data_23WM _audit_conform.dict_name mmcif_pdbx_vrpt.dic _audit_conform.dict_version 0.071 _audit_conform.dict_location https://mmcif.pdb.org/dictionaries/ascii/mmcif_pdbx_vrpt.dic # _entry.id 23WM # loop_ _entity.id _entity.type _entity.src_method _entity.pdbx_description _entity.formula_weight _entity.pdbx_number_of_molecules _entity.pdbx_ec _entity.pdbx_mutation _entity.pdbx_fragment _entity.details 1 polymer man PP507 176618.781 1 ? ? ? "PP507 E110Q mutant" 2 polymer syn "Amyloid-beta protein 42" 4520.087 1 ? ? ? ? 3 non-polymer syn "ZINC ION" 65.409 1 ? ? ? ? # loop_ _struct_asym.id _struct_asym.pdbx_blank_PDB_chainid_flag _struct_asym.pdbx_modified _struct_asym.entity_id _struct_asym.details A ? N 1 ? B ? N 2 ? C ? N 3 ? # loop_ _pdbx_vrpt_database.id _pdbx_vrpt_database.code _pdbx_vrpt_database.extended_code PDB 23WM pdb_000023wm EMDB EMD-69321 ? # _pdbx_vrpt_exptl.ordinal 1 _pdbx_vrpt_exptl.method "electron microscopy" # _pdbx_vrpt_summary.entry_id 23WM _pdbx_vrpt_summary.extended_entry_id pdb_000023wm _pdbx_vrpt_summary.PDB_deposition_date 2026-02-23 _pdbx_vrpt_summary.PDB_revision_number 6 _pdbx_vrpt_summary.PDB_revision_date 2026-08-05 _pdbx_vrpt_summary.EMDB_deposition_date 2026-02-23 _pdbx_vrpt_summary.report_creation_date 2026-07-30:03:26 _pdbx_vrpt_summary.attempted_validation_steps visualanalysis,mogul,molprobity,validation-pack,validation_schema,percentiles,writexml,writecif,writepdf _pdbx_vrpt_summary.ligands_for_buster_report N # loop_ _pdbx_vrpt_entity.id _pdbx_vrpt_entity.type _pdbx_vrpt_entity.description 1 polymer PP507 2 polymer "Amyloid-beta protein 42" 3 non-polymer "ZINC ION" # loop_ _pdbx_vrpt_asym.label_asym_id _pdbx_vrpt_asym.entity_id A 1 B 2 C 3 # loop_ _pdbx_vrpt_percentile_list.id _pdbx_vrpt_percentile_list.range _pdbx_vrpt_percentile_list.exp_method 1 all pdb 2 all "electron microscopy" # loop_ _pdbx_vrpt_percentile_type.id _pdbx_vrpt_percentile_type.type 1 all_atom_clashscore 2 Ramachandran_outlier_percent 3 rotamer_outliers_percent 4 q_relative # loop_ _pdbx_vrpt_percentile_conditions.id _pdbx_vrpt_percentile_conditions.percentile_list_id _pdbx_vrpt_percentile_conditions.type_id _pdbx_vrpt_percentile_conditions.rank _pdbx_vrpt_percentile_conditions.number_entries_total _pdbx_vrpt_percentile_conditions.res_high _pdbx_vrpt_percentile_conditions.res_low 1 1 1 50.15 229148 ? ? 2 2 1 63.52 23984 ? ? 3 1 2 18.24 224038 ? ? 4 2 2 9.60 23583 ? ? 5 1 3 78.31 223484 ? ? 6 2 3 46.98 23102 ? ? 7 2 4 79.5 25397 0.6 53.0 8 2 4 78.3 14478 2.63 3.63 # loop_ _pdbx_vrpt_percentile_entity_view.ordinal _pdbx_vrpt_percentile_entity_view.conditions_id _pdbx_vrpt_percentile_entity_view.type_id _pdbx_vrpt_percentile_entity_view.label_asym_id _pdbx_vrpt_percentile_entity_view.PDB_model_num _pdbx_vrpt_percentile_entity_view.entity_id _pdbx_vrpt_percentile_entity_view.auth_asym_id _pdbx_vrpt_percentile_entity_view.rank 1 3 2 A 1 1 A 15.89 2 4 2 A 1 1 A 43.67 3 5 3 A 1 1 A 80.93 4 6 3 A 1 1 A 81.76 5 3 2 B 1 2 B 100.00 6 4 2 B 1 2 B 100.00 7 5 3 B 1 2 B 100.00 8 6 3 B 1 2 B 100.00 # loop_ _pdbx_vrpt_summary_entity_geometry.ordinal _pdbx_vrpt_summary_entity_geometry.PDB_model_num _pdbx_vrpt_summary_entity_geometry.entity_id _pdbx_vrpt_summary_entity_geometry.label_asym_id _pdbx_vrpt_summary_entity_geometry.auth_asym_id _pdbx_vrpt_summary_entity_geometry.angles_RMSZ _pdbx_vrpt_summary_entity_geometry.bonds_RMSZ _pdbx_vrpt_summary_entity_geometry.num_bonds_RMSZ _pdbx_vrpt_summary_entity_geometry.num_angles_RMSZ 1 1 1 A A 0.33 0.14 2077 2801 2 1 2 B B 0.21 0.12 70 92 # loop_ _pdbx_vrpt_summary_entity_fit_to_map.ordinal _pdbx_vrpt_summary_entity_fit_to_map.PDB_model_num _pdbx_vrpt_summary_entity_fit_to_map.entity_id _pdbx_vrpt_summary_entity_fit_to_map.label_asym_id _pdbx_vrpt_summary_entity_fit_to_map.auth_asym_id _pdbx_vrpt_summary_entity_fit_to_map.average_residue_inclusion _pdbx_vrpt_summary_entity_fit_to_map.Q_score 1 1 1 A A 0.8776 0.537 2 1 2 B B 0.7687 0.501 # _pdbx_vrpt_summary_geometry.ordinal 1 _pdbx_vrpt_summary_geometry.percent_ramachandran_outliers 0.77 _pdbx_vrpt_summary_geometry.percent_rotamer_outliers 0.45 _pdbx_vrpt_summary_geometry.clashscore 5.59 _pdbx_vrpt_summary_geometry.num_H_reduce 2178 _pdbx_vrpt_summary_geometry.num_bonds_RMSZ 2147 _pdbx_vrpt_summary_geometry.bonds_RMSZ 0.14 _pdbx_vrpt_summary_geometry.num_angles_RMSZ 2893 _pdbx_vrpt_summary_geometry.angles_RMSZ 0.32 # _pdbx_vrpt_summary_em.exp_method "electron microscopy" _pdbx_vrpt_summary_em.ordinal 1 _pdbx_vrpt_summary_em.contour_level_primary_map 0.035 _pdbx_vrpt_summary_em.atom_inclusion_all_atoms 0.8720 _pdbx_vrpt_summary_em.atom_inclusion_backbone 0.8770 _pdbx_vrpt_summary_em.calculated_fsc_resolution_by_cutoff_pt_143 3.74 _pdbx_vrpt_summary_em.calculated_fsc_resolution_by_cutoff_pt_333 3.99 _pdbx_vrpt_summary_em.calculated_fsc_resolution_by_cutoff_pt_5 4.21 _pdbx_vrpt_summary_em.calculated_fsc_resolution_by_cutoff_halfbit 3.80 _pdbx_vrpt_summary_em.calculated_fsc_resolution_by_cutoff_onebit 4.00 _pdbx_vrpt_summary_em.calculated_fsc_resolution_by_cutoff_threesigma 3.36 _pdbx_vrpt_summary_em.EMDB_resolution 3.13 _pdbx_vrpt_summary_em.Q_score 0.536 # loop_ _pdbx_vrpt_model_instance.id _pdbx_vrpt_model_instance.PDB_model_num _pdbx_vrpt_model_instance.entity_id _pdbx_vrpt_model_instance.label_asym_id _pdbx_vrpt_model_instance.label_seq_id _pdbx_vrpt_model_instance.label_comp_id _pdbx_vrpt_model_instance.auth_asym_id _pdbx_vrpt_model_instance.auth_seq_id _pdbx_vrpt_model_instance.label_alt_id _pdbx_vrpt_model_instance.PDB_ins_code _pdbx_vrpt_model_instance.count_clashes _pdbx_vrpt_model_instance.ligand_of_interest 1 1 1 A 22 GLY A 3 . ? ? ? 2 1 1 A 23 GLY A 4 . ? ? ? 3 1 1 A 24 THR A 5 . ? ? ? 4 1 1 A 25 ARG A 6 . ? 1 ? 5 1 1 A 26 GLN A 7 . ? ? ? 6 1 1 A 27 GLN A 8 . ? ? ? 7 1 1 A 28 ASN A 9 . ? ? ? 8 1 1 A 29 LEU A 10 . ? ? ? 9 1 1 A 30 ASP A 11 . ? ? ? 10 1 1 A 31 VAL A 12 . ? ? ? 11 1 1 A 32 LEU A 13 . ? ? ? 12 1 1 A 33 ASP A 14 . ? ? ? 13 1 1 A 34 LYS A 15 . ? ? ? 14 1 1 A 35 ILE A 16 . ? ? ? 15 1 1 A 36 VAL A 17 . ? ? ? 16 1 1 A 37 VAL A 18 . ? ? ? 17 1 1 A 38 TYR A 19 . ? ? ? 18 1 1 A 39 PRO A 20 . ? ? ? 19 1 1 A 40 GLU A 21 . ? 2 ? 20 1 1 A 41 GLY A 22 . ? ? ? 21 1 1 A 42 GLU A 23 . ? ? ? 22 1 1 A 43 TYR A 24 . ? ? ? 23 1 1 A 44 ASP A 25 . ? ? ? 24 1 1 A 45 ARG A 26 . ? ? ? 25 1 1 A 46 GLU A 27 . ? ? ? 26 1 1 A 47 LYS A 28 . ? ? ? 27 1 1 A 48 ALA A 29 . ? ? ? 28 1 1 A 49 ASP A 30 . ? ? ? 29 1 1 A 50 ALA A 31 . ? ? ? 30 1 1 A 51 ILE A 32 . ? ? ? 31 1 1 A 52 VAL A 33 . ? ? ? 32 1 1 A 53 ASP A 34 . ? ? ? 33 1 1 A 54 ALA A 35 . ? ? ? 34 1 1 A 55 LEU A 36 . ? ? ? 35 1 1 A 56 ALA A 37 . ? 1 ? 36 1 1 A 57 TRP A 38 . ? ? ? 37 1 1 A 58 ILE A 39 . ? ? ? 38 1 1 A 59 PRO A 40 . ? ? ? 39 1 1 A 60 LEU A 41 . ? ? ? 40 1 1 A 61 LYS A 42 . ? ? ? 41 1 1 A 62 TYR A 43 . ? ? ? 42 1 1 A 63 LEU A 44 . ? ? ? 43 1 1 A 64 GLN A 45 . ? ? ? 44 1 1 A 65 ALA A 46 . ? ? ? 45 1 1 A 66 LEU A 47 . ? ? ? 46 1 1 A 67 LEU A 48 . ? ? ? 47 1 1 A 68 ASP A 49 . ? ? ? 48 1 1 A 69 ALA A 50 . ? ? ? 49 1 1 A 70 GLY A 51 . ? ? ? 50 1 1 A 71 VAL A 52 . ? ? ? 51 1 1 A 72 LYS A 53 . ? ? ? 52 1 1 A 73 ILE A 54 . ? ? ? 53 1 1 A 74 VAL A 55 . ? ? ? 54 1 1 A 75 LEU A 56 . ? ? ? 55 1 1 A 76 ALA A 57 . ? ? ? 56 1 1 A 77 ASN A 58 . ? ? ? 57 1 1 A 78 SER A 59 . ? ? ? 58 1 1 A 79 GLU A 60 . ? ? ? 59 1 1 A 80 GLU A 61 . ? ? ? 60 1 1 A 81 LEU A 62 . ? ? ? 61 1 1 A 82 LEU A 63 . ? ? ? 62 1 1 A 83 GLU A 64 . ? ? ? 63 1 1 A 84 LEU A 65 . ? ? ? 64 1 1 A 85 LEU A 66 . ? 2 ? 65 1 1 A 86 LYS A 67 . ? ? ? 66 1 1 A 87 LYS A 68 . ? ? ? 67 1 1 A 88 TYR A 69 . ? ? ? 68 1 1 A 89 PRO A 70 . ? ? ? 69 1 1 A 90 ARG A 71 . ? ? ? 70 1 1 A 91 LEU A 72 . ? 2 ? 71 1 1 A 92 ARG A 73 . ? ? ? 72 1 1 A 93 ASP A 74 . ? ? ? 73 1 1 A 94 LEU A 75 . ? ? ? 74 1 1 A 95 ILE A 76 . ? 1 ? 75 1 1 A 96 ARG A 77 . ? ? ? 76 1 1 A 97 ALA A 78 . ? ? ? 77 1 1 A 98 LEU A 79 . ? ? ? 78 1 1 A 99 ILE A 80 . ? 2 ? 79 1 1 A 100 GLU A 81 . ? 1 ? 80 1 1 A 101 VAL A 82 . ? ? ? 81 1 1 A 102 ALA A 83 . ? ? ? 82 1 1 A 103 LYS A 84 . ? 2 ? 83 1 1 A 104 MET A 85 . ? ? ? 84 1 1 A 105 THR A 86 . ? ? ? 85 1 1 A 106 VAL A 87 . ? 1 ? 86 1 1 A 107 GLY A 88 . ? ? ? 87 1 1 A 108 VAL A 89 . ? ? ? 88 1 1 A 109 GLY A 90 . ? ? ? 89 1 1 A 110 ASP A 91 . ? ? ? 90 1 1 A 111 GLY A 92 . ? ? ? 91 1 1 A 112 GLY A 93 . ? ? ? 92 1 1 A 113 ASP A 94 . ? ? ? 93 1 1 A 114 LYS A 95 . ? ? ? 94 1 1 A 115 ARG A 96 . ? 2 ? 95 1 1 A 116 ALA A 97 . ? ? ? 96 1 1 A 117 TYR A 98 . ? ? ? 97 1 1 A 118 ILE A 99 . ? ? ? 98 1 1 A 119 ASN A 100 . ? ? ? 99 1 1 A 120 ILE A 101 . ? ? ? 100 1 1 A 121 GLU A 102 . ? ? ? 101 1 1 A 122 GLY A 103 . ? ? ? 102 1 1 A 123 SER A 104 . ? ? ? 103 1 1 A 124 VAL A 105 . ? ? ? 104 1 1 A 125 GLU A 106 . ? ? ? 105 1 1 A 126 GLY A 107 . ? ? ? 106 1 1 A 127 VAL A 108 . ? ? ? 107 1 1 A 128 ARG A 109 . ? ? ? 108 1 1 A 129 LEU A 110 . ? ? ? 109 1 1 A 130 LEU A 111 . ? ? ? 110 1 1 A 131 ALA A 112 . ? ? ? 111 1 1 A 132 LEU A 113 . ? ? ? 112 1 1 A 133 HIS A 114 . ? ? ? 113 1 1 A 134 GLN A 115 . ? ? ? 114 1 1 A 135 THR A 116 . ? ? ? 115 1 1 A 136 ALA A 117 . ? ? ? 116 1 1 A 137 HIS A 118 . ? ? ? 117 1 1 A 138 VAL A 119 . ? ? ? 118 1 1 A 139 ILE A 120 . ? ? ? 119 1 1 A 140 ASP A 121 . ? ? ? 120 1 1 A 141 ASP A 122 . ? ? ? 121 1 1 A 142 VAL A 123 . ? ? ? 122 1 1 A 143 VAL A 124 . ? ? ? 123 1 1 A 144 LEU A 125 . ? ? ? 124 1 1 A 145 ASN A 126 . ? ? ? 125 1 1 A 146 SER A 127 . ? ? ? 126 1 1 A 147 ILE A 128 . ? ? ? 127 1 1 A 148 SER A 129 . ? ? ? 128 1 1 A 149 LEU A 130 . ? ? ? 129 1 1 A 150 SER A 131 . ? ? ? 130 1 1 A 151 PRO A 132 . ? ? ? 131 1 1 A 152 ILE A 133 . ? ? ? 132 1 1 A 153 PHE A 134 . ? ? ? 133 1 1 A 154 LEU A 135 . ? ? ? 134 1 1 A 155 LYS A 136 . ? ? ? 135 1 1 A 156 TYR A 137 . ? ? ? 136 1 1 A 157 PHE A 138 . ? ? ? 137 1 1 A 158 GLU A 139 . ? ? ? 138 1 1 A 159 TYR A 140 . ? ? ? 139 1 1 A 160 LEU A 141 . ? ? ? 140 1 1 A 161 LYS A 142 . ? ? ? 141 1 1 A 162 LYS A 143 . ? ? ? 142 1 1 A 163 LEU A 144 . ? ? ? 143 1 1 A 164 LEU A 145 . ? ? ? 144 1 1 A 165 LEU A 146 . ? ? ? 145 1 1 A 166 GLU A 147 . ? ? ? 146 1 1 A 167 ALA A 148 . ? ? ? 147 1 1 A 168 LEU A 149 . ? ? ? 148 1 1 A 169 LYS A 150 . ? ? ? 149 1 1 A 170 LYS A 151 . ? ? ? 150 1 1 A 171 LYS A 152 . ? ? ? 151 1 1 A 172 PRO A 153 . ? ? ? 152 1 1 A 173 GLU A 154 . ? ? ? 153 1 1 A 174 ALA A 155 . ? ? ? 154 1 1 A 175 LEU A 156 . ? ? ? 155 1 1 A 176 LYS A 157 . ? ? ? 156 1 1 A 177 ASN A 158 . ? 1 ? 157 1 1 A 178 TYR A 159 . ? ? ? 158 1 1 A 179 GLU A 160 . ? ? ? 159 1 1 A 180 LEU A 161 . ? ? ? 160 1 1 A 181 ASN A 162 . ? ? ? 161 1 1 A 182 LYS A 163 . ? 2 ? 162 1 1 A 183 LYS A 164 . ? ? ? 163 1 1 A 184 ILE A 165 . ? ? ? 164 1 1 A 185 LEU A 166 . ? ? ? 165 1 1 A 186 ASP A 167 . ? ? ? 166 1 1 A 187 LYS A 168 . ? ? ? 167 1 1 A 188 LEU A 169 . ? 1 ? 168 1 1 A 189 GLU A 170 . ? ? ? 169 1 1 A 190 ASN A 171 . ? ? ? 170 1 1 A 191 GLU A 172 . ? ? ? 171 1 1 A 192 GLU A 173 . ? 1 ? 172 1 1 A 193 LEU A 174 . ? 1 ? 173 1 1 A 194 THR A 175 . ? 1 ? 174 1 1 A 195 PRO A 176 . ? ? ? 175 1 1 A 196 GLU A 177 . ? ? ? 176 1 1 A 197 GLU A 178 . ? ? ? 177 1 1 A 198 ILE A 179 . ? 1 ? 178 1 1 A 199 ARG A 180 . ? ? ? 