . . . . . . 2lod_ambr001 2 DG H21 parsed_2lod 2
6 1 1 . . . . . . . . 2lod_ambr001 15 DG O6 parsed_2lod 2
6 1 2 . . . . . . . . 2lod_ambr001 21 DG H1 parsed_2lod 2
7 1 1 . . . . . . . . 2lod_ambr001 15 DG N7 parsed_2lod 2
7 1 2 . . . . . . . . 2lod_ambr001 21 DG H21 parsed_2lod 2
8 1 1 . . . . . . . . 2lod_ambr001 8 DG O6 parsed_2lod 2
8 1 2 . . . . . . . . 2lod_ambr001 3 DG H1 parsed_2lod 2
9 1 1 . . . . . . . . 2lod_ambr001 8 DG N7 parsed_2lod 2
9 1 2 . . . . . . . . 2lod_ambr001 3 DG H21 parsed_2lod 2
10 1 1 . . . . . . . . 2lod_ambr001 14 DG O6 parsed_2lod 2
10 1 2 . . . . . . . . 2lod_ambr001 22 DG H1 parsed_2lod 2
11 1 1 . . . . . . . . 2lod_ambr001 14 DG N7 parsed_2lod 2
11 1 2 . . . . . . . . 2lod_ambr001 22 DG H21 parsed_2lod 2
12 1 1 . . . . . . . . 2lod_ambr001 16 DG O6 parsed_2lod 2
12 1 2 . . . . . . . . 2lod_ambr001 1 DG H1 parsed_2lod 2
13 1 1 . . . . . . . . 2lod_ambr001 16 DG N7 parsed_2lod 2
13 1 2 . . . . . . . . 2lod_ambr001 1 DG H21 parsed_2lod 2
14 1 1 . . . . . . . . 2lod_ambr001 6 DG O6 parsed_2lod 2
14 1 2 . . . . . . . . 2lod_ambr001 20 DG H1 parsed_2lod 2
15 1 1 . . . . . . . . 2lod_ambr001 6 DG N7 parsed_2lod 2
15 1 2 . . . . . . . . 2lod_ambr001 20 DG H21 parsed_2lod 2
16 1 1 . . . . . . . . 2lod_ambr001 2 DG O6 parsed_2lod 2
16 1 2 . . . . . . . . 2lod_ambr001 15 DG H1 parsed_2lod 2
17 1 1 . . . . . . . . 2lod_ambr001 2 DG N7 parsed_2lod 2
17 1 2 . . . . . . . . 2lod_ambr001 15 DG H21 parsed_2lod 2
18 1 1 . . . . . . . . 2lod_ambr001 21 DG O6 parsed_2lod 2
18 1 2 . . . . . . . . 2lod_ambr001 7 DG H1 parsed_2lod 2
19 1 1 . . . . . . . . 2lod_ambr001 21 DG N7 parsed_2lod 2
19 1 2 . . . . . . . . 2lod_ambr001 7 DG H21 parsed_2lod 2
20 1 1 . . . . . . . . 2lod_ambr001 3 DG O6 parsed_2lod 2
20 1 2 . . . . . . . . 2lod_ambr001 14 DG H1 parsed_2lod 2
21 1 1 . . . . . . . . 2lod_ambr001 3 DG N7 parsed_2lod 2
21 1 2 . . . . . . . . 2lod_ambr001 14 DG H21 parsed_2lod 2
22 1 1 . . . . . . . . 2lod_ambr001 22 DG O6 parsed_2lod 2
22 1 2 . . . . . . . . 2lod_ambr001 8 DG H1 parsed_2lod 2
23 1 1 . . . . . . . . 2lod_ambr001 22 DG N7 parsed_2lod 2
23 1 2 . . . . . . . . 2lod_ambr001 8 DG H21 parsed_2lod 2
stop_
loop_
_Dist_constraint_value.Constraint_ID
_Dist_constraint_value.Tree_node_ID
_Dist_constraint_value.Source_experiment_ID
_Dist_constraint_value.Spectral_peak_ID
_Dist_constraint_value.Intensity_val
_Dist_constraint_value.Intensity_lower_val_err
_Dist_constraint_value.Intensity_upper_val_err
_Dist_constraint_value.Distance_val
_Dist_constraint_value.Distance_lower_bound_val
_Dist_constraint_value.Distance_upper_bound_val
_Dist_constraint_value.Entry_ID
_Dist_constraint_value.Distance_constraint_list_ID
1 1 . . . . . 2.10 1.90 2.60 parsed_2lod 2
2 1 . . . . . 1.90 1.70 2.40 parsed_2lod 2
3 1 . . . . . 2.10 1.90 2.60 parsed_2lod 2
4 1 . . . . . 1.90 1.70 2.40 parsed_2lod 2
5 1 . . . . . 2.10 1.90 2.60 parsed_2lod 2
6 1 . . . . . 1.90 1.70 2.40 parsed_2lod 2
7 1 . . . . . 2.10 1.90 2.60 parsed_2lod 2
8 1 . . . . . 1.90 1.70 2.40 parsed_2lod 2
9 1 . . . . . 2.10 1.90 2.60 parsed_2lod 2
10 1 . . . . . 1.90 1.70 2.40 parsed_2lod 2
11 1 . . . . . 2.10 1.90 2.60 parsed_2lod 2
12 1 . . . . . 1.90 1.70 2.40 parsed_2lod 2
13 1 . . . . . 2.10 1.90 2.60 parsed_2lod 2
14 1 . . . . . 1.90 1.70 2.40 parsed_2lod 2
15 1 . . . . . 2.10 1.90 2.60 parsed_2lod 2
16 1 . . . . . 1.90 1.70 2.40 parsed_2lod 2
17 1 . . . . . 2.10 1.90 2.60 parsed_2lod 2
18 1 . . . . . 1.90 1.70 2.40 parsed_2lod 2
