data_9W06 _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 9W06 # 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 Alpha-synuclein 14369.987 3 ? Y39E,E83G ? ? 2 polymer man Alpha-synuclein 1039.273 6 ? ? ? "The proteins in our study were expressed and purified in Escherichia coli (TAXID 562). In the island region (chain s/u/w, residues 99-110 and chain t/v/x, residues 99-108), the electron density maps did not provide clear features for the amino acid side chains. Due to the lack of reliable side-chain information, we were unable to unambiguously assign the exact residue types. To faithfully represent the presence of peptide density in this region, we modelled these residues as poly-alanine." # 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 2 ? D ? N 1 ? E ? N 2 ? F ? N 2 ? G ? N 1 ? H ? N 2 ? I ? N 2 ? # loop_ _pdbx_vrpt_database.id _pdbx_vrpt_database.code _pdbx_vrpt_database.extended_code PDB 9W06 pdb_00009w06 EMDB EMD-65494 ? # _pdbx_vrpt_exptl.ordinal 1 _pdbx_vrpt_exptl.method "electron microscopy" # _pdbx_vrpt_summary.entry_id 9W06 _pdbx_vrpt_summary.extended_entry_id pdb_00009w06 _pdbx_vrpt_summary.PDB_deposition_date 2025-07-24 _pdbx_vrpt_summary.PDB_revision_number 7 _pdbx_vrpt_summary.PDB_revision_date 2026-07-29 _pdbx_vrpt_summary.EMDB_deposition_date 2025-07-24 _pdbx_vrpt_summary.report_creation_date 2026-07-20:07:11 _pdbx_vrpt_summary.attempted_validation_steps visualanalysis,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 Alpha-synuclein 2 polymer Alpha-synuclein # loop_ _pdbx_vrpt_asym.label_asym_id _pdbx_vrpt_asym.entity_id A 1 B 2 C 2 D 1 E 2 F 2 G 1 H 2 I 2 # 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 45.61 229148 ? ? 2 2 1 57.93 23984 ? ? 3 1 2 100.00 224038 ? ? 4 2 2 100.00 23583 ? ? 5 1 3 100.00 223484 ? ? 6 2 3 100.00 23102 ? ? 7 2 4 80.8 25397 0.6 53.0 8 2 4 95.4 12797 3.1 4.1 # 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 B 100.00 2 4 2 A 1 1 B 100.00 3 5 3 A 1 1 B 100.00 4 6 3 A 1 1 B 100.00 5 3 2 D 1 1 C 100.00 6 4 2 D 1 1 C 100.00 7 5 3 D 1 1 C 100.00 8 6 3 D 1 1 C 100.00 9 3 2 G 1 1 D 100.00 10 4 2 G 1 1 D 100.00 11 5 3 G 1 1 D 100.00 12 6 3 G 1 1 D 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 B 0.50 0.45 451 608 2 1 2 B s ? ? ? ? 3 1 2 C t ? ? ? ? 4 1 1 D C 0.49 0.45 451 608 5 1 2 E u ? ? ? ? 6 1 2 F v ? ? ? ? 7 1 1 G D 0.49 0.45 451 608 8 1 2 H w ? ? ? ? 9 1 2 I x ? ? ? ? # 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 B 0.7028 0.536 2 1 2 B s 0.7833 0.564 3 1 2 C t 0.7600 0.566 4 1 1 D C 0.7053 0.534 5 1 2 E u 0.7833 0.565 6 1 2 F v 0.7400 0.570 7 1 1 G D 0.7107 0.536 8 1 2 H w 0.7833 0.565 9 1 2 I x 0.7200 0.567 # _pdbx_vrpt_summary_geometry.ordinal 1 _pdbx_vrpt_summary_geometry.percent_ramachandran_outliers 0.00 _pdbx_vrpt_summary_geometry.percent_rotamer_outliers 0.00 _pdbx_vrpt_summary_geometry.clashscore 6.20 _pdbx_vrpt_summary_geometry.num_H_reduce 1545 _pdbx_vrpt_summary_geometry.num_bonds_RMSZ 1353 _pdbx_vrpt_summary_geometry.bonds_RMSZ 0.45 _pdbx_vrpt_summary_geometry.num_angles_RMSZ 1824 _pdbx_vrpt_summary_geometry.angles_RMSZ 0.49 # _pdbx_vrpt_summary_em.exp_method "electron microscopy" _pdbx_vrpt_summary_em.ordinal 1 _pdbx_vrpt_summary_em.contour_level_primary_map 0.00771 _pdbx_vrpt_summary_em.atom_inclusion_all_atoms 0.7230 _pdbx_vrpt_summary_em.atom_inclusion_backbone 0.7810 _pdbx_vrpt_summary_em.author_provided_fsc_resolution_by_cutoff_pt_143 3.55 _pdbx_vrpt_summary_em.author_provided_fsc_resolution_by_cutoff_pt_333 3.73 _pdbx_vrpt_summary_em.author_provided_fsc_resolution_by_cutoff_pt_5 4.14 _pdbx_vrpt_summary_em.author_provided_fsc_resolution_by_cutoff_halfbit 3.57 _pdbx_vrpt_summary_em.author_provided_fsc_resolution_by_cutoff_onebit 3.74 _pdbx_vrpt_summary_em.author_provided_fsc_resolution_by_cutoff_threesigma 3.47 _pdbx_vrpt_summary_em.calculated_fsc_resolution_by_cutoff_pt_143 3.59 _pdbx_vrpt_summary_em.calculated_fsc_resolution_by_cutoff_pt_333 4.07 _pdbx_vrpt_summary_em.calculated_fsc_resolution_by_cutoff_pt_5 4.20 _pdbx_vrpt_summary_em.calculated_fsc_resolution_by_cutoff_halfbit 3.62 _pdbx_vrpt_summary_em.calculated_fsc_resolution_by_cutoff_onebit 4.07 _pdbx_vrpt_summary_em.calculated_fsc_resolution_by_cutoff_threesigma 3.47 _pdbx_vrpt_summary_em.EMDB_resolution 3.6 _pdbx_vrpt_summary_em.Q_score 0.541 # 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 1 1 1 A 33 THR B 33 . ? 1 2 1 1 A 34 LYS B 34 . ? 2 3 1 1 A 35 GLU B 35 . ? ? 4 1 1 A 36 GLY B 36 . ? ? 5 1 1 A 37 VAL B 37 . ? 1 6 1 1 A 38 LEU B 38 . ? ? 7 1 1 A 39 GLU B 39 . ? ? 8 1 1 A 40 VAL B 40 . ? ? 9 1 1 A 41 GLY B 41 . ? ? 10 1 1 A 42 SER B 42 . ? ? 11 1 1 A 43 LYS B 43 . ? ? 12 1 1 A 44 THR B 44 . ? ? 13 1 1 A 45 LYS B 45 . ? ? 14 1 1 A 46 GLU B 46 . ? ? 15 1 1 A 47 GLY B 47 . ? ? 16 1 1 A 48 VAL B 48 . ? 1 17 1 1 A 49 VAL B 49 . ? 1 18 1 1 A 50 HIS B 50 . ? ? 19 1 1 A 51 GLY B 51 . ? ? 20 1 1 A 52 VAL B 52 . ? ? 21 1 1 A 53 ALA B 53 . ? ? 22 1 1 A 54 THR B 54 . ? ? 23 1 1 A 55 VAL B 55 . ? ? 24 1 1 A 56 ALA B 56 . ? ? 25 1 1 A 57 GLU B 57 . ? ? 26 1 1 A 58 LYS B 58 . ? ? 27 1 1 A 59 THR B 59 . ? ? 28 1 1 A 60 LYS B 60 . ? ? 29 1 1 A 61 GLU B 61 . ? ? 30 1 1 A 62 GLN B 62 . ? ? 31 1 1 A 63 VAL B 63 . ? ? 32 1 1 A 64 THR B 64 . ? ? 33 1 1 A 65 ASN B 65 . ? ? 34 1 1 A 66 VAL B 66 . ? ? 35 1 1 A 67 GLY B 67 . ? ? 36 1 1 A 68 GLY B 68 . ? 1 37 1 1 A 69 ALA B 69 . ? ? 38 1 1 A 70 VAL B 70 . ? ? 39 1 1 A 71 VAL B 71 . ? ? 40 1 1 A 72 THR B 72 . ? ? 41 1 1 A 73 GLY B 73 . ? ? 42 1 1 A 74 VAL B 74 . ? ? 43 1 1 A 75 THR B 75 . ? ? 44 1 1 A 76 ALA B 76 . ? ? 45 1 1 A 77 VAL B 77 . ? ? 46 1 1 A 78 ALA B 78 . ? ? 47 1 1 A 79 GLN B 79 . ? ? 48 1 1 A 80 LYS B 80 . ? 1 49 1 1 A 81 THR B 81 . ? ? 50 1 1 A 82 VAL B 82 . ? ? 51 1 1 A 83 GLY B 83 . ? ? 52 1 1 A 84 GLY B 84 . ? ? 53 1 1 A 85 ALA B 85 . ? 1 54 1 1 A 86 GLY B 86 . ? ? 55 1 1 A 87 SER B 87 . ? ? 56 1 1 A 88 ILE B 88 . ? ? 57 1 1 A 89 ALA B 89 . ? ? 58 1 1 A 90 ALA B 90 . ? ? 59 1 1 A 91 ALA B 91 . ? ? 60 1 1 A 92 THR B 92 . ? ? 61 1 1 A 93 GLY B 93 . ? ? 62 1 1 A 94 PHE B 94 . ? 1 63 1 1 A 95 VAL B 95 . ? ? 64 1 1 A 96 LYS B 96 . ? 1 65 1 1 A 97 LYS B 97 . ? ? 66 1 1 A 98 ASP B 98 . ? ? 67 1 2 B 1 UNK s 99 . ? ? 68 1 2 B 2 UNK s 100 . ? ? 69 1 2 B 3 UNK s 101 . ? ? 70 1 2 B 4 UNK s 102 . ? ? 71 1 2 B 5 UNK s 103 . ? ? 72 1 2 B 6 UNK s 104 . ? ? 73 1 2 B 7 UNK s 105 . ? ? 74 1 2 B 8 UNK s 106 . ? ? 75 1 2 B 9 UNK s 107 . ? ? 76 1 2 B 10 UNK s 108 . ? ? 77 1 2 B 11 UNK s 109 . ? ? 78 1 2 B 12 UNK s 110 . ? ? 79 1 2 C 1 UNK t 99 . ? ? 80 1 2 C 2 UNK t 100 . ? 1 81 1 2 C 3 UNK t 101 . ? ? 82 1 2 C 4 UNK t 102 . ? ? 83 1 2 C 5 UNK t 103 . ? ? 84 1 2 C 6 UNK t 104 . ? ? 85 1 2 C 7 UNK t 105 . ? ? 86 1 2 C 8 UNK t 106 . ? ? 87 1 2 C 9 UNK t 107 . ? ? 88 1 2 C 10 UNK t 108 . ? ? 89 1 1 D 33 THR C 33 . ? 1 90 1 1 D 34 LYS C 34 . ? 2 91 1 1 D 35 GLU C 35 . ? ? 92 1 1 D 36 GLY C 36 . ? ? 93 1 1 D 37 VAL C 37 . ? 1 94 1 1 D 38 LEU C 38 . ? ? 95 1 1 D 39 GLU C 39 . ? ? 96 1 1 D 40 VAL C 40 . ? ? 97 1 1 D 41 GLY C 41 . ? ? 98 1 1 D 42 SER C 42 . ? ? 99 1 1 D 43 LYS C 43 . ? ? 100 1 1 D 44 THR C 44 . ? ? 101 1 1 D 45 LYS C 45 . ? ? 102 1 1 D 46 GLU C 46 . ? ? 103 1 1 D 47 GLY C 47 . ? ? 104 1 1 D 48 VAL C 48 . ? 1 105 1 1 D 49 VAL C 49 . ? 1 106 1 1 D 50 HIS C 50 . ? ? 107 1 1 D 51 GLY C 51 . ? ? 108 1 1 D 52 VAL C 52 . ? ? 109 1 1 D 53 ALA C 53 . ? ? 110 1 1 D 54 THR C 54 . ? ? 111 1 1 D 55 VAL C 55 . ? ? 112 1 1 D 56 ALA C 56 . ? ? 113 1 1 D 57 GLU C 57 . ? ? 114 1 1 D 58 LYS C 58 . ? ? 115 1 1 D 59 THR C 59 . ? ? 116 1 1 D 60 LYS C 60 . ? ? 117 1 1 D 61 GLU C 61 . ? ? 118 1 1 D 62 GLN C 62 . ? ? 119 1 1 D 63 VAL C 63 . ? ? 120 1 1 D 64 THR C 64 . ? ? 121 1 1 D 65 ASN C 65 . ? ? 122 1 1 D 66 VAL C 66 . ? ? 123 1 1 D 67 GLY C 67 . ? ? 124 1 1 D 68 GLY C 68 . ? 1 125 1 1 D 69 ALA C 69 . ? ? 126 1 1 D 70 VAL C 70 . ? ? 127 1 1 D 71 VAL C 71 . ? ? 128 1 1 D 72 THR C 72 . ? ? 129 1 1 D 73 GLY C 73 . ? ? 130 1 1 D 74 VAL C 74 . ? ? 131 1 1 D 75 THR C 75 . ? ? 132 1 1 D 76 ALA C 76 . ? ? 133 1 1 D 77 VAL C 77 . ? ? 134 1 1 D 78 ALA C 78 . ? ? 135 1 1 D 79 GLN C 79 . ? ? 136 1 1 D 80 LYS C 80 . ? 1 137 1 1 D 81 THR C 81 . ? ? 138 1 1 D 82 VAL C 82 . ? ? 139 1 1 D 83 GLY C 83 . ? ? 140 1 1 D 84 GLY C 84 . ? ? 141 1 1 D 85 ALA C 85 . ? 1 142 1 1 D 86 GLY C 86 . ? ? 143 1 1 D 87 SER C 87 . ? ? 144 1 1 D 88 ILE C 88 . ? ? 145 1 1 D 89 ALA C 89 . ? ? 146 1 1 D 90 ALA C 90 . ? ? 147 1 1 D 91 ALA C 91 . ? ? 148 1 1 D 92 THR C 92 . ? ? 149 1 1 D 93 GLY C 93 . ? ? 150 1 1 D 94 PHE C 94 . ? 1 151 1 1 D 95 VAL C 95 . ? ? 152 1 1 D 96 LYS C 96 . ? 1 153 1 1 D 97 LYS C 97 . ? ? 154 1 1 D 98 ASP C 98 . ? ? 155 1 2 E 1 UNK u 99 . ? ? 156 1 2 E 2 UNK u 100 . ? ? 157 1 2 E 3 UNK u 101 . ? ? 158 1 2 E 4 UNK u 102 . ? ? 159 1 2 E 5 UNK u 103 . ? ? 160 1 2 E 6 UNK u 104 . ? ? 161 1 2 E 7 UNK u 105 . ? ? 162 1 2 E 8 UNK u 106 . ? ? 163 1 2 E 9 UNK u 107 . ? ? 164 1 2 E 10 UNK u 108 . ? ? 165 1 2 E 11 UNK u 109 . ? ? 166 1 2 E 12 UNK u 110 . ? ? 167 1 2 F 1 UNK v 99 . ? ? 168 1 2 F 2 UNK v 100 . ? 1 169 1 2 F 3 UNK v 101 . ? ? 170 1 2 F 4 UNK v 102 . ? ? 171 1 2 F 5 UNK v 103 . ? ? 172 1 2 F 6 UNK v 104 . ? ? 173 1 2 F 7 UNK v 105 . ? ? 174 1 2 F 8 UNK v 106 . ? ? 175 1 2 F 9 UNK v 107 . ? ? 176 1 2 F 10 UNK v 108 . ? ? 177 1 1 G 33 THR D 33 . ? 1 178 1 1 G 34 LYS D 34 . ? 2 179 1 1 G 35 GLU D 35 . ? ? 180 1 1 G 36 GLY D 36 . ? ? 181 1 1 G 37 VAL D 37 . ? 1 182 1 1 G 38 LEU D 38 . ? ? 183 1 1 G 39 GLU D 39 . ? ? 184 1 1 G 40 VAL D 40 . ? ? 185 1 1 G 41 GLY D 41 . ? ? 186 1 1 G 42 SER D 42 . ? ? 187 1 1 G 43 LYS D 43 . ? ? 188 1 1 G 44 THR D 44 . ? ? 189 1 1 G 45 LYS D 45 . ? ? 190 1 1 G 46 GLU D 46 . ? ? 191 1 1 G 47 GLY D 47 . ? ? 192 1 1 G 48 VAL D 48 . ? 1 193 1 1 G 49 VAL D 49 . ? 1 194 1 1 G 50 HIS D 50 . ? ? 195 1 1 G 51 GLY D 51 . ? ? 196 1 1 G 52 VAL D 52 . ? ? 197 1 1 G 53 ALA D 53 . ? ? 198 1 1 G 54 THR D 54 . ? ? 199 1 1 G 55 VAL D 55 . ? ? 200 1 1 G 56 ALA D 56 . ? ? 201 1 1 G 57 GLU D 57 . ? ? 202 1 1 G 58 LYS D 58 . ? ? 203 1 1 G 59 THR D 59 . ? ? 204 1 1 G 60 LYS D 60 . ? ? 205 1 1 G 61 GLU D 61 . ? ? 206 1 1 G 62 GLN D 62 . ? ? 207 1 1 G 63 VAL D 63 . ? ? 208 1 1 G 64 THR D 64 . ? ? 209 1 1 G 65 ASN D 65 . ? ? 210 1 1 G 66 VAL D 66 . ? ? 211 1 1 G 67 GLY D 67 . ? ? 212 1 1 G 68 GLY D 68 . ? 2 213 1 1 G 69 ALA D 69 . ? ? 214 1 1 G 70 VAL D 70 . ? ? 215 1 1 G 71 VAL D 71 . ? ? 216 1 1 G 72 THR D 72 . ? ? 217 1 1 G 73 GLY D 73 . ? ? 218 1 1 G 74 VAL D 74 . ? ? 219 1 1 G 75 THR D 75 . ? ? 220 1 1 G 76 ALA D 76 . ? ? 221 1 1 G 77 VAL D 77 . ? ? 222 1 1 G 78 ALA D 78 . ? ? 223 1 1 G 79 GLN D 79 . ? ? 224 1 1 G 80 LYS D 80 . ? 2 225 1 1 G 81 THR D 81 . ? ? 226 1 1 G 82 VAL D 82 . ? ? 227 1 1 G 83 GLY D 83 . ? ? 228 1 1 G 84 GLY D 84 . ? ? 229 1 1 G 85 ALA D 85 . ? 2 230 1 1 G 86 GLY D 86 . ? ? 231 1 1 G 87 SER D 87 . ? ? 232 1 1 G 88 ILE D 88 . ? ? 233 1 1 G 89 ALA D 89 . ? ? 234 1 1 G 90 ALA D 90 . ? ? 235 1 1 G 91 ALA D 91 . ? ? 236 1 1 G 92 THR D 92 . ? ? 237 1 1 G 93 GLY D 93 . ? ? 238 1 1 G 94 PHE D 94 . ? 1 239 1 1 G 95 VAL D 95 . ? ? 240 1 1 G 96 LYS D 96 . ? 1 241 1 1 G 97 LYS D 97 . ? ? 242 1 1 G 98 ASP D 98 . ? ? 243 1 2 H 1 UNK w 99 . ? ? 244 1 2 H 2 UNK w 100 . ? ? 245 1 2 H 3 UNK w 101 . ? ? 246 1 2 H 4 UNK w 102 . ? ? 247 1 2 H 5 UNK w 103 . ? ? 248 1 2 H 6 UNK w 104 . ? ? 249 1 2 H 7 UNK w 105 . ? ? 250 1 2 H 8 UNK w 106 . ? ? 251 1 2 H 9 UNK w 107 . ? ? 252 1 2 H 10 UNK w 108 . ? ? 253 1 2 H 11 UNK w 109 . ? ? 254 1 2 H 12 UNK w 110 . ? ? 255 1 2 I 1 UNK x 99 . ? ? 256 1 2 I 2 UNK x 100 . ? 2 257 1 2 I 3 UNK x 101 . ? ? 258 1 2 I 4 UNK x 102 . ? ? 259 1 2 I 5 UNK x 103 . ? ? 260 1 2 I 6 UNK x 104 . ? ? 261 1 2 I 7 UNK x 105 . ? ? 262 1 2 I 8 UNK x 106 . ? ? 263 1 2 I 9 UNK x 107 . ? ? 264 1 2 I 10 UNK x 108 . ? ? # 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 p ? ? ? ? 6 7 0.44 10 0.73 molprobity 2 2 mttt -162.0 167.2 Favored ? 13 9 0.49 11 0.46 molprobity 3 3 tt0 -173.1 137.8 Allowed ? 6 9 0.39 12 0.61 molprobity 4 4 ? 58.4 17.1 Favored ? 3 4 0.29 5 0.47 molprobity 5 5 t -68.2 165.9 Favored ? 9 7 0.59 10 0.58 molprobity 6 6 tt -152.0 93.9 Allowed ? 11 8 0.61 11 0.51 molprobity 7 7 mt-10 -96.3 150.4 Favored ? 6 9 0.42 12 0.28 molprobity 8 8 t -135.8 92.5 Allowed ? 9 7 0.56 10 0.45 molprobity 9 9 ? 71.6 53.7 Favored ? 3 4 0.27 5 0.44 molprobity 10 10 p -95.2 97.4 Favored ? 5 6 0.28 8 0.41 molprobity 11 11 mtpt -75.8 118.3 Favored ? 13 9 0.42 11 0.22 molprobity 12 12 m -121.2 138.6 Favored ? 7 7 0.25 10 0.20 molprobity 13 13 mtpt -137.6 115.6 Favored ? 13 9 0.37 11 0.21 molprobity 14 14 tt0 -128.2 153.4 Favored ? 6 9 0.17 12 0.76 molprobity 15 15 ? 161.9 -134.4 Favored ? 3 4 0.14 5 0.76 molprobity 16 16 t -125.6 -47.5 Allowed ? 9 7 0.48 10 0.55 molprobity 17 17 t -140.3 117.7 Favored ? 9 7 0.44 10 0.79 molprobity 18 18 m170 -102.7 -61.1 Allowed ? 7 11 0.56 15 0.68 molprobity 19 19 ? -124.6 128.3 Favored ? 3 4 0.61 5 0.69 molprobity 20 20 t -138.3 123.3 Favored ? 9 7 0.47 10 0.27 molprobity 21 21 ? 57.2 16.9 Favored ? 5 5 0.19 7 0.67 molprobity 22 22 m -56.5 131.5 Favored ? 7 7 0.36 10 0.21 molprobity 23 23 t -121.5 140.3 Favored ? 9 7 0.46 10 0.36 molprobity 24 24 ? -144.9 111.8 Favored ? 5 5 0.44 7 0.23 molprobity 25 25 mt-10 -114.7 145.7 Favored ? 6 9 0.50 12 0.39 molprobity 26 26 mmmm 54.8 12.0 Allowed ? 13 9 0.33 11 0.33 molprobity 27 27 m -60.2 127.9 Favored ? 7 7 0.37 10 0.15 molprobity 28 28 ttpt -112.5 162.1 Favored ? 13 9 0.33 11 0.47 molprobity 29 29 tt0 -164.2 159.2 Favored ? 6 9 0.43 12 0.49 molprobity 30 30 tt0 -162.0 141.9 Favored ? 8 9 0.58 12 0.31 molprobity 31 31 t -141.6 142.4 Favored ? 9 7 0.42 10 0.51 molprobity 32 32 m -149.5 124.5 Favored ? 