179 1 1 A 200 GLU A 181 . ? ? ? 180 1 1 A 201 LEU A 182 . ? 1 ? 181 1 1 A 202 VAL A 183 . ? 1 ? 182 1 1 A 203 ARG A 184 . ? ? ? 183 1 1 A 204 LYS A 185 . ? ? ? 184 1 1 A 205 MET A 186 . ? ? ? 185 1 1 A 206 LYS A 187 . ? 1 ? 186 1 1 A 207 GLU A 188 . ? ? ? 187 1 1 A 208 ASN A 189 . ? 2 ? 188 1 1 A 209 ILE A 190 . ? 2 ? 189 1 1 A 210 VAL A 191 . ? 3 ? 190 1 1 A 211 GLY A 192 . ? ? ? 191 1 1 A 212 LEU A 193 . ? ? ? 192 1 1 A 213 SER A 194 . ? ? ? 193 1 1 A 214 ALA A 195 . ? ? ? 194 1 1 A 215 ALA A 196 . ? ? ? 195 1 1 A 216 TYR A 197 . ? ? ? 196 1 1 A 217 LEU A 198 . ? ? ? 197 1 1 A 218 GLY A 199 . ? ? ? 198 1 1 A 219 THR A 200 . ? ? ? 199 1 1 A 220 TYR A 201 . ? ? ? 200 1 1 A 221 PRO A 202 . ? ? ? 201 1 1 A 222 GLU A 203 . ? ? ? 202 1 1 A 223 GLU A 204 . ? ? ? 203 1 1 A 224 ALA A 205 . ? ? ? 204 1 1 A 225 PHE A 206 . ? ? ? 205 1 1 A 226 ALA A 207 . ? ? ? 206 1 1 A 227 TRP A 208 . ? 1 ? 207 1 1 A 228 GLY A 209 . ? ? ? 208 1 1 A 229 PHE A 210 . ? ? ? 209 1 1 A 230 ALA A 211 . ? ? ? 210 1 1 A 231 ALA A 212 . ? ? ? 211 1 1 A 232 TYR A 213 . ? 1 ? 212 1 1 A 233 ALA A 214 . ? ? ? 213 1 1 A 234 LEU A 215 . ? ? ? 214 1 1 A 235 ARG A 216 . ? ? ? 215 1 1 A 236 ARG A 217 . ? ? ? 216 1 1 A 237 GLY A 218 . ? ? ? 217 1 1 A 238 GLY A 219 . ? ? ? 218 1 1 A 239 ASP A 220 . ? ? ? 219 1 1 A 240 GLU A 221 . ? ? ? 220 1 1 A 241 GLU A 222 . ? 2 ? 221 1 1 A 242 GLY A 223 . ? ? ? 222 1 1 A 243 LEU A 224 . ? ? ? 223 1 1 A 244 GLU A 225 . ? ? ? 224 1 1 A 245 ARG A 226 . ? ? ? 225 1 1 A 246 PHE A 227 . ? ? ? 226 1 1 A 247 ARG A 228 . ? ? ? 227 1 1 A 248 ARG A 229 . ? ? ? 228 1 1 A 249 TYR A 230 . ? ? ? 229 1 1 A 250 LEU A 231 . ? ? ? 230 1 1 A 251 MET A 232 . ? ? ? 231 1 1 A 252 ARG A 233 . ? ? ? 232 1 1 A 253 THR A 234 . ? 1 ? 233 1 1 A 254 SER A 235 . ? ? ? 234 1 1 A 255 GLY A 236 . ? ? ? 235 1 1 A 256 LEU A 237 . ? ? ? 236 1 1 A 257 ASP A 238 . ? 2 ? 237 1 1 A 258 PRO A 239 . ? ? ? 238 1 1 A 259 GLU A 240 . ? ? ? 239 1 1 A 260 SER A 241 . ? ? ? 240 1 1 A 261 VAL A 242 . ? ? ? 241 1 1 A 262 GLU A 243 . ? ? ? 242 1 1 A 263 LYS A 244 . ? 2 ? 243 1 1 A 264 VAL A 245 . ? ? ? 244 1 1 A 265 LEU A 246 . ? ? ? 245 1 1 A 266 ASP A 247 . ? ? ? 246 1 1 A 267 ALA A 248 . ? ? ? 247 1 1 A 268 LEU A 249 . ? ? ? 248 1 1 A 269 ILE A 250 . ? ? ? 249 1 1 A 270 GLU A 251 . ? ? ? 250 1 1 A 271 MET A 252 . ? ? ? 251 1 1 A 272 GLY A 253 . ? ? ? 252 1 1 A 273 GLU A 254 . ? 1 ? 253 1 1 A 274 PHE A 255 . ? ? ? 254 1 1 A 275 ALA A 256 . ? ? ? 255 1 1 A 276 ALA A 257 . ? ? ? 256 1 1 A 277 GLU A 258 . ? ? ? 257 1 1 A 278 LEU A 259 . ? ? ? 258 1 2 B 15 GLN B 15 . ? 1 ? 259 1 2 B 16 LYS B 16 . ? ? ? 260 1 2 B 17 LEU B 17 . ? ? ? 261 1 2 B 18 VAL B 18 . ? ? ? 262 1 2 B 19 PHE B 19 . ? ? ? 263 1 2 B 20 PHE B 20 . ? 1 ? 264 1 2 B 21 ALA B 21 . ? 1 ? 265 1 2 B 22 GLU B 22 . ? ? ? 266 1 3 C . ZN A 1601 . ? ? Y # loop_ _pdbx_vrpt_model_instance_geometry.ordinal _pdbx_vrpt_model_instance_geometry.instance_id _pdbx_vrpt_model_instance_geometry.rotamer_class _pdbx_vrpt_model_instance_geometry.phi _pdbx_vrpt_model_instance_geometry.psi _pdbx_vrpt_model_instance_geometry.ramachandran_class _pdbx_vrpt_model_instance_geometry.flippable_sidechain _pdbx_vrpt_model_instance_geometry.num_H_reduce _pdbx_vrpt_model_instance_geometry.num_bonds_RMSZ _pdbx_vrpt_model_instance_geometry.bonds_RMSZ _pdbx_vrpt_model_instance_geometry.num_angles_RMSZ _pdbx_vrpt_model_instance_geometry.angles_RMSZ _pdbx_vrpt_model_instance_geometry.program_for_bond_angle_geometry 1 1 ? ? ? ? ? 2 4 0.03 5 0.13 molprobity 2 2 ? -130.2 -13.1 Favored ? 3 4 0.08 5 0.15 molprobity 3 3 t -106.5 -13.7 Favored ? 7 7 0.11 10 0.36 molprobity 4 4 mtp180 -116.9 39.9 Favored ? 13 11 0.18 14 0.35 molprobity 5 5 tp-100 -68.8 -35.7 Favored ? 8 9 0.09 12 0.15 molprobity 6 6 mt0 -63.5 -41.3 Favored ? 8 9 0.13 12 0.10 molprobity 7 7 m-40 -61.8 -40.7 Favored ? 6 8 0.14 11 0.10 molprobity 8 8 mt -70.2 -38.0 Favored ? 11 8 0.13 11 0.17 molprobity 9 9 m-30 -65.2 -34.9 Favored ? 4 8 0.10 11 0.17 molprobity 10 10 t -71.2 -40.6 Favored ? 9 7 0.15 10 0.25 molprobity 11 11 mt -68.5 -26.7 Favored ? 11 8 0.20 11 0.18 molprobity 12 12 OUTLIER -67.4 -20.4 Favored ? 4 8 0.17 11 0.60 molprobity 13 13 mtmt -97.9 -5.8 Favored ? 13 9 0.09 11 0.23 molprobity 14 14 pt -124.6 4.8 Favored ? 11 8 0.14 11 0.34 molprobity 15 15 t -113.1 126.5 Favored ? 9 7 0.14 10 0.18 molprobity 16 16 m -113.2 134.3 Favored ? 9 7 0.24 10 0.39 molprobity 17 17 m-80 -94.9 153.5 Favored ? 9 13 0.14 19 0.28 molprobity 18 18 Cg_endo -69.2 -176.9 Allowed ? 7 8 0.20 11 0.35 molprobity 19 19 mp0 -113.1 152.9 Favored ? 6 9 0.16 12 0.39 molprobity 20 20 ? 94.1 -121.5 Favored ? 3 4 0.04 5 0.07 molprobity 21 21 mm-30 -125.5 130.8 Favored ? 6 9 0.07 12 0.58 molprobity 22 22 p90 -140.7 26.7 Favored ? 9 13 0.11 18 0.41 molprobity 23 23 t0 57.6 67.9 Allowed ? 4 8 0.15 11 0.65 molprobity 24 24 mmt180 -45.1 -29.3 Allowed ? 13 11 0.16 14 0.40 molprobity 25 25 mp0 -63.0 -44.7 Favored ? 6 9 0.06 12 0.21 molprobity 26 26 mtmt -76.2 -21.4 Favored ? 13 9 0.09 11 0.20 molprobity 27 27 ? -75.1 -41.4 Favored ? 5 5 0.07 7 0.42 molprobity 28 28 m-30 -63.3 -38.5 Favored ? 4 8 0.17 11 0.37 molprobity 29 29 ? -62.1 -44.4 Favored ? 5 5 0.07 7 0.10 molprobity 30 30 mt -65.2 -43.2 Favored ? 11 8 0.11 11 0.21 molprobity 31 31 t -65.3 -39.8 Favored ? 9 7 0.13 10 0.19 molprobity 32 32 m-30 -73.9 -18.4 Favored ? 4 8 0.12 11 0.17 molprobity 33 33 ? -79.5 -15.5 Favored ? 5 5 0.08 7 0.19 molprobity 34 34 mt -95.4 -1.1 Favored ? 11 8 0.19 11 0.26 molprobity 35 35 ? -79.1 -7.8 Favored ? 5 5 0.11 7 0.13 molprobity 36 36 m100 -80.7 -13.0 Favored ? 10 16 0.12 23 0.18 molprobity 37 37 mt -67.9 138.2 Favored ? 11 8 0.15 12 0.28 molprobity 38 38 Cg_exo -59.1 151.1 Favored ? 7 8 0.10 11 0.30 molprobity 39 39 tp -64.5 -32.8 Favored ? 11 8 0.14 11 0.28 molprobity 40 40 pttm -63.5 -41.3 Favored ? 13 9 0.09 11 0.17 molprobity 41 41 m-80 -66.3 -38.9 Favored ? 9 13 0.15 18 0.12 molprobity 42 42 mt -63.5 -42.5 Favored ? 11 8 0.15 11 0.14 molprobity 43 43 tp40 -68.4 -35.4 Favored ? 8 9 0.15 12 0.18 molprobity 44 44 ? -63.4 -40.4 Favored ? 5 5 0.10 7 0.08 molprobity 45 45 mt -65.2 -38.7 Favored ? 11 8 0.14 11 0.15 molprobity 46 46 tt -60.8 -58.7 Favored ? 11 8 0.17 11 0.69 molprobity 47 47 p0 -83.4 50.0 Allowed ? 4 8 0.14 11 0.40 molprobity 48 48 ? -138.8 -21.8 Allowed ? 5 5 0.17 7 0.47 molprobity 49 49 ? 102.7 22.3 Favored ? 3 4 0.02 5 0.13 molprobity 50 50 t -96.1 137.0 Favored ? 9 7 0.15 10 0.13 molprobity 51 51 mtpp -130.6 141.6 Favored ? 13 9 0.18 11 0.21 molprobity 52 52 mp -107.1 120.1 Favored ? 11 8 0.26 11 0.19 molprobity 53 53 t -111.4 124.0 Favored ? 9 7 0.19 10 0.21 molprobity 54 54 mt -90.6 127.5 Favored ? 11 8 0.20 11 0.33 molprobity 55 55 ? -145.0 161.1 Favored ? 5 5 0.15 7 0.31 molprobity 56 56 m-40 -90.6 -171.6 Favored ? 6 8 0.10 11 0.22 molprobity 57 57 t -66.8 -41.6 Favored ? 5 6 0.05 8 0.14 molprobity 58 58 mm-30 -65.3 -41.2 Favored ? 6 9 0.08 12 0.21 molprobity 59 59 mp0 -64.7 -41.2 Favored ? 6 9 0.04 12 0.07 molprobity 60 60 mp -64.5 -42.2 Favored ? 11 8 0.07 11 0.26 molprobity 61 61 mt -69.6 -23.3 Favored ? 11 8 0.08 11 0.14 molprobity 62 62 tp30 -83.4 -27.3 Favored ? 6 9 0.06 12 0.27 molprobity 63 63 tp -61.1 -48.1 Favored ? 11 8 0.10 11 0.23 molprobity 64 64 mt -74.0 96.4 Favored ? 11 8 0.14 11 0.22 molprobity 65 65 tptm -91.5 -59.2 Favored ? 13 9 0.04 11 0.13 molprobity 66 66 ttpp -100.3 13.7 Favored ? 13 9 0.07 11 0.15 molprobity 67 67 m-80 -119.2 69.1 Favored ? 9 13 0.08 19 0.18 molprobity 68 68 Cg_exo -64.5 -23.4 Favored ? 7 8 0.20 11 0.42 molprobity 69 69 mmt180 -64.7 -51.0 Favored ? 13 11 0.16 14 0.30 molprobity 70 70 tp -66.8 -35.0 Favored ? 11 8 0.10 11 0.26 molprobity 71 71 ttp-170 -60.9 -45.6 Favored ? 13 11 0.09 14 0.14 molprobity 72 72 m-30 -63.1 -42.8 Favored ? 4 8 0.09 11 0.10 molprobity 73 73 tp -61.8 -45.3 Favored ? 11 8 0.13 11 0.22 molprobity 74 74 mt -68.6 -38.9 Favored ? 11 8 0.10 11 0.23 molprobity 75 75 ttp80 -62.7 -41.3 Favored ? 13 11 0.09 14 0.20 molprobity 76 76 ? -63.1 -40.5 Favored ? 5 5 0.10 7 0.48 molprobity 77 77 mt -75.4 -21.6 Favored ? 11 8 0.11 11 0.26 molprobity 78 78 tp -99.6 -17.6 Favored ? 11 8 0.17 11 0.47 molprobity 79 79 mt-10 -117.2 -11.5 Favored ? 6 9 0.09 12 0.18 molprobity 80 80 t -113.1 -54.2 Favored ? 9 7 0.16 10 0.22 molprobity 81 81 ? -80.7 -23.3 Favored ? 5 5 0.09 7 0.27 molprobity 82 82 mtmm 60.7 55.1 Favored ? 13 9 0.10 11 0.30 molprobity 83 83 mtt -93.8 -167.2 Allowed ? 9 8 0.13 10 0.46 molprobity 84 84 m -124.2 112.9 Favored ? 7 7 0.16 10 0.42 molprobity 85 85 m -112.6 136.5 Favored ? 9 7 0.15 10 0.45 molprobity 86 86 ? -124.1 163.7 Favored ? 3 4 0.26 5 0.85 molprobity 87 87 t -132.6 137.5 Favored ? 9 7 0.11 10 0.55 molprobity 88 88 ? -108.8 115.6 Favored ? 3 4 0.24 5 0.70 molprobity 89 89 t0 -68.4 130.9 Favored ? 4 8 0.05 11 0.18 molprobity 90 90 ? -83.9 57.1 Favored ? 3 4 0.07 5 0.17 molprobity 91 91 ? 143.5 163.4 Favored ? 3 4 0.07 5 0.79 molprobity 92 92 t0 62.7 2.3 Allowed ? 4 8 0.11 11 0.22 molprobity 93 93 mtmm 57.1 65.5 Allowed ? 13 9 0.32 11 0.87 molprobity 94 94 mtt90 -139.5 154.4 Favored ? 13 11 0.15 14 0.41 molprobity 95 95 ? -125.0 147.9 Favored ? 5 5 0.22 7 0.46 molprobity 96 96 m-80 -124.5 127.5 Favored ? 9 13 0.11 18 0.17 molprobity 97 97 mt -122.4 132.6 Favored ? 11 8 0.14 11 0.22 molprobity 98 98 t0 -75.0 143.2 Favored ? 6 8 0.18 11 0.21 molprobity 99 99 mt -99.0 -35.2 Favored ? 11 8 0.33 11 0.65 molprobity 100 100 mt-10 -66.8 -10.6 Favored ? 6 9 0.06 12 0.20 molprobity 101 101 ? -62.7 -177.0 Favored ? 3 4 0.09 5 0.29 molprobity 102 102 t -70.5 168.1 Favored ? 5 6 0.05 8 0.08 molprobity 103 103 t -68.8 -37.2 Favored ? 9 7 0.07 10 0.25 molprobity 104 104 pt0 -93.0 -15.3 Favored ? 6 9 0.08 12 0.19 molprobity 105 105 ? -83.2 -30.3 Favored ? 3 4 0.20 5 0.44 molprobity 106 106 m -65.4 -34.6 Favored ? 9 7 0.12 10 0.21 molprobity 107 107 mtp180 -65.0 -49.5 Favored ? 13 11 0.18 14 0.19 molprobity 108 108 mt -65.0 -37.8 Favored ? 11 8 0.11 11 0.16 molprobity 109 109 tp -63.1 -40.8 Favored ? 11 8 0.06 11 0.18 molprobity 110 110 ? -63.5 -44.4 Favored ? 5 5 0.15 7 0.24 molprobity 111 111 mt -61.7 -42.9 Favored ? 11 8 0.14 11 0.24 molprobity 112 112 t70 -61.4 -47.4 Favored ? 7 11 0.08 15 0.20 molprobity 113 113 mm110 -65.7 -41.0 Favored ? 8 9 0.12 12 0.36 molprobity 114 114 m -67.2 -34.8 Favored ? 7 7 0.17 10 0.21 molprobity 115 115 ? -63.6 -39.9 Favored ? 5 5 0.07 7 0.07 molprobity 116 116 m-70 -59.3 -44.1 Favored ? 7 11 0.09 15 0.19 molprobity 117 117 t -67.0 -41.2 Favored ? 9 7 0.17 10 0.25 molprobity 118 118 mt -61.0 -36.4 Favored ? 11 8 0.10 11 0.31 molprobity 119 119 t0 -54.5 -49.3 Favored ? 4 8 0.11 11 0.42 molprobity 120 120 p0 -102.9 -13.0 Favored ? 4 8 0.24 11 1.08 molprobity 121 121 t -96.0 -47.1 Favored ? 9 7 0.14 10 0.19 molprobity 122 122 t -89.0 -51.6 Favored ? 9 7 0.13 10 0.20 molprobity 123 123 mt -88.6 -1.0 Favored ? 11 8 0.11 11 0.32 molprobity 124 124 m-40 61.2 52.8 Favored ? 6 8 0.11 11 0.35 molprobity 125 125 m 55.1 64.7 Allowed ? 5 6 0.14 8 0.32 molprobity 126 126 tp -76.4 -19.3 Favored ? 11 8 0.17 11 0.37 molprobity 127 127 p -75.6 5.2 Favored ? 