19 1 . . . . . 2.10 1.90 2.60 parsed_2lod 2
20 1 . . . . . 1.90 1.70 2.40 parsed_2lod 2
21 1 . . . . . 2.10 1.90 2.60 parsed_2lod 2
22 1 . . . . . 1.90 1.70 2.40 parsed_2lod 2
23 1 . . . . . 2.10 1.90 2.60 parsed_2lod 2
stop_
loop_
_Dist_constraint_comment_org.ID
_Dist_constraint_comment_org.Comment_text
_Dist_constraint_comment_org.Comment_begin_line
_Dist_constraint_comment_org.Comment_begin_column
_Dist_constraint_comment_org.Comment_end_line
_Dist_constraint_comment_org.Comment_end_column
_Dist_constraint_comment_org.Entry_ID
_Dist_constraint_comment_org.Distance_constraint_list_ID
1 "20 DG N7 16 DG H21 1.9 2.1" 7 1 8 42 parsed_2lod 2
2 "1 DG O6 6 DG H1 1.7 1.9" 11 1 13 42 parsed_2lod 2
3 "1 DG N7 6 DG H21 1.9 2.1" 16 1 17 42 parsed_2lod 2
4 "7 DG O6 2 DG H1 1.7 1.9" 20 1 21 42 parsed_2lod 2
5 "7 DG N7 2 DG H21 1.9 2.1" 24 1 25 42 parsed_2lod 2
6 "15 DG O6 21 DG H1 1.7 1.9" 28 1 29 42 parsed_2lod 2
7 "15 DG N7 21 DG H21 1.9 2.1" 32 1 33 42 parsed_2lod 2
8 "8 DG O6 3 DG H1 1.7 1.9" 36 1 37 42 parsed_2lod 2
9 "8 DG N7 3 DG H21 1.9 2.1" 40 1 41 42 parsed_2lod 2
10 "14 DG O6 22 DG H1 1.7 1.9" 44 1 45 42 parsed_2lod 2
11 "14 DG N7 22 DG H21 1.9 2.1" 48 1 49 42 parsed_2lod 2
12 "16 DG O6 1 DG H1 1.7 1.9" 52 1 53 42 parsed_2lod 2
13 "16 DG N7 1 DG H21 1.9 2.1" 56 1 57 42 parsed_2lod 2
14 "6 DG O6 20 DG H1 1.7 1.9" 60 1 61 42 parsed_2lod 2
15 "6 DG N7 20 DG H21 1.9 2.1" 64 1 65 42 parsed_2lod 2
16 "2 DG O6 15 DG H1 1.7 1.9" 68 1 69 42 parsed_2lod 2
17 "2 DG N7 15 DG H21 1.9 2.1" 72 1 73 42 parsed_2lod 2
18 "21 DG O6 7 DG H1 1.7 1.9" 76 1 77 42 parsed_2lod 2
19 "21 DG N7 7 DG H21 1.9 2.1" 80 1 81 42 parsed_2lod 2
20 "3 DG O6 14 DG H1 1.7 1.9" 84 1 85 42 parsed_2lod 2
21 "3 DG N7 14 DG H21 1.9 2.1" 88 1 89 42 parsed_2lod 2
22 "22 DG O6 8 DG H1 1.7 1.9" 92 1 93 42 parsed_2lod 2
23 "22 DG N7 8 DG H21 1.9 2.1" 96 1 97 42 parsed_2lod 2
stop_
loop_
_Dist_constraint_parse_err.ID
_Dist_constraint_parse_err.Content
_Dist_constraint_parse_err.Begin_line
_Dist_constraint_parse_err.Begin_column
_Dist_constraint_parse_err.End_line
_Dist_constraint_parse_err.End_column
_Dist_constraint_parse_err.Entry_ID
_Dist_constraint_parse_err.Distance_constraint_list_ID
1
;
&rst
ixpk= 0, nxpk= 0, iat= 629, 503, r1= 1.20, r2= 1.70, r3= 1.90, r4= 2.40,
rk2=60.0, rk3=60.0, ir6=1, ialtd=0, nstep1=0, nstep2=100000,
&end
;
3 2 6 6 parsed_2lod 2
stop_
save_
save_AMBER_dihedral_4
_Torsion_angle_constraint_list.Sf_category torsion_angle_constraints
_Torsion_angle_constraint_list.Entry_ID parsed_2lod
_Torsion_angle_constraint_list.ID 1
_Torsion_angle_constraint_list.Constraint_file_ID 1
_Torsion_angle_constraint_list.Block_ID 4
_Torsion_angle_constraint_list.Details "Generated by Wattos"
loop_
_Torsion_angle_constraint.ID
_Torsion_angle_constraint.Torsion_angle_name
_Torsion_angle_constraint.Assembly_atom_ID_1
_Torsion_angle_constraint.Entity_assembly_ID_1
_Torsion_angle_constraint.Entity_ID_1
_Torsion_angle_constraint.Comp_index_ID_1
_Torsion_angle_constraint.Seq_ID_1
_Torsion_angle_constraint.Comp_ID_1
_Torsion_angle_constraint.Atom_ID_1
_Torsion_angle_constraint.Resonance_ID_1
_Torsion_angle_constraint.Assembly_atom_ID_2
_Torsion_angle_constraint.Entity_assembly_ID_2
_Torsion_angle_constraint.Entity_ID_2
_Torsion_angle_constraint.Comp_index_ID_2
_Torsion_angle_constraint.Seq_ID_2
_Torsion_angle_constraint.Comp_ID_2
_Torsion_angle_constraint.Atom_ID_2
_Torsion_angle_constraint.Resonance_ID_2