7 7 0.39 10 0.26 molprobity 33 33 t0 -127.6 104.4 Favored ? 6 8 0.44 11 0.32 molprobity 34 34 p -111.5 96.9 Favored ? 9 7 0.78 10 1.11 molprobity 35 35 ? 123.8 -144.0 Favored ? 3 4 0.98 5 0.63 molprobity 36 36 ? 78.9 140.2 Allowed ? 3 4 0.44 5 0.50 molprobity 37 37 ? -158.0 133.1 Favored ? 5 5 0.63 7 0.23 molprobity 38 38 t -122.5 134.8 Favored ? 9 7 0.56 10 0.21 molprobity 39 39 t -133.6 115.4 Favored ? 9 7 0.56 10 0.25 molprobity 40 40 m -108.6 4.7 Favored ? 7 7 0.20 10 0.70 molprobity 41 41 ? -130.6 -160.9 Favored ? 3 4 0.22 5 0.67 molprobity 42 42 t -79.5 155.9 Favored ? 9 7 0.44 10 0.45 molprobity 43 43 m -146.6 107.4 Favored ? 7 7 0.28 10 0.37 molprobity 44 44 ? -111.4 133.0 Favored ? 5 5 0.37 7 0.30 molprobity 45 45 t -141.3 133.5 Favored ? 9 7 0.31 10 0.28 molprobity 46 46 ? -138.6 141.7 Favored ? 5 5 0.47 7 0.68 molprobity 47 47 tt0 -147.6 142.4 Favored 1 8 9 0.29 12 0.19 molprobity 48 48 tttt -143.8 128.5 Favored ? 13 9 0.44 11 0.56 molprobity 49 49 p -130.8 156.1 Favored ? 7 7 0.22 10 0.21 molprobity 50 50 m -134.0 154.4 Favored ? 9 7 0.44 10 0.57 molprobity 51 51 ? 75.8 -62.5 Favored ? 3 4 0.04 5 0.29 molprobity 52 52 ? -87.5 -177.8 Favored ? 3 4 0.30 5 0.41 molprobity 53 53 ? -122.8 122.7 Favored ? 5 5 0.38 7 0.52 molprobity 54 54 ? -108.9 132.7 Favored ? 3 4 0.33 5 0.97 molprobity 55 55 p -111.7 166.3 Favored ? 5 6 0.37 8 0.38 molprobity 56 56 pt -145.0 158.1 Favored ? 11 8 0.53 11 0.65 molprobity 57 57 ? -135.4 103.8 Favored ? 5 5 0.38 7 0.25 molprobity 58 58 ? -78.6 -63.5 Allowed ? 5 5 0.38 7 0.67 molprobity 59 59 ? -135.2 84.0 Favored ? 5 5 0.39 7 0.51 molprobity 60 60 p -119.7 166.8 Favored ? 7 7 0.78 10 0.53 molprobity 61 61 ? -93.4 -40.1 Favored ? 3 4 0.92 5 0.37 molprobity 62 62 t80 -153.0 132.0 Favored ? 9 12 0.62 16 0.54 molprobity 63 63 t -138.3 99.8 Allowed ? 9 7 0.45 10 0.33 molprobity 64 64 tttm -99.3 142.9 Favored ? 13 9 0.30 11 0.54 molprobity 65 65 mttt -142.9 -167.2 Favored ? 13 9 0.26 11 0.48 molprobity 66 66 t0 ? ? ? ? 4 7 0.11 8 0.40 molprobity 67 67 ? ? ? ? ? 3 ? ? ? ? ? 68 68 ? ? ? ? ? 2 ? ? ? ? ? 69 69 ? ? ? ? ? 2 ? ? ? ? ? 70 70 ? ? ? ? ? 2 ? ? ? ? ? 71 71 ? ? ? ? ? 2 ? ? ? ? ? 72 72 ? ? ? ? ? 2 ? ? ? ? ? 73 73 ? ? ? ? ? 2 ? ? ? ? ? 74 74 ? ? ? ? ? 2 ? ? ? ? ? 75 75 ? ? ? ? ? 2 ? ? ? ? ? 76 76 ? ? ? ? ? 2 ? ? ? ? ? 77 77 ? ? ? ? ? 2 ? ? ? ? ? 78 78 ? ? ? ? ? 2 ? ? ? ? ? 79 79 ? ? ? ? ? 3 ? ? ? ? ? 80 80 ? ? ? ? ? 1 ? ? ? ? ? 81 81 ? ? ? ? ? 2 ? ? ? ? ? 82 82 ? ? ? ? ? 1 ? ? ? ? ? 83 83 ? ? ? ? ? 2 ? ? ? ? ? 84 84 ? ? ? ? ? 2 ? ? ? ? ? 85 85 ? ? ? ? ? 2 ? ? ? ? ? 86 86 ? ? ? ? ? 1 ? ? ? ? ? 87 87 ? ? ? ? ? 1 ? ? ? ? ? 88 88 ? ? ? ? ? 1 ? ? ? ? ? 89 89 p ? ? ? ? 6 7 0.44 10 0.74 molprobity 90 90 mttt -162.1 167.2 Favored ? 13 9 0.49 11 0.45 molprobity 91 91 tt0 -173.1 137.8 Allowed ? 6 9 0.37 12 0.60 molprobity 92 92 ? 58.4 17.2 Favored ? 3 4 0.30 5 0.45 molprobity 93 93 t -68.1 165.8 Favored ? 9 7 0.59 10 0.57 molprobity 94 94 tt -152.0 93.9 Allowed ? 11 8 0.60 11 0.50 molprobity 95 95 mt-10 -96.2 150.3 Favored ? 6 9 0.42 12 0.29 molprobity 96 96 t -135.8 92.6 Allowed ? 9 7 0.56 10 0.45 molprobity 97 97 ? 71.7 53.7 Favored ? 3 4 0.28 5 0.44 molprobity 98 98 p -95.2 97.4 Favored ? 5 6 0.24 8 0.41 molprobity 99 99 mtpt -75.8 118.3 Favored ? 13 9 0.42 11 0.22 molprobity 100 100 m -121.2 138.6 Favored ? 7 7 0.27 10 0.19 molprobity 101 101 mtpt -137.6 115.5 Favored ? 13 9 0.37 11 0.20 molprobity 102 102 tt0 -128.2 153.3 Favored ? 6 9 0.17 12 0.76 molprobity 103 103 ? 161.8 -134.4 Favored ? 3 4 0.11 5 0.76 molprobity 104 104 t -125.5 -47.5 Allowed ? 9 7 0.48 10 0.54 molprobity 105 105 t -140.3 117.7 Favored ? 9 7 0.44 10 0.79 molprobity 106 106 m170 -102.6 -61.1 Allowed ? 7 11 0.58 15 0.67 molprobity 107 107 ? -124.7 128.3 Favored ? 3 4 0.61 5 0.70 molprobity 108 108 t -138.3 123.3 Favored ? 9 7 0.46 10 0.29 molprobity 109 109 ? 57.1 16.9 Favored ? 5 5 0.19 7 0.66 molprobity 110 110 m -56.6 131.5 Favored ? 7 7 0.35 10 0.20 molprobity 111 111 t -121.5 140.3 Favored ? 9 7 0.45 10 0.36 molprobity 112 112 ? -144.8 111.9 Favored ? 5 5 0.43 7 0.21 molprobity 113 113 mt-10 -114.7 145.7 Favored ? 6 9 0.51 12 0.39 molprobity 114 114 mmmm 54.8 12.1 Allowed ? 13 9 0.33 11 0.33 molprobity 115 115 m -60.2 127.9 Favored ? 7 7 0.37 10 0.17 molprobity 116 116 ttpt -112.5 162.2 Favored ? 13 9 0.33 11 0.47 molprobity 117 117 tt0 -164.2 159.2 Favored ? 6 9 0.42 12 0.49 molprobity 118 118 tt0 -162.0 142.0 Favored ? 8 9 0.57 12 0.31 molprobity 119 119 t -141.7 142.4 Favored ? 9 7 0.42 10 0.51 molprobity 120 120 m -149.5 124.5 Favored ? 7 7 0.39 10 0.26 molprobity 121 121 t0 -127.6 104.4 Favored ? 6 8 0.44 11 0.32 molprobity 122 122 p -111.5 96.8 Favored ? 9 7 0.80 10 1.08 molprobity 123 123 ? 123.8 -144.0 Favored ? 3 4 0.98 5 0.64 molprobity 124 124 ? 78.9 140.2 Allowed ? 3 4 0.44 5 0.51 molprobity 125 125 ? -158.0 133.1 Favored ? 5 5 0.62 7 0.23 molprobity 126 126 t -122.5 134.8 Favored ? 9 7 0.56 10 0.22 molprobity 127 127 t -133.7 115.4 Favored ? 9 7 0.56 10 0.24 molprobity 128 128 m -108.6 4.6 Favored ? 7 7 0.20 10 0.69 molprobity 129 129 ? -130.6 -161.0 Favored ? 3 4 0.24 5 0.64 molprobity 130 130 t -79.5 155.9 Favored ? 9 7 0.41 10 0.45 molprobity 131 131 m -146.6 107.4 Favored ? 7 7 0.27 10 0.37 molprobity 132 132 ? -111.4 132.9 Favored ? 5 5 0.38 7 0.31 molprobity 133 133 t -141.3 133.6 Favored ? 9 7 0.30 10 0.27 molprobity 134 134 ? -138.6 141.7 Favored ? 5 5 0.49 7 0.67 molprobity 135 135 tt0 -147.6 142.6 Favored 1 8 9 0.30 12 0.19 molprobity 136 136 tttt -144.0 128.5 Favored ? 13 9 0.44 11 0.56 molprobity 137 137 p -130.8 156.0 Favored ? 7 7 0.22 10 0.19 molprobity 138 138 m -133.9 154.4 Favored ? 9 7 0.44 10 0.57 molprobity 139 139 ? 75.8 -62.5 Favored ? 3 4 0.05 5 0.25 molprobity 140 140 ? -87.5 -177.7 Favored ? 3 4 0.28 5 0.41 molprobity 141 141 ? -122.8 122.7 Favored ? 5 5 0.38 7 0.51 molprobity 142 142 ? -109.0 132.7 Favored ? 3 4 0.35 5 0.95 molprobity 143 143 p -111.7 166.3 Favored ? 5 6 0.37 8 0.38 molprobity 144 144 pt -145.1 158.1 Favored ? 11 8 0.55 11 0.65 molprobity 145 145 ? -135.3 103.8 Favored ? 5 5 0.38 7 0.26 molprobity 146 146 ? -78.5 -63.6 Allowed ? 5 5 0.41 7 0.67 molprobity 147 147 ? -135.2 84.0 Favored ? 5 5 0.37 7 0.53 molprobity 148 148 p -119.6 166.8 Favored ? 7 7 0.79 10 0.51 molprobity 149 149 ? -93.4 -40.1 Favored ? 3 4 0.94 5 0.35 molprobity 150 150 t80 -153.1 132.0 Favored ? 9 12 0.61 16 0.54 molprobity 151 151 t -138.3 99.8 Allowed ? 9 7 0.45 10 0.33 molprobity 152 152 tttm -99.4 142.9 Favored ? 13 9 0.29 11 0.54 molprobity 153 153 mttt -142.8 -167.2 Favored ? 13 9 0.26 11 0.48 molprobity 154 154 t0 ? ? ? ? 4 7 0.11 8 0.41 molprobity 155 155 ? ? ? ? ? 3 ? ? ? ? ? 156 156 ? ? ? ? ? 2 ? ? ? ? ? 157 157 ? ? ? ? ? 2 ? ? ? ? ? 158 158 ? ? ? ? ? 2 ? ? ? ? ? 159 159 ? ? ? ? ? 2 ? ? ? ? ? 160 160 ? ? ? ? ? 2 ? ? ? ? ? 161 161 ? ? ? ? ? 2 ? ? ? ? ? 162 162 ? ? ? ? ? 2 ? ? ? ? ? 163 163 ? ? ? ? ? 2 ? ? ? ? ? 164 164 ? ? ? ? ? 2 ? ? ? ? ? 165 165 ? ? ? ? ? 2 ? ? ? ? ? 166 166 ? ? ? ? ? 2 ? ? ? ? ? 167 167 ? ? ? ? ? 3 ? ? ? ? ? 168 168 ? ? ? ? ? 1 ? ? ? ? ? 169 169 ? ? ? ? ? 2 ? ? ? ? ? 170 170 ? ? ? ? ? 1 ? ? ? ? ? 171 171 ? ? ? ? ? 2 ? ? ? ? ? 172 172 ? ? ? ? ? 2 ? ? ? ? ? 173 173 ? ? ? ? ? 2 ? ? ? ? ? 174 174 ? ? ? ? ? 1 ? ? ? ? ? 175 175 ? ? ? ? ? 1 ? ? ? ? ? 176 176 ? ? ? ? ? 1 ? ? ? ? ? 177 177 p ? ? ? ? 6 7 0.44 10 0.74 molprobity 178 178 mttt -162.0 167.2 Favored ? 13 9 0.49 11 0.45 molprobity 179 179 tt0 -173.2 137.8 Allowed ? 6 9 0.37 12 0.60 molprobity 180 180 ? 58.3 17.2 Favored ? 3 4 0.29 5 0.46 molprobity 181 181 t -68.1 165.9 Favored ? 9 7 0.60 10 0.57 molprobity 182 182 tt -152.1 93.9 Allowed ? 11 8 0.60 11 0.50 molprobity 183 183 mt-10 -96.2 150.3 Favored ? 6 9 0.44 12 0.28 molprobity 184 184 t -135.8 92.6 Allowed ? 9 7 0.59 10 0.45 molprobity 185 185 ? 71.6 53.7 Favored ? 3 4 0.28 5 0.42 molprobity 186 186 p -95.2 97.4 Favored ? 5 6 0.27 8 0.39 molprobity 187 187 mtpt -75.8 118.3 Favored ? 13 9 0.42 11 0.22 molprobity 188 188 m -121.2 138.5 Favored ? 7 7 0.26 10 0.19 molprobity 189 189 mtpt -137.6 115.5 Favored ? 13 9 0.38 11 0.20 molprobity 190 190 tt0 -128.1 153.4 Favored ? 6 9 0.18 12 0.75 molprobity 191 191 ? 161.8 -134.3 Favored ? 3 4 0.12 5 0.78 molprobity 192 192 t -125.6 -47.6 Allowed ? 9 7 0.47 10 0.55 molprobity 193 193 t -140.3 117.7 Favored ? 9 7 0.43 10 0.78 molprobity 194 194 m170 -102.6 -61.2 Allowed ? 7 11 0.57 15 0.67 molprobity 195 195 ? -124.5 128.2 Favored ? 3 4 0.63 5 0.67 molprobity 196 196 t -138.3 123.2 Favored ? 9 7 0.48 10 0.28 molprobity 197 197 ? 57.2 16.9 Favored ? 5 5 0.19 7 0.66 molprobity 198 198 m -56.6 131.5 Favored ? 7 7 0.36 10 0.20 molprobity 199 199 t -121.5 140.3 Favored ? 9 7 0.46 10 0.37 molprobity 200 200 ? -144.9 111.8 Favored ? 5 5 0.42 7 0.22 molprobity 201 201 mt-10 -114.7 145.7 Favored ? 6 9 0.49 12 0.39 molprobity 202 202 mmmm 54.8 12.0 Allowed ? 13 9 0.33 11 0.33 molprobity 203 203 m -60.2 127.8 Favored ? 7 7 0.38 10 0.16 molprobity 204 204 ttpt -112.5 162.1 Favored ? 13 9 0.33 11 0.46 molprobity 205 205 tt0 -164.2 159.2 Favored ? 6 9 0.42 12 0.49 molprobity 206 206 tt0 -162.0 142.0 Favored ? 8 9 0.57 12 0.32 molprobity 207 207 t -141.7 142.3 Favored ? 9 7 0.41 10 0.52 molprobity 208 208 m -149.4 124.5 Favored ? 7 7 0.38 10 0.26 molprobity 209 209 t0 -127.6 104.4 Favored ? 6 8 0.46 11 0.33 molprobity 210 210 p -111.5 97.0 Favored ? 9 7 0.78 10 1.09 molprobity 211 211 ? 123.7 -144.1 Favored ? 3 4 0.95 5 0.64 molprobity 212 212 ? 78.9 140.2 Allowed ? 3 4 0.43 5 0.50 molprobity 213 213 ? -158.0 133.1 Favored ? 5 5 0.63 7 0.23 molprobity 214 214 t -122.5 134.8 Favored ? 9 7 0.56 10 0.22 molprobity 215 215 t -133.6 115.5 Favored ? 9 7 0.57 10 0.24 molprobity 216 216 m -108.6 4.7 Favored ? 7 7 0.21 10 0.70 molprobity 217 217 ? -130.6 -161.0 Favored ? 3 4 0.24 5 0.64 molprobity 218 218 t -79.5 155.9 Favored ? 9 7 0.44 10 0.45 molprobity 219 219 m -146.6 107.4 Favored ? 7 7 0.28 10 0.37 molprobity 220 220 ? -111.4 133.0 Favored ? 5 5 0.35 7 0.32 molprobity 221 221 t -141.3 133.6 Favored ? 9 7 0.31 10 0.28 molprobity 222 222 ? -138.6 141.6 Favored ? 5 5 0.48 7 0.69 molprobity 223 223 tt0 -147.6 142.5 Favored 1 8 9 0.30 12 0.19 molprobity 224 224 tttt -143.9 128.5 Favored ? 13 9 0.44 11 0.57 molprobity 225 225 p -130.8 156.1 Favored ? 7 7 0.21 10 0.19 molprobity 226 226 m -134.0 154.3 Favored ? 9 7 0.45 10 0.57 molprobity 227 227 ? 75.9 -62.6 Favored ? 3 4 0.07 5 0.27 molprobity 228 228 ? -87.4 -177.8 Favored ? 3 4 0.29 5 0.39 molprobity 229 229 ? -122.7 122.7 Favored ? 5 5 0.40 7 0.53 molprobity 230 230 ? -109.0 132.7 Favored ? 3 4 0.33 5 0.98 molprobity 231 231 p -111.7 166.3 Favored ? 5 6 0.36 8 0.38 molprobity 232 232 pt -145.1 158.1 Favored ? 11 8 0.54 11 0.65 molprobity 233 233 ? -135.3 103.8 Favored ? 5 5 0.40 7 0.26 molprobity 234 234 ? -78.5 -63.5 Allowed ? 5 5 0.40 7 0.67 molprobity 235 235 ? -135.2 84.0 Favored ? 5 5 0.40 7 0.51 molprobity 236 236 p -119.7 166.8 Favored ? 7 7 0.78 10 0.53 molprobity 237 237 ? -93.5 -40.1 Favored ? 3 4 0.92 5 0.36 molprobity 238 238 t80 -153.0 132.1 Favored ? 9 12 0.63 16 0.54 molprobity 239 239 t -138.4 99.8 Allowed ? 9 7 0.45 10 0.33 molprobity 240 240 tttm -99.4 142.9 Favored ? 13 9 0.29 11 0.55 molprobity 241 241 mttt -142.8 -167.2 Favored ? 13 9 0.26 11 0.49 molprobity 242 242 t0 ? ? ? ? 4 7 0.11 8 0.40 molprobity 243 243 ? ? ? ? ? 3 ? ? ? ? ? 244 244 ? ? ? ? ? 2 ? ? ? ? ? 245 245 ? ? ? ? ? 2 ? ? ? ? ? 246 246 ? ? ? ? ? 2 ? ? ? ? ? 247 247 ? ? ? ? ? 2 ? ? ? ? ? 248 248 ? ? ? ? ? 2 ? ? ? ? ? 249 249 ? ? ? ? ? 2 ? ? ? ? ? 250 250 ? ? ? ? ? 2 ? ? ? ? ? 251 251 ? ? ? ? ? 2 ? ? ? ? ? 252 252 ? ? ? ? ? 2 ? ? ? ? ? 253 253 ? ? ? ? ? 2 ? ? ? ? ? 254 254 ? ? ? ? ? 2 ? ? ? ? ? 255 255 ? ? ? ? ? 3 ? ? ? ? ? 256 256 ? ? ? ? ? 1 ? ? ? ? ? 257 257 ? ? ? ? ? 2 ? ? ? ? ? 258 258 ? ? ? ? ? 1 ? ? ? ? ? 259 259 ? ? ? ? ? 2 ? ? ? ? ? 260 260 ? ? ? ? ? 2 ? ? ? ? ? 261 261 ? ? ? ? ? 2 ? ? ? ? ? 262 262 ? ? ? ? ? 1 ? ? ? ? ? 263 263 ? ? ? ? ? 1 ? ? ? ? ? 264 264 ? ? ? ? ? 