5 6 0.10 8 0.21 molprobity 128 128 mt -119.2 12.4 Favored ? 11 8 0.13 11 0.27 molprobity 129 129 m -70.6 153.3 Favored ? 5 6 0.15 9 0.31 molprobity 130 130 Cg_exo -59.5 -31.1 Favored ? 7 8 0.19 11 0.28 molprobity 131 131 mm -78.5 -30.8 Favored ? 11 8 0.22 11 0.71 molprobity 132 132 t80 -75.2 -34.6 Favored ? 9 12 0.23 16 0.18 molprobity 133 133 mt -66.4 -13.5 Favored ? 11 8 0.16 11 0.15 molprobity 134 134 mttt -88.5 -27.8 Favored ? 13 9 0.16 11 0.14 molprobity 135 135 t80 -75.3 -33.0 Favored ? 9 13 0.15 18 0.24 molprobity 136 136 t80 -62.4 -37.7 Favored ? 9 12 0.20 16 0.17 molprobity 137 137 mm-30 -66.8 -40.6 Favored ? 6 9 0.16 12 0.14 molprobity 138 138 t80 -62.0 -41.6 Favored ? 9 13 0.14 18 0.19 molprobity 139 139 tp -63.2 -39.2 Favored ? 11 8 0.12 11 0.19 molprobity 140 140 mtmt -62.8 -43.4 Favored ? 13 9 0.17 11 0.30 molprobity 141 141 mttt -62.7 -42.1 Favored ? 13 9 0.11 11 0.17 molprobity 142 142 tt -63.1 -41.2 Favored ? 11 8 0.15 11 0.26 molprobity 143 143 tp -69.4 -37.1 Favored ? 11 8 0.13 11 0.17 molprobity 144 144 tt -76.0 -37.7 Favored ? 11 8 0.17 11 0.92 molprobity 145 145 pt0 -70.2 -12.4 Favored ? 6 9 0.10 12 0.13 molprobity 146 146 ? -88.3 -24.0 Favored ? 5 5 0.10 7 0.23 molprobity 147 147 mt -86.2 -11.2 Favored ? 11 8 0.16 11 0.14 molprobity 148 148 ttmm -69.0 -11.8 Favored ? 13 9 0.22 11 0.32 molprobity 149 149 mtmm -91.3 -28.4 Favored ? 13 9 0.10 11 0.17 molprobity 150 150 mtpp -109.8 100.8 Favored ? 13 9 0.20 12 0.45 molprobity 151 151 Cg_exo -60.9 -35.2 Favored ? 7 8 0.16 11 0.33 molprobity 152 152 mt-10 -64.4 -42.5 Favored ? 6 9 0.11 12 0.15 molprobity 153 153 ? -61.7 -39.5 Favored ? 5 5 0.18 7 0.14 molprobity 154 154 tp -65.3 -41.0 Favored ? 11 8 0.11 11 0.09 molprobity 155 155 mtmm -62.8 -46.2 Favored ? 13 9 0.10 11 0.18 molprobity 156 156 m-40 -62.6 -38.5 Favored ? 6 8 0.09 11 0.28 molprobity 157 157 t80 -62.5 -47.1 Favored ? 9 13 0.13 18 0.22 molprobity 158 158 pt0 -69.1 -37.1 Favored ? 6 9 0.15 12 0.24 molprobity 159 159 tp -62.6 -46.6 Favored ? 11 8 0.17 11 0.16 molprobity 160 160 m110 -67.1 -34.6 Favored ? 6 8 0.12 11 0.17 molprobity 161 161 mtpp -64.0 -40.6 Favored ? 13 9 0.11 11 0.13 molprobity 162 162 ttpp -61.4 -44.8 Favored ? 13 9 0.07 11 0.18 molprobity 163 163 mm -63.4 -43.7 Favored ? 11 8 0.15 11 0.23 molprobity 164 164 tp -63.9 -41.7 Favored ? 11 8 0.09 11 0.10 molprobity 165 165 t0 -67.0 -33.4 Favored ? 4 8 0.10 11 0.11 molprobity 166 166 ttmm -66.8 -44.3 Favored ? 13 9 0.10 11 0.45 molprobity 167 167 mt -89.5 47.1 Allowed ? 11 8 0.17 11 0.54 molprobity 168 168 tp30 -138.7 -25.1 Allowed ? 6 9 0.07 12 0.25 molprobity 169 169 p0 -143.2 31.9 Allowed 1 6 8 0.03 11 0.46 molprobity 170 170 mt-10 -138.8 -170.9 Favored ? 6 9 0.08 12 0.49 molprobity 171 171 tt0 -70.8 -33.3 Favored ? 6 9 0.10 12 0.80 molprobity 172 172 mp 71.6 -79.2 OUTLIER ? 11 8 0.18 11 0.50 molprobity 173 173 m -167.3 138.6 Favored ? 7 7 0.16 11 0.31 molprobity 174 174 Cg_endo -57.1 -59.1 Allowed ? 7 8 0.27 11 0.41 molprobity 175 175 pm20 -103.0 119.3 Favored ? 6 9 0.21 12 0.72 molprobity 176 176 tt0 53.9 -160.5 Allowed ? 6 9 0.06 12 0.11 molprobity 177 177 pt -128.0 28.2 Allowed ? 11 8 0.10 11 0.43 molprobity 178 178 ttp-170 -59.2 -33.0 Favored ? 13 11 0.09 14 0.12 molprobity 179 179 mm-30 -63.6 -0.7 Allowed ? 6 9 0.07 12 0.49 molprobity 180 180 mp -123.1 -24.6 Favored ? 11 8 0.15 11 0.22 molprobity 181 181 t -92.8 -41.0 Favored ? 9 7 0.08 10 0.21 molprobity 182 182 tmm160 -90.5 -34.5 Favored ? 13 11 0.24 14 0.54 molprobity 183 183 mtpp -62.1 -26.2 Favored ? 13 9 0.03 11 0.31 molprobity 184 184 pp-130 -131.3 139.3 Favored ? 9 8 0.09 10 0.45 molprobity 185 185 mmtm -123.0 83.7 Favored ? 13 9 0.14 11 0.36 molprobity 186 186 mm-30 -134.3 48.5 Favored ? 6 9 0.13 12 0.27 molprobity 187 187 m-40 -84.3 -178.2 Favored ? 6 8 0.15 11 1.17 molprobity 188 188 pt 53.1 -17.4 OUTLIER ? 11 8 0.34 11 0.74 molprobity 189 189 m -78.0 10.3 Allowed ? 9 7 0.17 10 0.29 molprobity 190 190 ? 143.7 7.9 Allowed ? 3 4 0.04 5 0.63 molprobity 191 191 tt -61.3 -44.0 Favored ? 11 8 0.10 11 0.33 molprobity 192 192 m -66.4 -37.5 Favored ? 5 6 0.05 8 0.05 molprobity 193 193 ? -65.4 -37.4 Favored ? 5 5 0.03 7 0.09 molprobity 194 194 ? -67.5 -33.0 Favored ? 5 5 0.08 7 0.26 molprobity 195 195 t80 -76.1 -33.1 Favored ? 9 13 0.13 18 0.17 molprobity 196 196 tp -71.6 -30.5 Favored ? 11 8 0.15 11 0.36 molprobity 197 197 ? -93.8 12.4 Favored ? 3 4 0.04 5 0.25 molprobity 198 198 m -119.4 -37.1 Favored ? 7 7 0.10 10 0.17 molprobity 199 199 m-80 -120.9 127.2 Favored ? 9 13 0.10 19 0.24 molprobity 200 200 Cg_endo -64.4 -20.4 Favored ? 7 8 0.16 11 0.23 molprobity 201 201 mp0 -65.2 -42.9 Favored ? 6 9 0.11 12 0.13 molprobity 202 202 mm-30 -65.2 -39.0 Favored ? 6 9 0.10 12 0.14 molprobity 203 203 ? -61.9 -43.0 Favored ? 5 5 0.13 7 0.18 molprobity 204 204 t80 -62.9 -42.5 Favored ? 9 12 0.16 16 0.22 molprobity 205 205 ? -61.4 -47.4 Favored ? 5 5 0.15 7 0.09 molprobity 206 206 m100 -65.3 -42.6 Favored ? 10 16 0.10 23 0.09 molprobity 207 207 ? -62.6 -42.5 Favored ? 3 4 0.17 5 0.17 molprobity 208 208 t80 -64.6 -43.1 Favored ? 9 12 0.12 16 0.15 molprobity 209 209 ? -62.5 -46.8 Favored ? 5 5 0.14 7 0.10 molprobity 210 210 ? -64.4 -40.7 Favored ? 5 5 0.09 7 0.24 molprobity 211 211 t80 -63.1 -43.5 Favored ? 9 13 0.15 18 0.14 molprobity 212 212 ? -63.0 -43.3 Favored ? 5 5 0.13 7 0.16 molprobity 213 213 mt -63.3 -41.1 Favored ? 11 8 0.17 11 0.39 molprobity 214 214 ttm-80 -73.0 -44.8 Favored ? 13 11 0.12 14 0.47 molprobity 215 215 ptm-80 -69.5 -25.6 Favored ? 13 11 0.12 14 0.24 molprobity 216 216 ? -74.9 -26.7 Favored ? 3 4 0.22 5 0.11 molprobity 217 217 ? 106.5 19.9 Favored ? 3 4 0.10 5 0.14 molprobity 218 218 t0 -92.8 121.4 Favored ? 4 8 0.15 11 0.33 molprobity 219 219 mm-30 -98.7 -36.0 Favored ? 6 9 0.09 12 0.22 molprobity 220 220 mm-30 -67.2 -39.5 Favored ? 6 9 0.06 12 0.13 molprobity 221 221 ? -63.6 -41.3 Favored ? 3 4 0.04 5 0.13 molprobity 222 222 mt -65.5 -37.3 Favored ? 11 8 0.19 11 0.12 molprobity 223 223 tp30 -64.4 -41.7 Favored ? 6 9 0.10 12 0.11 molprobity 224 224 mtm-85 -62.3 -43.6 Favored ? 13 11 0.07 14 0.12 molprobity 225 225 t80 -63.1 -41.4 Favored ? 9 12 0.12 16 0.14 molprobity 226 226 ttm110 -64.8 -42.9 Favored ? 13 11 0.14 14 0.11 molprobity 227 227 mtm-85 -63.6 -42.5 Favored ? 13 11 0.09 14 0.08 molprobity 228 228 t80 -64.2 -41.0 Favored ? 9 13 0.11 18 0.12 molprobity 229 229 tp -65.2 -41.4 Favored ? 11 8 0.12 11 0.15 molprobity 230 230 ttp -69.2 -37.0 Favored ? 9 8 0.05 10 0.14 molprobity 231 231 ttp-110 -67.7 -42.5 Favored ? 13 11 0.06 14 0.22 molprobity 232 232 p -104.6 31.3 Favored ? 7 7 0.13 10 0.34 molprobity 233 233 p -133.2 -26.2 Allowed ? 5 6 0.09 8 0.16 molprobity 234 234 ? 84.7 6.3 Favored ? 3 4 0.05 5 0.20 molprobity 235 235 mt -84.2 155.0 Favored ? 11 8 0.13 11 0.23 molprobity 236 236 p0 -67.4 159.4 Favored ? 4 8 0.08 12 0.33 molprobity 237 237 Cg_endo -77.4 44.0 Allowed ? 7 8 0.22 11 0.73 molprobity 238 238 tt0 -130.8 -37.3 Allowed ? 6 9 0.08 12 0.22 molprobity 239 239 m -75.5 -24.1 Favored ? 5 6 0.10 8 0.48 molprobity 240 240 t -61.1 -37.6 Favored ? 9 7 0.18 10 0.19 molprobity 241 241 mm-30 -65.1 -41.3 Favored ? 6 9 0.06 12 0.12 molprobity 242 242 mtpt -63.3 -43.3 Favored ? 13 9 0.07 11 0.16 molprobity 243 243 t -65.0 -39.8 Favored ? 9 7 0.11 10 0.17 molprobity 244 244 tp -65.2 -43.0 Favored ? 11 8 0.14 11 0.14 molprobity 245 245 m-30 -64.5 -39.4 Favored ? 4 8 0.10 11 0.08 molprobity 246 246 ? -62.6 -41.1 Favored ? 5 5 0.14 7 0.11 molprobity 247 247 mt -64.4 -41.0 Favored ? 11 8 0.12 11 0.12 molprobity 248 248 mt -66.6 -43.0 Favored ? 11 8 0.24 11 0.22 molprobity 249 249 mt-10 -63.4 -36.9 Favored ? 6 9 0.11 12 0.35 molprobity 250 250 ttt -63.9 -39.7 Favored ? 9 8 0.20 10 1.00 molprobity 251 251 ? -65.0 -41.5 Favored ? 3 4 0.10 5 0.30 molprobity 252 252 mt-10 -61.3 -43.7 Favored ? 6 9 0.19 12 0.43 molprobity 253 253 t80 -61.3 -43.6 Favored ? 9 12 0.15 16 0.19 molprobity 254 254 ? -65.2 -40.8 Favored ? 5 5 0.11 7 0.18 molprobity 255 255 ? -73.2 -15.1 Favored ? 5 5 0.10 7 0.29 molprobity 256 256 tp30 -74.7 -25.5 Favored ? 6 9 0.09 12 0.38 molprobity 257 257 mt ? ? ? ? 11 7 0.14 8 0.20 molprobity 258 258 mm-40 ? ? ? ? 7 9 0.08 12 0.13 molprobity 259 259 tttt -121.6 168.5 Favored ? 13 9 0.04 11 0.17 molprobity 260 260 tp -163.4 134.1 Favored ? 11 8 0.12 11 0.30 molprobity 261 261 m -134.9 134.8 Favored ? 9 7 0.10 10 0.24 molprobity 262 262 p90 -114.6 166.2 Favored ? 9 12 0.10 16 0.20 molprobity 263 263 t80 -135.0 127.6 Favored ? 9 12 0.22 16 0.26 molprobity 264 264 ? -70.9 155.6 Favored ? 5 5 0.07 7 0.11 molprobity 265 265 tp30 ? ? ? ? 6 8 0.02 9 0.04 molprobity # loop_ _pdbx_vrpt_instance_clashes.ordinal _pdbx_vrpt_instance_clashes.instance_id _pdbx_vrpt_instance_clashes.label_atom_id _pdbx_vrpt_instance_clashes.cid _pdbx_vrpt_instance_clashes.clashmag _pdbx_vrpt_instance_clashes.dist 1 4 HH21 1 0.49 1.78 2 19 N 2 0.50 2.44 3 19 OE2 2 0.50 2.44 4 35 HB3 1 0.49 1.78 5 64 HD13 3 0.50 1.94 6 64 HD11 4 0.45 1.99 7 70 HB3 3 0.50 1.94 8 70 HD22 5 0.41 2.02 9 74 HD12 4 0.45 1.99 10 78 HG23 6 0.43 2.00 11 78 HD13 7 0.42 2.01 12 79 HG3 6 0.43 2.00 13 82 HB2 8 0.40 1.95 14 82 HE2 8 0.40 1.95 15 85 HG22 7 0.42 2.01 16 94 HH11 9 0.49 1.77 17 94 HG3 9 0.49 1.77 18 156 HB3 10 0.46 1.97 19 161 HE3 11 0.41 1.83 20 161 HB3 11 0.41 1.83 21 167 HD21 12 0.59 1.84 22 171 O 13 0.42 2.19 23 172 HB2 13 0.42 2.19 24 173 HB 14 0.45 1.98 25 177 HA 14 0.45 1.98 26 180 HD22 12 0.59 1.84 27 181 O 15 0.47 2.46 28 185 NZ 15 0.47 2.46 29 187 C 16 0.58 2.10 30 187 O 17 0.56 2.36 31 188 O 18 0.47 2.14 32 188 HG22 19 0.47 1.95 33 189 H 16 0.58 2.10 34 189 N 17 0.56 2.36 35 189 HG23 10 0.46 1.97 36 206 HH2 20 0.51 1.58 37 211 CE1 21 0.41 2.56 38 220 H 22 0.42 1.68 39 220 HG2 22 0.42 1.68 40 232 HA 18 0.47 2.14 41 236 OD1 23 0.47 2.45 42 236 N 23 0.47 2.45 43 242 HB3 24 0.48 1.59 44 242 HE2 24 0.48 1.59 45 252 HG2 21 0.41 2.56 46 258 HB2 5 0.41 2.02 47 263 HE1 20 0.51 1.58 48 264 HB1 19 0.47 1.95 # loop_ _pdbx_vrpt_model_instance_map_fitting.ordinal _pdbx_vrpt_model_instance_map_fitting.instance_id _pdbx_vrpt_model_instance_map_fitting.residue_inclusion _pdbx_vrpt_model_instance_map_fitting.Q_score 1 1 0.75 0.555 2 2 1.0 0.605 3 3 1.0 0.560 4 4 1.0 0.621 5 5 0.7778 0.477 6 6 0.8889 0.566 7 7 0.875 0.622 8 8 0.875 0.582 9 9 1.0 0.578 10 10 1.0 0.496 11 11 1.0 0.587 12 12 0.75 0.520 13 13 1.0 0.635 14 14 1.0 0.572 15 15 1.0 0.601 16 16 1.0 0.548 17 17 0.9167 0.558 18 18 1.0 0.591 19 19 0.6667 0.512 20 20 0.75 0.320 21 21 0.5556 0.323 22 22 0.9167 0.596 23 23 0.875 0.568 24 24 0.8182 0.525 25 25 0.5556 0.458 26 26 1.0 0.616 27 27 1.0 0.619 28 28 0.875 0.551 29 29 1.0 0.588 30 30 0.875 0.600 31 31 1.0 0.564 32 32 0.875 0.583 33 33 1.0 0.592 34 34 1.0 0.629 35 35 1.0 0.620 36 36 1.0 0.628 37 37 1.0 0.612 38 38 0.8571 0.608 39 39 0.875 0.573 40 40 0.8889 0.560 41 41 0.9167 0.585 42 42 0.875 0.608 43 43 0.8889 0.588 44 44 1.0 0.610 45 45 1.0 0.608 46 46 1.0 0.534 47 47 0.875 0.547 48 48 1.0 0.645 49 49 1.0 0.608 50 50 1.0 0.604 51 51 0.8889 0.615 52 52 0.875 0.619 53 53 0.8571 0.553 