_Torsion_angle_constraint.Assembly_atom_ID_3
_Torsion_angle_constraint.Entity_assembly_ID_3
_Torsion_angle_constraint.Entity_ID_3
_Torsion_angle_constraint.Comp_index_ID_3
_Torsion_angle_constraint.Seq_ID_3
_Torsion_angle_constraint.Comp_ID_3
_Torsion_angle_constraint.Atom_ID_3
_Torsion_angle_constraint.Resonance_ID_3
_Torsion_angle_constraint.Assembly_atom_ID_4
_Torsion_angle_constraint.Entity_assembly_ID_4
_Torsion_angle_constraint.Entity_ID_4
_Torsion_angle_constraint.Comp_index_ID_4
_Torsion_angle_constraint.Seq_ID_4
_Torsion_angle_constraint.Comp_ID_4
_Torsion_angle_constraint.Atom_ID_4
_Torsion_angle_constraint.Resonance_ID_4
_Torsion_angle_constraint.Angle_lower_bound_val
_Torsion_angle_constraint.Angle_upper_bound_val
_Torsion_angle_constraint.Source_experiment_ID
_Torsion_angle_constraint.Auth_asym_ID_1
_Torsion_angle_constraint.Auth_seq_ID_1
_Torsion_angle_constraint.Auth_comp_ID_1
_Torsion_angle_constraint.Auth_atom_ID_1
_Torsion_angle_constraint.Auth_asym_ID_2
_Torsion_angle_constraint.Auth_seq_ID_2
_Torsion_angle_constraint.Auth_comp_ID_2
_Torsion_angle_constraint.Auth_atom_ID_2
_Torsion_angle_constraint.Auth_asym_ID_3
_Torsion_angle_constraint.Auth_seq_ID_3
_Torsion_angle_constraint.Auth_comp_ID_3
_Torsion_angle_constraint.Auth_atom_ID_3
_Torsion_angle_constraint.Auth_asym_ID_4
_Torsion_angle_constraint.Auth_seq_ID_4
_Torsion_angle_constraint.Auth_comp_ID_4
_Torsion_angle_constraint.Auth_atom_ID_4
_Torsion_angle_constraint.Entry_ID
_Torsion_angle_constraint.Torsion_angle_constraint_list_ID
1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 0.0 110.0 . 2lod_ambr001 1 DG O4' 2lod_ambr001 1 DG C1' 2lod_ambr001 1 DG N9 2lod_ambr001 1 DG C4 parsed_2lod 1
2 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170.0 310.0 . 2lod_ambr001 2 DG O4' 2lod_ambr001 2 DG C1' 2lod_ambr001 2 DG N9 2lod_ambr001 2 DG C4 parsed_2lod 1
3 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170.0 310.0 . 2lod_ambr001 3 DG O4' 2lod_ambr001 3 DG C1' 2lod_ambr001 3 DG N9 2lod_ambr001 3 DG C4 parsed_2lod 1
4 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170.0 310.0 . 2lod_ambr001 4 DA O4' 2lod_ambr001 4 DA C1' 2lod_ambr001 4 DA N9 2lod_ambr001 4 DA C4 parsed_2lod 1
5 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170.0 310.0 . 2lod_ambr001 5 DT O4' 2lod_ambr001 5 DT C1' 2lod_ambr001 5 DT N1 2lod_ambr001 5 DT C2 parsed_2lod 1
6 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 0.0 100.0 . 2lod_ambr001 6 DG O4' 2lod_ambr001 6 DG C1' 2lod_ambr001 6 DG N9 2lod_ambr001 6 DG C4 parsed_2lod 1
7 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170.0 310.0 . 2lod_ambr001 7 DG O4' 2lod_ambr001 7 DG C1' 2lod_ambr001 7 DG N9 2lod_ambr001 7 DG C4 parsed_2lod 1
8 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170.0 310.0 . 2lod_ambr001 8 DG O4' 2lod_ambr001 8 DG C1' 2lod_ambr001 8 DG N9 2lod_ambr001 8 DG C4 parsed_2lod 1
9 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170.0 310.0 . 2lod_ambr001 9 DA O4' 2lod_ambr001 9 DA C1' 2lod_ambr001 9 DA N9 2lod_ambr001 9 DA C4 parsed_2lod 1
10 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170.0 310.0 . 2lod_ambr001 10 DC O4' 2lod_ambr001 10 DC C1' 2lod_ambr001 10 DC N1 2lod_ambr001 10 DC C2 parsed_2lod 1
11 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170.0 310.0 . 2lod_ambr001 11 DA O4' 2lod_ambr001 11 DA C1' 2lod_ambr001 11 DA N9 2lod_ambr001 11 DA C4 parsed_2lod 1
