# Makassar Strait - Single specimens of P. obliquiloculata d18O and d13C from 704-1851 AD #----------------------------------------------------------------------- # World Data Center for Paleoclimatology, Boulder # and # NOAA Paleoclimatology Program #----------------------------------------------------------------------- # NOTE: Please cite Publication, and Online_Resource and date accessed when using these data. # If there is no publication information, please cite Investigators, Title, and Online_Resource and date accessed. # # Online_Resource: http://www.ncdc.noaa.gov/paleo/study/18315 # Online_Resource: ftp://ftp.ncdc.noaa.gov/pub/data/paleo/contributions_by_author/khider2011/khider2011.txt # # Description/Documentation lines begin with # # Data lines have no # # # Archive: Paleoceanography #-------------------- # Contribution_Date # Date: 2015-03-31 #-------------------- # Title # Study_Name: Makassar Strait - Single specimens of P. obliquiloculata d18O and d13C from 704-1851 AD #-------------------- # Investigators # Investigators: Khider, D.; Stott, L.D.; Emile-Geay, J.; Thunell, R.; Hammond D.E. #-------------------- # Description_Notes_and_Keywords # Description: This dataset contains the d18O, d13C, and weights of single specimens of P. obliquiloculata used in the reconstruction of ENSO variability over the past 2,000 years" #-------------------- # Publication # Authors: Khider, D., L. Stott, J. Emile-Geay, R. Thunell, and D.E. Hammond # Published_Date: 2011-09-15 # Published_Title: Assessing El Nino Southern Oscillation variability during the past millennium # Journal_Name: Paleoceanography # Volume: 26 # Report_Number: PA3222 # DOI: 10.1029/2011PA002139 # Abstract: We present a reconstruction of El Nino Southern Oscillation (ENSO) variability spanning the Medieval Climate Anomaly (MCA, A.D. 800-1300) and the Little Ice Age (LIA, A.D. 1500-1850). Changes in ENSO are estimated by comparing the spread and symmetry of d18O values of individual speciments of the thermocline-dwelling foraminifer Pulleniatina obliquiloculata extracted from discrete time horizons of a sediment core collected in the Sulawesi Sea, at the edge of the western tropical Pacific warm pool. The spread of individual d18O values is interpreted to be a measure of the strength of both phases of ENSO while the symmetry of the d18O distributions is used to evaluate the relative strength/frequency of El Nino and La Nina events. In contrast to previous studies, we use robust and resistant statistics to quantify the spread and symmetry of the d18O distributions; an approach motivated by the relatively small sample size and the presence of outliers. Furthermore, we use a pseudo-proxy to investigate the effects of the different paleo-environmental factors on the statistics of the d18O distributions, which could bias the paleo-ENSO reconstruction. We find no systematic difference in the magnitude/strength of ENSO during the Nothern Hemisphere MCA or LIA. However, our results suggest that ENSO