1 ? ? ? ? ? # 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 1 O 1 0.51 2.11 2 2 HG3 1 0.51 2.11 3 2 HB3 2 0.50 1.93 4 5 HG21 2 0.50 1.93 5 16 HG12 3 0.65 1.79 6 17 HG23 3 0.65 1.79 7 36 O 4 0.42 2.19 8 48 O 5 0.54 2.07 9 53 O 6 0.40 2.21 10 62 HE1 7 0.56 1.70 11 64 HB2 7 0.56 1.70 12 80 O 8 0.45 2.16 13 89 O 9 0.50 2.11 14 90 HG3 9 0.50 2.11 15 90 HB3 10 0.49 1.93 16 93 HG21 10 0.49 1.93 17 104 HG12 11 0.65 1.79 18 105 HG23 11 0.65 1.79 19 124 HA2 12 0.45 2.16 20 136 HA 13 0.54 2.07 21 141 HB1 14 0.45 2.16 22 150 HE1 15 0.56 1.70 23 152 HB2 15 0.56 1.70 24 168 HA 16 0.45 2.16 25 177 O 17 0.50 2.11 26 178 HG3 17 0.50 2.11 27 178 HB3 18 0.50 1.93 28 181 HG21 18 0.50 1.93 29 192 HG12 19 0.65 1.79 30 193 HG23 19 0.65 1.79 31 212 O 12 0.45 2.16 32 212 HA2 4 0.42 2.19 33 224 HA 5 0.54 2.07 34 224 O 13 0.54 2.07 35 229 O 14 0.45 2.16 36 229 HB1 6 0.40 2.21 37 238 HE1 20 0.56 1.70 38 240 HB2 20 0.56 1.70 39 256 HA 8 0.45 2.16 40 256 O 16 0.45 2.16 # 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 0.8571 0.514 2 2 0.7778 0.508 3 3 0.5556 0.562 4 4 0.75 0.581 5 5 0.7143 0.528 6 6 0.75 0.554 7 7 0.5556 0.509 8 8 0.8571 0.559 9 9 0.5 0.470 10 10 0.8333 0.536 11 11 0.6667 0.599 12 12 0.7143 0.496 13 13 0.7778 0.595 14 14 0.4444 0.563 15 15 0.75 0.508 16 16 0.8571 0.478 17 17 0.8571 0.568 18 18 0.8 0.532 19 19 0.75 0.446 20 20 0.7143 0.562 21 21 0.8 0.559 22 22 0.7143 0.510 23 23 0.8571 0.527 24 24 0.8 0.571 25 25 0.5556 0.493 26 26 0.6667 0.502 27 27 0.7143 0.517 28 28 0.8889 0.583 29 29 0.6667 0.566 30 30 0.6667 0.566 31 31 0.8571 0.557 32 32 0.7143 0.584 33 33 0.75 0.494 34 34 0.5714 0.565 35 35 1.0 0.596 36 36 1.0 0.577 37 37 0.8 0.573 38 38 0.5714 0.510 39 39 0.5714 0.519 40 40 0.7143 0.601 41 41 0.5 0.441 42 42 0.7143 0.555 43 43 0.5714 0.546 44 44 0.8 0.576 45 45 0.7143 0.535 46 46 0.6 0.550 47 47 0.8889 0.584 48 48 0.6667 0.567 49 49 0.5714 0.475 50 50 0.7143 0.552 51 51 0.25 0.415 52 52 0.5 0.371 53 53 0.4 0.442 54 54 0.5 0.449 55 55 0.5 0.467 56 56 0.75 0.499 57 57 0.6 0.548 58 58 0.6 0.503 59 59 0.8 0.580 60 60 0.5714 0.466 61 61 0.75 0.525 62 62 0.9091 0.529 63 63 0.8571 0.554 64 64 0.7778 0.572 65 65 0.8889 0.597 66 66 0.625 0.571 67 67 0.2 0.571 68 68 1.0 0.596 69 69 1.0 0.543 70 70 1.0 0.602 71 71 1.0 0.564 72 72 1.0 0.610 73 73 0.6 0.559 74 74 1.0 0.640 75 75 0.8 0.540 76 76 1.0 0.605 77 77 0.4 0.530 78 78 0.4 0.406 79 79 1.0 0.610 80 80 0.8 0.554 81 81 0.8 0.581 82 82 0.8 0.591 83 83 0.8 0.575 84 84 0.8 0.530 85 85 0.8 0.541 86 86 0.8 0.511 87 87 0.6 0.559 88 88 0.4 0.613 89 89 0.8571 0.508 90 90 0.7778 0.505 91 91 0.5556 0.561 92 92 0.75 0.575 93 93 0.7143 0.537 94 94 0.75 0.561 95 95 0.4444 0.512 96 96 0.8571 0.567 97 97 0.5 0.482 98 98 0.8333 0.546 99 99 0.7778 0.603 100 100 0.7143 0.506 101 101 0.7778 0.597 102 102 0.4444 0.557 103 103 0.75 0.479 104 104 0.8571 0.456 105 105 0.8571 0.552 106 106 0.9 0.543 107 107 0.75 0.440 108 108 0.7143 0.559 109 109 0.8 0.564 110 110 0.8571 0.507 111 111 0.8571 0.511 112 112 0.8 0.558 113 113 0.5556 0.466 114 114 0.6667 0.513 115 115 0.7143 0.482 116 116 0.6667 0.573 117 117 0.5556 0.572 118 118 0.7778 0.578 119 119 0.8571 0.551 120 120 0.7143 0.570 121 121 0.75 0.500 122 122 0.7143 0.584 123 123 1.0 0.534 124 124 1.0 0.559 125 125 0.8 0.564 126 126 0.5714 0.501 127 127 0.5714 0.539 128 128 0.7143 0.601 129 129 0.5 0.451 130 130 0.8571 0.574 131 131 0.4286 0.520 132 132 0.6 0.560 133 133 0.7143 0.540 134 134 0.6 0.559 135 135 0.8889 0.580 136 136 0.7778 0.560 137 137 0.5714 0.459 138 138 0.7143 0.543 139 139 0.25 0.419 140 140 0.5 0.414 141 141 0.6 0.443 142 142 0.5 0.436 143 143 0.5 0.494 144 144 0.75 0.500 145 145 0.6 0.536 146 146 0.6 0.457 147 147 0.8 0.558 148 148 0.5714 0.468 149 149 0.75 0.523 150 150 0.9091 0.540 151 151 0.8571 0.548 152 152 0.7778 0.572 153 153 0.7778 0.600 154 154 0.625 0.578 155 155 0.2 0.566 156 156 1.0 0.589 157 157 1.0 0.555 158 158 1.0 0.614 159 159 1.0 0.555 160 160 1.0 0.614 161 161 0.6 0.546 162 162 1.0 0.636 163 163 0.8 0.548 164 164 1.0 0.609 165 165 0.4 0.529 166 166 0.4 0.425 167 167 1.0 0.607 168 168 0.6 0.560 169 169 0.8 0.588 170 170 0.8 0.583 171 171 0.8 0.579 172 172 0.8 0.539 173 173 0.8 0.566 174 174 0.8 0.500 175 175 0.6 0.567 176 176 0.4 0.605 177 177 0.8571 0.511 178 178 0.7778 0.502 179 179 0.5556 0.562 180 180 0.75 0.573 181 181 0.7143 0.526 182 182 0.75 0.561 183 183 0.5556 0.509 184 184 0.8571 0.573 185 185 0.5 0.478 186 186 0.8333 0.539 187 187 0.7778 0.603 188 188 0.7143 0.501 189 189 0.7778 0.604 190 190 0.4444 0.554 191 191 0.75 0.489 192 192 0.8571 0.479 193 193 0.8571 0.564 194 194 0.9 0.533 195 195 0.75 0.433 196 196 0.7143 0.560 197 197 0.8 0.572 198 198 0.7143 0.508 199 199 0.8571 0.523 200 200 0.8 0.564 201 201 0.5556 0.469 202 202 0.6667 0.514 203 203 0.7143 0.501 204 204 0.8889 0.574 205 205 0.5556 0.568 206 206 0.7778 0.564 207 207 0.8571 0.552 208 208 0.7143 0.578 209 209 0.75 0.498 210 210 0.7143 0.571 211 211 1.0 0.603 212 212 1.0 0.563 213 213 0.8 0.567 214 214 0.5714 0.514 215 215 0.5714 0.540 216 216 0.7143 0.598 217 217 0.5 0.427 218 218 0.7143 0.570 219 219 0.4286 0.537 220 220 0.8 0.568 221 221 0.7143 0.547 222 222 0.6 0.568 223 223 0.8889 0.587 224 224 0.7778 0.570 225 225 0.5714 0.471 226 226 0.7143 0.540 227 227 0.25 0.432 228 228 0.5 0.400 229 229 0.6 0.429 230 230 0.5 0.437 231 231 0.5 0.474 232 232 0.75 0.497 233 233 0.6 0.539 234 234 0.6 0.475 235 235 0.8 0.575 236 236 0.5714 0.456 237 237 0.75 0.534 238 238 0.9091 0.536 239 239 0.8571 0.552 240 240 0.7778 0.571 241 241 0.8889 0.594 242 242 0.625 0.574 243 243 0.2 0.552 244 244 1.0 0.595 245 245 1.0 0.551 246 246 1.0 0.608 247 247 1.0 0.559 248 248 1.0 0.615 249 249 0.6 0.556 250 250 1.0 0.639 251 251 0.8 0.548 252 252 1.0 0.611 253 253 0.4 0.532 254 254 0.4 0.419 255 255 1.0 0.617 256 256 0.6 0.543 257 257 0.8 0.575 258 258 0.8 0.576 259 259 0.6 0.575 260 260 0.8 0.538 261 261 0.8 0.553 262 262 0.8 0.513 263 263 0.6 0.564 264 264 0.4 0.614 # _pdbx_vrpt_em_details.ordinal 1 _pdbx_vrpt_em_details.recommended_contour_level 0.00771 # 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 0.0175 3.47 0.288 calculated_fsc threesigma 2 A 1/A 0.1805 3.62 0.2765 calculated_fsc halfbit 3 A 1/A 0.3423 4.07 0.2454 calculated_fsc onebit 4 A 1/A 0.5 4.20 0.2382 calculated_fsc 0.5 5 A 1/A 0.333 4.07 0.2459 calculated_fsc 0.333 6 A 1/A 0.143 3.59 0.2785 calculated_fsc 0.143 7 A 1/A 0.0172 3.47 0.288 author_provided_fsc threesigma 8 A 1/A 0.1802 3.57 0.2798 author_provided_fsc halfbit 9 A 1/A 0.3414 3.74 0.2673 author_provided_fsc onebit 10 A 1/A 0.5 4.14 0.2413 author_provided_fsc 0.5 11 A 1/A 0.333 3.73 0.2678 author_provided_fsc 0.333 12 A 1/A 0.143 3.55 0.2813 author_provided_fsc 0.143 # loop_ _pdbx_vrpt_em_graph_fsc_curve.graph_id _pdbx_vrpt_em_graph_fsc_curve.type _pdbx_vrpt_em_graph_fsc_curve.curve_name calculated_fsc "half_map to half_map fsc" calculated_fsc author_provided_fsc "half_map to half_map fsc" author_provided_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 author_provided_fsc_threesigma threesigma author_provided_fsc_threesigma author_provided_fsc author_provided_fsc_halfbit halfbit author_provided_fsc_halfbit author_provided_fsc author_provided_fsc_onebit onebit author_provided_fsc_onebit author_provided_fsc author_provided_fsc_0.5 0.5 author_provided_fsc_0.5 author_provided_fsc author_provided_fsc_0.333 0.333 author_provided_fsc_0.333 author_provided_fsc author_provided_fsc_0.143 0.143 author_provided_fsc_0.143 author_provided_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_2 author_provided_fsc "Author provided 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" ? . fsc_i_7 author_provided_fsc_threesigma "Author provided fsc threesigma indicator curve" "Spatial frequency" ? 1/A "Correlation coefficient" ? . fsc_i_8 author_provided_fsc_halfbit "Author provided fsc halfbit indicator curve" "Spatial frequency" ? 1/A "Correlation coefficient" ? . fsc_i_9 author_provided_fsc_onebit "Author provided fsc onebit indicator curve" "Spatial frequency" ? 1/A "Correlation coefficient" ? . fsc_i_10 author_provided_fsc_0.5 "Author provided fsc 0.5 indicator curve" "Spatial frequency" ? 1/A "Correlation coefficient" ? . fsc_i_11 author_provided_fsc_0.333 "Author provided fsc 0.333 indicator curve" "Spatial frequency" ? 1/A "Correlation coefficient" ? . fsc_i_12 author_provided_fsc_0.143 "Author provided 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 -0.014852968 0.84509804 2 d_dvd -0.0144839545 1.3010299957 3 d_dvd -0.0141149409 1.3222192947 4 d_dvd -0.0137459273 1.7323937598 5 d_dvd -0.0133769138 1.8692317197 6 d_dvd -0.0130079002 1.8920946027 7 d_dvd -0.0126388866 2.096910013 8 d_dvd -0.0122698731 2.2174839442 9 d_dvd -0.0119008595 2.285557309 10 d_dvd -0.011531846 2.3820170426 11 d_dvd -0.0111628324 2.4996870826 12 d_dvd -0.0107938188 2.5797835966 13 d_dvd -0.0104248053 2.6848453616 14 d_dvd -0.0100557917 2.8142475957 15 d_dvd -0.0096867781 2.8859263398 16 d_dvd -0.0093177646 2.9894498177 17 d_dvd -0.008948751 3.0773679053 18 d_dvd -0.0085797374 3.1619666164 19 d_dvd -0.0082107239 3.228913406 20 d_dvd -0.0078417103 3.3104808915 21 d_dvd -0.0074726967 3.4168068718 22 d_dvd -0.0071036832 3.4916417935 23 d_dvd -0.0067346696 3.5803546611 24 d_dvd -0.006365656 3.6649238934 25 d_dvd -0.0059966425 3.7472563974 26 d_dvd -0.0056276289 3.8271753483 27 d_dvd -0.0052586153 3.9125408828 28 d_dvd -0.0048896018 3.9880682034 29 d_dvd -0.0045205882 4.0533857998 30 d_dvd -0.0041515746 4.1243737865 31 d_dvd -0.0037825611 4.1816149517 32 d_dvd -0.0034135475 4.239349539 33 d_dvd -0.0030445339 4.3032176636 34 d_dvd -0.0026755204 4.3617655991 35 d_dvd -0.0023065068 4.4239009185 36 d_dvd -0.0019374932 4.4834874477 37 d_dvd -0.0015684797 4.5798635909 38 d_dvd -0.0011994661 4.7903414709 39 d_dvd -0.0008304525 5.1527407536 40 d_dvd -0.000461439 5.6736060266 41 d_dvd -9.24254e-05 7.3025199767 42 d_dvd 0.0002765882 5.7401273171 43 d_dvd 0.0006456017 5.6835963165 44 d_dvd 0.0010146153 5.6042530606 45 d_dvd 0.0013836289 5.4964300605 46 d_dvd 0.0017526424 5.3692028655 47 d_dvd 0.002121656 5.235435013 48 d_dvd 0.0024906695 5.0844797573 49 d_dvd 0.0028596831 4.9389398069 50 d_dvd 0.0032286967 4.8011085914 51 d_dvd 0.0035977102 4.6814673735 52 d_dvd 0.0039667238 4.581596985 53 d_dvd 0.0043357374 4.5023178498 54 d_dvd 0.0047047509 4.4405942618 55 d_dvd 0.0050737645 4.3852129071 56 d_dvd 0.0054427781 4.3427975915 57 d_dvd 0.0058117916 4.2973227142 58 d_dvd 0.0061808052 4.2619524328 59 d_dvd 0.0065498188 4.22819497 60 d_dvd 0.0069188323 4.1847481976 61 d_dvd 0.0072878459 4.1504494095 62 d_dvd 0.0076568595 4.125708926 63 d_dvd 0.008025873 4.0896225516 64 d_dvd 0.0083948866 4.0628451133 65 d_dvd 0.0087639002 4.0367885331 66 d_dvd 0.0091329137 4.0089406614 67 d_dvd 0.0095019273 3.9896722476 68 d_dvd 0.0098709409 3.9531796011 69 d_dvd 0.0102399544 3.9171903085 70 d_dvd 0.010608968 3.8972971221 71 d_dvd 0.0109779816 3.87052095 72 d_dvd 0.0113469951 3.8449118739 73 d_dvd 0.0117160087 3.8103669537 74 d_dvd 0.0120850223 3.7873187566 75 d_dvd 0.0124540358 3.7623784293 76 d_dvd 0.0128230494 3.7216457663 77 d_dvd 0.013192063 3.6981005456 78 d_dvd 0.0135610765 3.6640775902 79 d_dvd 0.0139300901 3.6505988982 80 d_dvd 0.0142991037 3.605628222 81 d_dvd 0.0146681172 3.5792117802 82 d_dvd 0.0150371308 3.5647843845 83 d_dvd 0.0154061444 3.5229655955 84 d_dvd 0.0157751579 3.4814426285 85 d_dvd 0.0161441715 3.4592416649 86 d_dvd 0.016513185 3.4191293077 87 d_dvd 0.0168821986 3.3914644118 88 d_dvd 0.0172512122 3.3517963069 89 d_dvd 0.0176202257 3.3134453704 90 d_dvd 0.0179892393 3.2821687783 91 d_dvd 0.0183582529 3.219846386 92 d_dvd 0.0187272664 3.1900514178 93 d_dvd 0.01909628 3.1442627738 94 d_dvd 0.0194652936 3.0899051114 95 d_dvd 0.0198343071 3.0538464269 96 d_dvd 0.0202033207 3.0008677215 97 d_dvd 0.0205723343 2.9503648544 98 d_dvd 0.0209413478 2.8475726591 99 d_dvd 0.0213103614 2.80140371 100 d_dvd 0.021679375 2.7387805585 101 d_dvd 0.0220483885 2.6720978579 102 d_dvd 0.0224174021 2.620136055 103 d_dvd 0.0227864157 2.6009728957 104 d_dvd 0.0231554292 2.4653828514 105 d_dvd 0.0235244428 2.3856062736 106 d_dvd 0.0238934564 2.3304137733 107 d_dvd 0.0242624699 2.278753601 108 d_dvd 0.0246314835 2.2380461031 109 d_dvd 0.0250004971 2.1367205672 110 d_dvd 0.0253695106 1.9590413923 111 d_dvd 0.0257385242 1.9542425094 112 d_dvd 0.0261075378 1.8976270913 113 d_dvd 0.0264765513 1.7075701761 114 d_dvd 0.0268455649 1.6334684556 115 d_dvd 0.0272145785 1.4623979979 116 d_dvd 0.027583592 1.4771212547 117 d_dvd 0.0279526056 1.4623979979 118 d_dvd 0.0283216192 1.361727836 119 d_dvd 0.0286906327 1.3979400087 120 d_dvd 0.0290596463 1.2041199827 121 d_dvd 0.0294286599 1.0 122 d_dvd 0.0297976734 1.2304489214 123 d_dvd 0.030166687 1.1139433523 124 d_dvd 0.0305357005 0.6020599913 125 d_dvd 0.0309047141 0.84509804 126 d_dvd 0.0312737277 0.3010299957 127 d_dvd 0.0316427412 0.7781512504 128 d_raps 0.0 5.5001674613 129 d_raps 0.0041834004 5.5001674613 130 d_raps 0.0083668007 4.8660544886 131 d_raps 0.0125502011 4.0373984948 132 d_raps 0.0167336014 3.0646531578 133 d_raps 0.0209170018 2.838001474 134 d_raps 0.0251004021 2.2656617923 135 d_raps 0.0292838025 2.1515243921 136 d_raps 0.0334672028 2.1541452957 137 d_raps 0.0376506032 1.8733794573 138 d_raps 0.0418340035 1.4567076497 139 d_raps 0.0460174039 1.3378772501 140 d_raps 0.0502008042 1.4238661338 141 d_raps 0.0543842046 1.5969671378 142 d_raps 0.0585676049 1.6963614026 143 d_raps 0.0627510053 1.6430748745 144 d_raps 0.0669344056 1.5161702204 145 d_raps 0.071117806 1.3025462268 146 d_raps 0.0753012063 1.1966388325 147 d_raps 0.0794846067 1.2580302707 148 d_raps 0.083668007 1.2716154462 149 d_raps 0.0878514074 1.1098890027 150 d_raps 0.0920348077 1.1050133545 151 d_raps 0.0962182081 1.133268276 152 d_raps 0.1004016084 1.15501428 153 d_raps 0.1045850088 1.1089516622 154 d_raps 0.1087684091 1.0390147883 155 d_raps 0.1129518095 1.0607914197 156 d_raps 0.1171352099 1.0786066544 157 d_raps 0.1213186102 1.1319506209 158 d_raps 0.1255020106 1.1416904304 159 d_raps 0.1296854109 1.0931406941 160 d_raps 0.1338688113 1.045455961 161 d_raps 0.1380522116 1.0167271493 162 d_raps 0.142235612 1.0088605934 163 d_raps 0.1464190123 0.956103651 164 d_raps 0.1506024127 0.8438477499 165 d_raps 0.154785813 0.7417821622 166 d_raps 0.1589692134 0.6171065586 167 d_raps 0.1631526137 0.5655130749 168 d_raps 0.1673360141 0.6239551323 169 d_raps 0.1715194144 0.6765228352 170 d_raps 0.1757028148 0.6424480894 171 d_raps 0.1798862151 0.5845521646 172 d_raps 0.1840696155 0.7374077792 173 d_raps 0.1882530158 0.9224250551 174 d_raps 0.1924364162 1.001652046 175 d_raps 0.1966198165 1.0350377819 176 d_raps 0.2008032169 0.9300323768 177 d_raps 0.2049866172 0.8798549348 178 d_raps 0.2091700176 1.9325635118 179 d_raps 0.2133534179 2.1730801755 180 d_raps 0.2175368183 1.7302838375 181 d_raps 0.2217202186 1.4633473453 182 d_raps 0.225903619 1.2421247806 183 d_raps 0.2300870194 1.0470398885 184 d_raps 0.2342704197 0.8699673421 185 d_raps 0.2384538201 0.6675990042 186 d_raps 0.2426372204 0.505332132 187 d_raps 0.2468206208 0.4434571807 188 d_raps 