12 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170.0 310.0 . 2lod_ambr001 12 DC O4' 2lod_ambr001 12 DC C1' 2lod_ambr001 12 DC N1 2lod_ambr001 12 DC C2 parsed_2lod 1
13 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170.0 310.0 . 2lod_ambr001 13 DA O4' 2lod_ambr001 13 DA C1' 2lod_ambr001 13 DA N9 2lod_ambr001 13 DA C4 parsed_2lod 1
14 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 0.0 110.0 . 2lod_ambr001 14 DG O4' 2lod_ambr001 14 DG C1' 2lod_ambr001 14 DG N9 2lod_ambr001 14 DG C4 parsed_2lod 1
15 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 0.0 110.0 . 2lod_ambr001 15 DG O4' 2lod_ambr001 15 DG C1' 2lod_ambr001 15 DG N9 2lod_ambr001 15 DG C4 parsed_2lod 1
16 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170.0 310.0 . 2lod_ambr001 16 DG O4' 2lod_ambr001 16 DG C1' 2lod_ambr001 16 DG N9 2lod_ambr001 16 DG C4 parsed_2lod 1
17 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170.0 310.0 . 2lod_ambr001 17 DG O4' 2lod_ambr001 17 DG C1' 2lod_ambr001 17 DG N9 2lod_ambr001 17 DG C4 parsed_2lod 1
18 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170.0 310.0 . 2lod_ambr001 18 DA O4' 2lod_ambr001 18 DA C1' 2lod_ambr001 18 DA N9 2lod_ambr001 18 DA C4 parsed_2lod 1
19 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170.0 310.0 . 2lod_ambr001 19 DC O4' 2lod_ambr001 19 DC C1' 2lod_ambr001 19 DC N1 2lod_ambr001 19 DC C2 parsed_2lod 1
20 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 0.0 110.0 . 2lod_ambr001 20 DG O4' 2lod_ambr001 20 DG C1' 2lod_ambr001 20 DG N9 2lod_ambr001 20 DG C4 parsed_2lod 1
21 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170.0 310.0 . 2lod_ambr001 21 DG O4' 2lod_ambr001 21 DG C1' 2lod_ambr001 21 DG N9 2lod_ambr001 21 DG C4 parsed_2lod 1
22 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170.0 310.0 . 2lod_ambr001 22 DG O4' 2lod_ambr001 22 DG C1' 2lod_ambr001 22 DG N9 2lod_ambr001 22 DG C4 parsed_2lod 1
23 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170.0 310.0 . 2lod_ambr001 22 DG O4' 2lod_ambr001 22 DG C1' 2lod_ambr001 22 DG N9 2lod_ambr001 22 DG C4 parsed_2lod 1
24 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 150.0 300.0 . 2lod_ambr001 1 DG C4' 2lod_ambr001 1 DG C3' 2lod_ambr001 1 DG O3' 2lod_ambr001 2 DG P parsed_2lod 1
25 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 150.0 300.0 . 2lod_ambr001 2 DG C4' 2lod_ambr001 2 DG C3' 2lod_ambr001 2 DG O3' 2lod_ambr001 3 DG P parsed_2lod 1
26 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 150.0 300.0 . 2lod_ambr001 3 DG C4' 2lod_ambr001 3 DG C3' 2lod_ambr001 3 DG O3' 2lod_ambr001 4 DA P parsed_2lod 1
27 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 150.0 300.0 . 2lod_ambr001 4 DA C4' 2lod_ambr001 4 DA C3' 2lod_ambr001 4 DA O3' 2lod_ambr001 5 DT P parsed_2lod 1
28 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 150.0 300.0 . 2lod_ambr001 5 DT C4' 2lod_ambr001 5 DT C3' 2lod_ambr001 5 DT O3' 2lod_ambr001 6 DG P parsed_2lod 1
29 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 150.0 300.0 . 2lod_ambr001 6 DG C4' 2lod_ambr001 6 DG C3' 2lod_ambr001 6 DG O3' 2lod_ambr001 7 DG P parsed_2lod 1
30 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 150.0 300.0 . 2lod_ambr001 7 DG C4' 2lod_ambr001 7 DG C3' 2lod_ambr001 7 DG O3' 2lod_ambr001 8 DG P parsed_2lod 1
31 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 150.0 300.0 . 2lod_ambr001 8 DG C4' 2lod_ambr001 8 DG C3' 2lod_ambr001 8 DG O3' 2lod_ambr001 9 DA P parsed_2lod 1