54 54 1.0 0.610 55 55 1.0 0.667 56 56 0.75 0.493 57 57 0.8333 0.480 58 58 0.6667 0.415 59 59 0.8889 0.526 60 60 0.875 0.518 61 61 0.875 0.486 62 62 0.8889 0.532 63 63 0.75 0.463 64 64 1.0 0.577 65 65 0.4444 0.405 66 66 0.3333 0.466 67 67 0.5833 0.313 68 68 0.8571 0.411 69 69 0.6364 0.421 70 70 0.625 0.367 71 71 0.6364 0.477 72 72 0.875 0.442 73 73 0.75 0.428 74 74 0.75 0.473 75 75 0.8182 0.547 76 76 1.0 0.568 77 77 0.875 0.465 78 78 0.75 0.452 79 79 0.6667 0.462 80 80 0.8571 0.439 81 81 0.6 0.532 82 82 1.0 0.529 83 83 1.0 0.591 84 84 0.8571 0.543 85 85 1.0 0.594 86 86 1.0 0.562 87 87 0.8571 0.510 88 88 1.0 0.628 89 89 0.75 0.442 90 90 0.5 0.541 91 91 1.0 0.467 92 92 0.5 0.367 93 93 0.8889 0.535 94 94 0.9091 0.579 95 95 0.8 0.537 96 96 1.0 0.616 97 97 0.875 0.557 98 98 1.0 0.553 99 99 0.875 0.532 100 100 0.7778 0.605 101 101 1.0 0.616 102 102 0.8333 0.471 103 103 1.0 0.491 104 104 0.7778 0.580 105 105 0.75 0.529 106 106 0.8571 0.530 107 107 0.9091 0.578 108 108 0.875 0.595 109 109 0.75 0.476 110 110 0.8 0.595 111 111 1.0 0.603 112 112 0.9 0.611 113 113 0.5556 0.430 114 114 0.8571 0.555 115 115 1.0 0.588 116 116 1.0 0.624 117 117 1.0 0.520 118 118 0.875 0.604 119 119 1.0 0.553 120 120 0.875 0.606 121 121 1.0 0.582 122 122 1.0 0.604 123 123 1.0 0.635 124 124 1.0 0.549 125 125 1.0 0.515 126 126 1.0 0.572 127 127 1.0 0.587 128 128 0.875 0.499 129 129 0.8333 0.563 130 130 0.8571 0.531 131 131 0.875 0.503 132 132 0.9091 0.603 133 133 1.0 0.607 134 134 1.0 0.623 135 135 0.9167 0.622 136 136 0.9091 0.589 137 137 0.6667 0.538 138 138 0.9167 0.601 139 139 1.0 0.558 140 140 0.8889 0.565 141 141 1.0 0.607 142 142 1.0 0.555 143 143 1.0 0.549 144 144 0.875 0.454 145 145 0.7778 0.517 146 146 1.0 0.605 147 147 0.875 0.579 148 148 1.0 0.558 149 149 0.8889 0.527 150 150 0.7778 0.483 151 151 0.8571 0.547 152 152 0.6667 0.457 153 153 1.0 0.547 154 154 0.875 0.499 155 155 0.8889 0.535 156 156 0.875 0.438 157 157 0.9167 0.525 158 158 0.7778 0.515 159 159 0.875 0.462 160 160 0.875 0.590 161 161 1.0 0.562 162 162 0.8889 0.492 163 163 1.0 0.487 164 164 1.0 0.469 165 165 0.75 0.454 166 166 1.0 0.533 167 167 0.875 0.460 168 168 0.4444 0.280 169 169 1.0 0.487 170 170 0.3333 0.343 171 171 0.7778 0.530 172 172 0.75 0.449 173 173 0.4286 0.085 174 174 1.0 0.558 175 175 0.5556 0.296 176 176 1.0 0.521 177 177 0.875 0.461 178 178 0.9091 0.503 179 179 1.0 0.529 180 180 0.875 0.471 181 181 1.0 0.576 182 182 1.0 0.482 183 183 0.2222 0.144 184 184 0.75 0.488 185 185 0.8889 0.464 186 186 0.5556 0.466 187 187 1.0 0.536 188 188 0.625 0.216 189 189 0.5714 0.334 190 190 0.75 0.384 191 191 0.75 0.391 192 192 0.5 0.337 193 193 1.0 0.587 194 194 1.0 0.553 195 195 0.75 0.485 196 196 1.0 0.581 197 197 1.0 0.651 198 198 1.0 0.538 199 199 0.9167 0.609 200 200 1.0 0.622 201 201 0.8889 0.509 202 202 0.8889 0.577 203 203 1.0 0.590 204 204 0.9091 0.623 205 205 0.8 0.543 206 206 1.0 0.614 207 207 1.0 0.647 208 208 0.9091 0.626 209 209 0.8 0.597 210 210 1.0 0.633 211 211 0.9167 0.608 212 212 1.0 0.564 213 213 1.0 0.602 214 214 1.0 0.574 215 215 1.0 0.654 216 216 1.0 0.585 217 217 1.0 0.670 218 218 0.875 0.595 219 219 0.8889 0.558 220 220 0.6667 0.427 221 221 0.75 0.598 222 222 0.875 0.593 223 223 0.7778 0.546 224 224 1.0 0.617 225 225 1.0 0.549 226 226 1.0 0.623 227 227 1.0 0.613 228 228 1.0 0.582 229 229 1.0 0.578 230 230 1.0 0.591 231 231 1.0 0.617 232 232 0.8571 0.505 233 233 1.0 0.575 234 234 1.0 0.617 235 235 1.0 0.598 236 236 0.75 0.482 237 237 0.8571 0.481 238 238 0.6667 0.529 239 239 0.8333 0.549 240 240 0.8571 0.504 241 241 0.7778 0.522 242 242 0.7778 0.569 243 243 0.8571 0.562 244 244 0.875 0.563 245 245 0.875 0.563 246 246 0.8 0.601 247 247 0.875 0.611 248 248 1.0 0.608 249 249 0.7778 0.554 250 250 1.0 0.592 251 251 1.0 0.578 252 252 0.8889 0.517 253 253 1.0 0.590 254 254 1.0 0.616 255 255 1.0 0.512 256 256 0.8889 0.430 257 257 1.0 0.623 258 258 0.7778 0.478 259 259 0.7778 0.551 260 260 0.875 0.518 261 261 1.0 0.516 262 262 0.8182 0.585 263 263 0.5455 0.344 264 264 0.8 0.523 265 265 0.5556 0.522 266 266 1.0 0.646 # _pdbx_vrpt_em_details.ordinal 1 _pdbx_vrpt_em_details.recommended_contour_level 0.035 # loop_ _pdbx_vrpt_em_graph_atom_inclusion.graph_id _pdbx_vrpt_em_graph_atom_inclusion.type atom_inclusion_all_atoms all_atoms atom_inclusion_backbone backbone # loop_ _pdbx_vrpt_em_resolution_intersections.ordinal _pdbx_vrpt_em_resolution_intersections.resolution_units _pdbx_vrpt_em_resolution_intersections.spatial_frequency_units _pdbx_vrpt_em_resolution_intersections.correlation _pdbx_vrpt_em_resolution_intersections.resolution _pdbx_vrpt_em_resolution_intersections.spatial_frequency _pdbx_vrpt_em_resolution_intersections.curve _pdbx_vrpt_em_resolution_intersections.type 1 A 1/A 0.0164 3.36 0.2977 calculated_fsc threesigma 2 A 1/A 0.1806 3.80 0.2635 calculated_fsc halfbit 3 A 1/A 0.3418 4.00 0.2501 calculated_fsc onebit 4 A 1/A 0.5 4.21 0.2377 calculated_fsc 0.5 5 A 1/A 0.333 3.99 0.2507 calculated_fsc 0.333 6 A 1/A 0.143 3.74 0.2671 calculated_fsc 0.143 # _pdbx_vrpt_em_graph_fsc_curve.graph_id calculated_fsc _pdbx_vrpt_em_graph_fsc_curve.type "half_map to half_map fsc" _pdbx_vrpt_em_graph_fsc_curve.curve_name calculated_fsc # loop_ _pdbx_vrpt_em_graph_fsc_indicator_curve.graph_id _pdbx_vrpt_em_graph_fsc_indicator_curve.type _pdbx_vrpt_em_graph_fsc_indicator_curve.curve_name _pdbx_vrpt_em_graph_fsc_indicator_curve.data_curve_name calculated_fsc_threesigma threesigma calculated_fsc_threesigma calculated_fsc calculated_fsc_halfbit halfbit calculated_fsc_halfbit calculated_fsc calculated_fsc_onebit onebit calculated_fsc_onebit calculated_fsc calculated_fsc_0.5 0.5 calculated_fsc_0.5 calculated_fsc calculated_fsc_0.333 0.333 calculated_fsc_0.333 calculated_fsc calculated_fsc_0.143 0.143 calculated_fsc_0.143 calculated_fsc # loop_ _pdbx_vrpt_em_2d_graph_info.graph_data_id _pdbx_vrpt_em_2d_graph_info.graph_id _pdbx_vrpt_em_2d_graph_info.title _pdbx_vrpt_em_2d_graph_info.x_axis_title _pdbx_vrpt_em_2d_graph_info.x_axis_scale _pdbx_vrpt_em_2d_graph_info.x_axis_units _pdbx_vrpt_em_2d_graph_info.y_axis_title _pdbx_vrpt_em_2d_graph_info.y_axis_scale _pdbx_vrpt_em_2d_graph_info.y_axis_units d_dvd map_value_distribution ? Map-value ? . "Number of voxels" log10 . d_raps rotationally_averaged_power_spectrum ? "Spatial frequency" ? 1/A Intensity log10 . d_ve volume_estimate ? "Contour level" ? . Volume ? nm3 d_ai_aa atom_inclusion_all_atoms ? "Contour level" ? . "Fraction of model inside the map" ? . d_ai_bb atom_inclusion_backbone ? "Contour level" ? . "Fraction of model inside the map" ? . fsc_1 calculated_fsc "Calculated fsc" "Spatial frequency" ? 1/A "Correlation coefficient" ? . fsc_i_1 calculated_fsc_threesigma "Calculated fsc threesigma indicator curve" "Spatial frequency" ? 1/A "Correlation coefficient" ? . fsc_i_2 calculated_fsc_halfbit "Calculated fsc halfbit indicator curve" "Spatial frequency" ? 1/A "Correlation coefficient" ? . fsc_i_3 calculated_fsc_onebit "Calculated fsc onebit indicator curve" "Spatial frequency" ? 1/A "Correlation coefficient" ? . fsc_i_4 calculated_fsc_0.5 "Calculated fsc 0.5 indicator curve" "Spatial frequency" ? 1/A "Correlation coefficient" ? . fsc_i_5 calculated_fsc_0.333 "Calculated fsc 0.333 indicator curve" "Spatial frequency" ? 1/A "Correlation coefficient" ? . fsc_i_6 calculated_fsc_0.143 "Calculated fsc 0.143 indicator curve" "Spatial frequency" ? 1/A "Correlation coefficient" ? . # loop_ _pdbx_vrpt_em_2d_graph_data.ordinal _pdbx_vrpt_em_2d_graph_data.graph_data_id _pdbx_vrpt_em_2d_graph_data.x_value _pdbx_vrpt_em_2d_graph_data.y_value 1 d_dvd -0.3066426814 0.0 2 d_dvd -0.3003676398 0.0 3 d_dvd -0.2940925982 0.0 4 d_dvd -0.2878175566 0.0 5 d_dvd -0.281542515 0.0 6 d_dvd -0.2752674734 0.3010299957 7 d_dvd -0.2689924318 0.0 8 d_dvd -0.2627173902 0.3010299957 9 d_dvd -0.2564423486 0.6020599913 10 d_dvd -0.250167307 0.3010299957 11 d_dvd -0.2438922654 0.6989700043 12 d_dvd -0.2376172238 0.6020599913 13 d_dvd -0.2313421822 0.4771212547 14 d_dvd -0.2250671405 0.84509804 15 d_dvd -0.2187920989 0.9542425094 16 d_dvd -0.2125170573 0.7781512504 17 d_dvd -0.2062420157 1.3424226808 18 d_dvd -0.1999669741 1.4471580313 19 d_dvd -0.1936919325 1.531478917 20 d_dvd -0.1874168909 1.7634279936 21 d_dvd -0.1811418493 1.8920946027 22 d_dvd -0.1748668077 2.0413926852 23 d_dvd -0.1685917661 2.1789769473 24 d_dvd -0.1623167245 2.3304137733 25 d_dvd -0.1560416829 2.4517864355 26 d_dvd -0.1497666413 2.5575072019 27 d_dvd -0.1434915997 2.6794278966 28 d_dvd -0.1372165581 2.7458551952 29 d_dvd -0.1309415165 2.8549130223 30 d_dvd -0.1246664749 2.9731278536 31 d_dvd -0.1183914333 3.0777311797 32 d_dvd -0.1121163917 3.1568519011 33 d_dvd -0.1058413501 3.2314695904 34 d_dvd -0.0995663085 3.3040594662 35 d_dvd -0.0932912669 3.3923451554 36 d_dvd -0.0870162253 3.4623979979 37 d_dvd -0.0807411837 3.5234863323 38 d_dvd -0.0744661421 3.591064607 39 d_dvd -0.0681911005 3.6562899012 40 d_dvd -0.0619160589 3.7231271588 41 d_dvd -0.0556410173 3.7794521834 42 d_dvd -0.0493659757 3.8457799671 43 d_dvd -0.0430909341 3.9137608864 44 d_dvd -0.0368158925 3.9696488405 45 d_dvd -0.0305408509 4.0517311961 46 d_dvd -0.0242658093 4.1930132265 47 d_dvd -0.0179907677 4.9851838841 48 d_dvd -0.0117157261 6.4857945124 49 d_dvd -0.0054406845 7.7832623789 50 d_dvd 0.0008343571 7.1785217638 51 d_dvd 0.0071093987 6.1276249919 52 d_dvd 0.0133844403 4.9285648255 53 d_dvd 0.0196594819 4.5211904052 54 d_dvd 0.0259345235 4.3142044055 55 d_dvd 0.0322095651 4.1581211503 56 d_dvd 0.0384846067 4.0373468036 57 d_dvd 0.0447596483 3.924847633 58 d_dvd 0.0510346899 3.8445393021 59 d_dvd 0.0573097315 3.7624534824 60 d_dvd 0.0635847731 3.6849350826 61 d_dvd 0.0698598147 3.6268534147 62 d_dvd 0.0761348563 3.5784099703 63 d_dvd 0.0824098979 3.5294303544 64 d_dvd 0.0886849395 3.4851533499 65 d_dvd 0.0949599811 3.4523998459 66 d_dvd 0.1012350227 3.4230819583 67 d_dvd 0.1075100643 3.3785795761 68 d_dvd 0.1137851059 3.3504418565 69 d_dvd 0.1200601475 3.3018977172 70 d_dvd 0.1263351891 3.2676409823 71 d_dvd 0.1326102307 3.2273724423 72 d_dvd 0.1388852723 3.2060158768 73 d_dvd 0.1451603139 3.1682027468 74 d_dvd 0.1514353555 3.1486026548 75 d_dvd 0.1577103971 3.1185953652 76 d_dvd 0.1639854387 3.1027766149 77 d_dvd 0.1702604803 3.0530784435 78 d_dvd 0.1765355219 3.0253058653 79 d_dvd 0.1828105635 2.9722028384 80 d_dvd 0.1890856051 2.9590413923 81 d_dvd 0.1953606467 2.9309490312 82 d_dvd 0.2016356883 2.8543060418 83 d_dvd 0.2079107299 2.8591382973 84 d_dvd 0.2141857715 2.8007170783 85 d_dvd 0.2204608131 2.751279104 86 d_dvd 0.2267358547 2.6937269489 87 d_dvd 0.2330108963 2.6283889301 88 d_dvd 0.2392859379 2.611723308 89 d_dvd 0.2455609795 2.5378190951 90 d_dvd 0.2518360211 2.4871383755 91 d_dvd 0.2581110627 2.3692158574 92 d_dvd 0.2643861043 2.3242824553 93 d_dvd 0.2706611459 2.2900346114 94 d_dvd 0.2769361875 2.1072099696 95 d_dvd 0.2832112291 2.0128372247 96 d_dvd 0.2894862707 2.0293837777 97 d_dvd 0.2957613123 1.8325089127 98 d_dvd 0.3020363539 1.8129133566 99 d_dvd 0.3083113955 1.6627578317 100 d_dvd 0.3145864371 