0.2510040211 0.5288900634 189 d_raps 0.2551874215 0.5996017455 190 d_raps 0.2593708218 0.6144733436 191 d_raps 0.2635542222 0.5740870914 192 d_raps 0.2677376225 0.4638988394 193 d_raps 0.2719210229 0.3723347633 194 d_raps 0.2761044232 0.2922802779 195 d_raps 0.2802878236 0.1257186418 196 d_raps 0.2844712239 -0.1587007113 197 d_raps 0.2886546243 -0.5621722655 198 d_raps 0.2928380246 -0.8624298268 199 d_raps 0.297021425 -0.8082276635 200 d_raps 0.3012048253 -0.9954964942 201 d_raps 0.3053882257 -1.6378952422 202 d_raps 0.309571626 -2.0331400085 203 d_raps 0.3137550264 -2.224787469 204 d_raps 0.3179384267 -2.4238363209 205 d_raps 0.3221218271 -2.5326483424 206 d_raps 0.3263052274 -2.7096630744 207 d_raps 0.3304886278 -2.8024895053 208 d_raps 0.3346720281 -2.9606837643 209 d_raps 0.3388554285 -3.0576975625 210 d_raps 0.3430388289 -3.1927989225 211 d_raps 0.3472222292 -3.3129907623 212 d_raps 0.3514056296 -3.4153847937 213 d_raps 0.3555890299 -3.5628768153 214 d_raps 0.3597724303 -3.6341032764 215 d_raps 0.3639558306 -3.8032236998 216 d_raps 0.368139231 -3.8704657381 217 d_raps 0.3723226313 -4.0200080407 218 d_raps 0.3765060317 -4.1150618683 219 d_raps 0.380689432 -4.2319068762 220 d_raps 0.3848728324 -4.363925828 221 d_raps 0.3890562327 -4.4501688082 222 d_raps 0.3932396331 -4.5967189888 223 d_raps 0.3974230334 -4.6684584868 224 d_raps 0.4016064338 -4.8057349495 225 d_raps 0.4057898341 -4.8825676995 226 d_raps 0.4099732345 -4.9945683138 227 d_raps 0.4141566348 -5.0756238569 228 d_raps 0.4183400352 -5.1532797165 229 d_raps 0.4225234355 -5.2277138578 230 d_raps 0.4267068359 -5.2948700368 231 d_raps 0.4308902362 -5.3479061755 232 d_raps 0.4350736366 -5.4012994963 233 d_raps 0.4392570369 -5.4415137073 234 d_raps 0.4434404373 -5.4845178578 235 d_raps 0.4476238376 -5.5208506263 236 d_raps 0.451807238 -5.5510747501 237 d_raps 0.4559906384 -5.5817593692 238 d_raps 0.4601740387 -5.6117488688 239 d_raps 0.4643574391 -5.6360887035 240 d_raps 0.4685408394 -5.6692906031 241 d_raps 0.4727242398 -5.6941442439 242 d_raps 0.4769076401 -5.722016185 243 d_raps 0.4810910405 -5.752162259 244 d_raps 0.4852744408 -5.7833921842 245 d_raps 0.4894578412 -5.8077578677 246 d_raps 0.4936412415 -5.8382900116 247 d_raps 0.4978246419 -5.8620675002 248 d_raps 0.5020080422 -5.8852717312 249 d_raps 0.5061914426 -5.9159420794 250 d_raps 0.5103748429 -5.9457111887 251 d_raps 0.5145582433 -5.9670933328 252 d_raps 0.5187416436 -5.9990721925 253 d_raps 0.522925044 -6.0252977675 254 d_raps 0.5271084443 -6.0525420947 255 d_raps 0.5312918447 -6.0730831722 256 d_raps 0.535475245 -6.1010525025 257 d_raps 0.5396586454 -6.1192115038 258 d_raps 0.5438420457 -6.1391537016 259 d_raps 0.5480254461 -6.1604205154 260 d_raps 0.5522088464 -6.1817651388 261 d_raps 0.5563922468 -6.2005188886 262 d_raps 0.5605756471 -6.2146880073 263 d_raps 0.5647590475 -6.232957305 264 d_raps 0.5689424479 -6.2547887949 265 d_raps 0.5731258482 -6.2701163512 266 d_raps 0.5773092486 -6.282609931 267 d_raps 0.5814926489 -6.3003317113 268 d_raps 0.5856760493 -6.310114409 269 d_raps 0.5898594496 -6.3249724108 270 d_raps 0.59404285 -6.3418626406 271 d_raps 0.5982262503 -6.3522915246 272 d_raps 0.6024096507 -6.3664583212 273 d_ve -0.014852968 13658.7738433289 274 d_ve -0.0144868374 13658.7698408201 275 d_ve -0.0141207067 13658.7595486547 276 d_ve -0.0137545761 13658.7463975545 277 d_ve -0.0133884455 13658.7166646323 278 d_ve -0.0130223148 13658.6754959708 279 d_ve -0.0126561842 13658.6320401614 280 d_ve -0.0122900535 13658.5611385777 281 d_ve -0.0119239229 13658.4690808762 282 d_ve -0.0115577922 13658.356438844 283 d_ve -0.0111916616 13658.2289303507 284 d_ve -0.0108255309 13658.0568224741 285 d_ve -0.0104594003 13657.8355409185 286 d_ve -0.0100932696 13657.5690881925 287 d_ve -0.009727139 13657.2060034694 288 d_ve -0.0093610083 13656.7834529019 289 d_ve -0.0089948777 13656.2373963499 290 d_ve -0.008628747 13655.5752670438 291 d_ve -0.0082626164 13654.7724781442 292 d_ve -0.0078964857 13653.8496139819 293 d_ve -0.0075303551 13652.7271961686 294 d_ve -0.0071642245 13651.3045901984 295 d_ve -0.0067980938 13649.5749346278 296 d_ve -0.0064319632 13647.4690432338 297 d_ve -0.0060658325 13644.9857724426 298 d_ve -0.0056997019 13641.9009817637 299 d_ve -0.0053335712 13638.2169583449 300 d_ve -0.0049674406 13633.7695993272 301 d_ve -0.0046013099 13628.4376858738 302 d_ve -0.0042351793 13622.2709634508 303 d_ve -0.0038690486 13614.9812514275 304 d_ve -0.003502918 13606.5868469869 305 d_ve -0.0031367873 13597.1111933945 306 d_ve -0.0027706567 13586.1500372657 307 d_ve -0.002404526 13573.5438500372 308 d_ve -0.0020383954 13558.9901564041 309 d_ve -0.0016722647 13542.447787705 310 d_ve -0.0013061341 13522.5324476963 311 d_ve -0.0009400034 13493.2752522452 312 d_ve -0.0005738728 13432.6023655481 313 d_ve -0.0002077422 13259.1502177743 314 d_ve 0.0001583885 1771.055234113 315 d_ve 0.0005245191 1438.328968162 316 d_ve 0.0008906498 1152.3188408669 317 d_ve 0.0012567804 907.4173374571 318 d_ve 0.0016229111 712.0726103478 319 d_ve 0.0019890417 564.6447745221 320 d_ve 0.0023551724 454.9302915803 321 d_ve 0.002721303 376.3976390156 322 d_ve 0.0030874337 320.6506970265 323 d_ve 0.0034535643 280.1910513471 324 d_ve 0.003819695 250.0241428338 325 d_ve 0.0041858256 226.4396458675 326 d_ve 0.0045519563 207.0457755714 327 d_ve 0.0049180869 190.5199886943 328 d_ve 0.0052842176 176.0320505623 329 d_ve 0.0056503482 163.0496275104 330 d_ve 0.0060164789 151.2119219635 331 d_ve 0.0063826095 140.510928904 332 d_ve 0.0067487401 130.5383924386 333 d_ve 0.0071148708 121.5504731277 334 d_ve 0.0074810014 113.1840862484 335 d_ve 0.0078471321 105.3031465028 336 d_ve 0.0082132627 98.1009178853 337 d_ve 0.0085793934 91.2674918605 338 d_ve 0.008945524 84.9972759967 339 d_ve 0.0093116547 78.9300445057 340 d_ve 0.0096777853 73.322529735 341 d_ve 0.010043916 67.9563090637 342 d_ve 0.0104100466 63.0761073131 343 d_ve 0.0107761773 58.4863733409 344 d_ve 0.0111423079 54.1653792426 345 d_ve 0.0115084386 50.0084880033 346 d_ve 0.0118745692 46.2324068831 347 d_ve 0.0122406999 42.604418587 348 d_ve 0.0126068305 39.2240140469 349 d_ve 0.0129729612 36.0305838445 350 d_ve 0.0133390918 33.1321957164 351 d_ve 0.0137052224 30.4007693821 352 d_ve 0.0140713531 27.8282998243 353 d_ve 0.0144374837 25.3570365594 354 d_ve 0.0148036144 23.0744629931 355 d_ve 0.015169745 21.0137427694 356 d_ve 0.0155358757 18.9901886985 357 d_ve 0.0159020063 17.1644729176 358 d_ve 0.016268137 15.4576888255 359 d_ve 0.0166342676 13.892136114 360 d_ve 0.0170003983 12.4352229259 361 d_ve 0.0173665289 11.0709392262 362 d_ve 0.0177326596 9.8210129196 363 d_ve 0.0180987902 8.6740082668 364 d_ve 0.0184649209 7.6339277765 365 d_ve 0.0188310515 6.7265018622 366 d_ve 0.0191971822 5.8568138877 367 d_ve 0.0195633128 5.0797554016 368 d_ve 0.0199294434 4.3958981908 369 d_ve 0.0202955741 3.7663607418 370 d_ve 0.0206617047 3.2334552899 371 d_ve 0.0210278354 2.7480081562 372 d_ve 0.021393966 2.3620519545 373 d_ve 0.0217600967 2.0161208404 374 d_ve 0.0221262273 1.7159326835 375 d_ve 0.022492358 1.4500517445 376 d_ve 0.0228584886 1.2184780235 377 d_ve 0.0232246193 1.0057732723 378 d_ve 0.0235907499 0.8445293481 379 d_ve 0.0239568806 0.7113029851 380 d_ve 0.0243230112 0.5935148702 381 d_ve 0.0246891419 0.4854471337 382 d_ve 0.0250552725 0.3899587105 383 d_ve 0.0254214032 0.3196289137 384 d_ve 0.0257875338 0.264737365 385 d_ve 0.0261536645 0.2138483251 386 d_ve 0.0265197951 0.1709643027 387 d_ve 0.0268859257 0.1423749544 388 d_ve 0.0272520564 0.1177881149 389 d_ve 0.027618187 0.1023498668 390 d_ve 0.0279843177 0.0857680448 391 d_ve 0.0283504483 0.0697580098 392 d_ve 0.028716579 0.0560351226 393 d_ve 0.0290827096 0.0417404485 394 d_ve 0.0294488403 0.033163644 395 d_ve 0.0298149709 0.0274457743 396 d_ve 0.0301811016 0.0177253959 397 d_ve 0.0305472322 0.0108639523 398 d_ve 0.0309133629 0.0085768045 399 d_ve 0.0312794935 0.0045742957 400 d_ve 0.0316456242 0.0034307218 401 d_ve 0.0320117548 0.0 402 d_ai_aa -0.014853 1.0 403 d_ai_aa -0.014487 1.0 404 d_ai_aa -0.014121 1.0 405 d_ai_aa -0.013755 1.0 406 d_ai_aa -0.013388 1.0 407 d_ai_aa -0.013022 1.0 408 d_ai_aa -0.012656 1.0 409 d_ai_aa -0.01229 1.0 410 d_ai_aa -0.011924 1.0 411 d_ai_aa -0.011558 1.0 412 d_ai_aa -0.011192 1.0 413 d_ai_aa -0.010826 1.0 414 d_ai_aa -0.010459 1.0 415 d_ai_aa -0.010093 1.0 416 d_ai_aa -0.009727 1.0 417 d_ai_aa -0.009361 1.0 418 d_ai_aa -0.008995 1.0 419 d_ai_aa -0.008629 1.0 420 d_ai_aa -0.008263 1.0 421 d_ai_aa -0.007896 1.0 422 d_ai_aa -0.00753 1.0 423 d_ai_aa -0.007164 1.0 424 d_ai_aa -0.006798 1.0 425 d_ai_aa -0.006432 1.0 426 d_ai_aa -0.006066 1.0 427 d_ai_aa -0.0057 1.0 428 d_ai_aa -0.005334 1.0 429 d_ai_aa -0.004967 1.0 430 d_ai_aa -0.004601 1.0 431 d_ai_aa -0.004235 1.0 432 d_ai_aa -0.003869 1.0 433 d_ai_aa -0.003503 1.0 434 d_ai_aa -0.003137 1.0 435 d_ai_aa -0.002771 1.0 436 d_ai_aa -0.002405 1.0 437 d_ai_aa -0.002038 0.999 438 d_ai_aa -0.001672 0.999 439 d_ai_aa -0.001306 0.996 440 d_ai_aa -0.00094 0.995 441 d_ai_aa -0.000574 0.995 442 d_ai_aa -0.000208 0.993 443 d_ai_aa 0.000158 0.992 444 d_ai_aa 0.000525 0.989 445 d_ai_aa 0.000891 0.986 446 d_ai_aa 0.001257 0.983 447 d_ai_aa 0.001623 0.977 448 d_ai_aa 0.001989 0.974 449 d_ai_aa 0.002355 0.969 450 d_ai_aa 0.002721 0.963 451 d_ai_aa 0.003087 0.955 452 d_ai_aa 0.003454 0.948 453 d_ai_aa 0.00382 0.939 454 d_ai_aa 0.004186 0.926 455 d_ai_aa 0.004552 0.905 456 d_ai_aa 0.004918 0.887 457 d_ai_aa 0.005284 0.871 458 d_ai_aa 0.00565 0.856 459 d_ai_aa 0.006016 0.838 460 d_ai_aa 0.006383 0.814 461 d_ai_aa 0.006749 0.793 462 d_ai_aa 0.007115 0.768 463 d_ai_aa 0.00771 0.723 464 d_ai_aa 0.007847 0.715 465 d_ai_aa 0.008213 0.689 466 d_ai_aa 0.008579 0.673 467 d_ai_aa 0.008946 0.65 468 d_ai_aa 0.009312 0.627 469 d_ai_aa 0.009678 0.601 470 d_ai_aa 0.010044 0.58 471 d_ai_aa 0.01041 0.557 472 d_ai_aa 0.010776 0.541 473 d_ai_aa 0.011142 0.523 474 d_ai_aa 0.011508 0.512 475 d_ai_aa 0.011875 0.5 476 d_ai_aa 0.012241 0.477 477 d_ai_aa 0.012607 0.455 478 d_ai_aa 0.012973 0.435 479 d_ai_aa 0.013339 0.41 480 d_ai_aa 0.013705 0.391 481 d_ai_aa 0.014071 0.371 482 d_ai_aa 0.014437 0.355 483 d_ai_aa 0.014804 0.338 484 d_ai_aa 0.01517 0.318 485 d_ai_aa 0.015536 0.298 486 d_ai_aa 0.015902 0.283 487 d_ai_aa 0.016268 0.261 488 d_ai_aa 0.016634 0.238 489 d_ai_aa 0.017 0.221 490 d_ai_aa 0.017367 0.199 491 d_ai_aa 0.017733 0.183 492 d_ai_aa 0.018099 0.167 493 d_ai_aa 0.018465 0.149 494 d_ai_aa 0.018831 0.134 495 d_ai_aa 0.019197 0.113 496 d_ai_aa 0.019563 0.096 497 d_ai_aa 0.019929 0.083 498 d_ai_aa 0.020296 0.07 499 d_ai_aa 0.020662 0.06 500 d_ai_aa 0.021028 0.05 501 d_ai_aa 0.021394 0.045 502 d_ai_aa 0.02176 0.037 503 d_ai_aa 0.022126 0.031 504 d_ai_aa 0.022492 0.026 505 d_ai_aa 0.022858 0.02 506 d_ai_aa 0.023225 0.02 507 d_ai_aa 0.023591 0.017 508 d_ai_aa 0.023957 0.013 509 d_ai_aa 0.024323 0.012 510 d_ai_aa 0.024689 0.01 511 d_ai_aa 0.025055 0.007 512 d_ai_aa 0.025421 0.007 513 d_ai_aa 0.025788 0.006 514 d_ai_aa 0.026154 0.004 515 d_ai_aa 0.02652 0.003 516 d_ai_aa 0.026886 0.002 517 d_ai_aa 0.027252 0.002 518 d_ai_aa 0.027618 0.002 519 d_ai_aa 0.027984 0.001 520 d_ai_aa 0.02835 0.001 521 d_ai_aa 0.028717 0.001 522 d_ai_aa 0.029083 0.001 523 d_ai_aa 0.029449 0.001 524 d_ai_aa 0.029815 0.001 525 d_ai_aa 0.030181 0.0 526 d_ai_aa 0.030547 0.0 527 d_ai_aa 0.030913 0.0 528 d_ai_aa 0.031279 0.0 529 d_ai_aa 0.031646 0.0 530 d_ai_aa 0.032012 0.0 531 d_ai_bb -0.014853 1.0 532 d_ai_bb -0.014487 1.0 533 d_ai_bb -0.014121 1.0 534 d_ai_bb -0.013755 1.0 535 d_ai_bb -0.013388 1.0 536 d_ai_bb -0.013022 1.0 537 d_ai_bb -0.012656 1.0 538 d_ai_bb -0.01229 1.0 539 d_ai_bb -0.011924 1.0 540 d_ai_bb -0.011558 1.0 541 d_ai_bb -0.011192 1.0 542 d_ai_bb -0.010826 1.0 543 d_ai_bb -0.010459 1.0 544 d_ai_bb -0.010093 1.0 545 d_ai_bb -0.009727 1.0 546 d_ai_bb -0.009361 1.0 547 d_ai_bb -0.008995 1.0 548 d_ai_bb -0.008629 1.0 549 d_ai_bb -0.008263 1.0 550 d_ai_bb -0.007896 1.0 551 d_ai_bb -0.00753 1.0 552 d_ai_bb -0.007164 1.0 553 d_ai_bb -0.006798 1.0 554 d_ai_bb -0.006432 1.0 555 d_ai_bb -0.006066 1.0 556 d_ai_bb -0.0057 1.0 557 d_ai_bb -0.005334 1.0 558 d_ai_bb -0.004967 1.0 559 d_ai_bb -0.004601 1.0 560 d_ai_bb -0.004235 1.0 561 d_ai_bb -0.003869 1.0 562 d_ai_bb -0.003503 1.0 563 d_ai_bb -0.003137 1.0 564 d_ai_bb -0.002771 1.0 565 d_ai_bb -0.002405 1.0 566 d_ai_bb -0.002038 0.998 567 d_ai_bb -0.001672 0.998 568 d_ai_bb -0.001306 0.994 569 d_ai_bb -0.00094 0.992 570 d_ai_bb -0.000574 0.991 571 d_ai_bb -0.000208 0.99 572 d_ai_bb 0.000158 0.988 573 d_ai_bb 0.000525 0.982 574 d_ai_bb 0.000891 0.978 575 d_ai_bb 0.001257 0.973 576 d_ai_bb 0.001623 0.971 577 d_ai_bb 0.001989 0.967 578 d_ai_bb 0.002355 0.959 579 d_ai_bb 0.002721 0.952 580 d_ai_bb 0.003087 0.941 581 d_ai_bb 0.003454 0.935 582 d_ai_bb 0.00382 0.924 583 d_ai_bb 0.004186 0.91 584 d_ai_bb 0.004552 0.891 585 d_ai_bb 0.004918 0.879 586 d_ai_bb 0.005284 0.869 587 d_ai_bb 0.00565 0.863 588 d_ai_bb 0.006016 0.858 589 d_ai_bb 0.006383 0.848 590 d_ai_bb 0.006749 0.833 591 d_ai_bb 0.007115 0.816 592 d_ai_bb 0.00771 0.781 593 d_ai_bb 0.007847 0.777 594 d_ai_bb 0.008213 0.755 595 d_ai_bb 0.008579 0.739 596 d_ai_bb 0.008946 0.717 597 d_ai_bb 0.009312 0.706 598 d_ai_bb 0.009678 0.686 599 d_ai_bb 0.010044 0.674 600 d_ai_bb 0.01041 0.651 601 d_ai_bb 0.010776 0.637 602 d_ai_bb 0.011142 0.621 603 d_ai_bb 0.011508 0.613 604 d_ai_bb 0.011875 0.602 605 d_ai_bb 0.012241 0.586 606 d_ai_bb 0.012607 0.566 607 d_ai_bb 0.012973 0.542 608 d_ai_bb 0.013339 0.52 609 d_ai_bb 0.013705 0.507 610 d_ai_bb 0.014071 0.487 611 d_ai_bb 0.014437 