32 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 150.0 300.0 . 2lod_ambr001 9 DA C4' 2lod_ambr001 9 DA C3' 2lod_ambr001 9 DA O3' 2lod_ambr001 10 DC P parsed_2lod 1
33 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 150.0 300.0 . 2lod_ambr001 10 DC C4' 2lod_ambr001 10 DC C3' 2lod_ambr001 10 DC O3' 2lod_ambr001 11 DA P parsed_2lod 1
34 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 150.0 300.0 . 2lod_ambr001 11 DA C4' 2lod_ambr001 11 DA C3' 2lod_ambr001 11 DA O3' 2lod_ambr001 12 DC P parsed_2lod 1
35 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 150.0 300.0 . 2lod_ambr001 12 DC C4' 2lod_ambr001 12 DC C3' 2lod_ambr001 12 DC O3' 2lod_ambr001 13 DA P parsed_2lod 1
36 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 150.0 300.0 . 2lod_ambr001 13 DA C4' 2lod_ambr001 13 DA C3' 2lod_ambr001 13 DA O3' 2lod_ambr001 14 DG P parsed_2lod 1
37 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 150.0 300.0 . 2lod_ambr001 14 DG C4' 2lod_ambr001 14 DG C3' 2lod_ambr001 14 DG O3' 2lod_ambr001 15 DG P parsed_2lod 1
38 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 150.0 300.0 . 2lod_ambr001 15 DG C4' 2lod_ambr001 15 DG C3' 2lod_ambr001 15 DG O3' 2lod_ambr001 16 DG P parsed_2lod 1
39 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 150.0 300.0 . 2lod_ambr001 16 DG C4' 2lod_ambr001 16 DG C3' 2lod_ambr001 16 DG O3' 2lod_ambr001 17 DG P parsed_2lod 1
40 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 150.0 300.0 . 2lod_ambr001 17 DG C4' 2lod_ambr001 17 DG C3' 2lod_ambr001 17 DG O3' 2lod_ambr001 18 DA P parsed_2lod 1
41 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 150.0 300.0 . 2lod_ambr001 18 DA C4' 2lod_ambr001 18 DA C3' 2lod_ambr001 18 DA O3' 2lod_ambr001 19 DC P parsed_2lod 1
42 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 150.0 300.0 . 2lod_ambr001 19 DC C4' 2lod_ambr001 19 DC C3' 2lod_ambr001 19 DC O3' 2lod_ambr001 20 DG P parsed_2lod 1
43 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 150.0 300.0 . 2lod_ambr001 20 DG C4' 2lod_ambr001 20 DG C3' 2lod_ambr001 20 DG O3' 2lod_ambr001 21 DG P parsed_2lod 1
44 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 150.0 300.0 . 2lod_ambr001 21 DG C4' 2lod_ambr001 21 DG C3' 2lod_ambr001 21 DG O3' 2lod_ambr001 22 DG P parsed_2lod 1
45 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 150.0 300.0 . 2lod_ambr001 21 DG C4' 2lod_ambr001 21 DG C3' 2lod_ambr001 21 DG O3' 2lod_ambr001 22 DG P parsed_2lod 1
46 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -40.0 -30.0 . 2lod_ambr001 1 DG C1' 2lod_ambr001 1 DG C2' 2lod_ambr001 1 DG C3' 2lod_ambr001 1 DG C4' parsed_2lod 1
47 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -40.0 -30.0 . 2lod_ambr001 2 DG C1' 2lod_ambr001 2 DG C2' 2lod_ambr001 2 DG C3' 2lod_ambr001 2 DG C4' parsed_2lod 1
48 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -40.0 -30.0 . 2lod_ambr001 3 DG C1' 2lod_ambr001 3 DG C2' 2lod_ambr001 3 DG C3' 2lod_ambr001 3 DG C4' parsed_2lod 1
49 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -40.0 -30.0 . 2lod_ambr001 4 DA C1' 2lod_ambr001 4 DA C2' 2lod_ambr001 4 DA C3' 2lod_ambr001 4 DA C4' parsed_2lod 1
50 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -40.0 -30.0 . 2lod_ambr001 5 DT C1' 2lod_ambr001 5 DT C2' 2lod_ambr001 5 DT C3' 2lod_ambr001 5 DT C4' parsed_2lod 1
51 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -40.0 -30.0 . 2lod_ambr001 6 DG C1' 2lod_ambr001 6 DG C2' 2lod_ambr001 6 DG C3' 2lod_ambr001 6 DG C4' parsed_2lod 1