1.6334684556 101 d_dvd 0.3208614787 1.531478917 102 d_dvd 0.3271365203 1.3802112417 103 d_dvd 0.3334115619 1.361727836 104 d_dvd 0.3396866035 1.2041199827 105 d_dvd 0.3459616451 1.1760912591 106 d_dvd 0.3522366867 1.0413926852 107 d_dvd 0.3585117283 0.9542425094 108 d_dvd 0.3647867699 0.7781512504 109 d_dvd 0.3710618115 0.84509804 110 d_dvd 0.3773368531 0.903089987 111 d_dvd 0.3836118947 0.6989700043 112 d_dvd 0.3898869363 0.6020599913 113 d_dvd 0.3961619779 0.0 114 d_dvd 0.4024370195 0.0 115 d_dvd 0.4087120611 0.6020599913 116 d_dvd 0.4149871027 0.4771212547 117 d_dvd 0.4212621443 0.3010299957 118 d_dvd 0.4275371859 0.3010299957 119 d_dvd 0.4338122275 0.3010299957 120 d_dvd 0.4400872691 0.0 121 d_dvd 0.4463623107 0.4771212547 122 d_dvd 0.4526373523 0.3010299957 123 d_dvd 0.4589123939 0.0 124 d_dvd 0.4651874355 0.0 125 d_dvd 0.4714624771 0.0 126 d_dvd 0.4777375187 0.0 127 d_dvd 0.4840125603 0.3010299957 128 d_raps 0.0 4.2331282358 129 d_raps 0.0040610787 4.2331282358 130 d_raps 0.0081221573 4.285571745 131 d_raps 0.012183236 4.1261434224 132 d_raps 0.0162443147 3.7218764546 133 d_raps 0.0203053934 3.2583315112 134 d_raps 0.024366472 2.6942157453 135 d_raps 0.0284275507 2.2173727425 136 d_raps 0.0324886294 2.1096618736 137 d_raps 0.0365497081 1.946295785 138 d_raps 0.0406107867 1.7425636989 139 d_raps 0.0446718654 1.6070021056 140 d_raps 0.0487329441 1.5593178059 141 d_raps 0.0527940228 1.5099440973 142 d_raps 0.0568551014 1.4573990832 143 d_raps 0.0609161801 1.4498499775 144 d_raps 0.0649772588 1.448109996 145 d_raps 0.0690383374 1.4521691464 146 d_raps 0.0730994161 1.4353044936 147 d_raps 0.0771604948 1.4652996411 148 d_raps 0.0812215735 1.5213593172 149 d_raps 0.0852826521 1.5492823743 150 d_raps 0.0893437308 1.5567219047 151 d_raps 0.0934048095 1.5402606746 152 d_raps 0.0974658882 1.4902924934 153 d_raps 0.1015269668 1.4465103814 154 d_raps 0.1055880455 1.3937731704 155 d_raps 0.1096491242 1.3764283359 156 d_raps 0.1137102029 1.377825325 157 d_raps 0.1177712815 1.3659312445 158 d_raps 0.1218323602 1.3488447174 159 d_raps 0.1258934389 1.3275203019 160 d_raps 0.1299545176 1.2833298953 161 d_raps 0.1340155962 1.2425308567 162 d_raps 0.1380766749 1.1960114457 163 d_raps 0.1421377536 1.1585846792 164 d_raps 0.1461988322 1.1309593416 165 d_raps 0.1502599109 1.1128736202 166 d_raps 0.1543209896 1.1145222218 167 d_raps 0.1583820683 1.136196632 168 d_raps 0.1624431469 1.1889941028 169 d_raps 0.1665042256 1.2494512186 170 d_raps 0.1705653043 1.3296741362 171 d_raps 0.174626383 1.4060055308 172 d_raps 0.1786874616 1.4854498368 173 d_raps 0.1827485403 1.5677664575 174 d_raps 0.186809619 1.6542979896 175 d_raps 0.1908706977 1.724505473 176 d_raps 0.1949317763 1.7918545904 177 d_raps 0.198992855 1.844100298 178 d_raps 0.2030539337 1.88211586 179 d_raps 0.2071150123 1.9096054316 180 d_raps 0.211176091 1.9200226516 181 d_raps 0.2152371697 1.9196874501 182 d_raps 0.2192982484 1.9046258767 183 d_raps 0.223359327 1.8945869095 184 d_raps 0.2274204057 1.8716454598 185 d_raps 0.2314814844 1.8576592295 186 d_raps 0.2355425631 1.8465433133 187 d_raps 0.2396036417 1.8059609754 188 d_raps 0.2436647204 1.7723585011 189 d_raps 0.2477257991 1.7414995957 190 d_raps 0.2517868778 1.7194350102 191 d_raps 0.2558479564 1.698085132 192 d_raps 0.2599090351 1.6763722859 193 d_raps 0.2639701138 1.6320560155 194 d_raps 0.2680311924 1.5942464513 195 d_raps 0.2720922711 1.5506277154 196 d_raps 0.2761533498 1.5029844085 197 d_raps 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0.216343 0.177 688 d_ai_bb 0.222569 0.158 689 d_ai_bb 0.228795 0.135 690 d_ai_bb 0.235021 0.121 691 d_ai_bb 0.241247 0.105 692 d_ai_bb 0.247473 0.09 693 d_ai_bb 0.253699 0.071 694 d_ai_bb 0.259925 0.058 695 d_ai_bb 0.266151 0.049 696 d_ai_bb 0.272377 0.039 697 d_ai_bb 0.278603 0.033 698 d_ai_bb 0.284829 0.028 699 d_ai_bb 0.291055 0.023 700 d_ai_bb 0.297281 0.017 701 d_ai_bb 0.303507 0.015 702 d_ai_bb 0.309733 0.014 703 d_ai_bb 0.315959 0.013 704 d_ai_bb 0.322185 0.012 705 d_ai_bb 0.328411 0.008 706 d_ai_bb 0.334637 0.005 707 d_ai_bb 0.340863 0.005 708 d_ai_bb 0.347089 0.005 709 d_ai_bb 0.353315 0.003 710 d_ai_bb 0.359541 0.002 711 d_ai_bb 0.365767 0.001 712 d_ai_bb 0.371993 0.001 713 d_ai_bb 0.378219 0.001 714 d_ai_bb 0.384445 0.001 715 d_ai_bb 0.390671 0.001 716 d_ai_bb 0.396897 0.001 717 d_ai_bb 0.403123 0.001 718 d_ai_bb 0.409349 0.001 719 d_ai_bb 0.415575 0.001 720 d_ai_bb 0.421801 0.001 721 d_ai_bb 0.428027 0.001 722 d_ai_bb 0.434253 0.001 723 d_ai_bb 0.440479 0.001 724 d_ai_bb 0.446705 0.001 725 d_ai_bb 0.452931 0.001 726 d_ai_bb 0.459158 0.001 727 d_ai_bb 0.465384 0.0 728 d_ai_bb 0.47161 0.0 729 d_ai_bb 0.477836 0.0 730 d_ai_bb 0.484062 0.0 731 d_ai_bb 0.490288 0.0 732 fsc_1 0.0 1.0 733 fsc_1 0.0041 0.998 734 fsc_1 0.0081 0.9995 735 fsc_1 0.0122 0.9989 736 fsc_1 0.0162 0.9986 737 fsc_1 0.0203 0.9974 738 fsc_1 0.0244 0.9931 739 fsc_1 0.0284 0.9865 740 fsc_1 0.0325 0.9848 741 fsc_1 0.0365 0.9837 742 fsc_1 0.0406 0.9756 743 fsc_1 0.0447 0.9623 744 fsc_1 0.0487 0.9459 745 fsc_1 0.0528 0.9206 746 fsc_1 0.0569 0.9024 747 fsc_1 0.0609 0.9089 748 fsc_1 0.065 0.9177 749 fsc_1 0.069 0.9167 750 fsc_1 0.0731 0.914 751 fsc_1 0.0772 0.9044 752 fsc_1 0.0812 0.9211 753 fsc_1 0.0853 0.9207 754 fsc_1 0.0893 0.9221 755 fsc_1 0.0934 0.9173 756 fsc_1 0.0975 0.9074 757 fsc_1 0.1015 0.8907 758 fsc_1 0.1056 0.876 759 fsc_1 0.1096 0.8635 760 fsc_1 0.1137 0.8605 761 fsc_1 0.1178 0.8548 762 fsc_1 0.1218 0.841 763 fsc_1 0.1259 0.8285 764 fsc_1 0.13 0.803 765 fsc_1 0.134 0.7744 766 fsc_1 0.1381 0.7422 767 fsc_1 0.1421 0.7112 768 fsc_1 0.1462 0.6806 769 fsc_1 0.1503 0.6511 770 fsc_1 0.1543 0.6313 771 fsc_1 0.1584 0.6241 772 fsc_1 0.1624 0.6377 773 fsc_1 0.1665 0.6488 774 fsc_1 0.1706 0.6752 775 fsc_1 0.1746 0.698 776 fsc_1 0.1787 0.7068 777 fsc_1 0.1827 0.7345 778 fsc_1 0.1868 0.7503 779 fsc_1 0.1909 0.7694 780 fsc_1 0.1949 0.7735 781 fsc_1 0.199 0.781 782 fsc_1 0.2031 0.7768 783 fsc_1 0.2071 0.7673 784 fsc_1 0.2112 0.7522 785 fsc_1 0.2152 0.7347 786 fsc_1 0.2193 0.6986 787 fsc_1 0.2234 0.6708 788 fsc_1 0.2274 0.6312 789 fsc_1 0.2315 0.5788 790 fsc_1 0.2355 0.5321 791 fsc_1 0.2396 0.473 792 fsc_1 0.2437 0.4293 793 fsc_1 0.2477 0.3765 794 fsc_1 0.2518 0.3162 795 fsc_1 0.2558 0.2696 796 fsc_1 0.2599 0.2314 797 fsc_1 0.264 0.1741 798 fsc_1 0.268 0.1337 799 fsc_1 0.2721 0.1144 800 fsc_1 0.2762 0.09 801 fsc_1 0.2802 0.0591 802 fsc_1 0.2843 0.0487 803 fsc_1 0.2883 0.0259 804 fsc_1 0.2924 0.0273 805 fsc_1 0.2965 0.02 806 fsc_1 0.3005 0.0087 807 fsc_1 0.3046 0.0099 808 fsc_1 0.3086 0.002 809 fsc_1 0.3127 0.006 810 fsc_1 0.3168 0.0062 811 fsc_1 0.3208 0.0035 812 fsc_1 0.3249 0.0007 813 fsc_1 0.3289 -0.0001 814 fsc_1 0.333 0.002 815 fsc_1 0.3371 0.003 816 fsc_1 0.3411 -0.0037 817 fsc_1 0.3452 -0.0017 818 fsc_1 0.3493 0.0072 819 fsc_1 0.3533 -0.0043 820 fsc_1 0.3574 -0.0006 821 fsc_1 0.3614 0.0088 822 fsc_1 0.3655 0.0016 823 fsc_1 0.3696 -0.0038 824 fsc_1 0.3736 0.0028 825 fsc_1 0.3777 0.0076 826 fsc_1 0.3817 -0.0014 827 fsc_1 0.3858 -0.0029 828 fsc_1 0.3899 -0.0043 829 fsc_1 0.3939 -0.0003 830 fsc_1 0.398 -0.0036 831 fsc_1 0.402 -0.0004 832 fsc_1 0.4061 -0.0013 833 fsc_1 0.4102 -0.0049 834 fsc_1 0.4142 0.0001 835 fsc_1 0.4183 -0.0047 836 fsc_1 0.4224 0.0012 837 fsc_1 0.4264 0.0043 838 fsc_1 0.4305 0.0024 839 fsc_1 0.4345 0.0039 840 fsc_1 0.4386 0.0065 841 fsc_1 0.4427 0.0003 842 fsc_1 0.4467 -0.0065 843 fsc_1 0.4508 -0.0009 844 fsc_1 0.4548 0.0008 845 fsc_1 0.4589 0.0003 846 fsc_1 0.463 -0.0017 847 fsc_1 0.467 0.0026 848 fsc_1 0.4711 -0.0035 849 fsc_1 0.4751 -0.0 850 fsc_1 0.4792 -0.0049 851 fsc_1 0.4833 0.0022 852 fsc_1 0.4873 0.003 853 fsc_1 0.4914 0.0017 854 fsc_1 0.4955 0.0005 855 fsc_1 0.4995 -0.0033 856 fsc_1 0.5036 0.0012 857 fsc_1 0.5076 -0.0004 858 fsc_1 0.5117 -0.0027 859 fsc_1 0.5158 0.0 860 fsc_1 0.5198 0.0004 861 fsc_1 0.5239 -0.003 862 fsc_1 0.5279 0.0036 863 fsc_1 0.532 -0.0029 864 fsc_1 0.5361 0.0001 865 fsc_1 0.5401 0.0017 866 fsc_1 0.5442 0.001 867 fsc_1 0.5482 0.0034 868 fsc_1 0.5523 0.0013 869 fsc_1 0.5564 -0.003 870 fsc_1 0.5604 -0.0002 871 fsc_1 0.5645 0.0023 872 fsc_1 0.5686 0.0034 873 fsc_1 0.5726 0.001 874 fsc_1 0.5767 -0.0003 875 fsc_1 0.5807 0.0003 876 fsc_1 0.5848 0.0002 877 fsc_1 0.5889 0.003 878 fsc_1 0.5929 -0.0031 879 fsc_1 0.597 -0.0002 880 fsc_1 0.601 -0.0018 881 fsc_1 0.6051 0.0002 882 fsc_1 0.6092 -0.0023 883 fsc_1 0.6132 0.0021 884 fsc_1 0.6173 -0.0002 885 fsc_1 0.6213 -0.001 886 fsc_1 0.6254 -0.0001 887 fsc_1 0.6295 0.0024 888 fsc_1 0.6335 -0.0028 889 fsc_1 0.6376 -0.0 890 fsc_1 0.6417 0.002 891 fsc_1 0.6457 0.0029 892 fsc_1 0.6498 0.0051 893 fsc_1 0.6538 0.0006 894 fsc_1 0.6579 0.0027 895 fsc_1 0.662 0.0004 896 fsc_1 0.666 0.0011 897 fsc_1 0.6701 0.0018 898 fsc_1 0.6741 0.0026 899 fsc_1 0.6782 0.0004 900 fsc_1 0.6823 -0.0034 901 fsc_1 0.6863 0.0013 902 fsc_1 0.6904 -0.0008 903 fsc_1 0.6944 -0.0023 904 fsc_1 0.6985 0.0016 905 fsc_1 0.7026 0.0016 906 fsc_1 0.7066 0.0014 907 fsc_1 0.7107 -0.001 908 fsc_1 0.7147 0.001 909 fsc_1 0.7188 -0.0004 910 fsc_1 0.7229 -0.002 911 fsc_1 0.7269 0.0006 912 fsc_1 0.731 0.0039 913 fsc_1 0.7351 -0.0037 914 fsc_1 0.7391 -0.0022 915 fsc_1 0.7432 -0.0032 916 fsc_1 0.7472 0.0019 917 fsc_1 0.7513 -0.0018 918 fsc_1 0.7554 0.0023 919 fsc_1 0.7594 0.0005 920 fsc_1 0.7635 -0.0005 921 fsc_1 0.7675 -0.003 922 fsc_1 0.7716 -0.002 923 fsc_1 0.7757 0.0005 924 fsc_1 0.7797 -0.0013 925 fsc_1 0.7838 0.0016 926 fsc_1 0.7878 -0.0007 927 fsc_1 0.7919 -0.0016 928 fsc_1 0.796 -0.0027 929 fsc_1 0.8 0.0009 930 fsc_1 0.8041 0.0 931 fsc_1 0.8082 -0.0011 932 fsc_1 0.8122 -0.0028 933 fsc_1 0.8163 -0.0017 934 fsc_1 0.8203 -0.0024 935 fsc_1 0.8244 -0.0011 936 fsc_1 0.8285 -0.0026 937 fsc_1 0.8325 -0.0003 938 fsc_1 0.8366 -0.002 939 fsc_1 0.8406 -0.001 940 fsc_1 0.8447 0.0005 941 fsc_1 0.8488 0.0001 942 fsc_1 0.8528 -0.0025 943 fsc_1 0.8569 -0.0032 944 fsc_1 0.8609 -0.0002 945 fsc_1 0.865 -0.001 946 fsc_1 0.8691 0.0007 947 fsc_1 0.8731 -0.0024 948 fsc_1 0.8772 -0.002 949 fsc_i_1 0.0 1.0 950 fsc_i_1 0.0041 0.8739 951 fsc_i_1 0.0081 0.5181 952 fsc_i_1 0.0122 0.3639 953 fsc_i_1 0.0162 0.28 954 fsc_i_1 0.0203 0.2274 955 fsc_i_1 0.0244 0.1915 956 fsc_i_1 0.0284 0.1653 957 fsc_i_1 0.0325 0.1455 958 fsc_i_1 0.0365 0.1298 959 fsc_i_1 0.0406 0.1173 960 fsc_i_1 0.0447 0.1069 961 fsc_i_1 0.0487 0.0982 962 fsc_i_1 0.0528 0.0908 963 fsc_i_1 0.0569 0.0845 964 fsc_i_1 0.0609 0.079 965 fsc_i_1 0.065 0.0741 966 fsc_i_1 0.069 0.0698 967 fsc_i_1 0.0731 0.066 968 fsc_i_1 0.0772 0.0626 969 fsc_i_1 0.0812 0.0595 970 fsc_i_1 0.0853 0.0567 971 fsc_i_1 0.0893 0.0542 972 fsc_i_1 0.0934 0.0519 973 fsc_i_1 0.0975 0.0497 974 fsc_i_1 0.1015 0.0478 975 fsc_i_1 0.1056 0.046 976 fsc_i_1 0.1096 0.0443 977 fsc_i_1 0.1137 0.0427 978 fsc_i_1 0.1178 0.0412 979 fsc_i_1 0.1218 0.0399 980 fsc_i_1 0.1259 0.0386 981 fsc_i_1 0.13 0.0374 982 fsc_i_1 0.134 0.0363 983 fsc_i_1 0.1381 0.0352 984 fsc_i_1 0.1421 0.0342 985 fsc_i_1 0.1462 0.0333 986 fsc_i_1 0.1503 0.0324 987 fsc_i_1 0.1543 0.0316 988 fsc_i_1 0.1584 0.0308 989 fsc_i_1 0.1624 0.03 990 fsc_i_1 0.1665 0.0293 991 fsc_i_1 0.1706 0.0286 992 fsc_i_1 0.1746 