0.473 612 d_ai_bb 0.014804 0.45 613 d_ai_bb 0.01517 0.432 614 d_ai_bb 0.015536 0.405 615 d_ai_bb 0.015902 0.388 616 d_ai_bb 0.016268 0.36 617 d_ai_bb 0.016634 0.331 618 d_ai_bb 0.017 0.312 619 d_ai_bb 0.017367 0.282 620 d_ai_bb 0.017733 0.26 621 d_ai_bb 0.018099 0.237 622 d_ai_bb 0.018465 0.211 623 d_ai_bb 0.018831 0.191 624 d_ai_bb 0.019197 0.161 625 d_ai_bb 0.019563 0.143 626 d_ai_bb 0.019929 0.124 627 d_ai_bb 0.020296 0.106 628 d_ai_bb 0.020662 0.091 629 d_ai_bb 0.021028 0.077 630 d_ai_bb 0.021394 0.068 631 d_ai_bb 0.02176 0.056 632 d_ai_bb 0.022126 0.047 633 d_ai_bb 0.022492 0.04 634 d_ai_bb 0.022858 0.031 635 d_ai_bb 0.023225 0.031 636 d_ai_bb 0.023591 0.027 637 d_ai_bb 0.023957 0.021 638 d_ai_bb 0.024323 0.019 639 d_ai_bb 0.024689 0.016 640 d_ai_bb 0.025055 0.011 641 d_ai_bb 0.025421 0.011 642 d_ai_bb 0.025788 0.009 643 d_ai_bb 0.026154 0.007 644 d_ai_bb 0.02652 0.005 645 d_ai_bb 0.026886 0.004 646 d_ai_bb 0.027252 0.004 647 d_ai_bb 0.027618 0.004 648 d_ai_bb 0.027984 0.002 649 d_ai_bb 0.02835 0.001 650 d_ai_bb 0.028717 0.001 651 d_ai_bb 0.029083 0.001 652 d_ai_bb 0.029449 0.001 653 d_ai_bb 0.029815 0.001 654 d_ai_bb 0.030181 0.0 655 d_ai_bb 0.030547 0.0 656 d_ai_bb 0.030913 0.0 657 d_ai_bb 0.031279 0.0 658 d_ai_bb 0.031646 0.0 659 d_ai_bb 0.032012 0.0 660 fsc_1 0.0 1.0 661 fsc_1 0.0042 0.9992 662 fsc_1 0.0084 0.9991 663 fsc_1 0.0126 0.9986 664 fsc_1 0.0167 0.9919 665 fsc_1 0.0209 0.9956 666 fsc_1 0.0251 0.9913 667 fsc_1 0.0293 0.9919 668 fsc_1 0.0335 0.9917 669 fsc_1 0.0377 0.9848 670 fsc_1 0.0418 0.97 671 fsc_1 0.046 0.9653 672 fsc_1 0.0502 0.967 673 fsc_1 0.0544 0.9742 674 fsc_1 0.0586 0.9803 675 fsc_1 0.0628 0.983 676 fsc_1 0.0669 0.9762 677 fsc_1 0.0711 0.9643 678 fsc_1 0.0753 0.9448 679 fsc_1 0.0795 0.9581 680 fsc_1 0.0837 0.9635 681 fsc_1 0.0879 0.9488 682 fsc_1 0.092 0.9467 683 fsc_1 0.0962 0.9563 684 fsc_1 0.1004 0.9633 685 fsc_1 0.1046 0.9582 686 fsc_1 0.1088 0.9428 687 fsc_1 0.113 0.9444 688 fsc_1 0.1171 0.9366 689 fsc_1 0.1213 0.9378 690 fsc_1 0.1255 0.9406 691 fsc_1 0.1297 0.9443 692 fsc_1 0.1339 0.9295 693 fsc_1 0.1381 0.9275 694 fsc_1 0.1422 0.929 695 fsc_1 0.1464 0.9133 696 fsc_1 0.1506 0.8926 697 fsc_1 0.1548 0.8455 698 fsc_1 0.159 0.7745 699 fsc_1 0.1632 0.7923 700 fsc_1 0.1673 0.801 701 fsc_1 0.1715 0.8273 702 fsc_1 0.1757 0.8087 703 fsc_1 0.1799 0.7943 704 fsc_1 0.1841 0.8331 705 fsc_1 0.1883 0.8615 706 fsc_1 0.1924 0.8774 707 fsc_1 0.1966 0.867 708 fsc_1 0.2008 0.8296 709 fsc_1 0.205 0.7917 710 fsc_1 0.2092 0.9696 711 fsc_1 0.2134 0.9736 712 fsc_1 0.2175 0.9419 713 fsc_1 0.2217 0.8922 714 fsc_1 0.2259 0.8247 715 fsc_1 0.2301 0.723 716 fsc_1 0.2343 0.6223 717 fsc_1 0.2385 0.4933 718 fsc_1 0.2426 0.3924 719 fsc_1 0.2468 0.3158 720 fsc_1 0.251 0.3538 721 fsc_1 0.2552 0.3501 722 fsc_1 0.2594 0.3417 723 fsc_1 0.2636 0.2743 724 fsc_1 0.2677 0.2188 725 fsc_1 0.2719 0.2055 726 fsc_1 0.2761 0.1872 727 fsc_1 0.2803 0.1108 728 fsc_1 0.2845 0.0701 729 fsc_1 0.2887 0.0085 730 fsc_1 0.2928 0.0081 731 fsc_1 0.297 0.02 732 fsc_1 0.3012 0.0179 733 fsc_1 0.3054 -0.0206 734 fsc_1 0.3096 -0.0031 735 fsc_1 0.3138 0.017 736 fsc_1 0.3179 -0.0185 737 fsc_1 0.3221 0.0168 738 fsc_1 0.3263 0.0184 739 fsc_1 0.3305 0.0143 740 fsc_1 0.3347 0.0188 741 fsc_1 0.3389 -0.0107 742 fsc_1 0.343 -0.0239 743 fsc_1 0.3472 0.0035 744 fsc_1 0.3514 0.0122 745 fsc_1 0.3556 -0.0269 746 fsc_1 0.3598 -0.0235 747 fsc_1 0.364 0.0047 748 fsc_1 0.3681 -0.0068 749 fsc_1 0.3723 0.0042 750 fsc_1 0.3765 0.0076 751 fsc_1 0.3807 0.0179 752 fsc_1 0.3849 0.0179 753 fsc_1 0.3891 0.0324 754 fsc_1 0.3932 -0.0018 755 fsc_1 0.3974 0.0094 756 fsc_1 0.4016 0.0253 757 fsc_1 0.4058 0.0203 758 fsc_1 0.41 -0.0104 759 fsc_1 0.4142 -0.0206 760 fsc_1 0.4183 -0.0056 761 fsc_1 0.4225 0.0387 762 fsc_1 0.4267 0.0204 763 fsc_1 0.4309 0.0237 764 fsc_1 0.4351 0.0072 765 fsc_1 0.4393 0.0231 766 fsc_1 0.4434 0.0037 767 fsc_1 0.4476 0.0206 768 fsc_1 0.4518 0.0094 769 fsc_1 0.456 -0.0049 770 fsc_1 0.4602 0.0177 771 fsc_1 0.4644 0.0059 772 fsc_1 0.4685 0.0035 773 fsc_1 0.4727 0.0012 774 fsc_1 0.4769 0.0077 775 fsc_1 0.4811 0.014 776 fsc_1 0.4853 -0.0026 777 fsc_1 0.4895 0.0063 778 fsc_1 0.4936 0.0018 779 fsc_1 0.4978 -0.0157 780 fsc_1 0.502 -0.0087 781 fsc_1 0.5062 -0.0181 782 fsc_1 0.5104 0.015 783 fsc_1 0.5146 0.0093 784 fsc_1 0.5187 -0.0068 785 fsc_1 0.5229 -0.0173 786 fsc_1 0.5271 -0.0103 787 fsc_1 0.5313 0.0102 788 fsc_1 0.5355 0.0315 789 fsc_1 0.5397 0.0246 790 fsc_1 0.5438 0.0038 791 fsc_1 0.548 0.0066 792 fsc_1 0.5522 0.0099 793 fsc_1 0.5564 -0.0002 794 fsc_1 0.5606 -0.0174 795 fsc_1 0.5648 -0.0106 796 fsc_1 0.5689 0.011 797 fsc_1 0.5731 -0.0042 798 fsc_1 0.5773 -0.0071 799 fsc_1 0.5815 -0.0092 800 fsc_1 0.5857 -0.0092 801 fsc_1 0.5899 0.0128 802 fsc_1 0.594 -0.0019 803 fsc_1 0.5982 -0.0095 804 fsc_1 0.6024 0.0001 805 fsc_2 0.001 1.0 806 fsc_2 0.0042 0.9999 807 fsc_2 0.0084 0.9996 808 fsc_2 0.0126 0.9978 809 fsc_2 0.0167 0.998 810 fsc_2 0.0209 0.9975 811 fsc_2 0.0251 0.9957 812 fsc_2 0.0293 0.9949 813 fsc_2 0.0335 0.9924 814 fsc_2 0.0377 0.9837 815 fsc_2 0.0418 0.9807 816 fsc_2 0.046 0.9871 817 fsc_2 0.0502 0.9866 818 fsc_2 0.0544 0.9876 819 fsc_2 0.0586 0.988 820 fsc_2 0.0628 0.9878 821 fsc_2 0.0669 0.981 822 fsc_2 0.0711 0.9684 823 fsc_2 0.0753 0.9661 824 fsc_2 0.0795 0.9741 825 fsc_2 0.0837 0.9722 826 fsc_2 0.0879 0.9656 827 fsc_2 0.092 0.9704 828 fsc_2 0.0962 0.9802 829 fsc_2 0.1004 0.9779 830 fsc_2 0.1046 0.9687 831 fsc_2 0.1088 0.9612 832 fsc_2 0.113 0.9596 833 fsc_2 0.1171 0.9607 834 fsc_2 0.1213 0.9577 835 fsc_2 0.1255 0.9571 836 fsc_2 0.1297 0.9535 837 fsc_2 0.1339 0.9492 838 fsc_2 0.1381 0.9567 839 fsc_2 0.1422 0.9515 840 fsc_2 0.1464 0.9343 841 fsc_2 0.1506 0.9116 842 fsc_2 0.1548 0.8702 843 fsc_2 0.159 0.8405 844 fsc_2 0.1632 0.8463 845 fsc_2 0.1673 0.8677 846 fsc_2 0.1715 0.8726 847 fsc_2 0.1757 0.8632 848 fsc_2 0.1799 0.8702 849 fsc_2 0.1841 0.897 850 fsc_2 0.1883 0.9175 851 fsc_2 0.1924 0.915 852 fsc_2 0.1966 0.9093 853 fsc_2 0.2008 0.875 854 fsc_2 0.205 0.9727 855 fsc_2 0.2092 0.9831 856 fsc_2 0.2134 0.9711 857 fsc_2 0.2175 0.9494 858 fsc_2 0.2217 0.9164 859 fsc_2 0.2259 0.8468 860 fsc_2 0.2301 0.7893 861 fsc_2 0.2343 0.6925 862 fsc_2 0.2385 0.5745 863 fsc_2 0.2426 0.4658 864 fsc_2 0.2468 0.4545 865 fsc_2 0.251 0.5007 866 fsc_2 0.2552 0.4623 867 fsc_2 0.2594 0.4621 868 fsc_2 0.2636 0.413 869 fsc_2 0.2677 0.334 870 fsc_2 0.2719 0.2823 871 fsc_2 0.2761 0.2448 872 fsc_2 0.2803 0.1714 873 fsc_2 0.2845 0.0584 874 fsc_2 0.2887 0.0099 875 fsc_2 0.2928 0.0136 876 fsc_2 0.297 0.0311 877 fsc_2 0.3012 -0.0131 878 fsc_2 0.3054 -0.0456 879 fsc_2 0.3096 0.0115 880 fsc_2 0.3138 0.0215 881 fsc_2 0.3179 0.0002 882 fsc_2 0.3221 0.044 883 fsc_2 0.3263 0.0262 884 fsc_2 0.3305 0.0303 885 fsc_2 0.3347 0.0033 886 fsc_2 0.3389 -0.004 887 fsc_2 0.343 -0.0284 888 fsc_2 0.3472 -0.0334 889 fsc_2 0.3514 -0.0238 890 fsc_2 0.3556 -0.0092 891 fsc_2 0.3598 -0.0045 892 fsc_2 0.364 0.0073 893 fsc_2 0.3681 0.0089 894 fsc_2 0.3723 0.0293 895 fsc_2 0.3765 0.0376 896 fsc_2 0.3807 0.0486 897 fsc_2 0.3849 0.0466 898 fsc_2 0.3891 0.0142 899 fsc_2 0.3932 0.0048 900 fsc_2 0.3974 0.0196 901 fsc_2 0.4016 0.0209 902 fsc_2 0.4058 0.0193 903 fsc_2 0.41 -0.0408 904 fsc_2 0.4142 -0.0331 905 fsc_2 0.4183 0.0468 906 fsc_2 0.4225 0.0441 907 fsc_2 0.4267 -0.0032 908 fsc_2 0.4309 0.0114 909 fsc_2 0.4351 0.0285 910 fsc_2 0.4393 -0.0025 911 fsc_2 0.4434 -0.0078 912 fsc_2 0.4476 0.0026 913 fsc_2 0.4518 -0.0196 914 fsc_2 0.456 0.0288 915 fsc_2 0.4602 0.0174 916 fsc_2 0.4644 0.0089 917 fsc_2 0.4685 0.0253 918 fsc_2 0.4727 -0.0056 919 fsc_2 0.4769 0.0389 920 fsc_2 0.4811 -0.0075 921 fsc_2 0.4853 -0.0168 922 fsc_2 0.4895 0.0133 923 fsc_2 0.4936 -0.0021 924 fsc_2 0.4978 -0.0193 925 fsc_2 0.502 -0.0139 926 fsc_2 0.5062 -0.0053 927 fsc_2 0.5104 0.0097 928 fsc_2 0.5146 0.0117 929 fsc_2 0.5187 -0.0278 930 fsc_2 0.5229 -0.0049 931 fsc_2 0.5271 0.0043 932 fsc_2 0.5313 0.0179 933 fsc_2 0.5355 0.0423 934 fsc_2 0.5397 0.0221 935 fsc_2 0.5438 0.0164 936 fsc_2 0.548 0.0365 937 fsc_2 0.5522 -0.004 938 fsc_2 0.5564 -0.0106 939 fsc_2 0.5606 -0.0242 940 fsc_2 0.5648 0.0158 941 fsc_2 0.5689 0.0188 942 fsc_2 0.5731 0.0008 943 fsc_2 0.5773 0.0249 944 fsc_2 0.5815 -0.0071 945 fsc_2 0.5857 -0.0318 946 fsc_2 0.5899 0.0105 947 fsc_2 0.594 0.0122 948 fsc_2 0.5982 -0.0008 949 fsc_2 0.6024 0.0122 950 fsc_i_1 0.0 1.0 951 fsc_i_1 0.0042 0.8739 952 fsc_i_1 0.0084 0.5181 953 fsc_i_1 0.0126 0.3639 954 fsc_i_1 0.0167 0.28 955 fsc_i_1 0.0209 0.2274 956 fsc_i_1 0.0251 0.1915 957 fsc_i_1 0.0293 0.1653 958 fsc_i_1 0.0335 0.1455 959 fsc_i_1 0.0377 0.1298 960 fsc_i_1 0.0418 0.1173 961 fsc_i_1 0.046 0.1069 962 fsc_i_1 0.0502 0.0982 963 fsc_i_1 0.0544 0.0908 964 fsc_i_1 0.0586 0.0845 965 fsc_i_1 0.0628 0.079 966 fsc_i_1 0.0669 0.0741 967 fsc_i_1 0.0711 0.0698 968 fsc_i_1 0.0753 0.066 969 fsc_i_1 0.0795 0.0626 970 fsc_i_1 0.0837 0.0595 971 fsc_i_1 0.0879 0.0567 972 fsc_i_1 0.092 0.0542 973 fsc_i_1 0.0962 0.0519 974 fsc_i_1 0.1004 0.0497 975 fsc_i_1 0.1046 0.0478 976 fsc_i_1 0.1088 0.046 977 fsc_i_1 0.113 0.0443 978 fsc_i_1 0.1171 0.0427 979 fsc_i_1 0.1213 0.0412 980 fsc_i_1 0.1255 0.0399 981 fsc_i_1 0.1297 0.0386 982 fsc_i_1 0.1339 0.0374 983 fsc_i_1 0.1381 0.0363 984 fsc_i_1 0.1422 0.0352 985 fsc_i_1 0.1464 0.0342 986 fsc_i_1 0.1506 0.0333 987 fsc_i_1 0.1548 0.0324 988 fsc_i_1 0.159 0.0316 989 fsc_i_1 0.1632 0.0308 990 fsc_i_1 0.1673 0.03 991 fsc_i_1 0.1715 0.0293 992 fsc_i_1 0.1757 0.0286 993 fsc_i_1 0.1799 0.0279 994 fsc_i_1 0.1841 0.0273 995 fsc_i_1 0.1883 0.0267 996 fsc_i_1 0.1924 0.0261 997 fsc_i_1 0.1966 0.0256 998 fsc_i_1 0.2008 0.025 999 fsc_i_1 0.205 0.0245 1000 fsc_i_1 0.2092 0.024 1001 fsc_i_1 0.2134 0.0236 1002 fsc_i_1 0.2175 0.0231 1003 fsc_i_1 0.2217 0.0227 1004 fsc_i_1 0.2259 0.0223 1005 fsc_i_1 0.2301 0.0219 1006 fsc_i_1 0.2343 0.0215 1007 fsc_i_1 0.2385 0.0211 1008 fsc_i_1 0.2426 0.0207 1009 fsc_i_1 0.2468 0.0204 1010 fsc_i_1 0.251 0.02 1011 fsc_i_1 0.2552 0.0197 1012 fsc_i_1 0.2594 0.0194 1013 fsc_i_1 0.2636 0.0191 1014 fsc_i_1 0.2677 0.0188 1015 fsc_i_1 0.2719 0.0185 1016 fsc_i_1 0.2761 0.0182 1017 fsc_i_1 0.2803 0.018 1018 fsc_i_1 0.2845 0.0177 1019 fsc_i_1 0.2887 0.0174 1020 fsc_i_1 0.2928 0.0172 1021 fsc_i_1 0.297 0.017 1022 fsc_i_1 0.3012 0.0167 1023 fsc_i_1 0.3054 0.0165 1024 fsc_i_1 0.3096 0.0163 1025 fsc_i_1 0.3138 0.0161 1026 fsc_i_1 0.3179 0.0158 1027 fsc_i_1 0.3221 0.0156 1028 fsc_i_1 0.3263 0.0154 1029 fsc_i_1 0.3305 0.0152 1030 fsc_i_1 0.3347 0.0151 1031 fsc_i_1 0.3389 0.0149 1032 fsc_i_1 0.343 0.0147 1033 fsc_i_1 0.3472 0.0145 1034 fsc_i_1 0.3514 0.0143 1035 fsc_i_1 0.3556 0.0142 1036 fsc_i_1 0.3598 0.014 1037 fsc_i_1 0.364 0.0138 1038 fsc_i_1 0.3681 0.0137 1039 fsc_i_1 0.3723 0.0135 1040 fsc_i_1 0.3765 0.0134 1041 fsc_i_1 0.3807 0.0132 1042 fsc_i_1 0.3849 0.0131 1043 fsc_i_1 0.3891 0.013 1044 fsc_i_1 0.3932 0.0128 1045 fsc_i_1 0.3974 0.0127 1046 fsc_i_1 0.4016 0.0126 1047 fsc_i_1 0.4058 0.0124 1048 fsc_i_1 0.41 0.0123 1049 fsc_i_1 0.4142 0.0122 1050 fsc_i_1 0.4183 0.0121 1051 fsc_i_1 0.4225 0.0119 1052 fsc_i_1 0.4267 0.0118 1053 fsc_i_1 0.4309 0.0117 1054 fsc_i_1 0.4351 0.0116 1055 fsc_i_1 0.4393 0.0115 1056 fsc_i_1 0.4434 0.0114 1057 fsc_i_1 0.4476 0.0113 1058 fsc_i_1 0.4518 0.0112 1059 fsc_i_1 0.456 0.0111 1060 fsc_i_1 0.4602 0.011 1061 fsc_i_1 0.4644 0.0109 1062 fsc_i_1 0.4685 0.0108 1063 fsc_i_1 0.4727 0.0107 1064 fsc_i_1 0.4769 0.0106 1065 fsc_i_1 0.4811 0.0105 1066 fsc_i_1 0.4853 0.0104 1067 fsc_i_1 0.4895 0.0103 1068 fsc_i_1 0.4936 0.0102 1069 fsc_i_1 0.4978 0.0101 1070 fsc_i_1 0.502 0.01 1071 fsc_i_1 0.5062 0.01 1072 fsc_i_1 0.5104 0.0099 1073 fsc_i_1 0.5146 0.0098 1074 fsc_i_1 0.5187 0.0097 1075 fsc_i_1 0.5229 0.0096 1076 fsc_i_1 0.5271 0.0096 1077 fsc_i_1 0.5313 0.0095 1078 fsc_i_1 0.5355 0.0094 1079 fsc_i_1 0.5397 0.0093 1080 fsc_i_1 0.5438 0.0093 1081 fsc_i_1 0.548 0.0092 1082 fsc_i_1 0.5522 0.0091 1083 fsc_i_1 0.5564 0.0091 1084 fsc_i_1 0.5606 0.009 1085 fsc_i_1 0.5648 0.0089 1086 fsc_i_1 0.5689 0.0089 1087 fsc_i_1 0.5731 0.0088 1088 fsc_i_1 0.5773 0.0087 1089 fsc_i_1 0.5815 0.0087 1090 fsc_i_1 0.5857 0.0086 1091 fsc_i_1 0.5899 0.0086 1092 fsc_i_1 0.594 0.0085 1093 fsc_i_1 0.5982 0.0084 1094 fsc_i_1 0.6024 0.0084 1095 fsc_i_2 0.0 1.0 1096 fsc_i_2 0.0042 0.8361 1097 fsc_i_2 0.0084 0.4913 1098 fsc_i_2 0.0126 0.3792 1099 fsc_i_2 0.0167 0.325 1100 fsc_i_2 0.0209 0.2932 1101 fsc_i_2 0.0251 0.2723 1102 fsc_i_2 0.0293 0.2576 1103 fsc_i_2 0.0335 0.2465 1104 fsc_i_2 0.0377 0.238 1105 fsc_i_2 0.0418 0.2313 1106 fsc_i_2 0.046 0.2257 1107 fsc_i_2 0.0502 0.2212 1108 fsc_i_2 0.0544 0.2173 1109 fsc_i_2 0.0586 0.214 1110 fsc_i_2 0.0628 0.2111 1111 fsc_i_2 0.0669 0.2086 1112 fsc_i_2 0.0711 0.2064 1113 fsc_i_2 0.0753 0.2045 1114 fsc_i_2 0.0795 0.2027 1115 fsc_i_2 0.0837 0.2011 1116 fsc_i_2 0.0879 0.1997 1117 fsc_i_2 0.092 0.1984 1118 fsc_i_2 0.0962 0.1972 1119 fsc_i_2 0.1004 0.1962 1120 fsc_i_2 0.1046 0.1952 1121 fsc_i_2 0.1088 0.1943 1122 fsc_i_2 0.113 0.1934 1123 fsc_i_2 0.1171 0.1926 1124 fsc_i_2 0.1213 0.1919 1125 fsc_i_2 0.1255 0.1912 1126 fsc_i_2 0.1297 0.1906 1127 fsc_i_2 0.1339 0.19 1128 fsc_i_2 0.1381 0.1894 1129 fsc_i_2 0.1422 0.1889 1130 fsc_i_2 0.1464 0.1884 1131 fsc_i_2 0.1506 0.1879 1132 fsc_i_2 0.1548 0.1875 1133 fsc_i_2 0.159 0.1871 1134 fsc_i_2 0.1632 0.1867 1135 fsc_i_2 0.1673 0.1863 1136 fsc_i_2 0.1715 0.1859 1137 fsc_i_2 0.1757 0.1856 1138 fsc_i_2 0.1799 0.1852 1139 fsc_i_2 0.1841 0.1849 1140 fsc_i_2 0.1883 0.1846 1141 fsc_i_2 0.1924 0.1844 1142 fsc_i_2 0.1966 0.1841 1143 fsc_i_2 0.2008 0.1838 1144 fsc_i_2 0.205 0.1836 1145 fsc_i_2 0.2092 0.1833 1146 fsc_i_2 0.2134 0.1831 1147 fsc_i_2 0.2175 0.1829 1148 fsc_i_2 0.2217 0.1827 1149 fsc_i_2 