52 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -40.0 -30.0 . 2lod_ambr001 7 DG C1' 2lod_ambr001 7 DG C2' 2lod_ambr001 7 DG C3' 2lod_ambr001 7 DG C4' parsed_2lod 1
53 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -40.0 -30.0 . 2lod_ambr001 8 DG C1' 2lod_ambr001 8 DG C2' 2lod_ambr001 8 DG C3' 2lod_ambr001 8 DG C4' parsed_2lod 1
54 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -40.0 -30.0 . 2lod_ambr001 9 DA C1' 2lod_ambr001 9 DA C2' 2lod_ambr001 9 DA C3' 2lod_ambr001 9 DA C4' parsed_2lod 1
55 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -40.0 -30.0 . 2lod_ambr001 10 DC C1' 2lod_ambr001 10 DC C2' 2lod_ambr001 10 DC C3' 2lod_ambr001 10 DC C4' parsed_2lod 1
56 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -40.0 -30.0 . 2lod_ambr001 11 DA C1' 2lod_ambr001 11 DA C2' 2lod_ambr001 11 DA C3' 2lod_ambr001 11 DA C4' parsed_2lod 1
57 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -40.0 -30.0 . 2lod_ambr001 12 DC C1' 2lod_ambr001 12 DC C2' 2lod_ambr001 12 DC C3' 2lod_ambr001 12 DC C4' parsed_2lod 1
58 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -40.0 -30.0 . 2lod_ambr001 13 DA C1' 2lod_ambr001 13 DA C2' 2lod_ambr001 13 DA C3' 2lod_ambr001 13 DA C4' parsed_2lod 1
59 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -40.0 -30.0 . 2lod_ambr001 14 DG C1' 2lod_ambr001 14 DG C2' 2lod_ambr001 14 DG C3' 2lod_ambr001 14 DG C4' parsed_2lod 1
60 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -40.0 -30.0 . 2lod_ambr001 15 DG C1' 2lod_ambr001 15 DG C2' 2lod_ambr001 15 DG C3' 2lod_ambr001 15 DG C4' parsed_2lod 1
61 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -40.0 -30.0 . 2lod_ambr001 16 DG C1' 2lod_ambr001 16 DG C2' 2lod_ambr001 16 DG C3' 2lod_ambr001 16 DG C4' parsed_2lod 1
62 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -40.0 -30.0 . 2lod_ambr001 17 DG C1' 2lod_ambr001 17 DG C2' 2lod_ambr001 17 DG C3' 2lod_ambr001 17 DG C4' parsed_2lod 1
63 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -40.0 -30.0 . 2lod_ambr001 18 DA C1' 2lod_ambr001 18 DA C2' 2lod_ambr001 18 DA C3' 2lod_ambr001 18 DA C4' parsed_2lod 1
64 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -40.0 -30.0 . 2lod_ambr001 19 DC C1' 2lod_ambr001 19 DC C2' 2lod_ambr001 19 DC C3' 2lod_ambr001 19 DC C4' parsed_2lod 1
65 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -40.0 -30.0 . 2lod_ambr001 20 DG C1' 2lod_ambr001 20 DG C2' 2lod_ambr001 20 DG C3' 2lod_ambr001 20 DG C4' parsed_2lod 1
66 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -40.0 -30.0 . 2lod_ambr001 21 DG C1' 2lod_ambr001 21 DG C2' 2lod_ambr001 21 DG C3' 2lod_ambr001 21 DG C4' parsed_2lod 1
67 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -40.0 -30.0 . 2lod_ambr001 22 DG C1' 2lod_ambr001 22 DG C2' 2lod_ambr001 22 DG C3' 2lod_ambr001 22 DG C4' parsed_2lod 1
68 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -40.0 -30.0 . 2lod_ambr001 22 DG C1' 2lod_ambr001 22 DG C2' 2lod_ambr001 22 DG C3' 2lod_ambr001 22 DG C4' parsed_2lod 1
stop_
loop_
_TA_constraint_comment_org.ID
_TA_constraint_comment_org.Comment_text
_TA_constraint_comment_org.Comment_begin_line
_TA_constraint_comment_org.Comment_begin_column
_TA_constraint_comment_org.Comment_end_line
_TA_constraint_comment_org.Comment_end_column
_TA_constraint_comment_org.Entry_ID
_TA_constraint_comment_org.Torsion_angle_constraint_list_ID
1
;
DIHEDRAL ANGLES RESTRAINTS
1 GUA CHI: (1 DG5 O4')-(1 DG5 C1')-(1 DG5 N9)-(1 DG5 C4) 0.0 110.0