0.0279 993 fsc_i_1 0.1787 0.0273 994 fsc_i_1 0.1827 0.0267 995 fsc_i_1 0.1868 0.0261 996 fsc_i_1 0.1909 0.0256 997 fsc_i_1 0.1949 0.025 998 fsc_i_1 0.199 0.0245 999 fsc_i_1 0.2031 0.024 1000 fsc_i_1 0.2071 0.0236 1001 fsc_i_1 0.2112 0.0231 1002 fsc_i_1 0.2152 0.0227 1003 fsc_i_1 0.2193 0.0223 1004 fsc_i_1 0.2234 0.0219 1005 fsc_i_1 0.2274 0.0215 1006 fsc_i_1 0.2315 0.0211 1007 fsc_i_1 0.2355 0.0207 1008 fsc_i_1 0.2396 0.0204 1009 fsc_i_1 0.2437 0.02 1010 fsc_i_1 0.2477 0.0197 1011 fsc_i_1 0.2518 0.0194 1012 fsc_i_1 0.2558 0.0191 1013 fsc_i_1 0.2599 0.0188 1014 fsc_i_1 0.264 0.0185 1015 fsc_i_1 0.268 0.0182 1016 fsc_i_1 0.2721 0.018 1017 fsc_i_1 0.2762 0.0177 1018 fsc_i_1 0.2802 0.0174 1019 fsc_i_1 0.2843 0.0172 1020 fsc_i_1 0.2883 0.017 1021 fsc_i_1 0.2924 0.0167 1022 fsc_i_1 0.2965 0.0165 1023 fsc_i_1 0.3005 0.0163 1024 fsc_i_1 0.3046 0.0161 1025 fsc_i_1 0.3086 0.0158 1026 fsc_i_1 0.3127 0.0156 1027 fsc_i_1 0.3168 0.0154 1028 fsc_i_1 0.3208 0.0152 1029 fsc_i_1 0.3249 0.0151 1030 fsc_i_1 0.3289 0.0149 1031 fsc_i_1 0.333 0.0147 1032 fsc_i_1 0.3371 0.0145 1033 fsc_i_1 0.3411 0.0143 1034 fsc_i_1 0.3452 0.0142 1035 fsc_i_1 0.3493 0.014 1036 fsc_i_1 0.3533 0.0138 1037 fsc_i_1 0.3574 0.0137 1038 fsc_i_1 0.3614 0.0135 1039 fsc_i_1 0.3655 0.0134 1040 fsc_i_1 0.3696 0.0132 1041 fsc_i_1 0.3736 0.0131 1042 fsc_i_1 0.3777 0.013 1043 fsc_i_1 0.3817 0.0128 1044 fsc_i_1 0.3858 0.0127 1045 fsc_i_1 0.3899 0.0126 1046 fsc_i_1 0.3939 0.0124 1047 fsc_i_1 0.398 0.0123 1048 fsc_i_1 0.402 0.0122 1049 fsc_i_1 0.4061 0.0121 1050 fsc_i_1 0.4102 0.0119 1051 fsc_i_1 0.4142 0.0118 1052 fsc_i_1 0.4183 0.0117 1053 fsc_i_1 0.4224 0.0116 1054 fsc_i_1 0.4264 0.0115 1055 fsc_i_1 0.4305 0.0114 1056 fsc_i_1 0.4345 0.0113 1057 fsc_i_1 0.4386 0.0112 1058 fsc_i_1 0.4427 0.0111 1059 fsc_i_1 0.4467 0.011 1060 fsc_i_1 0.4508 0.0109 1061 fsc_i_1 0.4548 0.0108 1062 fsc_i_1 0.4589 0.0107 1063 fsc_i_1 0.463 0.0106 1064 fsc_i_1 0.467 0.0105 1065 fsc_i_1 0.4711 0.0104 1066 fsc_i_1 0.4751 0.0103 1067 fsc_i_1 0.4792 0.0102 1068 fsc_i_1 0.4833 0.0101 1069 fsc_i_1 0.4873 0.01 1070 fsc_i_1 0.4914 0.01 1071 fsc_i_1 0.4955 0.0099 1072 fsc_i_1 0.4995 0.0098 1073 fsc_i_1 0.5036 0.0097 1074 fsc_i_1 0.5076 0.0096 1075 fsc_i_1 0.5117 0.0096 1076 fsc_i_1 0.5158 0.0095 1077 fsc_i_1 0.5198 0.0094 1078 fsc_i_1 0.5239 0.0093 1079 fsc_i_1 0.5279 0.0093 1080 fsc_i_1 0.532 0.0092 1081 fsc_i_1 0.5361 0.0091 1082 fsc_i_1 0.5401 0.0091 1083 fsc_i_1 0.5442 0.009 1084 fsc_i_1 0.5482 0.0089 1085 fsc_i_1 0.5523 0.0089 1086 fsc_i_1 0.5564 0.0088 1087 fsc_i_1 0.5604 0.0087 1088 fsc_i_1 0.5645 0.0087 1089 fsc_i_1 0.5686 0.0086 1090 fsc_i_1 0.5726 0.0086 1091 fsc_i_1 0.5767 0.0085 1092 fsc_i_1 0.5807 0.0084 1093 fsc_i_1 0.5848 0.0084 1094 fsc_i_1 0.5889 0.0083 1095 fsc_i_1 0.5929 0.0083 1096 fsc_i_1 0.597 0.0082 1097 fsc_i_1 0.601 0.0082 1098 fsc_i_1 0.6051 0.0081 1099 fsc_i_1 0.6092 0.008 1100 fsc_i_1 0.6132 0.008 1101 fsc_i_1 0.6173 0.0079 1102 fsc_i_1 0.6213 0.0079 1103 fsc_i_1 0.6254 0.0078 1104 fsc_i_1 0.6295 0.0078 1105 fsc_i_1 0.6335 0.0077 1106 fsc_i_1 0.6376 0.0077 1107 fsc_i_1 0.6417 0.0076 1108 fsc_i_1 0.6457 0.0076 1109 fsc_i_1 0.6498 0.0075 1110 fsc_i_1 0.6538 0.0075 1111 fsc_i_1 0.6579 0.0074 1112 fsc_i_1 0.662 0.0074 1113 fsc_i_1 0.666 0.0074 1114 fsc_i_1 0.6701 0.0073 1115 fsc_i_1 0.6741 0.0073 1116 fsc_i_1 0.6782 0.0072 1117 fsc_i_1 0.6823 0.0072 1118 fsc_i_1 0.6863 0.0071 1119 fsc_i_1 0.6904 0.0071 1120 fsc_i_1 0.6944 0.0071 1121 fsc_i_1 0.6985 0.007 1122 fsc_i_1 0.7026 0.007 1123 fsc_i_1 0.7066 0.0069 1124 fsc_i_1 0.7107 0.0069 1125 fsc_i_1 0.7147 0.0069 1126 fsc_i_1 0.7188 0.0068 1127 fsc_i_1 0.7229 0.0068 1128 fsc_i_1 0.7269 0.0067 1129 fsc_i_1 0.731 0.0067 1130 fsc_i_1 0.7351 0.0067 1131 fsc_i_1 0.7391 0.0066 1132 fsc_i_1 0.7432 0.0066 1133 fsc_i_1 0.7472 0.0066 1134 fsc_i_1 0.7513 0.0065 1135 fsc_i_1 0.7554 0.0065 1136 fsc_i_1 0.7594 0.0065 1137 fsc_i_1 0.7635 0.0064 1138 fsc_i_1 0.7675 0.0064 1139 fsc_i_1 0.7716 0.0064 1140 fsc_i_1 0.7757 0.0063 1141 fsc_i_1 0.7797 0.0063 1142 fsc_i_1 0.7838 0.0063 1143 fsc_i_1 0.7878 0.0062 1144 fsc_i_1 0.7919 0.0062 1145 fsc_i_1 0.796 0.0062 1146 fsc_i_1 0.8 0.0061 1147 fsc_i_1 0.8041 0.0061 1148 fsc_i_1 0.8082 0.0061 1149 fsc_i_1 0.8122 0.006 1150 fsc_i_1 0.8163 0.006 1151 fsc_i_1 0.8203 0.006 1152 fsc_i_1 0.8244 0.0059 1153 fsc_i_1 0.8285 0.0059 1154 fsc_i_1 0.8325 0.0059 1155 fsc_i_1 0.8366 0.0059 1156 fsc_i_1 0.8406 0.0058 1157 fsc_i_1 0.8447 0.0058 1158 fsc_i_1 0.8488 0.0058 1159 fsc_i_1 0.8528 0.0057 1160 fsc_i_1 0.8569 0.0057 1161 fsc_i_1 0.8609 0.0057 1162 fsc_i_1 0.865 0.0057 1163 fsc_i_1 0.8691 0.0056 1164 fsc_i_1 0.8731 0.0056 1165 fsc_i_1 0.8772 0.0056 1166 fsc_i_2 0.0 1.0 1167 fsc_i_2 0.0041 0.8361 1168 fsc_i_2 0.0081 0.4913 1169 fsc_i_2 0.0122 0.3792 1170 fsc_i_2 0.0162 0.325 1171 fsc_i_2 0.0203 0.2932 1172 fsc_i_2 0.0244 0.2723 1173 fsc_i_2 0.0284 0.2576 1174 fsc_i_2 0.0325 0.2465 1175 fsc_i_2 0.0365 0.238 1176 fsc_i_2 0.0406 0.2313 1177 fsc_i_2 0.0447 0.2257 1178 fsc_i_2 0.0487 0.2212 1179 fsc_i_2 0.0528 0.2173 1180 fsc_i_2 0.0569 0.214 1181 fsc_i_2 0.0609 0.2111 1182 fsc_i_2 0.065 0.2086 1183 fsc_i_2 0.069 0.2064 1184 fsc_i_2 0.0731 0.2045 1185 fsc_i_2 0.0772 0.2027 1186 fsc_i_2 0.0812 0.2011 1187 fsc_i_2 0.0853 0.1997 1188 fsc_i_2 0.0893 0.1984 1189 fsc_i_2 0.0934 0.1972 1190 fsc_i_2 0.0975 0.1962 1191 fsc_i_2 0.1015 0.1952 1192 fsc_i_2 0.1056 0.1943 1193 fsc_i_2 0.1096 0.1934 1194 fsc_i_2 0.1137 0.1926 1195 fsc_i_2 0.1178 0.1919 1196 fsc_i_2 0.1218 0.1912 1197 fsc_i_2 0.1259 0.1906 1198 fsc_i_2 0.13 0.19 1199 fsc_i_2 0.134 0.1894 1200 fsc_i_2 0.1381 0.1889 1201 fsc_i_2 0.1421 0.1884 1202 fsc_i_2 0.1462 0.1879 1203 fsc_i_2 0.1503 0.1875 1204 fsc_i_2 0.1543 0.1871 1205 fsc_i_2 0.1584 0.1867 1206 fsc_i_2 0.1624 0.1863 1207 fsc_i_2 0.1665 0.1859 1208 fsc_i_2 0.1706 0.1856 1209 fsc_i_2 0.1746 0.1852 1210 fsc_i_2 0.1787 0.1849 1211 fsc_i_2 0.1827 0.1846 1212 fsc_i_2 0.1868 0.1844 1213 fsc_i_2 0.1909 0.1841 1214 fsc_i_2 0.1949 0.1838 1215 fsc_i_2 0.199 0.1836 1216 fsc_i_2 0.2031 0.1833 1217 fsc_i_2 0.2071 0.1831 1218 fsc_i_2 0.2112 0.1829 1219 fsc_i_2 0.2152 0.1827 1220 fsc_i_2 0.2193 0.1825 1221 fsc_i_2 0.2234 0.1823 1222 fsc_i_2 0.2274 0.1821 1223 fsc_i_2 0.2315 0.1819 1224 fsc_i_2 0.2355 0.1817 1225 fsc_i_2 0.2396 0.1815 1226 fsc_i_2 0.2437 0.1814 1227 fsc_i_2 0.2477 0.1812 1228 fsc_i_2 0.2518 0.181 1229 fsc_i_2 0.2558 0.1809 1230 fsc_i_2 0.2599 0.1807 1231 fsc_i_2 0.264 0.1806 1232 fsc_i_2 0.268 0.1805 1233 fsc_i_2 0.2721 0.1803 1234 fsc_i_2 0.2762 0.1802 1235 fsc_i_2 0.2802 0.1801 1236 fsc_i_2 0.2843 0.18 1237 fsc_i_2 0.2883 0.1798 1238 fsc_i_2 0.2924 0.1797 1239 fsc_i_2 0.2965 0.1796 1240 fsc_i_2 0.3005 0.1795 1241 fsc_i_2 0.3046 0.1794 1242 fsc_i_2 0.3086 0.1793 1243 fsc_i_2 0.3127 0.1792 1244 fsc_i_2 0.3168 0.1791 1245 fsc_i_2 0.3208 0.179 1246 fsc_i_2 0.3249 0.1789 1247 fsc_i_2 0.3289 0.1788 1248 fsc_i_2 0.333 0.1787 1249 fsc_i_2 0.3371 0.1786 1250 fsc_i_2 0.3411 0.1786 1251 fsc_i_2 0.3452 0.1785 1252 fsc_i_2 0.3493 0.1784 1253 fsc_i_2 0.3533 0.1783 1254 fsc_i_2 0.3574 0.1782 1255 fsc_i_2 0.3614 0.1782 1256 fsc_i_2 0.3655 0.1781 1257 fsc_i_2 0.3696 0.178 1258 fsc_i_2 0.3736 0.1779 1259 fsc_i_2 0.3777 0.1779 1260 fsc_i_2 0.3817 0.1778 1261 fsc_i_2 0.3858 0.1777 1262 fsc_i_2 0.3899 0.1777 1263 fsc_i_2 0.3939 0.1776 1264 fsc_i_2 0.398 0.1776 1265 fsc_i_2 0.402 0.1775 1266 fsc_i_2 0.4061 0.1774 1267 fsc_i_2 0.4102 0.1774 1268 fsc_i_2 0.4142 0.1773 1269 fsc_i_2 0.4183 0.1773 1270 fsc_i_2 0.4224 0.1772 1271 fsc_i_2 0.4264 0.1772 1272 fsc_i_2 0.4305 0.1771 1273 fsc_i_2 0.4345 0.1771 1274 fsc_i_2 0.4386 0.177 1275 fsc_i_2 0.4427 0.1769 1276 fsc_i_2 0.4467 0.1769 1277 fsc_i_2 0.4508 0.1769 1278 fsc_i_2 0.4548 0.1768 1279 fsc_i_2 0.4589 0.1768 1280 fsc_i_2 0.463 0.1767 1281 fsc_i_2 0.467 0.1767 1282 fsc_i_2 0.4711 0.1766 1283 fsc_i_2 0.4751 0.1766 1284 fsc_i_2 0.4792 0.1765 1285 fsc_i_2 0.4833 0.1765 1286 fsc_i_2 0.4873 0.1765 1287 fsc_i_2 0.4914 0.1764 1288 fsc_i_2 0.4955 0.1764 1289 fsc_i_2 0.4995 0.1763 1290 fsc_i_2 0.5036 0.1763 1291 fsc_i_2 0.5076 0.1763 1292 fsc_i_2 0.5117 0.1762 1293 fsc_i_2 0.5158 0.1762 1294 fsc_i_2 0.5198 0.1761 1295 fsc_i_2 0.5239 0.1761 1296 fsc_i_2 0.5279 0.1761 1297 fsc_i_2 0.532 0.176 1298 fsc_i_2 0.5361 0.176 1299 fsc_i_2 0.5401 0.176 1300 fsc_i_2 0.5442 0.1759 1301 fsc_i_2 0.5482 0.1759 1302 fsc_i_2 0.5523 0.1759 1303 fsc_i_2 0.5564 0.1758 1304 fsc_i_2 0.5604 0.1758 1305 fsc_i_2 0.5645 0.1758 1306 fsc_i_2 0.5686 0.1758 1307 fsc_i_2 0.5726 0.1757 1308 fsc_i_2 0.5767 0.1757 1309 fsc_i_2 0.5807 0.1757 1310 fsc_i_2 0.5848 0.1756 1311 fsc_i_2 0.5889 0.1756 1312 fsc_i_2 0.5929 0.1756 1313 fsc_i_2 0.597 0.1756 1314 fsc_i_2 0.601 0.1755 1315 fsc_i_2 0.6051 0.1755 1316 fsc_i_2 0.6092 0.1755 1317 fsc_i_2 0.6132 0.1755 1318 fsc_i_2 0.6173 0.1754 1319 fsc_i_2 0.6213 0.1754 1320 fsc_i_2 0.6254 0.1754 1321 fsc_i_2 0.6295 0.1754 1322 fsc_i_2 0.6335 0.1753 1323 fsc_i_2 0.6376 0.1753 1324 fsc_i_2 0.6417 0.1753 1325 fsc_i_2 0.6457 0.1753 1326 fsc_i_2 0.6498 0.1752 1327 fsc_i_2 0.6538 0.1752 1328 fsc_i_2 0.6579 0.1752 1329 fsc_i_2 0.662 0.1752 1330 fsc_i_2 0.666 0.1751 1331 fsc_i_2 0.6701 0.1751 1332 fsc_i_2 0.6741 0.1751 1333 fsc_i_2 0.6782 0.1751 1334 fsc_i_2 0.6823 0.1751 1335 fsc_i_2 0.6863 0.175 1336 fsc_i_2 0.6904 0.175 1337 fsc_i_2 0.6944 0.175 1338 fsc_i_2 0.6985 0.175 1339 fsc_i_2 0.7026 0.175 1340 fsc_i_2 0.7066 0.1749 1341 fsc_i_2 0.7107 0.1749 1342 fsc_i_2 0.7147 0.1749 1343 fsc_i_2 0.7188 0.1749 1344 fsc_i_2 0.7229 0.1749 1345 fsc_i_2 0.7269 0.1748 1346 fsc_i_2 0.731 0.1748 1347 fsc_i_2 0.7351 0.1748 1348 fsc_i_2 0.7391 0.1748 1349 fsc_i_2 0.7432 0.1748 1350 fsc_i_2 0.7472 0.1748 1351 fsc_i_2 0.7513 0.1747 1352 fsc_i_2 0.7554 0.1747 1353 fsc_i_2 0.7594 0.1747 1354 fsc_i_2 0.7635 0.1747 1355 fsc_i_2 0.7675 0.1747 1356 fsc_i_2 0.7716 0.1747 1357 fsc_i_2 0.7757 0.1746 1358 fsc_i_2 0.7797 0.1746 1359 fsc_i_2 0.7838 0.1746 1360 fsc_i_2 0.7878 0.1746 1361 fsc_i_2 0.7919 0.1746 1362 fsc_i_2 0.796 0.1746 1363 fsc_i_2 0.8 0.1745 1364 fsc_i_2 0.8041 0.1745 1365 fsc_i_2 0.8082 0.1745 1366 fsc_i_2 0.8122 0.1745 1367 fsc_i_2 0.8163 0.1745 1368 fsc_i_2 0.8203 0.1745 1369 fsc_i_2 0.8244 0.1745 1370 fsc_i_2 0.8285 0.1744 1371 fsc_i_2 0.8325 0.1744 1372 fsc_i_2 0.8366 0.1744 1373 fsc_i_2 0.8406 0.1744 1374 fsc_i_2 0.8447 0.1744 1375 fsc_i_2 0.8488 0.1744 1376 fsc_i_2 0.8528 0.1744 1377 fsc_i_2 0.8569 0.1743 1378 fsc_i_2 0.8609 0.1743 1379 fsc_i_2 0.865 0.1743 1380 fsc_i_2 0.8691 0.1743 1381 fsc_i_2 0.8731 0.1743 1382 fsc_i_2 0.8772 0.1743 1383 fsc_i_3 0.0 1.0 1384 fsc_i_3 0.0041 0.8786 1385 fsc_i_3 0.0081 0.607 1386 fsc_i_3 0.0122 0.5135 1387 fsc_i_3 0.0162 0.4674 1388 fsc_i_3 0.0203 0.4401 1389 fsc_i_3 0.0244 0.422 1390 fsc_i_3 0.0284 0.4091 1391 fsc_i_3 0.0325 0.3995 1392 fsc_i_3 0.0365 0.3921 1393 fsc_i_3 0.0406 0.3861 1394 fsc_i_3 0.0447 0.3813 1395 fsc_i_3 0.0487 0.3773 1396 fsc_i_3 0.0528 0.3738 1397 fsc_i_3 0.0569 0.3709 1398 fsc_i_3 0.0609 0.3684 1399 fsc_i_3 0.065 0.3662 1400 fsc_i_3 0.069 0.3642 1401 fsc_i_3 0.0731 0.3625 1402 fsc_i_3 0.0772 0.361 1403 fsc_i_3 0.0812 0.3596 1404 fsc_i_3 0.0853 0.3583 