0.2259 0.1825 1150 fsc_i_2 0.2301 0.1823 1151 fsc_i_2 0.2343 0.1821 1152 fsc_i_2 0.2385 0.1819 1153 fsc_i_2 0.2426 0.1817 1154 fsc_i_2 0.2468 0.1815 1155 fsc_i_2 0.251 0.1814 1156 fsc_i_2 0.2552 0.1812 1157 fsc_i_2 0.2594 0.181 1158 fsc_i_2 0.2636 0.1809 1159 fsc_i_2 0.2677 0.1807 1160 fsc_i_2 0.2719 0.1806 1161 fsc_i_2 0.2761 0.1805 1162 fsc_i_2 0.2803 0.1803 1163 fsc_i_2 0.2845 0.1802 1164 fsc_i_2 0.2887 0.1801 1165 fsc_i_2 0.2928 0.18 1166 fsc_i_2 0.297 0.1798 1167 fsc_i_2 0.3012 0.1797 1168 fsc_i_2 0.3054 0.1796 1169 fsc_i_2 0.3096 0.1795 1170 fsc_i_2 0.3138 0.1794 1171 fsc_i_2 0.3179 0.1793 1172 fsc_i_2 0.3221 0.1792 1173 fsc_i_2 0.3263 0.1791 1174 fsc_i_2 0.3305 0.179 1175 fsc_i_2 0.3347 0.1789 1176 fsc_i_2 0.3389 0.1788 1177 fsc_i_2 0.343 0.1787 1178 fsc_i_2 0.3472 0.1786 1179 fsc_i_2 0.3514 0.1786 1180 fsc_i_2 0.3556 0.1785 1181 fsc_i_2 0.3598 0.1784 1182 fsc_i_2 0.364 0.1783 1183 fsc_i_2 0.3681 0.1782 1184 fsc_i_2 0.3723 0.1782 1185 fsc_i_2 0.3765 0.1781 1186 fsc_i_2 0.3807 0.178 1187 fsc_i_2 0.3849 0.1779 1188 fsc_i_2 0.3891 0.1779 1189 fsc_i_2 0.3932 0.1778 1190 fsc_i_2 0.3974 0.1777 1191 fsc_i_2 0.4016 0.1777 1192 fsc_i_2 0.4058 0.1776 1193 fsc_i_2 0.41 0.1776 1194 fsc_i_2 0.4142 0.1775 1195 fsc_i_2 0.4183 0.1774 1196 fsc_i_2 0.4225 0.1774 1197 fsc_i_2 0.4267 0.1773 1198 fsc_i_2 0.4309 0.1773 1199 fsc_i_2 0.4351 0.1772 1200 fsc_i_2 0.4393 0.1772 1201 fsc_i_2 0.4434 0.1771 1202 fsc_i_2 0.4476 0.1771 1203 fsc_i_2 0.4518 0.177 1204 fsc_i_2 0.456 0.1769 1205 fsc_i_2 0.4602 0.1769 1206 fsc_i_2 0.4644 0.1769 1207 fsc_i_2 0.4685 0.1768 1208 fsc_i_2 0.4727 0.1768 1209 fsc_i_2 0.4769 0.1767 1210 fsc_i_2 0.4811 0.1767 1211 fsc_i_2 0.4853 0.1766 1212 fsc_i_2 0.4895 0.1766 1213 fsc_i_2 0.4936 0.1765 1214 fsc_i_2 0.4978 0.1765 1215 fsc_i_2 0.502 0.1765 1216 fsc_i_2 0.5062 0.1764 1217 fsc_i_2 0.5104 0.1764 1218 fsc_i_2 0.5146 0.1763 1219 fsc_i_2 0.5187 0.1763 1220 fsc_i_2 0.5229 0.1763 1221 fsc_i_2 0.5271 0.1762 1222 fsc_i_2 0.5313 0.1762 1223 fsc_i_2 0.5355 0.1761 1224 fsc_i_2 0.5397 0.1761 1225 fsc_i_2 0.5438 0.1761 1226 fsc_i_2 0.548 0.176 1227 fsc_i_2 0.5522 0.176 1228 fsc_i_2 0.5564 0.176 1229 fsc_i_2 0.5606 0.1759 1230 fsc_i_2 0.5648 0.1759 1231 fsc_i_2 0.5689 0.1759 1232 fsc_i_2 0.5731 0.1758 1233 fsc_i_2 0.5773 0.1758 1234 fsc_i_2 0.5815 0.1758 1235 fsc_i_2 0.5857 0.1758 1236 fsc_i_2 0.5899 0.1757 1237 fsc_i_2 0.594 0.1757 1238 fsc_i_2 0.5982 0.1757 1239 fsc_i_2 0.6024 0.1756 1240 fsc_i_3 0.0 1.0 1241 fsc_i_3 0.0042 0.8786 1242 fsc_i_3 0.0084 0.607 1243 fsc_i_3 0.0126 0.5135 1244 fsc_i_3 0.0167 0.4674 1245 fsc_i_3 0.0209 0.4401 1246 fsc_i_3 0.0251 0.422 1247 fsc_i_3 0.0293 0.4091 1248 fsc_i_3 0.0335 0.3995 1249 fsc_i_3 0.0377 0.3921 1250 fsc_i_3 0.0418 0.3861 1251 fsc_i_3 0.046 0.3813 1252 fsc_i_3 0.0502 0.3773 1253 fsc_i_3 0.0544 0.3738 1254 fsc_i_3 0.0586 0.3709 1255 fsc_i_3 0.0628 0.3684 1256 fsc_i_3 0.0669 0.3662 1257 fsc_i_3 0.0711 0.3642 1258 fsc_i_3 0.0753 0.3625 1259 fsc_i_3 0.0795 0.361 1260 fsc_i_3 0.0837 0.3596 1261 fsc_i_3 0.0879 0.3583 1262 fsc_i_3 0.092 0.3572 1263 fsc_i_3 0.0962 0.3561 1264 fsc_i_3 0.1004 0.3552 1265 fsc_i_3 0.1046 0.3543 1266 fsc_i_3 0.1088 0.3535 1267 fsc_i_3 0.113 0.3527 1268 fsc_i_3 0.1171 0.3521 1269 fsc_i_3 0.1213 0.3514 1270 fsc_i_3 0.1255 0.3508 1271 fsc_i_3 0.1297 0.3502 1272 fsc_i_3 0.1339 0.3497 1273 fsc_i_3 0.1381 0.3492 1274 fsc_i_3 0.1422 0.3487 1275 fsc_i_3 0.1464 0.3483 1276 fsc_i_3 0.1506 0.3479 1277 fsc_i_3 0.1548 0.3475 1278 fsc_i_3 0.159 0.3471 1279 fsc_i_3 0.1632 0.3468 1280 fsc_i_3 0.1673 0.3464 1281 fsc_i_3 0.1715 0.3461 1282 fsc_i_3 0.1757 0.3458 1283 fsc_i_3 0.1799 0.3455 1284 fsc_i_3 0.1841 0.3452 1285 fsc_i_3 0.1883 0.345 1286 fsc_i_3 0.1924 0.3447 1287 fsc_i_3 0.1966 0.3445 1288 fsc_i_3 0.2008 0.3442 1289 fsc_i_3 0.205 0.344 1290 fsc_i_3 0.2092 0.3438 1291 fsc_i_3 0.2134 0.3436 1292 fsc_i_3 0.2175 0.3434 1293 fsc_i_3 0.2217 0.3432 1294 fsc_i_3 0.2259 0.343 1295 fsc_i_3 0.2301 0.3428 1296 fsc_i_3 0.2343 0.3427 1297 fsc_i_3 0.2385 0.3425 1298 fsc_i_3 0.2426 0.3424 1299 fsc_i_3 0.2468 0.3422 1300 fsc_i_3 0.251 0.342 1301 fsc_i_3 0.2552 0.3419 1302 fsc_i_3 0.2594 0.3418 1303 fsc_i_3 0.2636 0.3416 1304 fsc_i_3 0.2677 0.3415 1305 fsc_i_3 0.2719 0.3414 1306 fsc_i_3 0.2761 0.3413 1307 fsc_i_3 0.2803 0.3411 1308 fsc_i_3 0.2845 0.341 1309 fsc_i_3 0.2887 0.3409 1310 fsc_i_3 0.2928 0.3408 1311 fsc_i_3 0.297 0.3407 1312 fsc_i_3 0.3012 0.3406 1313 fsc_i_3 0.3054 0.3405 1314 fsc_i_3 0.3096 0.3404 1315 fsc_i_3 0.3138 0.3403 1316 fsc_i_3 0.3179 0.3402 1317 fsc_i_3 0.3221 0.3401 1318 fsc_i_3 0.3263 0.34 1319 fsc_i_3 0.3305 0.34 1320 fsc_i_3 0.3347 0.3399 1321 fsc_i_3 0.3389 0.3398 1322 fsc_i_3 0.343 0.3397 1323 fsc_i_3 0.3472 0.3396 1324 fsc_i_3 0.3514 0.3396 1325 fsc_i_3 0.3556 0.3395 1326 fsc_i_3 0.3598 0.3394 1327 fsc_i_3 0.364 0.3393 1328 fsc_i_3 0.3681 0.3393 1329 fsc_i_3 0.3723 0.3392 1330 fsc_i_3 0.3765 0.3391 1331 fsc_i_3 0.3807 0.3391 1332 fsc_i_3 0.3849 0.339 1333 fsc_i_3 0.3891 0.339 1334 fsc_i_3 0.3932 0.3389 1335 fsc_i_3 0.3974 0.3388 1336 fsc_i_3 0.4016 0.3388 1337 fsc_i_3 0.4058 0.3387 1338 fsc_i_3 0.41 0.3387 1339 fsc_i_3 0.4142 0.3386 1340 fsc_i_3 0.4183 0.3386 1341 fsc_i_3 0.4225 0.3385 1342 fsc_i_3 0.4267 0.3385 1343 fsc_i_3 0.4309 0.3384 1344 fsc_i_3 0.4351 0.3384 1345 fsc_i_3 0.4393 0.3383 1346 fsc_i_3 0.4434 0.3383 1347 fsc_i_3 0.4476 0.3382 1348 fsc_i_3 0.4518 0.3382 1349 fsc_i_3 0.456 0.3381 1350 fsc_i_3 0.4602 0.3381 1351 fsc_i_3 0.4644 0.338 1352 fsc_i_3 0.4685 0.338 1353 fsc_i_3 0.4727 0.338 1354 fsc_i_3 0.4769 0.3379 1355 fsc_i_3 0.4811 0.3379 1356 fsc_i_3 0.4853 0.3378 1357 fsc_i_3 0.4895 0.3378 1358 fsc_i_3 0.4936 0.3378 1359 fsc_i_3 0.4978 0.3377 1360 fsc_i_3 0.502 0.3377 1361 fsc_i_3 0.5062 0.3377 1362 fsc_i_3 0.5104 0.3376 1363 fsc_i_3 0.5146 0.3376 1364 fsc_i_3 0.5187 0.3375 1365 fsc_i_3 0.5229 0.3375 1366 fsc_i_3 0.5271 0.3375 1367 fsc_i_3 0.5313 0.3374 1368 fsc_i_3 0.5355 0.3374 1369 fsc_i_3 0.5397 0.3374 1370 fsc_i_3 0.5438 0.3374 1371 fsc_i_3 0.548 0.3373 1372 fsc_i_3 0.5522 0.3373 1373 fsc_i_3 0.5564 0.3373 1374 fsc_i_3 0.5606 0.3372 1375 fsc_i_3 0.5648 0.3372 1376 fsc_i_3 0.5689 0.3372 1377 fsc_i_3 0.5731 0.3371 1378 fsc_i_3 0.5773 0.3371 1379 fsc_i_3 0.5815 0.3371 1380 fsc_i_3 0.5857 0.3371 1381 fsc_i_3 0.5899 0.337 1382 fsc_i_3 0.594 0.337 1383 fsc_i_3 0.5982 0.337 1384 fsc_i_3 0.6024 0.337 1385 fsc_i_4 0.0 0.5 1386 fsc_i_4 0.0042 0.5 1387 fsc_i_4 0.0084 0.5 1388 fsc_i_4 0.0126 0.5 1389 fsc_i_4 0.0167 0.5 1390 fsc_i_4 0.0209 0.5 1391 fsc_i_4 0.0251 0.5 1392 fsc_i_4 0.0293 0.5 1393 fsc_i_4 0.0335 0.5 1394 fsc_i_4 0.0377 0.5 1395 fsc_i_4 0.0418 0.5 1396 fsc_i_4 0.046 0.5 1397 fsc_i_4 0.0502 0.5 1398 fsc_i_4 0.0544 0.5 1399 fsc_i_4 0.0586 0.5 1400 fsc_i_4 0.0628 0.5 1401 fsc_i_4 0.0669 0.5 1402 fsc_i_4 0.0711 0.5 1403 fsc_i_4 0.0753 0.5 1404 fsc_i_4 0.0795 0.5 1405 fsc_i_4 0.0837 0.5 1406 fsc_i_4 0.0879 0.5 1407 fsc_i_4 0.092 0.5 1408 fsc_i_4 0.0962 0.5 1409 fsc_i_4 0.1004 0.5 1410 fsc_i_4 0.1046 0.5 1411 fsc_i_4 0.1088 0.5 1412 fsc_i_4 0.113 0.5 1413 fsc_i_4 0.1171 0.5 1414 fsc_i_4 0.1213 0.5 1415 fsc_i_4 0.1255 0.5 1416 fsc_i_4 0.1297 0.5 1417 fsc_i_4 0.1339 0.5 1418 fsc_i_4 0.1381 0.5 1419 fsc_i_4 0.1422 0.5 1420 fsc_i_4 0.1464 0.5 1421 fsc_i_4 0.1506 0.5 1422 fsc_i_4 0.1548 0.5 1423 fsc_i_4 0.159 0.5 1424 fsc_i_4 0.1632 0.5 1425 fsc_i_4 0.1673 0.5 1426 fsc_i_4 0.1715 0.5 1427 fsc_i_4 0.1757 0.5 1428 fsc_i_4 0.1799 0.5 1429 fsc_i_4 0.1841 0.5 1430 fsc_i_4 0.1883 0.5 1431 fsc_i_4 0.1924 0.5 1432 fsc_i_4 0.1966 0.5 1433 fsc_i_4 0.2008 0.5 1434 fsc_i_4 0.205 0.5 1435 fsc_i_4 0.2092 0.5 1436 fsc_i_4 0.2134 0.5 1437 fsc_i_4 0.2175 0.5 1438 fsc_i_4 0.2217 0.5 1439 fsc_i_4 0.2259 0.5 1440 fsc_i_4 0.2301 0.5 1441 fsc_i_4 0.2343 0.5 1442 fsc_i_4 0.2385 0.5 1443 fsc_i_4 0.2426 0.5 1444 fsc_i_4 0.2468 0.5 1445 fsc_i_4 0.251 0.5 1446 fsc_i_4 0.2552 0.5 1447 fsc_i_4 0.2594 0.5 1448 fsc_i_4 0.2636 0.5 1449 fsc_i_4 0.2677 0.5 1450 fsc_i_4 0.2719 0.5 1451 fsc_i_4 0.2761 0.5 1452 fsc_i_4 0.2803 0.5 1453 fsc_i_4 0.2845 0.5 1454 fsc_i_4 0.2887 0.5 1455 fsc_i_4 0.2928 0.5 1456 fsc_i_4 0.297 0.5 1457 fsc_i_4 0.3012 0.5 1458 fsc_i_4 0.3054 0.5 1459 fsc_i_4 0.3096 0.5 1460 fsc_i_4 0.3138 0.5 1461 fsc_i_4 0.3179 0.5 1462 fsc_i_4 0.3221 0.5 1463 fsc_i_4 0.3263 0.5 1464 fsc_i_4 0.3305 0.5 1465 fsc_i_4 0.3347 0.5 1466 fsc_i_4 0.3389 0.5 1467 fsc_i_4 0.343 0.5 1468 fsc_i_4 0.3472 0.5 1469 fsc_i_4 0.3514 0.5 1470 fsc_i_4 0.3556 0.5 1471 fsc_i_4 0.3598 0.5 1472 fsc_i_4 0.364 0.5 1473 fsc_i_4 0.3681 0.5 1474 fsc_i_4 0.3723 0.5 1475 fsc_i_4 0.3765 0.5 1476 fsc_i_4 0.3807 0.5 1477 fsc_i_4 0.3849 0.5 1478 fsc_i_4 0.3891 0.5 1479 fsc_i_4 0.3932 0.5 1480 fsc_i_4 0.3974 0.5 1481 fsc_i_4 0.4016 0.5 1482 fsc_i_4 0.4058 0.5 1483 fsc_i_4 0.41 0.5 1484 fsc_i_4 0.4142 0.5 1485 fsc_i_4 0.4183 0.5 1486 fsc_i_4 0.4225 0.5 1487 fsc_i_4 0.4267 0.5 1488 fsc_i_4 0.4309 0.5 1489 fsc_i_4 0.4351 0.5 1490 fsc_i_4 0.4393 0.5 1491 fsc_i_4 0.4434 0.5 1492 fsc_i_4 0.4476 0.5 1493 fsc_i_4 0.4518 0.5 1494 fsc_i_4 0.456 0.5 1495 fsc_i_4 0.4602 0.5 1496 fsc_i_4 0.4644 0.5 1497 fsc_i_4 0.4685 0.5 1498 fsc_i_4 0.4727 0.5 1499 fsc_i_4 0.4769 0.5 1500 fsc_i_4 0.4811 0.5 1501 fsc_i_4 0.4853 0.5 1502 fsc_i_4 0.4895 0.5 1503 fsc_i_4 0.4936 0.5 1504 fsc_i_4 0.4978 0.5 1505 fsc_i_4 0.502 0.5 1506 fsc_i_4 0.5062 0.5 1507 fsc_i_4 0.5104 0.5 1508 fsc_i_4 0.5146 0.5 1509 fsc_i_4 0.5187 0.5 1510 fsc_i_4 0.5229 0.5 1511 fsc_i_4 0.5271 0.5 1512 fsc_i_4 0.5313 0.5 1513 fsc_i_4 0.5355 0.5 1514 fsc_i_4 0.5397 0.5 1515 fsc_i_4 0.5438 0.5 1516 fsc_i_4 0.548 0.5 1517 fsc_i_4 0.5522 0.5 1518 fsc_i_4 0.5564 0.5 1519 fsc_i_4 0.5606 0.5 1520 fsc_i_4 0.5648 0.5 1521 fsc_i_4 0.5689 0.5 1522 fsc_i_4 0.5731 0.5 1523 fsc_i_4 0.5773 0.5 1524 fsc_i_4 0.5815 0.5 1525 fsc_i_4 0.5857 0.5 1526 fsc_i_4 0.5899 0.5 1527 fsc_i_4 0.594 0.5 1528 fsc_i_4 0.5982 0.5 1529 fsc_i_4 0.6024 0.5 1530 fsc_i_5 0.0 0.333 1531 fsc_i_5 0.0042 0.333 1532 fsc_i_5 0.0084 0.333 1533 fsc_i_5 0.0126 0.333 1534 fsc_i_5 0.0167 0.333 1535 fsc_i_5 0.0209 0.333 1536 fsc_i_5 0.0251 0.333 1537 fsc_i_5 0.0293 0.333 1538 fsc_i_5 0.0335 0.333 1539 fsc_i_5 0.0377 0.333 1540 fsc_i_5 0.0418 0.333 1541 fsc_i_5 0.046 0.333 1542 fsc_i_5 0.0502 0.333 1543 fsc_i_5 0.0544 0.333 1544 fsc_i_5 0.0586 0.333 1545 fsc_i_5 0.0628 0.333 1546 fsc_i_5 0.0669 0.333 1547 fsc_i_5 0.0711 0.333 1548 fsc_i_5 0.0753 0.333 1549 fsc_i_5 0.0795 0.333 1550 fsc_i_5 0.0837 0.333 1551 fsc_i_5 0.0879 0.333 1552 fsc_i_5 0.092 0.333 1553 fsc_i_5 0.0962 0.333 1554 fsc_i_5 0.1004 0.333 1555 fsc_i_5 0.1046 0.333 1556 fsc_i_5 0.1088 0.333 1557 fsc_i_5 0.113 0.333 1558 fsc_i_5 0.1171 0.333 1559 fsc_i_5 0.1213 0.333 1560 fsc_i_5 0.1255 0.333 1561 fsc_i_5 0.1297 0.333 1562 fsc_i_5 0.1339 0.333 1563 fsc_i_5 0.1381 0.333 1564 fsc_i_5 0.1422 0.333 1565 fsc_i_5 0.1464 0.333 1566 fsc_i_5 0.1506 0.333 1567 fsc_i_5 0.1548 0.333 1568 fsc_i_5 0.159 0.333 1569 fsc_i_5 0.1632 0.333 1570 fsc_i_5 0.1673 0.333 1571 fsc_i_5 0.1715 0.333 1572 fsc_i_5 0.1757 0.333 1573 fsc_i_5 0.1799 0.333 1574 fsc_i_5 0.1841 0.333 1575 fsc_i_5 0.1883 0.333 1576 fsc_i_5 0.1924 0.333 1577 fsc_i_5 0.1966 0.333 1578 fsc_i_5 0.2008 0.333 1579 fsc_i_5 0.205 0.333 1580 fsc_i_5 0.2092 0.333 1581 fsc_i_5 0.2134 0.333 1582 fsc_i_5 0.2175 0.333 1583 fsc_i_5 0.2217 0.333 1584 fsc_i_5 0.2259 0.333 1585 fsc_i_5 0.2301 0.333 1586 fsc_i_5 0.2343 0.333 1587 fsc_i_5 0.2385 0.333 1588 fsc_i_5 0.2426 0.333 1589 fsc_i_5 0.2468 0.333 1590 fsc_i_5 0.251 0.333 1591 fsc_i_5 0.2552 0.333 1592 fsc_i_5 0.2594 0.333 1593 fsc_i_5 0.2636 0.333 1594 fsc_i_5 0.2677 0.333 1595 fsc_i_5 0.2719 0.333 1596 fsc_i_5 0.2761 0.333 1597 fsc_i_5 0.2803 0.333 1598 fsc_i_5 0.2845 0.333 1599 fsc_i_5 0.2887 0.333 1600 fsc_i_5 0.2928 0.333 1601 fsc_i_5 0.297 0.333 1602 fsc_i_5 0.3012 0.333 1603 fsc_i_5 0.3054 0.333 1604 fsc_i_5 0.3096 0.333 1605 fsc_i_5 0.3138 0.333 1606 fsc_i_5 0.3179 0.333 1607 fsc_i_5 0.3221 0.333 1608 fsc_i_5 0.3263 0.333 1609 fsc_i_5 0.3305 0.333 1610 fsc_i_5 0.3347 0.333 1611 fsc_i_5 0.3389 0.333 1612 fsc_i_5 0.343 0.333 1613 fsc_i_5 0.3472 0.333 1614 fsc_i_5 0.3514 0.333 1615 fsc_i_5 0.3556 0.333 1616 fsc_i_5 0.3598 0.333 1617 fsc_i_5 0.364 0.333 1618 fsc_i_5 0.3681 0.333 1619 fsc_i_5 0.3723 0.333 1620 fsc_i_5 0.3765 0.333 1621 fsc_i_5 0.3807 0.333 1622 fsc_i_5 0.3849 0.333 1623 fsc_i_5 0.3891 0.333 1624 fsc_i_5 0.3932 0.333 1625 fsc_i_5 0.3974 0.333 1626 fsc_i_5 0.4016 0.333 1627 fsc_i_5 0.4058 0.333 1628 fsc_i_5 0.41 0.333 1629 fsc_i_5 0.4142 0.333 1630 fsc_i_5 0.4183 0.333 1631 fsc_i_5 0.4225 0.333 1632 fsc_i_5 0.4267 0.333 1633 fsc_i_5 0.4309 0.333 1634 fsc_i_5 0.4351 0.333 1635 fsc_i_5 0.4393 0.333 1636 fsc_i_5 0.4434 0.333 1637 fsc_i_5 0.4476 0.333 1638 fsc_i_5 0.4518 0.333 1639 fsc_i_5 0.456 0.333 1640 fsc_i_5 0.4602 0.333 1641 fsc_i_5 0.4644 0.333 1642 fsc_i_5 0.4685 0.333 1643 fsc_i_5 0.4727 0.333 1644 fsc_i_5 0.4769 0.333 1645 fsc_i_5 0.4811 0.333 1646 fsc_i_5 0.4853 0.333 1647 fsc_i_5 0.4895 0.333 1648 fsc_i_5 0.4936 0.333 1649 fsc_i_5 0.4978 0.333 1650 fsc_i_5 0.502 0.333 1651 fsc_i_5 0.5062 0.333 1652 fsc_i_5 0.5104 0.333 1653 fsc_i_5 0.5146 0.333 1654 fsc_i_5 0.5187 0.333 1655 fsc_i_5 0.5229 0.333 1656 fsc_i_5 0.5271 0.333 1657 fsc_i_5 0.5313 0.333 1658 fsc_i_5 0.5355 0.333 1659 fsc_i_5 0.5397 0.333 1660 fsc_i_5 0.5438 0.333 1661 fsc_i_5 0.548 0.333 1662 fsc_i_5 0.5522 0.333 1663 fsc_i_5 0.5564 0.333 1664 fsc_i_5 0.5606 0.333 1665 fsc_i_5 0.5648 0.333 1666 fsc_i_5 0.5689 0.333 1667 fsc_i_5 0.5731 0.333 1668 fsc_i_5 0.5773 0.333 1669 fsc_i_5 0.5815 0.333 1670 fsc_i_5 0.5857 0.333 1671 fsc_i_5 0.5899 0.333 1672 fsc_i_5 0.594 0.333 1673 fsc_i_5 0.5982 0.333 1674 fsc_i_5 0.6024 0.333 