;
1 1 2 72 parsed_2lod 1
2 "2 GUA CHI: (2 DG O4')-(2 DG C1')-(2 DG N9)-(2 DG C4) 170.0 310.0" 7 1 7 68 parsed_2lod 1
3 "3 GUA CHI: (3 DG O4')-(3 DG C1')-(3 DG N9)-(3 DG C4) 170.0 310.0" 12 1 12 68 parsed_2lod 1
4 "4 ADE CHI: (4 DA O4')-(4 DA C1')-(4 DA N9)-(4 DA C4) 170.0 310.0" 17 1 17 68 parsed_2lod 1
5 "5 THY CHI: (5 DT O4')-(5 DT C1')-(5 DT N1)-(5 DT C2) 170.0 310.0" 22 1 22 68 parsed_2lod 1
6 "6 GUA CHI: (6 DG O4')-(6 DG C1')-(6 DG N9)-(6 DG C4) 0.0 100.0" 27 1 27 68 parsed_2lod 1
7 "7 GUA CHI: (7 DG O4')-(7 DG C1')-(7 DG N9)-(7 DG C4) 170.0 310.0" 32 1 32 68 parsed_2lod 1
8 "8 GUA CHI: (8 DG O4')-(8 DG C1')-(8 DG N9)-(8 DG C4) 170.0 310.0" 37 1 37 68 parsed_2lod 1
9 "9 ADE CHI: (9 DA O4')-(9 DA C1')-(9 DA N9)-(9 DA C4) 170.0 310.0" 42 1 42 68 parsed_2lod 1
10 "10 CYT CHI: (10 DC O4')-(10 DC C1')-(10 DC N1)-(10 DC C2) 170.0 310.0" 47 1 47 73 parsed_2lod 1
11 "11 ADE CHI: (11 DA O4')-(11 DA C1')-(11 DA N9)-(11 DA C4) 170.0 310.0" 52 1 52 73 parsed_2lod 1
12 "12 CYT CHI: (12 DC O4')-(12 DC C1')-(12 DC N1)-(12 DC C2) 170.0 310.0" 57 1 57 73 parsed_2lod 1
13 "13 ADE CHI: (13 DA O4')-(13 DA C1')-(13 DA N9)-(13 DA C4) 170.0 310.0" 62 1 62 73 parsed_2lod 1
14 "14 GUA CHI: (14 DG O4')-(14 DG C1')-(14 DG N9)-(14 DG C4) 0.0 110.0" 67 1 67 73 parsed_2lod 1
15 "15 GUA CHI: (15 DG O4')-(15 DG C1')-(15 DG N9)-(15 DG C4) 0.0 110.0" 72 1 72 73 parsed_2lod 1
16 "16 GUA CHI: (16 DG O4')-(16 DG C1')-(16 DG N9)-(16 DG C4) 170.0 310.0" 77 1 77 73 parsed_2lod 1
17 "17 GUA CHI: (17 DG O4')-(17 DG C1')-(17 DG N9)-(17 DG C4) 170.0 310.0" 82 1 82 73 parsed_2lod 1
18 "18 ADE CHI: (18 DA O4')-(18 DA C1')-(18 DA N9)-(18 DA C4) 170.0 310.0" 87 1 87 73 parsed_2lod 1
19 "19 CYT CHI: (19 DC O4')-(19 DC C1')-(19 DC N1)-(19 DC C2) 170.0 310.0" 92 1 92 73 parsed_2lod 1
20 "20 GUA CHI: (20 DG O4')-(20 DG C1')-(20 DG N9)-(20 DG C4) 0.0 110.0" 97 1 97 73 parsed_2lod 1
21 "21 GUA CHI: (21 DG O4')-(21 DG C1')-(21 DG N9)-(21 DG C4) 170.0 310.0" 102 1 102 73 parsed_2lod 1
22 "22 GUA CHI: (22 DG3 O4')-(22 DG3 C1')-(22 DG3 N9)-(22 DG3 C4) 170.0 310.0" 107 1 107 77 parsed_2lod 1
23 "22 GUA CHI: (22 DG3 O4')-(22 DG3 C1')-(22 DG3 N9)-(22 DG3 C4) 170.0 310.0" 112 1 112 77 parsed_2lod 1
24 "1 GUA EPSILN: (1 DG5 C4')-(1 DG5 C3')-(1 DG5 O3')-(2 DG P) 150.0 300.0" 119 1 120 74 parsed_2lod 1
25 "2 GUA EPSILN: (2 DG C4')-(2 DG C3')-(2 DG O3')-(3 DG P) 150.0 300.0" 125 1 125 71 parsed_2lod 1
26 "3 GUA EPSILN: (3 DG C4')-(3 DG C3')-(3 DG O3')-(4 DA P) 150.0 300.0" 130 1 130 71 parsed_2lod 1
27 "4 ADE EPSILN: (4 DA C4')-(4 DA C3')-(4 DA O3')-(5 DT P) 150.0 300.0" 135 1 135 71 parsed_2lod 1
28 "5 THY EPSILN: (5 DT C4')-(5 DT C3')-(5 DT O3')-(6 DG P) 150.0 300.0" 140 1 140 71 parsed_2lod 1
29 "6 GUA EPSILN: (6 DG C4')-(6 DG C3')-(6 DG O3')-(7 DG P) 150.0 300.0" 145 1 145 71 parsed_2lod 1
30 "7 GUA EPSILN: (7 DG C4')-(7 DG C3')-(7 DG O3')-(8 DG P) 150.0 300.0" 150 1 150 71 parsed_2lod 1
31 "8 GUA EPSILN: (8 DG C4')-(8 DG C3')-(8 DG O3')-(9 DA P) 150.0 300.0" 155 1 155 71 parsed_2lod 1
32 "9 ADE EPSILN: (9 DA C4')-(9 DA C3')-(9 DA O3')-(10 DC P) 150.0 300.0" 160 1 160 72 parsed_2lod 1
33 "10 CYT EPSILN: (10 DC C4')-(10 DC C3')-(10 DC O3')-(11 DA P) 150.0 300.0" 165 1 165 76 parsed_2lod 1
34 "11 ADE EPSILN: (11 DA C4')-(11 DA C3')-(11 DA O3')-(12 DC P) 150.0 300.0" 170 1 170 76 parsed_2lod 1
35 "12 CYT EPSILN: (12 DC C4')-(12 DC C3')-(12 DC O3')-(13 DA P) 150.0 300.0" 175 1 175 76 parsed_2lod 1