1405 fsc_i_3 0.0893 0.3572 1406 fsc_i_3 0.0934 0.3561 1407 fsc_i_3 0.0975 0.3552 1408 fsc_i_3 0.1015 0.3543 1409 fsc_i_3 0.1056 0.3535 1410 fsc_i_3 0.1096 0.3527 1411 fsc_i_3 0.1137 0.3521 1412 fsc_i_3 0.1178 0.3514 1413 fsc_i_3 0.1218 0.3508 1414 fsc_i_3 0.1259 0.3502 1415 fsc_i_3 0.13 0.3497 1416 fsc_i_3 0.134 0.3492 1417 fsc_i_3 0.1381 0.3487 1418 fsc_i_3 0.1421 0.3483 1419 fsc_i_3 0.1462 0.3479 1420 fsc_i_3 0.1503 0.3475 1421 fsc_i_3 0.1543 0.3471 1422 fsc_i_3 0.1584 0.3468 1423 fsc_i_3 0.1624 0.3464 1424 fsc_i_3 0.1665 0.3461 1425 fsc_i_3 0.1706 0.3458 1426 fsc_i_3 0.1746 0.3455 1427 fsc_i_3 0.1787 0.3452 1428 fsc_i_3 0.1827 0.345 1429 fsc_i_3 0.1868 0.3447 1430 fsc_i_3 0.1909 0.3445 1431 fsc_i_3 0.1949 0.3442 1432 fsc_i_3 0.199 0.344 1433 fsc_i_3 0.2031 0.3438 1434 fsc_i_3 0.2071 0.3436 1435 fsc_i_3 0.2112 0.3434 1436 fsc_i_3 0.2152 0.3432 1437 fsc_i_3 0.2193 0.343 1438 fsc_i_3 0.2234 0.3428 1439 fsc_i_3 0.2274 0.3427 1440 fsc_i_3 0.2315 0.3425 1441 fsc_i_3 0.2355 0.3424 1442 fsc_i_3 0.2396 0.3422 1443 fsc_i_3 0.2437 0.342 1444 fsc_i_3 0.2477 0.3419 1445 fsc_i_3 0.2518 0.3418 1446 fsc_i_3 0.2558 0.3416 1447 fsc_i_3 0.2599 0.3415 1448 fsc_i_3 0.264 0.3414 1449 fsc_i_3 0.268 0.3413 1450 fsc_i_3 0.2721 0.3411 1451 fsc_i_3 0.2762 0.341 1452 fsc_i_3 0.2802 0.3409 1453 fsc_i_3 0.2843 0.3408 1454 fsc_i_3 0.2883 0.3407 1455 fsc_i_3 0.2924 0.3406 1456 fsc_i_3 0.2965 0.3405 1457 fsc_i_3 0.3005 0.3404 1458 fsc_i_3 0.3046 0.3403 1459 fsc_i_3 0.3086 0.3402 1460 fsc_i_3 0.3127 0.3401 1461 fsc_i_3 0.3168 0.34 1462 fsc_i_3 0.3208 0.34 1463 fsc_i_3 0.3249 0.3399 1464 fsc_i_3 0.3289 0.3398 1465 fsc_i_3 0.333 0.3397 1466 fsc_i_3 0.3371 0.3396 1467 fsc_i_3 0.3411 0.3396 1468 fsc_i_3 0.3452 0.3395 1469 fsc_i_3 0.3493 0.3394 1470 fsc_i_3 0.3533 0.3393 1471 fsc_i_3 0.3574 0.3393 1472 fsc_i_3 0.3614 0.3392 1473 fsc_i_3 0.3655 0.3391 1474 fsc_i_3 0.3696 0.3391 1475 fsc_i_3 0.3736 0.339 1476 fsc_i_3 0.3777 0.339 1477 fsc_i_3 0.3817 0.3389 1478 fsc_i_3 0.3858 0.3388 1479 fsc_i_3 0.3899 0.3388 1480 fsc_i_3 0.3939 0.3387 1481 fsc_i_3 0.398 0.3387 1482 fsc_i_3 0.402 0.3386 1483 fsc_i_3 0.4061 0.3386 1484 fsc_i_3 0.4102 0.3385 1485 fsc_i_3 0.4142 0.3385 1486 fsc_i_3 0.4183 0.3384 1487 fsc_i_3 0.4224 0.3384 1488 fsc_i_3 0.4264 0.3383 1489 fsc_i_3 0.4305 0.3383 1490 fsc_i_3 0.4345 0.3382 1491 fsc_i_3 0.4386 0.3382 1492 fsc_i_3 0.4427 0.3381 1493 fsc_i_3 0.4467 0.3381 1494 fsc_i_3 0.4508 0.338 1495 fsc_i_3 0.4548 0.338 1496 fsc_i_3 0.4589 0.338 1497 fsc_i_3 0.463 0.3379 1498 fsc_i_3 0.467 0.3379 1499 fsc_i_3 0.4711 0.3378 1500 fsc_i_3 0.4751 0.3378 1501 fsc_i_3 0.4792 0.3378 1502 fsc_i_3 0.4833 0.3377 1503 fsc_i_3 0.4873 0.3377 1504 fsc_i_3 0.4914 0.3377 1505 fsc_i_3 0.4955 0.3376 1506 fsc_i_3 0.4995 0.3376 1507 fsc_i_3 0.5036 0.3375 1508 fsc_i_3 0.5076 0.3375 1509 fsc_i_3 0.5117 0.3375 1510 fsc_i_3 0.5158 0.3374 1511 fsc_i_3 0.5198 0.3374 1512 fsc_i_3 0.5239 0.3374 1513 fsc_i_3 0.5279 0.3374 1514 fsc_i_3 0.532 0.3373 1515 fsc_i_3 0.5361 0.3373 1516 fsc_i_3 0.5401 0.3373 1517 fsc_i_3 0.5442 0.3372 1518 fsc_i_3 0.5482 0.3372 1519 fsc_i_3 0.5523 0.3372 1520 fsc_i_3 0.5564 0.3371 1521 fsc_i_3 0.5604 0.3371 1522 fsc_i_3 0.5645 0.3371 1523 fsc_i_3 0.5686 0.3371 1524 fsc_i_3 0.5726 0.337 1525 fsc_i_3 0.5767 0.337 1526 fsc_i_3 0.5807 0.337 1527 fsc_i_3 0.5848 0.337 1528 fsc_i_3 0.5889 0.3369 1529 fsc_i_3 0.5929 0.3369 1530 fsc_i_3 0.597 0.3369 1531 fsc_i_3 0.601 0.3369 1532 fsc_i_3 0.6051 0.3368 1533 fsc_i_3 0.6092 0.3368 1534 fsc_i_3 0.6132 0.3368 1535 fsc_i_3 0.6173 0.3368 1536 fsc_i_3 0.6213 0.3367 1537 fsc_i_3 0.6254 0.3367 1538 fsc_i_3 0.6295 0.3367 1539 fsc_i_3 0.6335 0.3367 1540 fsc_i_3 0.6376 0.3367 1541 fsc_i_3 0.6417 0.3366 1542 fsc_i_3 0.6457 0.3366 1543 fsc_i_3 0.6498 0.3366 1544 fsc_i_3 0.6538 0.3366 1545 fsc_i_3 0.6579 0.3366 1546 fsc_i_3 0.662 0.3365 1547 fsc_i_3 0.666 0.3365 1548 fsc_i_3 0.6701 0.3365 1549 fsc_i_3 0.6741 0.3365 1550 fsc_i_3 0.6782 0.3365 1551 fsc_i_3 0.6823 0.3364 1552 fsc_i_3 0.6863 0.3364 1553 fsc_i_3 0.6904 0.3364 1554 fsc_i_3 0.6944 0.3364 1555 fsc_i_3 0.6985 0.3364 1556 fsc_i_3 0.7026 0.3364 1557 fsc_i_3 0.7066 0.3363 1558 fsc_i_3 0.7107 0.3363 1559 fsc_i_3 0.7147 0.3363 1560 fsc_i_3 0.7188 0.3363 1561 fsc_i_3 0.7229 0.3363 1562 fsc_i_3 0.7269 0.3363 1563 fsc_i_3 0.731 0.3362 1564 fsc_i_3 0.7351 0.3362 1565 fsc_i_3 0.7391 0.3362 1566 fsc_i_3 0.7432 0.3362 1567 fsc_i_3 0.7472 0.3362 1568 fsc_i_3 0.7513 0.3362 1569 fsc_i_3 0.7554 0.3361 1570 fsc_i_3 0.7594 0.3361 1571 fsc_i_3 0.7635 0.3361 1572 fsc_i_3 0.7675 0.3361 1573 fsc_i_3 0.7716 0.3361 1574 fsc_i_3 0.7757 0.3361 1575 fsc_i_3 0.7797 0.3361 1576 fsc_i_3 0.7838 0.336 1577 fsc_i_3 0.7878 0.336 1578 fsc_i_3 0.7919 0.336 1579 fsc_i_3 0.796 0.336 1580 fsc_i_3 0.8 0.336 1581 fsc_i_3 0.8041 0.336 1582 fsc_i_3 0.8082 0.336 1583 fsc_i_3 0.8122 0.3359 1584 fsc_i_3 0.8163 0.3359 1585 fsc_i_3 0.8203 0.3359 1586 fsc_i_3 0.8244 0.3359 1587 fsc_i_3 0.8285 0.3359 1588 fsc_i_3 0.8325 0.3359 1589 fsc_i_3 0.8366 0.3359 1590 fsc_i_3 0.8406 0.3359 1591 fsc_i_3 0.8447 0.3358 1592 fsc_i_3 0.8488 0.3358 1593 fsc_i_3 0.8528 0.3358 1594 fsc_i_3 0.8569 0.3358 1595 fsc_i_3 0.8609 0.3358 1596 fsc_i_3 0.865 0.3358 1597 fsc_i_3 0.8691 0.3358 1598 fsc_i_3 0.8731 0.3358 1599 fsc_i_3 0.8772 0.3358 1600 fsc_i_4 0.0 0.5 1601 fsc_i_4 0.0041 0.5 1602 fsc_i_4 0.0081 0.5 1603 fsc_i_4 0.0122 0.5 1604 fsc_i_4 0.0162 0.5 1605 fsc_i_4 0.0203 0.5 1606 fsc_i_4 0.0244 0.5 1607 fsc_i_4 0.0284 0.5 1608 fsc_i_4 0.0325 0.5 1609 fsc_i_4 0.0365 0.5 1610 fsc_i_4 0.0406 0.5 1611 fsc_i_4 0.0447 0.5 1612 fsc_i_4 0.0487 0.5 1613 fsc_i_4 0.0528 0.5 1614 fsc_i_4 0.0569 0.5 1615 fsc_i_4 0.0609 0.5 1616 fsc_i_4 0.065 0.5 1617 fsc_i_4 0.069 0.5 1618 fsc_i_4 0.0731 0.5 1619 fsc_i_4 0.0772 0.5 1620 fsc_i_4 0.0812 0.5 1621 fsc_i_4 0.0853 0.5 1622 fsc_i_4 0.0893 0.5 1623 fsc_i_4 0.0934 0.5 1624 fsc_i_4 0.0975 0.5 1625 fsc_i_4 0.1015 0.5 1626 fsc_i_4 0.1056 0.5 1627 fsc_i_4 0.1096 0.5 1628 fsc_i_4 0.1137 0.5 1629 fsc_i_4 0.1178 0.5 1630 fsc_i_4 0.1218 0.5 1631 fsc_i_4 0.1259 0.5 1632 fsc_i_4 0.13 0.5 1633 fsc_i_4 0.134 0.5 1634 fsc_i_4 0.1381 0.5 1635 fsc_i_4 0.1421 0.5 1636 fsc_i_4 0.1462 0.5 1637 fsc_i_4 0.1503 0.5 1638 fsc_i_4 0.1543 0.5 1639 fsc_i_4 0.1584 0.5 1640 fsc_i_4 0.1624 0.5 1641 fsc_i_4 0.1665 0.5 1642 fsc_i_4 0.1706 0.5 1643 fsc_i_4 0.1746 0.5 1644 fsc_i_4 0.1787 0.5 1645 fsc_i_4 0.1827 0.5 1646 fsc_i_4 0.1868 0.5 1647 fsc_i_4 0.1909 0.5 1648 fsc_i_4 0.1949 0.5 1649 fsc_i_4 0.199 0.5 1650 fsc_i_4 0.2031 0.5 1651 fsc_i_4 0.2071 0.5 1652 fsc_i_4 0.2112 0.5 1653 fsc_i_4 0.2152 0.5 1654 fsc_i_4 0.2193 0.5 1655 fsc_i_4 0.2234 0.5 1656 fsc_i_4 0.2274 0.5 1657 fsc_i_4 0.2315 0.5 1658 fsc_i_4 0.2355 0.5 1659 fsc_i_4 0.2396 0.5 1660 fsc_i_4 0.2437 0.5 1661 fsc_i_4 0.2477 0.5 1662 fsc_i_4 0.2518 0.5 1663 fsc_i_4 0.2558 0.5 1664 fsc_i_4 0.2599 0.5 1665 fsc_i_4 0.264 0.5 1666 fsc_i_4 0.268 0.5 1667 fsc_i_4 0.2721 0.5 1668 fsc_i_4 0.2762 0.5 1669 fsc_i_4 0.2802 0.5 1670 fsc_i_4 0.2843 0.5 1671 fsc_i_4 0.2883 0.5 1672 fsc_i_4 0.2924 0.5 1673 fsc_i_4 0.2965 0.5 1674 fsc_i_4 0.3005 0.5 1675 fsc_i_4 0.3046 0.5 1676 fsc_i_4 0.3086 0.5 1677 fsc_i_4 0.3127 0.5 1678 fsc_i_4 0.3168 0.5 1679 fsc_i_4 0.3208 0.5 1680 fsc_i_4 0.3249 0.5 1681 fsc_i_4 0.3289 0.5 1682 fsc_i_4 0.333 0.5 1683 fsc_i_4 0.3371 0.5 1684 fsc_i_4 0.3411 0.5 1685 fsc_i_4 0.3452 0.5 1686 fsc_i_4 0.3493 0.5 1687 fsc_i_4 0.3533 0.5 1688 fsc_i_4 0.3574 0.5 1689 fsc_i_4 0.3614 0.5 1690 fsc_i_4 0.3655 0.5 1691 fsc_i_4 0.3696 0.5 1692 fsc_i_4 0.3736 0.5 1693 fsc_i_4 0.3777 0.5 1694 fsc_i_4 0.3817 0.5 1695 fsc_i_4 0.3858 0.5 1696 fsc_i_4 0.3899 0.5 1697 fsc_i_4 0.3939 0.5 1698 fsc_i_4 0.398 0.5 1699 fsc_i_4 0.402 0.5 1700 fsc_i_4 0.4061 0.5 1701 fsc_i_4 0.4102 0.5 1702 fsc_i_4 0.4142 0.5 1703 fsc_i_4 0.4183 0.5 1704 fsc_i_4 0.4224 0.5 1705 fsc_i_4 0.4264 0.5 1706 fsc_i_4 0.4305 0.5 1707 fsc_i_4 0.4345 0.5 1708 fsc_i_4 0.4386 0.5 1709 fsc_i_4 0.4427 0.5 1710 fsc_i_4 0.4467 0.5 1711 fsc_i_4 0.4508 0.5 1712 fsc_i_4 0.4548 0.5 1713 fsc_i_4 0.4589 0.5 1714 fsc_i_4 0.463 0.5 1715 fsc_i_4 0.467 0.5 1716 fsc_i_4 0.4711 0.5 1717 fsc_i_4 0.4751 0.5 1718 fsc_i_4 0.4792 0.5 1719 fsc_i_4 0.4833 0.5 1720 fsc_i_4 0.4873 0.5 1721 fsc_i_4 0.4914 0.5 1722 fsc_i_4 0.4955 0.5 1723 fsc_i_4 0.4995 0.5 1724 fsc_i_4 0.5036 0.5 1725 fsc_i_4 0.5076 0.5 1726 fsc_i_4 0.5117 0.5 1727 fsc_i_4 0.5158 0.5 1728 fsc_i_4 0.5198 0.5 1729 fsc_i_4 0.5239 0.5 1730 fsc_i_4 0.5279 0.5 1731 fsc_i_4 0.532 0.5 1732 fsc_i_4 0.5361 0.5 1733 fsc_i_4 0.5401 0.5 1734 fsc_i_4 0.5442 0.5 1735 fsc_i_4 0.5482 0.5 1736 fsc_i_4 0.5523 0.5 1737 fsc_i_4 0.5564 0.5 1738 fsc_i_4 0.5604 0.5 1739 fsc_i_4 0.5645 0.5 1740 fsc_i_4 0.5686 0.5 1741 fsc_i_4 0.5726 0.5 1742 fsc_i_4 0.5767 0.5 1743 fsc_i_4 0.5807 0.5 1744 fsc_i_4 0.5848 0.5 1745 fsc_i_4 0.5889 0.5 1746 fsc_i_4 0.5929 0.5 1747 fsc_i_4 0.597 0.5 1748 fsc_i_4 0.601 0.5 1749 fsc_i_4 0.6051 0.5 1750 fsc_i_4 0.6092 0.5 1751 fsc_i_4 0.6132 0.5 1752 fsc_i_4 0.6173 0.5 1753 fsc_i_4 0.6213 0.5 1754 fsc_i_4 0.6254 0.5 1755 fsc_i_4 0.6295 0.5 1756 fsc_i_4 0.6335 0.5 1757 fsc_i_4 0.6376 0.5 1758 fsc_i_4 0.6417 0.5 1759 fsc_i_4 0.6457 0.5 1760 fsc_i_4 0.6498 0.5 1761 fsc_i_4 0.6538 0.5 1762 fsc_i_4 0.6579 0.5 1763 fsc_i_4 0.662 0.5 1764 fsc_i_4 0.666 0.5 1765 fsc_i_4 0.6701 0.5 1766 fsc_i_4 0.6741 0.5 1767 fsc_i_4 0.6782 0.5 1768 fsc_i_4 0.6823 0.5 1769 fsc_i_4 0.6863 0.5 1770 fsc_i_4 0.6904 0.5 1771 fsc_i_4 0.6944 0.5 1772 fsc_i_4 0.6985 0.5 1773 fsc_i_4 0.7026 0.5 1774 fsc_i_4 0.7066 0.5 1775 fsc_i_4 0.7107 0.5 1776 fsc_i_4 0.7147 0.5 1777 fsc_i_4 0.7188 0.5 1778 fsc_i_4 0.7229 0.5 1779 fsc_i_4 0.7269 0.5 1780 fsc_i_4 0.731 0.5 1781 fsc_i_4 0.7351 0.5 1782 fsc_i_4 0.7391 0.5 1783 fsc_i_4 0.7432 0.5 1784 fsc_i_4 0.7472 0.5 1785 fsc_i_4 0.7513 0.5 1786 fsc_i_4 0.7554 0.5 1787 fsc_i_4 0.7594 0.5 1788 fsc_i_4 0.7635 0.5 1789 fsc_i_4 0.7675 0.5 1790 fsc_i_4 0.7716 0.5 1791 fsc_i_4 0.7757 0.5 1792 fsc_i_4 0.7797 0.5 1793 fsc_i_4 0.7838 0.5 1794 fsc_i_4 0.7878 0.5 1795 fsc_i_4 0.7919 0.5 1796 fsc_i_4 0.796 0.5 1797 fsc_i_4 0.8 0.5 1798 fsc_i_4 0.8041 0.5 1799 fsc_i_4 0.8082 0.5 1800 fsc_i_4 0.8122 0.5 1801 fsc_i_4 0.8163 0.5 1802 fsc_i_4 0.8203 0.5 1803 fsc_i_4 0.8244 0.5 1804 fsc_i_4 0.8285 0.5 1805 fsc_i_4 0.8325 0.5 1806 fsc_i_4 0.8366 0.5 1807 fsc_i_4 0.8406 0.5 1808 fsc_i_4 0.8447 0.5 1809 fsc_i_4 0.8488 0.5 1810 fsc_i_4 0.8528 0.5 1811 fsc_i_4 0.8569 0.5 1812 fsc_i_4 0.8609 0.5 1813 fsc_i_4 0.865 0.5 1814 fsc_i_4 0.8691 0.5 1815 fsc_i_4 0.8731 0.5 1816 fsc_i_4 0.8772 0.5 1817 fsc_i_5 0.0 0.333 1818 fsc_i_5 0.0041 0.333 1819 fsc_i_5 0.0081 0.333 1820 fsc_i_5 0.0122 0.333 1821 fsc_i_5 0.0162 0.333 1822 fsc_i_5 0.0203 0.333 1823 fsc_i_5 0.0244 0.333 1824 fsc_i_5 0.0284 0.333 1825 fsc_i_5 0.0325 0.333 1826 fsc_i_5 0.0365 0.333 1827 fsc_i_5 0.0406 0.333 1828 fsc_i_5 0.0447 0.333 1829 fsc_i_5 0.0487 0.333 1830 fsc_i_5 0.0528 0.333 1831 fsc_i_5 0.0569 0.333 1832 fsc_i_5 0.0609 0.333 1833 fsc_i_5 0.065 0.333 1834 fsc_i_5 0.069 0.333 1835 fsc_i_5 0.0731 0.333 1836 fsc_i_5 0.0772 0.333 1837 fsc_i_5 0.0812 0.333 1838 fsc_i_5 0.0853 0.333 1839 fsc_i_5 0.0893 0.333 1840 fsc_i_5 0.0934 0.333 1841 