1675 fsc_i_6 0.0 0.143 1676 fsc_i_6 0.0042 0.143 1677 fsc_i_6 0.0084 0.143 1678 fsc_i_6 0.0126 0.143 1679 fsc_i_6 0.0167 0.143 1680 fsc_i_6 0.0209 0.143 1681 fsc_i_6 0.0251 0.143 1682 fsc_i_6 0.0293 0.143 1683 fsc_i_6 0.0335 0.143 1684 fsc_i_6 0.0377 0.143 1685 fsc_i_6 0.0418 0.143 1686 fsc_i_6 0.046 0.143 1687 fsc_i_6 0.0502 0.143 1688 fsc_i_6 0.0544 0.143 1689 fsc_i_6 0.0586 0.143 1690 fsc_i_6 0.0628 0.143 1691 fsc_i_6 0.0669 0.143 1692 fsc_i_6 0.0711 0.143 1693 fsc_i_6 0.0753 0.143 1694 fsc_i_6 0.0795 0.143 1695 fsc_i_6 0.0837 0.143 1696 fsc_i_6 0.0879 0.143 1697 fsc_i_6 0.092 0.143 1698 fsc_i_6 0.0962 0.143 1699 fsc_i_6 0.1004 0.143 1700 fsc_i_6 0.1046 0.143 1701 fsc_i_6 0.1088 0.143 1702 fsc_i_6 0.113 0.143 1703 fsc_i_6 0.1171 0.143 1704 fsc_i_6 0.1213 0.143 1705 fsc_i_6 0.1255 0.143 1706 fsc_i_6 0.1297 0.143 1707 fsc_i_6 0.1339 0.143 1708 fsc_i_6 0.1381 0.143 1709 fsc_i_6 0.1422 0.143 1710 fsc_i_6 0.1464 0.143 1711 fsc_i_6 0.1506 0.143 1712 fsc_i_6 0.1548 0.143 1713 fsc_i_6 0.159 0.143 1714 fsc_i_6 0.1632 0.143 1715 fsc_i_6 0.1673 0.143 1716 fsc_i_6 0.1715 0.143 1717 fsc_i_6 0.1757 0.143 1718 fsc_i_6 0.1799 0.143 1719 fsc_i_6 0.1841 0.143 1720 fsc_i_6 0.1883 0.143 1721 fsc_i_6 0.1924 0.143 1722 fsc_i_6 0.1966 0.143 1723 fsc_i_6 0.2008 0.143 1724 fsc_i_6 0.205 0.143 1725 fsc_i_6 0.2092 0.143 1726 fsc_i_6 0.2134 0.143 1727 fsc_i_6 0.2175 0.143 1728 fsc_i_6 0.2217 0.143 1729 fsc_i_6 0.2259 0.143 1730 fsc_i_6 0.2301 0.143 1731 fsc_i_6 0.2343 0.143 1732 fsc_i_6 0.2385 0.143 1733 fsc_i_6 0.2426 0.143 1734 fsc_i_6 0.2468 0.143 1735 fsc_i_6 0.251 0.143 1736 fsc_i_6 0.2552 0.143 1737 fsc_i_6 0.2594 0.143 1738 fsc_i_6 0.2636 0.143 1739 fsc_i_6 0.2677 0.143 1740 fsc_i_6 0.2719 0.143 1741 fsc_i_6 0.2761 0.143 1742 fsc_i_6 0.2803 0.143 1743 fsc_i_6 0.2845 0.143 1744 fsc_i_6 0.2887 0.143 1745 fsc_i_6 0.2928 0.143 1746 fsc_i_6 0.297 0.143 1747 fsc_i_6 0.3012 0.143 1748 fsc_i_6 0.3054 0.143 1749 fsc_i_6 0.3096 0.143 1750 fsc_i_6 0.3138 0.143 1751 fsc_i_6 0.3179 0.143 1752 fsc_i_6 0.3221 0.143 1753 fsc_i_6 0.3263 0.143 1754 fsc_i_6 0.3305 0.143 1755 fsc_i_6 0.3347 0.143 1756 fsc_i_6 0.3389 0.143 1757 fsc_i_6 0.343 0.143 1758 fsc_i_6 0.3472 0.143 1759 fsc_i_6 0.3514 0.143 1760 fsc_i_6 0.3556 0.143 1761 fsc_i_6 0.3598 0.143 1762 fsc_i_6 0.364 0.143 1763 fsc_i_6 0.3681 0.143 1764 fsc_i_6 0.3723 0.143 1765 fsc_i_6 0.3765 0.143 1766 fsc_i_6 0.3807 0.143 1767 fsc_i_6 0.3849 0.143 1768 fsc_i_6 0.3891 0.143 1769 fsc_i_6 0.3932 0.143 1770 fsc_i_6 0.3974 0.143 1771 fsc_i_6 0.4016 0.143 1772 fsc_i_6 0.4058 0.143 1773 fsc_i_6 0.41 0.143 1774 fsc_i_6 0.4142 0.143 1775 fsc_i_6 0.4183 0.143 1776 fsc_i_6 0.4225 0.143 1777 fsc_i_6 0.4267 0.143 1778 fsc_i_6 0.4309 0.143 1779 fsc_i_6 0.4351 0.143 1780 fsc_i_6 0.4393 0.143 1781 fsc_i_6 0.4434 0.143 1782 fsc_i_6 0.4476 0.143 1783 fsc_i_6 0.4518 0.143 1784 fsc_i_6 0.456 0.143 1785 fsc_i_6 0.4602 0.143 1786 fsc_i_6 0.4644 0.143 1787 fsc_i_6 0.4685 0.143 1788 fsc_i_6 0.4727 0.143 1789 fsc_i_6 0.4769 0.143 1790 fsc_i_6 0.4811 0.143 1791 fsc_i_6 0.4853 0.143 1792 fsc_i_6 0.4895 0.143 1793 fsc_i_6 0.4936 0.143 1794 fsc_i_6 0.4978 0.143 1795 fsc_i_6 0.502 0.143 1796 fsc_i_6 0.5062 0.143 1797 fsc_i_6 0.5104 0.143 1798 fsc_i_6 0.5146 0.143 1799 fsc_i_6 0.5187 0.143 1800 fsc_i_6 0.5229 0.143 1801 fsc_i_6 0.5271 0.143 1802 fsc_i_6 0.5313 0.143 1803 fsc_i_6 0.5355 0.143 1804 fsc_i_6 0.5397 0.143 1805 fsc_i_6 0.5438 0.143 1806 fsc_i_6 0.548 0.143 1807 fsc_i_6 0.5522 0.143 1808 fsc_i_6 0.5564 0.143 1809 fsc_i_6 0.5606 0.143 1810 fsc_i_6 0.5648 0.143 1811 fsc_i_6 0.5689 0.143 1812 fsc_i_6 0.5731 0.143 1813 fsc_i_6 0.5773 0.143 1814 fsc_i_6 0.5815 0.143 1815 fsc_i_6 0.5857 0.143 1816 fsc_i_6 0.5899 0.143 1817 fsc_i_6 0.594 0.143 1818 fsc_i_6 0.5982 0.143 1819 fsc_i_6 0.6024 0.143 1820 fsc_i_7 0.001 1.0 1821 fsc_i_7 0.0042 0.5181 1822 fsc_i_7 0.0084 0.3639 1823 fsc_i_7 0.0126 0.28 1824 fsc_i_7 0.0167 0.2274 1825 fsc_i_7 0.0209 0.1915 1826 fsc_i_7 0.0251 0.1653 1827 fsc_i_7 0.0293 0.1455 1828 fsc_i_7 0.0335 0.1298 1829 fsc_i_7 0.0377 0.1173 1830 fsc_i_7 0.0418 0.1069 1831 fsc_i_7 0.046 0.0982 1832 fsc_i_7 0.0502 0.0908 1833 fsc_i_7 0.0544 0.0845 1834 fsc_i_7 0.0586 0.079 1835 fsc_i_7 0.0628 0.0741 1836 fsc_i_7 0.0669 0.0698 1837 fsc_i_7 0.0711 0.066 1838 fsc_i_7 0.0753 0.0626 1839 fsc_i_7 0.0795 0.0595 1840 fsc_i_7 0.0837 0.0567 1841 fsc_i_7 0.0879 0.0542 1842 fsc_i_7 0.092 0.0519 1843 fsc_i_7 0.0962 0.0497 1844 fsc_i_7 0.1004 0.0478 1845 fsc_i_7 0.1046 0.046 1846 fsc_i_7 0.1088 0.0443 1847 fsc_i_7 0.113 0.0427 1848 fsc_i_7 0.1171 0.0412 1849 fsc_i_7 0.1213 0.0399 1850 fsc_i_7 0.1255 0.0386 1851 fsc_i_7 0.1297 0.0374 1852 fsc_i_7 0.1339 0.0363 1853 fsc_i_7 0.1381 0.0352 1854 fsc_i_7 0.1422 0.0342 1855 fsc_i_7 0.1464 0.0333 1856 fsc_i_7 0.1506 0.0324 1857 fsc_i_7 0.1548 0.0316 1858 fsc_i_7 0.159 0.0308 1859 fsc_i_7 0.1632 0.03 1860 fsc_i_7 0.1673 0.0293 1861 fsc_i_7 0.1715 0.0286 1862 fsc_i_7 0.1757 0.0279 1863 fsc_i_7 0.1799 0.0273 1864 fsc_i_7 0.1841 0.0267 1865 fsc_i_7 0.1883 0.0261 1866 fsc_i_7 0.1924 0.0256 1867 fsc_i_7 0.1966 0.025 1868 fsc_i_7 0.2008 0.0245 1869 fsc_i_7 0.205 0.024 1870 fsc_i_7 0.2092 0.0236 1871 fsc_i_7 0.2134 0.0231 1872 fsc_i_7 0.2175 0.0227 1873 fsc_i_7 0.2217 0.0223 1874 fsc_i_7 0.2259 0.0219 1875 fsc_i_7 0.2301 0.0215 1876 fsc_i_7 0.2343 0.0211 1877 fsc_i_7 0.2385 0.0207 1878 fsc_i_7 0.2426 0.0204 1879 fsc_i_7 0.2468 0.02 1880 fsc_i_7 0.251 0.0197 1881 fsc_i_7 0.2552 0.0194 1882 fsc_i_7 0.2594 0.0191 1883 fsc_i_7 0.2636 0.0188 1884 fsc_i_7 0.2677 0.0185 1885 fsc_i_7 0.2719 0.0182 1886 fsc_i_7 0.2761 0.018 1887 fsc_i_7 0.2803 0.0177 1888 fsc_i_7 0.2845 0.0174 1889 fsc_i_7 0.2887 0.0172 1890 fsc_i_7 0.2928 0.017 1891 fsc_i_7 0.297 0.0167 1892 fsc_i_7 0.3012 0.0165 1893 fsc_i_7 0.3054 0.0163 1894 fsc_i_7 0.3096 0.0161 1895 fsc_i_7 0.3138 0.0158 1896 fsc_i_7 0.3179 0.0156 1897 fsc_i_7 0.3221 0.0154 1898 fsc_i_7 0.3263 0.0152 1899 fsc_i_7 0.3305 0.0151 1900 fsc_i_7 0.3347 0.0149 1901 fsc_i_7 0.3389 0.0147 1902 fsc_i_7 0.343 0.0145 1903 fsc_i_7 0.3472 0.0143 1904 fsc_i_7 0.3514 0.0142 1905 fsc_i_7 0.3556 0.014 1906 fsc_i_7 0.3598 0.0138 1907 fsc_i_7 0.364 0.0137 1908 fsc_i_7 0.3681 0.0135 1909 fsc_i_7 0.3723 0.0134 1910 fsc_i_7 0.3765 0.0132 1911 fsc_i_7 0.3807 0.0131 1912 fsc_i_7 0.3849 0.013 1913 fsc_i_7 0.3891 0.0128 1914 fsc_i_7 0.3932 0.0127 1915 fsc_i_7 0.3974 0.0126 1916 fsc_i_7 0.4016 0.0124 1917 fsc_i_7 0.4058 0.0123 1918 fsc_i_7 0.41 0.0122 1919 fsc_i_7 0.4142 0.0121 1920 fsc_i_7 0.4183 0.0119 1921 fsc_i_7 0.4225 0.0118 1922 fsc_i_7 0.4267 0.0117 1923 fsc_i_7 0.4309 0.0116 1924 fsc_i_7 0.4351 0.0115 1925 fsc_i_7 0.4393 0.0114 1926 fsc_i_7 0.4434 0.0113 1927 fsc_i_7 0.4476 0.0112 1928 fsc_i_7 0.4518 0.0111 1929 fsc_i_7 0.456 0.011 1930 fsc_i_7 0.4602 0.0109 1931 fsc_i_7 0.4644 0.0108 1932 fsc_i_7 0.4685 0.0107 1933 fsc_i_7 0.4727 0.0106 1934 fsc_i_7 0.4769 0.0105 1935 fsc_i_7 0.4811 0.0104 1936 fsc_i_7 0.4853 0.0103 1937 fsc_i_7 0.4895 0.0102 1938 fsc_i_7 0.4936 0.0101 1939 fsc_i_7 0.4978 0.01 1940 fsc_i_7 0.502 0.01 1941 fsc_i_7 0.5062 0.0099 1942 fsc_i_7 0.5104 0.0098 1943 fsc_i_7 0.5146 0.0097 1944 fsc_i_7 0.5187 0.0096 1945 fsc_i_7 0.5229 0.0096 1946 fsc_i_7 0.5271 0.0095 1947 fsc_i_7 0.5313 0.0094 1948 fsc_i_7 0.5355 0.0093 1949 fsc_i_7 0.5397 0.0093 1950 fsc_i_7 0.5438 0.0092 1951 fsc_i_7 0.548 0.0091 1952 fsc_i_7 0.5522 0.0091 1953 fsc_i_7 0.5564 0.009 1954 fsc_i_7 0.5606 0.0089 1955 fsc_i_7 0.5648 0.0089 1956 fsc_i_7 0.5689 0.0088 1957 fsc_i_7 0.5731 0.0087 1958 fsc_i_7 0.5773 0.0087 1959 fsc_i_7 0.5815 0.0086 1960 fsc_i_7 0.5857 0.0086 1961 fsc_i_7 0.5899 0.0085 1962 fsc_i_7 0.594 0.0084 1963 fsc_i_7 0.5982 0.0084 1964 fsc_i_7 0.6024 0.0083 1965 fsc_i_8 0.001 1.0 1966 fsc_i_8 0.0042 0.4913 1967 fsc_i_8 0.0084 0.3792 1968 fsc_i_8 0.0126 0.325 1969 fsc_i_8 0.0167 0.2932 1970 fsc_i_8 0.0209 0.2723 1971 fsc_i_8 0.0251 0.2576 1972 fsc_i_8 0.0293 0.2465 1973 fsc_i_8 0.0335 0.238 1974 fsc_i_8 0.0377 0.2313 1975 fsc_i_8 0.0418 0.2257 1976 fsc_i_8 0.046 0.2212 1977 fsc_i_8 0.0502 0.2173 1978 fsc_i_8 0.0544 0.214 1979 fsc_i_8 0.0586 0.2111 1980 fsc_i_8 0.0628 0.2086 1981 fsc_i_8 0.0669 0.2064 1982 fsc_i_8 0.0711 0.2045 1983 fsc_i_8 0.0753 0.2027 1984 fsc_i_8 0.0795 0.2011 1985 fsc_i_8 0.0837 0.1997 1986 fsc_i_8 0.0879 0.1984 1987 fsc_i_8 0.092 0.1972 1988 fsc_i_8 0.0962 0.1962 1989 fsc_i_8 0.1004 0.1952 1990 fsc_i_8 0.1046 0.1943 1991 fsc_i_8 0.1088 0.1934 1992 fsc_i_8 0.113 0.1926 1993 fsc_i_8 0.1171 0.1919 1994 fsc_i_8 0.1213 0.1912 1995 fsc_i_8 0.1255 0.1906 1996 fsc_i_8 0.1297 0.19 1997 fsc_i_8 0.1339 0.1894 1998 fsc_i_8 0.1381 0.1889 1999 fsc_i_8 0.1422 0.1884 2000 fsc_i_8 0.1464 0.1879 2001 fsc_i_8 0.1506 0.1875 2002 fsc_i_8 0.1548 0.1871 2003 fsc_i_8 0.159 0.1867 2004 fsc_i_8 0.1632 0.1863 2005 fsc_i_8 0.1673 0.1859 2006 fsc_i_8 0.1715 0.1856 2007 fsc_i_8 0.1757 0.1852 2008 fsc_i_8 0.1799 0.1849 2009 fsc_i_8 0.1841 0.1846 2010 fsc_i_8 0.1883 0.1844 2011 fsc_i_8 0.1924 0.1841 2012 fsc_i_8 0.1966 0.1838 2013 fsc_i_8 0.2008 0.1836 2014 fsc_i_8 0.205 0.1833 2015 fsc_i_8 0.2092 0.1831 2016 fsc_i_8 0.2134 0.1829 2017 fsc_i_8 0.2175 0.1827 2018 fsc_i_8 0.2217 0.1825 2019 fsc_i_8 0.2259 0.1823 2020 fsc_i_8 0.2301 0.1821 2021 fsc_i_8 0.2343 0.1819 2022 fsc_i_8 0.2385 0.1817 2023 fsc_i_8 0.2426 0.1815 2024 fsc_i_8 0.2468 0.1814 2025 fsc_i_8 0.251 0.1812 2026 fsc_i_8 0.2552 0.181 2027 fsc_i_8 0.2594 0.1809 2028 fsc_i_8 0.2636 0.1807 2029 fsc_i_8 0.2677 0.1806 2030 fsc_i_8 0.2719 0.1805 2031 fsc_i_8 0.2761 0.1803 2032 fsc_i_8 0.2803 0.1802 2033 fsc_i_8 0.2845 0.1801 2034 fsc_i_8 0.2887 0.18 2035 fsc_i_8 0.2928 0.1798 2036 fsc_i_8 0.297 0.1797 2037 fsc_i_8 0.3012 0.1796 2038 fsc_i_8 0.3054 0.1795 2039 fsc_i_8 0.3096 0.1794 2040 fsc_i_8 0.3138 0.1793 2041 fsc_i_8 0.3179 0.1792 2042 fsc_i_8 0.3221 0.1791 2043 fsc_i_8 0.3263 0.179 2044 fsc_i_8 0.3305 0.1789 2045 fsc_i_8 0.3347 0.1788 2046 fsc_i_8 0.3389 0.1787 2047 fsc_i_8 0.343 0.1786 2048 fsc_i_8 0.3472 0.1786 2049 fsc_i_8 0.3514 0.1785 2050 fsc_i_8 0.3556 0.1784 2051 fsc_i_8 0.3598 0.1783 2052 fsc_i_8 0.364 0.1782 2053 fsc_i_8 0.3681 0.1782 2054 fsc_i_8 0.3723 0.1781 2055 fsc_i_8 0.3765 0.178 2056 fsc_i_8 0.3807 0.1779 2057 fsc_i_8 0.3849 0.1779 2058 fsc_i_8 0.3891 0.1778 2059 fsc_i_8 0.3932 0.1777 2060 fsc_i_8 0.3974 0.1777 2061 fsc_i_8 0.4016 0.1776 2062 fsc_i_8 0.4058 0.1776 2063 fsc_i_8 0.41 0.1775 2064 fsc_i_8 0.4142 0.1774 2065 fsc_i_8 0.4183 0.1774 2066 fsc_i_8 0.4225 0.1773 2067 fsc_i_8 0.4267 0.1773 2068 fsc_i_8 0.4309 0.1772 2069 fsc_i_8 0.4351 0.1772 2070 fsc_i_8 0.4393 0.1771 2071 fsc_i_8 0.4434 0.1771 2072 fsc_i_8 0.4476 0.177 2073 fsc_i_8 0.4518 0.1769 2074 fsc_i_8 0.456 0.1769 2075 fsc_i_8 0.4602 0.1769 2076 fsc_i_8 0.4644 0.1768 2077 fsc_i_8 0.4685 0.1768 2078 fsc_i_8 0.4727 0.1767 2079 fsc_i_8 0.4769 0.1767 2080 fsc_i_8 0.4811 0.1766 2081 fsc_i_8 0.4853 0.1766 2082 fsc_i_8 0.4895 0.1765 2083 fsc_i_8 0.4936 0.1765 2084 fsc_i_8 0.4978 0.1765 2085 fsc_i_8 0.502 0.1764 2086 fsc_i_8 0.5062 0.1764 2087 fsc_i_8 0.5104 0.1763 2088 fsc_i_8 0.5146 0.1763 2089 fsc_i_8 0.5187 0.1763 2090 fsc_i_8 0.5229 0.1762 2091 fsc_i_8 0.5271 0.1762 2092 fsc_i_8 0.5313 0.1761 2093 fsc_i_8 0.5355 0.1761 2094 fsc_i_8 0.5397 0.1761 2095 fsc_i_8 0.5438 0.176 2096 fsc_i_8 0.548 0.176 2097 fsc_i_8 0.5522 0.176 2098 fsc_i_8 0.5564 0.1759 2099 fsc_i_8 0.5606 0.1759 2100 fsc_i_8 0.5648 0.1759 2101 fsc_i_8 0.5689 0.1758 2102 fsc_i_8 0.5731 0.1758 2103 fsc_i_8 0.5773 0.1758 2104 fsc_i_8 0.5815 0.1758 2105 fsc_i_8 0.5857 0.1757 2106 fsc_i_8 0.5899 0.1757 2107 fsc_i_8 0.594 0.1757 2108 fsc_i_8 0.5982 0.1756 2109 fsc_i_8 0.6024 0.1756 2110 fsc_i_9 0.001 1.0 2111 fsc_i_9 0.0042 0.607 2112 fsc_i_9 0.0084 0.5135 2113 fsc_i_9 0.0126 0.4674 2114 fsc_i_9 0.0167 0.4401 2115 fsc_i_9 0.0209 0.422 2116 fsc_i_9 0.0251 0.4091 2117 fsc_i_9 0.0293 0.3995 2118 fsc_i_9 0.0335 0.3921 2119 fsc_i_9 0.0377 0.3861 2120 fsc_i_9 0.0418 0.3813 2121 fsc_i_9 0.046 0.3773 2122 fsc_i_9 0.0502 0.3738 2123 fsc_i_9 0.0544 0.3709 2124 fsc_i_9 0.0586 0.3684 2125 fsc_i_9 0.0628 0.3662 2126 fsc_i_9 0.0669 0.3642 2127 fsc_i_9 0.0711 0.3625 2128 fsc_i_9 0.0753 0.361 2129 fsc_i_9 0.0795 0.3596 2130 fsc_i_9 0.0837 0.3583 2131 fsc_i_9 0.0879 0.3572 2132 fsc_i_9 0.092 0.3561 2133 fsc_i_9 0.0962 0.3552 2134 fsc_i_9 0.1004 0.3543 2135 fsc_i_9 0.1046 0.3535 2136 fsc_i_9 0.1088 0.3527 2137 fsc_i_9 0.113 0.3521 2138 fsc_i_9 0.1171 0.3514 2139 fsc_i_9 0.1213 0.3508 2140 fsc_i_9 0.1255 0.3502 2141 fsc_i_9 0.1297 0.3497 2142 fsc_i_9 0.1339 0.3492 2143 fsc_i_9 0.1381 0.3487 2144 fsc_i_9 0.1422 0.3483 2145 fsc_i_9 0.1464 0.3479 2146 fsc_i_9 0.1506 0.3475 2147 fsc_i_9 0.1548 0.3471 2148 fsc_i_9 0.159 0.3468 2149 fsc_i_9 0.1632 0.3464 2150 fsc_i_9 0.1673 0.3461 2151 fsc_i_9 0.1715 0.3458 2152 fsc_i_9 0.1757 0.3455 2153 fsc_i_9 0.1799 0.3452 2154 fsc_i_9 0.1841 0.345 2155 fsc_i_9 0.1883 0.3447 2156 fsc_i_9 0.1924 0.3445 2157 fsc_i_9 0.1966 0.3442 2158 fsc_i_9 0.2008 0.344 2159 fsc_i_9 0.205 0.3438 2160 fsc_i_9 0.2092 0.3436 2161 fsc_i_9 0.2134 0.3434 2162 fsc_i_9 0.2175 0.3432 2163 fsc_i_9 0.2217 0.343 2164 fsc_i_9 0.2259 0.3428 2165 fsc_i_9 0.2301 0.3427 2166 fsc_i_9 0.2343 0.3425 2167 fsc_i_9 0.2385 0.3424 2168 fsc_i_9 0.2426 0.3422 2169 fsc_i_9 0.2468 0.342 2170 fsc_i_9 0.251 0.3419 2171 fsc_i_9 0.2552 0.3418 2172 fsc_i_9 0.2594 0.3416 2173 fsc_i_9 0.2636 0.3415 2174 fsc_i_9 0.2677 0.3414 2175 fsc_i_9 0.2719 0.3413 2176 fsc_i_9 0.2761 0.3411 2177 fsc_i_9 0.2803 0.341 2178 fsc_i_9 0.2845 0.3409 2179 fsc_i_9 0.2887 0.3408 2180 fsc_i_9 0.2928 0.3407 2181 fsc_i_9 0.297 0.3406 2182 fsc_i_9 0.3012 0.3405 2183 fsc_i_9 0.3054 0.3404 2184 fsc_i_9 0.3096 