36 "13 ADE EPSILN: (13 DA C4')-(13 DA C3')-(13 DA O3')-(14 DG P) 150.0 300.0" 180 1 180 76 parsed_2lod 1
37 "14 GUA EPSILN: (14 DG C4')-(14 DG C3')-(14 DG O3')-(15 DG P) 150.0 300.0" 185 1 185 76 parsed_2lod 1
38 "15 GUA EPSILN: (15 DG C4')-(15 DG C3')-(15 DG O3')-(16 DG P) 150.0 300.0" 190 1 190 76 parsed_2lod 1
39 "16 GUA EPSILN: (16 DG C4')-(16 DG C3')-(16 DG O3')-(17 DG P) 150.0 300.0" 195 1 195 76 parsed_2lod 1
40 "17 GUA EPSILN: (17 DG C4')-(17 DG C3')-(17 DG O3')-(18 DA P) 150.0 300.0" 200 1 200 76 parsed_2lod 1
41 "18 ADE EPSILN: (18 DA C4')-(18 DA C3')-(18 DA O3')-(19 DC P) 150.0 300.0" 205 1 205 76 parsed_2lod 1
42 "19 CYT EPSILN: (19 DC C4')-(19 DC C3')-(19 DC O3')-(20 DG P) 150.0 300.0" 210 1 210 76 parsed_2lod 1
43 "20 GUA EPSILN: (20 DG C4')-(20 DG C3')-(20 DG O3')-(21 DG P) 150.0 300.0" 215 1 215 76 parsed_2lod 1
44 "21 GUA EPSILN: (21 DG C4')-(21 DG C3')-(21 DG O3')-(22 DG3 P) 150.0 300.0" 220 1 220 77 parsed_2lod 1
45 "21 GUA EPSILN: (21 DG C4')-(21 DG C3')-(21 DG O3')-(22 DG3 P) 150.0 300.0" 225 1 225 77 parsed_2lod 1
46 "1 GUA NU2: (1 DG5 C1')-(1 DG5 C2')-(1 DG5 C3')-(1 DG5 C4') -40.0 -30.0" 233 1 234 74 parsed_2lod 1
47 "2 GUA NU2: (2 DG C1')-(2 DG C2')-(2 DG C3')-(2 DG C4') -40.0 -30.0" 239 1 239 70 parsed_2lod 1
48 "3 GUA NU2: (3 DG C1')-(3 DG C2')-(3 DG C3')-(3 DG C4') -40.0 -30.0" 244 1 244 70 parsed_2lod 1
49 "4 ADE NU2: (4 DA C1')-(4 DA C2')-(4 DA C3')-(4 DA C4') -40.0 -30.0" 249 1 249 70 parsed_2lod 1
50 "5 THY NU2: (5 DT C1')-(5 DT C2')-(5 DT C3')-(5 DT C4') -40.0 -30.0" 254 1 254 70 parsed_2lod 1
51 "6 GUA NU2: (6 DG C1')-(6 DG C2')-(6 DG C3')-(6 DG C4') -40.0 -30.0" 259 1 259 70 parsed_2lod 1
52 "7 GUA NU2: (7 DG C1')-(7 DG C2')-(7 DG C3')-(7 DG C4') -40.0 -30.0" 264 1 264 70 parsed_2lod 1
53 "8 GUA NU2: (8 DG C1')-(8 DG C2')-(8 DG C3')-(8 DG C4') -40.0 -30.0" 269 1 269 70 parsed_2lod 1
54 "9 ADE NU2: (9 DA C1')-(9 DA C2')-(9 DA C3')-(9 DA C4') -40.0 -30.0" 274 1 274 70 parsed_2lod 1
55 "10 CYT NU2: (10 DC C1')-(10 DC C2')-(10 DC C3')-(10 DC C4') -40.0 -30.0" 279 1 279 75 parsed_2lod 1
56 "11 ADE NU2: (11 DA C1')-(11 DA C2')-(11 DA C3')-(11 DA C4') -40.0 -30.0" 284 1 284 75 parsed_2lod 1
57 "12 CYT NU2: (12 DC C1')-(12 DC C2')-(12 DC C3')-(12 DC C4') -40.0 -30.0" 289 1 289 75 parsed_2lod 1
58 "13 ADE NU2: (13 DA C1')-(13 DA C2')-(13 DA C3')-(13 DA C4') -40.0 -30.0" 294 1 294 75 parsed_2lod 1
59 "14 GUA NU2: (14 DG C1')-(14 DG C2')-(14 DG C3')-(14 DG C4') -40.0 -30.0" 299 1 299 75 parsed_2lod 1
60 "15 GUA NU2: (15 DG C1')-(15 DG C2')-(15 DG C3')-(15 DG C4') -40.0 -30.0" 304 1 304 75 parsed_2lod 1
61 "16 GUA NU2: (16 DG C1')-(16 DG C2')-(16 DG C3')-(16 DG C4') -40.0 -30.0" 309 1 309 75 parsed_2lod 1
62 "17 GUA NU2: (17 DG C1')-(17 DG C2')-(17 DG C3')-(17 DG C4') -40.0 -30.0" 314 1 314 75 parsed_2lod 1
63 "18 ADE NU2: (18 DA C1')-(18 DA C2')-(18 DA C3')-(18 DA C4') -40.0 -30.0" 319 1 319 75 parsed_2lod 1
64 "19 CYT NU2: (19 DC C1')-(19 DC C2')-(19 DC C3')-(19 DC C4') -40.0 -30.0" 324 1 324 75 parsed_2lod 1
65 "20 GUA NU2: (20 DG C1')-(20 DG C2')-(20 DG C3')-(20 DG C4') -40.0 -30.0" 329 1 329 75 parsed_2lod 1
66 "21 GUA NU2: (21 DG C1')-(21 DG C2')-(21 DG C3')-(21 DG C4') -40.0 -30.0" 334 1 334 75 parsed_2lod 1
67 "22 GUA NU2: (22 DG3 C1')-(22 DG3 C2')-(22 DG3 C3')-(22 DG3 C4') -40.0 -30.0" 339 1 339 79 parsed_2lod 1
68 "22 GUA NU2: (22 DG3 C1')-(22 DG3 C2')-(22 DG3 C3')-(22 DG3 C4') -40.0 -30.0" 344 1 344 79 parsed_2lod 1
stop_
save_
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