during the MCA was kewed toward stronger/more frequent La Nina than El Nino, an observation consistent with the medieval megadroughts documented from sites in western North America. #------------------ # Funding_Agency # Funding_Agency_Name: National Science Foundation # Grant: ATM0902507, EAR1048577, and EAR0825325 #------------------ # Site_Information # Site_Name: MD98-2177 # Location: Western Pacific Ocean # Northernmost_Latitude: 1.4 # Southernmost_Latitude: 1.4 # Easternmost_Longitude: 119.078 # Westernmost_Longitude: 119.078 # Elevation: -968 #------------------ # Data_Collection # Collection_Name: MD98-2177 isotopes Khider11 # Earliest_Year: 704 # Most_Recent_Year: 1851 # Time_Unit: years AD # Notes: #------------------ # Chronology: # Depth Mid-Depth of the interval (cm) # 14C.raw Conventional Radiocarbon age, years before 1950 # 14C.raw_err radiocrabon age, standard error # Labcode sample identification used by 14C laboratory # Calib.14C Calibrated Age # Calib_14C_sigma 1-sigma error on calibrated age # calib_method Calibration method # reservoir Reservoir correction # Reservoir_err Reservoir correction error # # Depth 14C.raw 14C.raw_err Labcode Calib.14C Calib_14C_sigma calib_method reservoir Reservoir_err # 0 580 45 CAMS-95299 98 51 CALIB6.0 74 70 # 12 395 90 OS-38302 >modern N/A CALIB6.0 74 70 # 50 1110 60 CAMS-1000234 600 69.5 CALIB6.0 74 70 # 94 1745 45 CAMS-100235 1220 82.5 CALIB6.0 74 70 # 109 1870 110 OS-38335 1366 135.5 CALIB6.0 74 70 # 130 2260 45 CAMS-100236 1782 100.5 CALIB6.0 74 70 # #---------------- # Variables # # Data variables follow are preceded by "##" in columns one and two. # ## depth_top depth,top of sample,,cm,,,,,N ## depth_bottom depth,bottom of sample,,cm,,,,,N ## age_ADbot age,bottom of sample ,, years AD,, ,,,N ## age_ADtop age,top of sample ,, years AD,, ,,,N ## d13CcarbVPDB delta 13C,calcium carbonate,, per mil VPDB,,paleoceanography,,,N ## d18OcarbVPDB delta 18O,calcium carbonate,, per mil VPDB,,paleoceanography,,,N ## wgt-ind weight,individuals analyzed,, micro-grams,,paleoceanography,,,N # #---------------- # Data # Missing values: NaN depth_top depth_bottom age_ADbot age_ADtop d13CcarbVPDB d18OcarbVPDB wgt-ind 0 1 1843 1851 0.936 -2.254 34 0 1 1843 1851 0.895 -2.356 37 0 1 1843 1851 0.514 -2.63 20 0 1 1843 1851 0.9 -2.48 25 0 1 1843 1851 0.957 -2.094 29 0 1 1843 1851 0.754 -2.664 28 0 1 1843 1851 1.023 -2.147 19 0 1 1843 1851 0.844 -1.862 13 0 1 1843 1851 1.027 -2.202 35 0 1 1843 1851 0.376 -2.012 18 0 1 1843 1851 2.111 -2.043 29 0 1 1843 1851 0.441 -2.198 25 0 1 1843 1851 1.027 -2.374 26 0 1 1843 1851 0.702 -2.339 24 0 1 1843 1851 1.086 -2.239 23 0 1 1843 1851 0.814 -2.307 13 0 1 1843 1851 0.597 -2.589 24 0 1 1843 1851 1.077 -2.61 25 0 1 1843 1851 0.936 -2.363 26 0 1 1843 1851 1.114 -2.04 33 0 1 1843 1851 0.803 -1.811 16 0 1 1843 1851 0.92 -1.815 14 0 1 1843 1851 0.804 -2.203 12 0 1 1843 1851 0.797 -2.09 12 0 1 1843 1851 0.678 -2.498 32 0 1 1843 1851 0.71 -2.263 20 0 1 1843 1851 0.456 -2.251 12 0 1 1843 1851 0.776 -1.939 16 0 1 1843 1851 0.747 -2.397 24 0 1 1843 1851 0.728 -2.433 22 0 1 1843 1851 0.606 -2.538 26 0 1 1843 1851 0.966 -1.697 15 0 1 1843 1851 0.352 -2.058 18 0 1 1843 1851 0.933 -2.163 18 0 1 1843 1851 0.828 -2.097 11 0 1 1843 1851 1.078 -1.835 31 0 1 1843 1851 0.813 -2.386 15 0 1 1843 1851 0.554 -2.458 28 0 1 1843 1851 0.628 -2.067 19 0 1 1843 1851 0.815 -1.955 31 0 1 1843 1851 -0.437 -2.416 12 0 1 1843 1851 0.589 -2.865 9 0 1 1843 1851 0.244 -2.865 15 0 1 1843 1851 0.766 -1.825 14 0 1 1843 1851 0.865 -2.249 14 0 1 1843 1851 0.847 -2.14 23 0 1 1843 1851 0.534 -1.666 14 0 1 1843 1851 0.548 -2.32 15 0 1 1843 1851 0.72 -2.073 15 0 1 1843 1851 0.451 -2.194 12 0 1 1843 1851 0.682 -1.915 13 0 1 1843 1851 0.387 -2.553 11 0 1 1843 1851 0.728 -1.984 20 0 1 1843 1851 0.723 -2.277 16 0 1 1843 1851 0.453 -2.7 20 0 1 1843 1851 0.868 -2.345 27 0 1 1843 1851 0.951 -2.157 17 0 1 1843 1851 0.945 -1.889 15 0 1 1843 1851 0.888 -2.191 24 0 1 1843 1851 0.454 -2.719 27 0 1 1843 1851 1.089 -2.104 35 0 1 1843 1851 0.859 -2.033 14 0 1 1843 1851 0.394 -2.44 17 0 1 1843 1851 0.295 -2.293 27 0 1 1843 1851 0.252 -2.563 19 0 1 1843 1851 0.63 -2.283 25 0 1 1843 1851 0.713 -2.088 21 4 6 1800 1817 0.55 -2.555 22 4 6 1800 1817 0.874 -2.132 38 4 6 1800 1817 0.632 -2.409 29 4 6 1800 1817 1 -2.262 22 4 6 1800 1817 0.851 -2.452 29 4 6 1800 1817 1.149 -1.848 24 4 6 1800 1817 0.97 -2.196 15 4 6 1800 1817 0.405 -2.957 23 4 6 1800 1817 0.583 -1.825 18 4 6 1800 1817 0.865 -2.466 29 4 6 1800 1817 0.716 -2.159 22 4 6 1800 1817 0.603 -2.572 27 4 6 1800 1817 0.97 -2.221 16 4 6 1800 1817 0.004 -2.013 21 4 6 1800 1817 0.691 -2.369 23 4 6 1800 1817 0.743 -2.403 16 4 6 1800 1817 0.767 -2.155 12 4 6 1800 1817 0.699 -2.126 15 4 6 1800 1817 1.048 -2.125 23 4 6 1800 1817 0.585 -2.882 10 4 6 1800 1817 0.695 -2.206 23 4 6 1800 1817 0.963 -2.066 18 4 6 1800 1817 0.535 -2.292 14 4 6 1800 1817 0.543 -2.322 21 4 6 1800 1817 0.489 -2.868 18 4 6 1800 1817 0.625 -2.431 14 4 6 1800 1817 0.818 -2.538 21 4 6 1800 1817 0.604 -2.726 14 4 6 1800 1817 1.059 -1.796 20 4 6 1800 1817 0.717 -2.357 24 4 6 1800 1817 0.353 -2.869 25 4 6 1800 1817 0.875 -2.054 21 4 6 1800 1817 0.916 -1.746 19 4 6 1800 1817 0.693 -2.223 15 4 6 1800 1817 0.885 -2.418 20 4 6 1800 1817 0.856 -2.284 22 4 6 1800 1817 0.661 -2.522 17 4 6 1800 1817 0.942 -2.483 26 4 6 1800 1817 0.721 -2.259 14 4 6 1800 1817 0.693 -2.372 18 4 6 1800 1817 0.788 -1.94 21 4 6 1800 1817 0.635 -2.357 13 4 6 1800 1817 0.733 -2.424 19 4 6 1800 1817 0.938 -1.791 23 4 6 1800 1817 0.866 -2.166 31 4 6 1800 1817 0.896 -1.859 16 4 6 1800 1817 0.764 -1.86 23 4 6 1800 1817 0.861 -1.507 10 4 6 1800 1817 0.783 -2.206 28 4 6 1800 1817 0.564 -2.705 16 4 6 1800 1817 0.78 -1.68 23 4 6 1800 1817 1.079 -1.874 27 4 6 1800 1817 0.772 -2.337 30 4 6 1800 1817 1.126 -1.475 27 4 6 1800 1817 0.593 -2.505 14 4 6 1800 1817 0.721 -2.363 22 4 6 1800 1817 0.625 -2.744 28 4 6 1800 1817 0.923 -1.682 32 4 6 1800 1817 0.81 -2.249 22 4 6 1800 1817 1.113 -2.001 11 4 6 1800 1817 0.732 -2.009 15 4 6 1800 1817 0.88 -2.07 20 