fsc_i_5 0.0975 0.333 1842 fsc_i_5 0.1015 0.333 1843 fsc_i_5 0.1056 0.333 1844 fsc_i_5 0.1096 0.333 1845 fsc_i_5 0.1137 0.333 1846 fsc_i_5 0.1178 0.333 1847 fsc_i_5 0.1218 0.333 1848 fsc_i_5 0.1259 0.333 1849 fsc_i_5 0.13 0.333 1850 fsc_i_5 0.134 0.333 1851 fsc_i_5 0.1381 0.333 1852 fsc_i_5 0.1421 0.333 1853 fsc_i_5 0.1462 0.333 1854 fsc_i_5 0.1503 0.333 1855 fsc_i_5 0.1543 0.333 1856 fsc_i_5 0.1584 0.333 1857 fsc_i_5 0.1624 0.333 1858 fsc_i_5 0.1665 0.333 1859 fsc_i_5 0.1706 0.333 1860 fsc_i_5 0.1746 0.333 1861 fsc_i_5 0.1787 0.333 1862 fsc_i_5 0.1827 0.333 1863 fsc_i_5 0.1868 0.333 1864 fsc_i_5 0.1909 0.333 1865 fsc_i_5 0.1949 0.333 1866 fsc_i_5 0.199 0.333 1867 fsc_i_5 0.2031 0.333 1868 fsc_i_5 0.2071 0.333 1869 fsc_i_5 0.2112 0.333 1870 fsc_i_5 0.2152 0.333 1871 fsc_i_5 0.2193 0.333 1872 fsc_i_5 0.2234 0.333 1873 fsc_i_5 0.2274 0.333 1874 fsc_i_5 0.2315 0.333 1875 fsc_i_5 0.2355 0.333 1876 fsc_i_5 0.2396 0.333 1877 fsc_i_5 0.2437 0.333 1878 fsc_i_5 0.2477 0.333 1879 fsc_i_5 0.2518 0.333 1880 fsc_i_5 0.2558 0.333 1881 fsc_i_5 0.2599 0.333 1882 fsc_i_5 0.264 0.333 1883 fsc_i_5 0.268 0.333 1884 fsc_i_5 0.2721 0.333 1885 fsc_i_5 0.2762 0.333 1886 fsc_i_5 0.2802 0.333 1887 fsc_i_5 0.2843 0.333 1888 fsc_i_5 0.2883 0.333 1889 fsc_i_5 0.2924 0.333 1890 fsc_i_5 0.2965 0.333 1891 fsc_i_5 0.3005 0.333 1892 fsc_i_5 0.3046 0.333 1893 fsc_i_5 0.3086 0.333 1894 fsc_i_5 0.3127 0.333 1895 fsc_i_5 0.3168 0.333 1896 fsc_i_5 0.3208 0.333 1897 fsc_i_5 0.3249 0.333 1898 fsc_i_5 0.3289 0.333 1899 fsc_i_5 0.333 0.333 1900 fsc_i_5 0.3371 0.333 1901 fsc_i_5 0.3411 0.333 1902 fsc_i_5 0.3452 0.333 1903 fsc_i_5 0.3493 0.333 1904 fsc_i_5 0.3533 0.333 1905 fsc_i_5 0.3574 0.333 1906 fsc_i_5 0.3614 0.333 1907 fsc_i_5 0.3655 0.333 1908 fsc_i_5 0.3696 0.333 1909 fsc_i_5 0.3736 0.333 1910 fsc_i_5 0.3777 0.333 1911 fsc_i_5 0.3817 0.333 1912 fsc_i_5 0.3858 0.333 1913 fsc_i_5 0.3899 0.333 1914 fsc_i_5 0.3939 0.333 1915 fsc_i_5 0.398 0.333 1916 fsc_i_5 0.402 0.333 1917 fsc_i_5 0.4061 0.333 1918 fsc_i_5 0.4102 0.333 1919 fsc_i_5 0.4142 0.333 1920 fsc_i_5 0.4183 0.333 1921 fsc_i_5 0.4224 0.333 1922 fsc_i_5 0.4264 0.333 1923 fsc_i_5 0.4305 0.333 1924 fsc_i_5 0.4345 0.333 1925 fsc_i_5 0.4386 0.333 1926 fsc_i_5 0.4427 0.333 1927 fsc_i_5 0.4467 0.333 1928 fsc_i_5 0.4508 0.333 1929 fsc_i_5 0.4548 0.333 1930 fsc_i_5 0.4589 0.333 1931 fsc_i_5 0.463 0.333 1932 fsc_i_5 0.467 0.333 1933 fsc_i_5 0.4711 0.333 1934 fsc_i_5 0.4751 0.333 1935 fsc_i_5 0.4792 0.333 1936 fsc_i_5 0.4833 0.333 1937 fsc_i_5 0.4873 0.333 1938 fsc_i_5 0.4914 0.333 1939 fsc_i_5 0.4955 0.333 1940 fsc_i_5 0.4995 0.333 1941 fsc_i_5 0.5036 0.333 1942 fsc_i_5 0.5076 0.333 1943 fsc_i_5 0.5117 0.333 1944 fsc_i_5 0.5158 0.333 1945 fsc_i_5 0.5198 0.333 1946 fsc_i_5 0.5239 0.333 1947 fsc_i_5 0.5279 0.333 1948 fsc_i_5 0.532 0.333 1949 fsc_i_5 0.5361 0.333 1950 fsc_i_5 0.5401 0.333 1951 fsc_i_5 0.5442 0.333 1952 fsc_i_5 0.5482 0.333 1953 fsc_i_5 0.5523 0.333 1954 fsc_i_5 0.5564 0.333 1955 fsc_i_5 0.5604 0.333 1956 fsc_i_5 0.5645 0.333 1957 fsc_i_5 0.5686 0.333 1958 fsc_i_5 0.5726 0.333 1959 fsc_i_5 0.5767 0.333 1960 fsc_i_5 0.5807 0.333 1961 fsc_i_5 0.5848 0.333 1962 fsc_i_5 0.5889 0.333 1963 fsc_i_5 0.5929 0.333 1964 fsc_i_5 0.597 0.333 1965 fsc_i_5 0.601 0.333 1966 fsc_i_5 0.6051 0.333 1967 fsc_i_5 0.6092 0.333 1968 fsc_i_5 0.6132 0.333 1969 fsc_i_5 0.6173 0.333 1970 fsc_i_5 0.6213 0.333 1971 fsc_i_5 0.6254 0.333 1972 fsc_i_5 0.6295 0.333 1973 fsc_i_5 0.6335 0.333 1974 fsc_i_5 0.6376 0.333 1975 fsc_i_5 0.6417 0.333 1976 fsc_i_5 0.6457 0.333 1977 fsc_i_5 0.6498 0.333 1978 fsc_i_5 0.6538 0.333 1979 fsc_i_5 0.6579 0.333 1980 fsc_i_5 0.662 0.333 1981 fsc_i_5 0.666 0.333 1982 fsc_i_5 0.6701 0.333 1983 fsc_i_5 0.6741 0.333 1984 fsc_i_5 0.6782 0.333 1985 fsc_i_5 0.6823 0.333 1986 fsc_i_5 0.6863 0.333 1987 fsc_i_5 0.6904 0.333 1988 fsc_i_5 0.6944 0.333 1989 fsc_i_5 0.6985 0.333 1990 fsc_i_5 0.7026 0.333 1991 fsc_i_5 0.7066 0.333 1992 fsc_i_5 0.7107 0.333 1993 fsc_i_5 0.7147 0.333 1994 fsc_i_5 0.7188 0.333 1995 fsc_i_5 0.7229 0.333 1996 fsc_i_5 0.7269 0.333 1997 fsc_i_5 0.731 0.333 1998 fsc_i_5 0.7351 0.333 1999 fsc_i_5 0.7391 0.333 2000 fsc_i_5 0.7432 0.333 2001 fsc_i_5 0.7472 0.333 2002 fsc_i_5 0.7513 0.333 2003 fsc_i_5 0.7554 0.333 2004 fsc_i_5 0.7594 0.333 2005 fsc_i_5 0.7635 0.333 2006 fsc_i_5 0.7675 0.333 2007 fsc_i_5 0.7716 0.333 2008 fsc_i_5 0.7757 0.333 2009 fsc_i_5 0.7797 0.333 2010 fsc_i_5 0.7838 0.333 2011 fsc_i_5 0.7878 0.333 2012 fsc_i_5 0.7919 0.333 2013 fsc_i_5 0.796 0.333 2014 fsc_i_5 0.8 0.333 2015 fsc_i_5 0.8041 0.333 2016 fsc_i_5 0.8082 0.333 2017 fsc_i_5 0.8122 0.333 2018 fsc_i_5 0.8163 0.333 2019 fsc_i_5 0.8203 0.333 2020 fsc_i_5 0.8244 0.333 2021 fsc_i_5 0.8285 0.333 2022 fsc_i_5 0.8325 0.333 2023 fsc_i_5 0.8366 0.333 2024 fsc_i_5 0.8406 0.333 2025 fsc_i_5 0.8447 0.333 2026 fsc_i_5 0.8488 0.333 2027 fsc_i_5 0.8528 0.333 2028 fsc_i_5 0.8569 0.333 2029 fsc_i_5 0.8609 0.333 2030 fsc_i_5 0.865 0.333 2031 fsc_i_5 0.8691 0.333 2032 fsc_i_5 0.8731 0.333 2033 fsc_i_5 0.8772 0.333 2034 fsc_i_6 0.0 0.143 2035 fsc_i_6 0.0041 0.143 2036 fsc_i_6 0.0081 0.143 2037 fsc_i_6 0.0122 0.143 2038 fsc_i_6 0.0162 0.143 2039 fsc_i_6 0.0203 0.143 2040 fsc_i_6 0.0244 0.143 2041 fsc_i_6 0.0284 0.143 2042 fsc_i_6 0.0325 0.143 2043 fsc_i_6 0.0365 0.143 2044 fsc_i_6 0.0406 0.143 2045 fsc_i_6 0.0447 0.143 2046 fsc_i_6 0.0487 0.143 2047 fsc_i_6 0.0528 0.143 2048 fsc_i_6 0.0569 0.143 2049 fsc_i_6 0.0609 0.143 2050 fsc_i_6 0.065 0.143 2051 fsc_i_6 0.069 0.143 2052 fsc_i_6 0.0731 0.143 2053 fsc_i_6 0.0772 0.143 2054 fsc_i_6 0.0812 0.143 2055 fsc_i_6 0.0853 0.143 2056 fsc_i_6 0.0893 0.143 2057 fsc_i_6 0.0934 0.143 2058 fsc_i_6 0.0975 0.143 2059 fsc_i_6 0.1015 0.143 2060 fsc_i_6 0.1056 0.143 2061 fsc_i_6 0.1096 0.143 2062 fsc_i_6 0.1137 0.143 2063 fsc_i_6 0.1178 0.143 2064 fsc_i_6 0.1218 0.143 2065 fsc_i_6 0.1259 0.143 2066 fsc_i_6 0.13 0.143 2067 fsc_i_6 0.134 0.143 2068 fsc_i_6 0.1381 0.143 2069 fsc_i_6 0.1421 0.143 2070 fsc_i_6 0.1462 0.143 2071 fsc_i_6 0.1503 0.143 2072 fsc_i_6 0.1543 0.143 2073 fsc_i_6 0.1584 0.143 2074 fsc_i_6 0.1624 0.143 2075 fsc_i_6 0.1665 0.143 2076 fsc_i_6 0.1706 0.143 2077 fsc_i_6 0.1746 0.143 2078 fsc_i_6 0.1787 0.143 2079 fsc_i_6 0.1827 0.143 2080 fsc_i_6 0.1868 0.143 2081 fsc_i_6 0.1909 0.143 2082 fsc_i_6 0.1949 0.143 2083 fsc_i_6 0.199 0.143 2084 fsc_i_6 0.2031 0.143 2085 fsc_i_6 0.2071 0.143 2086 fsc_i_6 0.2112 0.143 2087 fsc_i_6 0.2152 0.143 2088 fsc_i_6 0.2193 0.143 2089 fsc_i_6 0.2234 0.143 2090 fsc_i_6 0.2274 0.143 2091 fsc_i_6 0.2315 0.143 2092 fsc_i_6 0.2355 0.143 2093 fsc_i_6 0.2396 0.143 2094 fsc_i_6 0.2437 0.143 2095 fsc_i_6 0.2477 0.143 2096 fsc_i_6 0.2518 0.143 2097 fsc_i_6 0.2558 0.143 2098 fsc_i_6 0.2599 0.143 2099 fsc_i_6 0.264 0.143 2100 fsc_i_6 0.268 0.143 2101 fsc_i_6 0.2721 0.143 2102 fsc_i_6 0.2762 0.143 2103 fsc_i_6 0.2802 0.143 2104 fsc_i_6 0.2843 0.143 2105 fsc_i_6 0.2883 0.143 2106 fsc_i_6 0.2924 0.143 2107 fsc_i_6 0.2965 0.143 2108 fsc_i_6 0.3005 0.143 2109 fsc_i_6 0.3046 0.143 2110 fsc_i_6 0.3086 0.143 2111 fsc_i_6 0.3127 0.143 2112 fsc_i_6 0.3168 0.143 2113 fsc_i_6 0.3208 0.143 2114 fsc_i_6 0.3249 0.143 2115 fsc_i_6 0.3289 0.143 2116 fsc_i_6 0.333 0.143 2117 fsc_i_6 0.3371 0.143 2118 fsc_i_6 0.3411 0.143 2119 fsc_i_6 0.3452 0.143 2120 fsc_i_6 0.3493 0.143 2121 fsc_i_6 0.3533 0.143 2122 fsc_i_6 0.3574 0.143 2123 fsc_i_6 0.3614 0.143 2124 fsc_i_6 0.3655 0.143 2125 fsc_i_6 0.3696 0.143 2126 fsc_i_6 0.3736 0.143 2127 fsc_i_6 0.3777 0.143 2128 fsc_i_6 0.3817 0.143 2129 fsc_i_6 0.3858 0.143 2130 fsc_i_6 0.3899 0.143 2131 fsc_i_6 0.3939 0.143 2132 fsc_i_6 0.398 0.143 2133 fsc_i_6 0.402 0.143 2134 fsc_i_6 0.4061 0.143 2135 fsc_i_6 0.4102 0.143 2136 fsc_i_6 0.4142 0.143 2137 fsc_i_6 0.4183 0.143 2138 fsc_i_6 0.4224 0.143 2139 fsc_i_6 0.4264 0.143 2140 fsc_i_6 0.4305 0.143 2141 fsc_i_6 0.4345 0.143 2142 fsc_i_6 0.4386 0.143 2143 fsc_i_6 0.4427 0.143 2144 fsc_i_6 0.4467 0.143 2145 fsc_i_6 0.4508 0.143 2146 fsc_i_6 0.4548 0.143 2147 fsc_i_6 0.4589 0.143 2148 fsc_i_6 0.463 0.143 2149 fsc_i_6 0.467 0.143 2150 fsc_i_6 0.4711 0.143 2151 fsc_i_6 0.4751 0.143 2152 fsc_i_6 0.4792 0.143 2153 fsc_i_6 0.4833 0.143 2154 fsc_i_6 0.4873 0.143 2155 fsc_i_6 0.4914 0.143 2156 fsc_i_6 0.4955 0.143 2157 fsc_i_6 0.4995 0.143 2158 fsc_i_6 0.5036 0.143 2159 fsc_i_6 0.5076 0.143 2160 fsc_i_6 0.5117 0.143 2161 fsc_i_6 0.5158 0.143 2162 fsc_i_6 0.5198 0.143 2163 fsc_i_6 0.5239 0.143 2164 fsc_i_6 0.5279 0.143 2165 fsc_i_6 0.532 0.143 2166 fsc_i_6 0.5361 0.143 2167 fsc_i_6 0.5401 0.143 2168 fsc_i_6 0.5442 0.143 2169 fsc_i_6 0.5482 0.143 2170 fsc_i_6 0.5523 0.143 2171 fsc_i_6 0.5564 0.143 2172 fsc_i_6 0.5604 0.143 2173 fsc_i_6 0.5645 0.143 2174 fsc_i_6 0.5686 0.143 2175 fsc_i_6 0.5726 0.143 2176 fsc_i_6 0.5767 0.143 2177 fsc_i_6 0.5807 0.143 2178 fsc_i_6 0.5848 0.143 2179 fsc_i_6 0.5889 0.143 2180 fsc_i_6 0.5929 0.143 2181 fsc_i_6 0.597 0.143 2182 fsc_i_6 0.601 0.143 2183 fsc_i_6 0.6051 0.143 2184 fsc_i_6 0.6092 0.143 2185 fsc_i_6 0.6132 0.143 2186 fsc_i_6 0.6173 0.143 2187 fsc_i_6 0.6213 0.143 2188 fsc_i_6 0.6254 0.143 2189 fsc_i_6 0.6295 0.143 2190 fsc_i_6 0.6335 0.143 2191 fsc_i_6 0.6376 0.143 2192 fsc_i_6 0.6417 0.143 2193 fsc_i_6 0.6457 0.143 2194 fsc_i_6 0.6498 0.143 2195 fsc_i_6 0.6538 0.143 2196 fsc_i_6 0.6579 0.143 2197 fsc_i_6 0.662 0.143 2198 fsc_i_6 0.666 0.143 2199 fsc_i_6 0.6701 0.143 2200 fsc_i_6 0.6741 0.143 2201 fsc_i_6 0.6782 0.143 2202 fsc_i_6 0.6823 0.143 2203 fsc_i_6 0.6863 0.143 2204 fsc_i_6 0.6904 0.143 2205 fsc_i_6 0.6944 0.143 2206 fsc_i_6 0.6985 0.143 2207 fsc_i_6 0.7026 0.143 2208 fsc_i_6 0.7066 0.143 2209 fsc_i_6 0.7107 0.143 2210 fsc_i_6 0.7147 0.143 2211 fsc_i_6 0.7188 0.143 2212 fsc_i_6 0.7229 0.143 2213 fsc_i_6 0.7269 0.143 2214 fsc_i_6 0.731 0.143 2215 fsc_i_6 0.7351 0.143 2216 fsc_i_6 0.7391 0.143 2217 fsc_i_6 0.7432 0.143 2218 fsc_i_6 0.7472 0.143 2219 fsc_i_6 0.7513 0.143 2220 fsc_i_6 0.7554 0.143 2221 fsc_i_6 0.7594 0.143 2222 fsc_i_6 0.7635 0.143 2223 fsc_i_6 0.7675 0.143 2224 fsc_i_6 0.7716 0.143 2225 fsc_i_6 0.7757 0.143 2226 fsc_i_6 0.7797 0.143 2227 fsc_i_6 0.7838 0.143 2228 fsc_i_6 0.7878 0.143 2229 fsc_i_6 0.7919 0.143 2230 fsc_i_6 0.796 0.143 2231 fsc_i_6 0.8 0.143 2232 fsc_i_6 0.8041 0.143 2233 fsc_i_6 0.8082 0.143 2234 fsc_i_6 0.8122 0.143 2235 fsc_i_6 0.8163 0.143 2236 fsc_i_6 0.8203 0.143 2237 fsc_i_6 0.8244 0.143 2238 fsc_i_6 0.8285 0.143 2239 fsc_i_6 0.8325 0.143 2240 fsc_i_6 0.8366 0.143 2241 fsc_i_6 0.8406 0.143 2242 fsc_i_6 0.8447 0.143 2243 fsc_i_6 0.8488 0.143 2244 fsc_i_6 0.8528 0.143 2245 fsc_i_6 0.8569 0.143 2246 fsc_i_6 0.8609 0.143 2247 fsc_i_6 0.865 0.143 2248 fsc_i_6 0.8691 0.143 2249 fsc_i_6 0.8731 0.143 2250 fsc_i_6 0.8772 0.143 # loop_ _pdbx_vrpt_software.ordinal _pdbx_vrpt_software.name _pdbx_vrpt_software.version _pdbx_vrpt_software.success_y_or_n 1 molprobity "4-5-2 with Phenix2.0" Y 2 mogul unknown Y 3 buster-report "wwPDB partial adaption of 1.1.7 (2018)" Y 4 visualanalysis 0.0.1.dev133 Y 5 percentiles "20250101.v01 (using entries in the PDB archive January 1st 2025)" Y 6 chimera 1.16 Y 7 mapq 1.8.1 Y 8 validation-pipeline 2.50 Y ##