0.3403 2185 fsc_i_9 0.3138 0.3402 2186 fsc_i_9 0.3179 0.3401 2187 fsc_i_9 0.3221 0.34 2188 fsc_i_9 0.3263 0.34 2189 fsc_i_9 0.3305 0.3399 2190 fsc_i_9 0.3347 0.3398 2191 fsc_i_9 0.3389 0.3397 2192 fsc_i_9 0.343 0.3396 2193 fsc_i_9 0.3472 0.3396 2194 fsc_i_9 0.3514 0.3395 2195 fsc_i_9 0.3556 0.3394 2196 fsc_i_9 0.3598 0.3393 2197 fsc_i_9 0.364 0.3393 2198 fsc_i_9 0.3681 0.3392 2199 fsc_i_9 0.3723 0.3391 2200 fsc_i_9 0.3765 0.3391 2201 fsc_i_9 0.3807 0.339 2202 fsc_i_9 0.3849 0.339 2203 fsc_i_9 0.3891 0.3389 2204 fsc_i_9 0.3932 0.3388 2205 fsc_i_9 0.3974 0.3388 2206 fsc_i_9 0.4016 0.3387 2207 fsc_i_9 0.4058 0.3387 2208 fsc_i_9 0.41 0.3386 2209 fsc_i_9 0.4142 0.3386 2210 fsc_i_9 0.4183 0.3385 2211 fsc_i_9 0.4225 0.3385 2212 fsc_i_9 0.4267 0.3384 2213 fsc_i_9 0.4309 0.3384 2214 fsc_i_9 0.4351 0.3383 2215 fsc_i_9 0.4393 0.3383 2216 fsc_i_9 0.4434 0.3382 2217 fsc_i_9 0.4476 0.3382 2218 fsc_i_9 0.4518 0.3381 2219 fsc_i_9 0.456 0.3381 2220 fsc_i_9 0.4602 0.338 2221 fsc_i_9 0.4644 0.338 2222 fsc_i_9 0.4685 0.338 2223 fsc_i_9 0.4727 0.3379 2224 fsc_i_9 0.4769 0.3379 2225 fsc_i_9 0.4811 0.3378 2226 fsc_i_9 0.4853 0.3378 2227 fsc_i_9 0.4895 0.3378 2228 fsc_i_9 0.4936 0.3377 2229 fsc_i_9 0.4978 0.3377 2230 fsc_i_9 0.502 0.3377 2231 fsc_i_9 0.5062 0.3376 2232 fsc_i_9 0.5104 0.3376 2233 fsc_i_9 0.5146 0.3375 2234 fsc_i_9 0.5187 0.3375 2235 fsc_i_9 0.5229 0.3375 2236 fsc_i_9 0.5271 0.3374 2237 fsc_i_9 0.5313 0.3374 2238 fsc_i_9 0.5355 0.3374 2239 fsc_i_9 0.5397 0.3374 2240 fsc_i_9 0.5438 0.3373 2241 fsc_i_9 0.548 0.3373 2242 fsc_i_9 0.5522 0.3373 2243 fsc_i_9 0.5564 0.3372 2244 fsc_i_9 0.5606 0.3372 2245 fsc_i_9 0.5648 0.3372 2246 fsc_i_9 0.5689 0.3371 2247 fsc_i_9 0.5731 0.3371 2248 fsc_i_9 0.5773 0.3371 2249 fsc_i_9 0.5815 0.3371 2250 fsc_i_9 0.5857 0.337 2251 fsc_i_9 0.5899 0.337 2252 fsc_i_9 0.594 0.337 2253 fsc_i_9 0.5982 0.337 2254 fsc_i_9 0.6024 0.3369 2255 fsc_i_10 0.001 0.5 2256 fsc_i_10 0.0042 0.5 2257 fsc_i_10 0.0084 0.5 2258 fsc_i_10 0.0126 0.5 2259 fsc_i_10 0.0167 0.5 2260 fsc_i_10 0.0209 0.5 2261 fsc_i_10 0.0251 0.5 2262 fsc_i_10 0.0293 0.5 2263 fsc_i_10 0.0335 0.5 2264 fsc_i_10 0.0377 0.5 2265 fsc_i_10 0.0418 0.5 2266 fsc_i_10 0.046 0.5 2267 fsc_i_10 0.0502 0.5 2268 fsc_i_10 0.0544 0.5 2269 fsc_i_10 0.0586 0.5 2270 fsc_i_10 0.0628 0.5 2271 fsc_i_10 0.0669 0.5 2272 fsc_i_10 0.0711 0.5 2273 fsc_i_10 0.0753 0.5 2274 fsc_i_10 0.0795 0.5 2275 fsc_i_10 0.0837 0.5 2276 fsc_i_10 0.0879 0.5 2277 fsc_i_10 0.092 0.5 2278 fsc_i_10 0.0962 0.5 2279 fsc_i_10 0.1004 0.5 2280 fsc_i_10 0.1046 0.5 2281 fsc_i_10 0.1088 0.5 2282 fsc_i_10 0.113 0.5 2283 fsc_i_10 0.1171 0.5 2284 fsc_i_10 0.1213 0.5 2285 fsc_i_10 0.1255 0.5 2286 fsc_i_10 0.1297 0.5 2287 fsc_i_10 0.1339 0.5 2288 fsc_i_10 0.1381 0.5 2289 fsc_i_10 0.1422 0.5 2290 fsc_i_10 0.1464 0.5 2291 fsc_i_10 0.1506 0.5 2292 fsc_i_10 0.1548 0.5 2293 fsc_i_10 0.159 0.5 2294 fsc_i_10 0.1632 0.5 2295 fsc_i_10 0.1673 0.5 2296 fsc_i_10 0.1715 0.5 2297 fsc_i_10 0.1757 0.5 2298 fsc_i_10 0.1799 0.5 2299 fsc_i_10 0.1841 0.5 2300 fsc_i_10 0.1883 0.5 2301 fsc_i_10 0.1924 0.5 2302 fsc_i_10 0.1966 0.5 2303 fsc_i_10 0.2008 0.5 2304 fsc_i_10 0.205 0.5 2305 fsc_i_10 0.2092 0.5 2306 fsc_i_10 0.2134 0.5 2307 fsc_i_10 0.2175 0.5 2308 fsc_i_10 0.2217 0.5 2309 fsc_i_10 0.2259 0.5 2310 fsc_i_10 0.2301 0.5 2311 fsc_i_10 0.2343 0.5 2312 fsc_i_10 0.2385 0.5 2313 fsc_i_10 0.2426 0.5 2314 fsc_i_10 0.2468 0.5 2315 fsc_i_10 0.251 0.5 2316 fsc_i_10 0.2552 0.5 2317 fsc_i_10 0.2594 0.5 2318 fsc_i_10 0.2636 0.5 2319 fsc_i_10 0.2677 0.5 2320 fsc_i_10 0.2719 0.5 2321 fsc_i_10 0.2761 0.5 2322 fsc_i_10 0.2803 0.5 2323 fsc_i_10 0.2845 0.5 2324 fsc_i_10 0.2887 0.5 2325 fsc_i_10 0.2928 0.5 2326 fsc_i_10 0.297 0.5 2327 fsc_i_10 0.3012 0.5 2328 fsc_i_10 0.3054 0.5 2329 fsc_i_10 0.3096 0.5 2330 fsc_i_10 0.3138 0.5 2331 fsc_i_10 0.3179 0.5 2332 fsc_i_10 0.3221 0.5 2333 fsc_i_10 0.3263 0.5 2334 fsc_i_10 0.3305 0.5 2335 fsc_i_10 0.3347 0.5 2336 fsc_i_10 0.3389 0.5 2337 fsc_i_10 0.343 0.5 2338 fsc_i_10 0.3472 0.5 2339 fsc_i_10 0.3514 0.5 2340 fsc_i_10 0.3556 0.5 2341 fsc_i_10 0.3598 0.5 2342 fsc_i_10 0.364 0.5 2343 fsc_i_10 0.3681 0.5 2344 fsc_i_10 0.3723 0.5 2345 fsc_i_10 0.3765 0.5 2346 fsc_i_10 0.3807 0.5 2347 fsc_i_10 0.3849 0.5 2348 fsc_i_10 0.3891 0.5 2349 fsc_i_10 0.3932 0.5 2350 fsc_i_10 0.3974 0.5 2351 fsc_i_10 0.4016 0.5 2352 fsc_i_10 0.4058 0.5 2353 fsc_i_10 0.41 0.5 2354 fsc_i_10 0.4142 0.5 2355 fsc_i_10 0.4183 0.5 2356 fsc_i_10 0.4225 0.5 2357 fsc_i_10 0.4267 0.5 2358 fsc_i_10 0.4309 0.5 2359 fsc_i_10 0.4351 0.5 2360 fsc_i_10 0.4393 0.5 2361 fsc_i_10 0.4434 0.5 2362 fsc_i_10 0.4476 0.5 2363 fsc_i_10 0.4518 0.5 2364 fsc_i_10 0.456 0.5 2365 fsc_i_10 0.4602 0.5 2366 fsc_i_10 0.4644 0.5 2367 fsc_i_10 0.4685 0.5 2368 fsc_i_10 0.4727 0.5 2369 fsc_i_10 0.4769 0.5 2370 fsc_i_10 0.4811 0.5 2371 fsc_i_10 0.4853 0.5 2372 fsc_i_10 0.4895 0.5 2373 fsc_i_10 0.4936 0.5 2374 fsc_i_10 0.4978 0.5 2375 fsc_i_10 0.502 0.5 2376 fsc_i_10 0.5062 0.5 2377 fsc_i_10 0.5104 0.5 2378 fsc_i_10 0.5146 0.5 2379 fsc_i_10 0.5187 0.5 2380 fsc_i_10 0.5229 0.5 2381 fsc_i_10 0.5271 0.5 2382 fsc_i_10 0.5313 0.5 2383 fsc_i_10 0.5355 0.5 2384 fsc_i_10 0.5397 0.5 2385 fsc_i_10 0.5438 0.5 2386 fsc_i_10 0.548 0.5 2387 fsc_i_10 0.5522 0.5 2388 fsc_i_10 0.5564 0.5 2389 fsc_i_10 0.5606 0.5 2390 fsc_i_10 0.5648 0.5 2391 fsc_i_10 0.5689 0.5 2392 fsc_i_10 0.5731 0.5 2393 fsc_i_10 0.5773 0.5 2394 fsc_i_10 0.5815 0.5 2395 fsc_i_10 0.5857 0.5 2396 fsc_i_10 0.5899 0.5 2397 fsc_i_10 0.594 0.5 2398 fsc_i_10 0.5982 0.5 2399 fsc_i_10 0.6024 0.5 2400 fsc_i_11 0.001 0.333 2401 fsc_i_11 0.0042 0.333 2402 fsc_i_11 0.0084 0.333 2403 fsc_i_11 0.0126 0.333 2404 fsc_i_11 0.0167 0.333 2405 fsc_i_11 0.0209 0.333 2406 fsc_i_11 0.0251 0.333 2407 fsc_i_11 0.0293 0.333 2408 fsc_i_11 0.0335 0.333 2409 fsc_i_11 0.0377 0.333 2410 fsc_i_11 0.0418 0.333 2411 fsc_i_11 0.046 0.333 2412 fsc_i_11 0.0502 0.333 2413 fsc_i_11 0.0544 0.333 2414 fsc_i_11 0.0586 0.333 2415 fsc_i_11 0.0628 0.333 2416 fsc_i_11 0.0669 0.333 2417 fsc_i_11 0.0711 0.333 2418 fsc_i_11 0.0753 0.333 2419 fsc_i_11 0.0795 0.333 2420 fsc_i_11 0.0837 0.333 2421 fsc_i_11 0.0879 0.333 2422 fsc_i_11 0.092 0.333 2423 fsc_i_11 0.0962 0.333 2424 fsc_i_11 0.1004 0.333 2425 fsc_i_11 0.1046 0.333 2426 fsc_i_11 0.1088 0.333 2427 fsc_i_11 0.113 0.333 2428 fsc_i_11 0.1171 0.333 2429 fsc_i_11 0.1213 0.333 2430 fsc_i_11 0.1255 0.333 2431 fsc_i_11 0.1297 0.333 2432 fsc_i_11 0.1339 0.333 2433 fsc_i_11 0.1381 0.333 2434 fsc_i_11 0.1422 0.333 2435 fsc_i_11 0.1464 0.333 2436 fsc_i_11 0.1506 0.333 2437 fsc_i_11 0.1548 0.333 2438 fsc_i_11 0.159 0.333 2439 fsc_i_11 0.1632 0.333 2440 fsc_i_11 0.1673 0.333 2441 fsc_i_11 0.1715 0.333 2442 fsc_i_11 0.1757 0.333 2443 fsc_i_11 0.1799 0.333 2444 fsc_i_11 0.1841 0.333 2445 fsc_i_11 0.1883 0.333 2446 fsc_i_11 0.1924 0.333 2447 fsc_i_11 0.1966 0.333 2448 fsc_i_11 0.2008 0.333 2449 fsc_i_11 0.205 0.333 2450 fsc_i_11 0.2092 0.333 2451 fsc_i_11 0.2134 0.333 2452 fsc_i_11 0.2175 0.333 2453 fsc_i_11 0.2217 0.333 2454 fsc_i_11 0.2259 0.333 2455 fsc_i_11 0.2301 0.333 2456 fsc_i_11 0.2343 0.333 2457 fsc_i_11 0.2385 0.333 2458 fsc_i_11 0.2426 0.333 2459 fsc_i_11 0.2468 0.333 2460 fsc_i_11 0.251 0.333 2461 fsc_i_11 0.2552 0.333 2462 fsc_i_11 0.2594 0.333 2463 fsc_i_11 0.2636 0.333 2464 fsc_i_11 0.2677 0.333 2465 fsc_i_11 0.2719 0.333 2466 fsc_i_11 0.2761 0.333 2467 fsc_i_11 0.2803 0.333 2468 fsc_i_11 0.2845 0.333 2469 fsc_i_11 0.2887 0.333 2470 fsc_i_11 0.2928 0.333 2471 fsc_i_11 0.297 0.333 2472 fsc_i_11 0.3012 0.333 2473 fsc_i_11 0.3054 0.333 2474 fsc_i_11 0.3096 0.333 2475 fsc_i_11 0.3138 0.333 2476 fsc_i_11 0.3179 0.333 2477 fsc_i_11 0.3221 0.333 2478 fsc_i_11 0.3263 0.333 2479 fsc_i_11 0.3305 0.333 2480 fsc_i_11 0.3347 0.333 2481 fsc_i_11 0.3389 0.333 2482 fsc_i_11 0.343 0.333 2483 fsc_i_11 0.3472 0.333 2484 fsc_i_11 0.3514 0.333 2485 fsc_i_11 0.3556 0.333 2486 fsc_i_11 0.3598 0.333 2487 fsc_i_11 0.364 0.333 2488 fsc_i_11 0.3681 0.333 2489 fsc_i_11 0.3723 0.333 2490 fsc_i_11 0.3765 0.333 2491 fsc_i_11 0.3807 0.333 2492 fsc_i_11 0.3849 0.333 2493 fsc_i_11 0.3891 0.333 2494 fsc_i_11 0.3932 0.333 2495 fsc_i_11 0.3974 0.333 2496 fsc_i_11 0.4016 0.333 2497 fsc_i_11 0.4058 0.333 2498 fsc_i_11 0.41 0.333 2499 fsc_i_11 0.4142 0.333 2500 fsc_i_11 0.4183 0.333 2501 fsc_i_11 0.4225 0.333 2502 fsc_i_11 0.4267 0.333 2503 fsc_i_11 0.4309 0.333 2504 fsc_i_11 0.4351 0.333 2505 fsc_i_11 0.4393 0.333 2506 fsc_i_11 0.4434 0.333 2507 fsc_i_11 0.4476 0.333 2508 fsc_i_11 0.4518 0.333 2509 fsc_i_11 0.456 0.333 2510 fsc_i_11 0.4602 0.333 2511 fsc_i_11 0.4644 0.333 2512 fsc_i_11 0.4685 0.333 2513 fsc_i_11 0.4727 0.333 2514 fsc_i_11 0.4769 0.333 2515 fsc_i_11 0.4811 0.333 2516 fsc_i_11 0.4853 0.333 2517 fsc_i_11 0.4895 0.333 2518 fsc_i_11 0.4936 0.333 2519 fsc_i_11 0.4978 0.333 2520 fsc_i_11 0.502 0.333 2521 fsc_i_11 0.5062 0.333 2522 fsc_i_11 0.5104 0.333 2523 fsc_i_11 0.5146 0.333 2524 fsc_i_11 0.5187 0.333 2525 fsc_i_11 0.5229 0.333 2526 fsc_i_11 0.5271 0.333 2527 fsc_i_11 0.5313 0.333 2528 fsc_i_11 0.5355 0.333 2529 fsc_i_11 0.5397 0.333 2530 fsc_i_11 0.5438 0.333 2531 fsc_i_11 0.548 0.333 2532 fsc_i_11 0.5522 0.333 2533 fsc_i_11 0.5564 0.333 2534 fsc_i_11 0.5606 0.333 2535 fsc_i_11 0.5648 0.333 2536 fsc_i_11 0.5689 0.333 2537 fsc_i_11 0.5731 0.333 2538 fsc_i_11 0.5773 0.333 2539 fsc_i_11 0.5815 0.333 2540 fsc_i_11 0.5857 0.333 2541 fsc_i_11 0.5899 0.333 2542 fsc_i_11 0.594 0.333 2543 fsc_i_11 0.5982 0.333 2544 fsc_i_11 0.6024 0.333 2545 fsc_i_12 0.001 0.143 2546 fsc_i_12 0.0042 0.143 2547 fsc_i_12 0.0084 0.143 2548 fsc_i_12 0.0126 0.143 2549 fsc_i_12 0.0167 0.143 2550 fsc_i_12 0.0209 0.143 2551 fsc_i_12 0.0251 0.143 2552 fsc_i_12 0.0293 0.143 2553 fsc_i_12 0.0335 0.143 2554 fsc_i_12 0.0377 0.143 2555 fsc_i_12 0.0418 0.143 2556 fsc_i_12 0.046 0.143 2557 fsc_i_12 0.0502 0.143 2558 fsc_i_12 0.0544 0.143 2559 fsc_i_12 0.0586 0.143 2560 fsc_i_12 0.0628 0.143 2561 fsc_i_12 0.0669 0.143 2562 fsc_i_12 0.0711 0.143 2563 fsc_i_12 0.0753 0.143 2564 fsc_i_12 0.0795 0.143 2565 fsc_i_12 0.0837 0.143 2566 fsc_i_12 0.0879 0.143 2567 fsc_i_12 0.092 0.143 2568 fsc_i_12 0.0962 0.143 2569 fsc_i_12 0.1004 0.143 2570 fsc_i_12 0.1046 0.143 2571 fsc_i_12 0.1088 0.143 2572 fsc_i_12 0.113 0.143 2573 fsc_i_12 0.1171 0.143 2574 fsc_i_12 0.1213 0.143 2575 fsc_i_12 0.1255 0.143 2576 fsc_i_12 0.1297 0.143 2577 fsc_i_12 0.1339 0.143 2578 fsc_i_12 0.1381 0.143 2579 fsc_i_12 0.1422 0.143 2580 fsc_i_12 0.1464 0.143 2581 fsc_i_12 0.1506 0.143 2582 fsc_i_12 0.1548 0.143 2583 fsc_i_12 0.159 0.143 2584 fsc_i_12 0.1632 0.143 2585 fsc_i_12 0.1673 0.143 2586 fsc_i_12 0.1715 0.143 2587 fsc_i_12 0.1757 0.143 2588 fsc_i_12 0.1799 0.143 2589 fsc_i_12 0.1841 0.143 2590 fsc_i_12 0.1883 0.143 2591 fsc_i_12 0.1924 0.143 2592 fsc_i_12 0.1966 0.143 2593 fsc_i_12 0.2008 0.143 2594 fsc_i_12 0.205 0.143 2595 fsc_i_12 0.2092 0.143 2596 fsc_i_12 0.2134 0.143 2597 fsc_i_12 0.2175 0.143 2598 fsc_i_12 0.2217 0.143 2599 fsc_i_12 0.2259 0.143 2600 fsc_i_12 0.2301 0.143 2601 fsc_i_12 0.2343 0.143 2602 fsc_i_12 0.2385 0.143 2603 fsc_i_12 0.2426 0.143 2604 fsc_i_12 0.2468 0.143 2605 fsc_i_12 0.251 0.143 2606 fsc_i_12 0.2552 0.143 2607 fsc_i_12 0.2594 0.143 2608 fsc_i_12 0.2636 0.143 2609 fsc_i_12 0.2677 0.143 2610 fsc_i_12 0.2719 0.143 2611 fsc_i_12 0.2761 0.143 2612 fsc_i_12 0.2803 0.143 2613 fsc_i_12 0.2845 0.143 2614 fsc_i_12 0.2887 0.143 2615 fsc_i_12 0.2928 0.143 2616 fsc_i_12 0.297 0.143 2617 fsc_i_12 0.3012 0.143 2618 fsc_i_12 0.3054 0.143 2619 fsc_i_12 0.3096 0.143 2620 fsc_i_12 0.3138 0.143 2621 fsc_i_12 0.3179 0.143 2622 fsc_i_12 0.3221 0.143 2623 fsc_i_12 0.3263 0.143 2624 fsc_i_12 0.3305 0.143 2625 fsc_i_12 0.3347 0.143 2626 fsc_i_12 0.3389 0.143 2627 fsc_i_12 0.343 0.143 2628 fsc_i_12 0.3472 0.143 2629 fsc_i_12 0.3514 0.143 2630 fsc_i_12 0.3556 0.143 2631 fsc_i_12 0.3598 0.143 2632 fsc_i_12 0.364 0.143 2633 fsc_i_12 0.3681 0.143 2634 fsc_i_12 0.3723 0.143 2635 fsc_i_12 0.3765 0.143 2636 fsc_i_12 0.3807 0.143 2637 fsc_i_12 0.3849 0.143 2638 fsc_i_12 0.3891 0.143 2639 fsc_i_12 0.3932 0.143 2640 fsc_i_12 0.3974 0.143 2641 fsc_i_12 0.4016 0.143 2642 fsc_i_12 0.4058 0.143 2643 fsc_i_12 0.41 0.143 2644 fsc_i_12 0.4142 0.143 2645 fsc_i_12 0.4183 0.143 2646 fsc_i_12 0.4225 0.143 2647 fsc_i_12 0.4267 0.143 2648 fsc_i_12 0.4309 0.143 2649 fsc_i_12 0.4351 0.143 2650 fsc_i_12 0.4393 0.143 2651 fsc_i_12 0.4434 0.143 2652 fsc_i_12 0.4476 0.143 2653 fsc_i_12 0.4518 0.143 2654 fsc_i_12 0.456 0.143 2655 fsc_i_12 0.4602 0.143 2656 fsc_i_12 0.4644 0.143 2657 fsc_i_12 0.4685 0.143 2658 fsc_i_12 0.4727 0.143 2659 fsc_i_12 0.4769 0.143 2660 fsc_i_12 0.4811 0.143 2661 fsc_i_12 0.4853 0.143 2662 fsc_i_12 0.4895 0.143 2663 fsc_i_12 0.4936 0.143 2664 fsc_i_12 0.4978 0.143 2665 fsc_i_12 0.502 0.143 2666 fsc_i_12 0.5062 0.143 2667 fsc_i_12 0.5104 0.143 2668 fsc_i_12 0.5146 0.143 2669 fsc_i_12 0.5187 0.143 2670 fsc_i_12 0.5229 0.143 2671 fsc_i_12 0.5271 0.143 2672 fsc_i_12 0.5313 0.143 2673 fsc_i_12 0.5355 0.143 2674 fsc_i_12 0.5397 0.143 2675 fsc_i_12 0.5438 0.143 2676 fsc_i_12 0.548 0.143 2677 fsc_i_12 0.5522 0.143 2678 fsc_i_12 0.5564 0.143 2679 fsc_i_12 0.5606 0.143 2680 fsc_i_12 0.5648 0.143 2681 fsc_i_12 0.5689 0.143 2682 fsc_i_12 0.5731 0.143 2683 fsc_i_12 0.5773 0.143 2684 fsc_i_12 0.5815 0.143 2685 fsc_i_12 0.5857 0.143 2686 fsc_i_12 0.5899 0.143 2687 fsc_i_12 0.594 0.143 2688 fsc_i_12 0.5982 0.143 2689 fsc_i_12 0.6024 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 visualanalysis 0.0.1.dev133 Y 3 percentiles "20250101.v01 (using entries in the PDB archive January 1st 2025)" Y 4 chimera 1.16 Y 5 mapq 1.8.1 Y 6 validation-pipeline 2.50 Y ##