4 6 1800 1817 0.591 -2.383 22 4 6 1800 1817 0.74 -1.833 16 4 6 1800 1817 0.79 -2.575 22 4 6 1800 1817 0.669 -2.402 22 4 6 1800 1817 0.741 -2.289 17 4 6 1800 1817 0.827 -2.215 15 4 6 1800 1817 1.228 -1.6 20 4 6 1800 1817 0.546 -2.693 29 4 6 1800 1817 0.921 -2.18 22 4 6 1800 1817 0.496 -2.457 17 4 6 1800 1817 0.901 -2.158 32 4 6 1800 1817 0.826 -2.15 13 4 6 1800 1817 0.695 -2.632 21 4 6 1800 1817 0.787 -2.418 18 4 6 1800 1817 0.766 -2.592 18 11 13 1737 1755 1.118 -1.759 37 11 13 1737 1755 0.873 -2.085 20 11 13 1737 1755 0.742 -2.045 15 11 13 1737 1755 0.984 -2.201 20 11 13 1737 1755 1.064 -2.213 19 11 13 1737 1755 0.723 -2.767 25 11 13 1737 1755 0.953 -1.972 18 11 13 1737 1755 0.667 -2.135 13 11 13 1737 1755 1.008 -2.248 24 11 13 1737 1755 0.877 -2.27 13 11 13 1737 1755 1.033 -1.815 23 11 13 1737 1755 0.687 -2.515 11 11 13 1737 1755 0.729 -2.334 22 11 13 1737 1755 0.936 -2.047 19 11 13 1737 1755 1.072 -2.097 25 11 13 1737 1755 0.77 -2.003 23 11 13 1737 1755 0.867 -1.975 12 11 13 1737 1755 0.98 -2.594 31 11 13 1737 1755 1.068 -1.916 22 11 13 1737 1755 0.933 -2.015 16 11 13 1737 1755 0.842 -2.121 22 11 13 1737 1755 0.424 -2.782 13 11 13 1737 1755 0.686 -2.547 16 11 13 1737 1755 0.817 -1.876 13 11 13 1737 1755 0.813 -2.418 21 11 13 1737 1755 0.349 -2.482 23 11 13 1737 1755 0.562 -2.464 16 11 13 1737 1755 0.672 -2.311 23 11 13 1737 1755 0.943 -1.882 27 11 13 1737 1755 0.939 -2.406 24 11 13 1737 1755 0.686 -1.782 19 11 13 1737 1755 0.876 -1.692 20 11 13 1737 1755 0.867 -2.206 18 11 13 1737 1755 0.863 -1.727 18 11 13 1737 1755 0.884 -2.198 28 11 13 1737 1755 1.162 -1.903 23 11 13 1737 1755 0.959 -2.318 40 11 13 1737 1755 0.674 -1.999 14 11 13 1737 1755 1.02 -1.688 17 11 13 1737 1755 0.935 -1.564 17 11 13 1737 1755 0.808 -1.607 11 11 13 1737 1755 0.953 -1.379 20 11 13 1737 1755 0.231 -2.489 22 11 13 1737 1755 0.918 -1.936 17 11 13 1737 1755 0.974 -2.253 12 11 13 1737 1755 1.013 -2.161 22 11 13 1737 1755 0.892 -2.28 18 11 13 1737 1755 0.885 -2.231 11 11 13 1737 1755 0.867 -2.124 26 11 13 1737 1755 0.625 -2.428 18 11 13 1737 1755 0.546 -2.199 15 11 13 1737 1755 0.814 -1.786 15 11 13 1737 1755 0.541 -2.675 10 11 13 1737 1755 1.044 -1.989 13 11 13 1737 1755 0.791 -2.536 12 11 13 1737 1755 0.463 -2.347 21 11 13 1737 1755 0.818 -2.041 19 11 13 1737 1755 0.829 -1.389 20 11 13 1737 1755 0.972 -1.849 24 11 13 1737 1755 0.728 -2.591 34 11 13 1737 1755 0.776 -2.434 15 11 13 1737 1755 0.977 -2.144 22 11 13 1737 1755 0.357 -3.095 27 11 13 1737 1755 1.044 -1.639 20 11 13 1737 1755 1.171 -2.048 17 11 13 1737 1755 0.862 -1.484 17 11 13 1737 1755 0.71 -2.617 20 11 13 1737 1755 0.844 -2.835 22 11 13 1737 1755 0.635 -2.769 22 11 13 1737 1755 1.102 -2.107 15 11 13 1737 1755 0.594 -2.956 13 11 13 1737 1755 0.819 -0.884 18 11 13 1737 1755 0.844 -2.279 14 11 13 1737 1755 0.837 -1.545 17 11 13 1737 1755 0.894 -1.978 15 11 13 1737 1755 0.878 -2.687 13 17 19 1681 1700 1.081 -2.207 25 17 19 1681 1700 0.727 -1.779 17 17 19 1681 1700 0.826 -2.626 34 17 19 1681 1700 1.025 -1.863 18 17 19 1681 1700 0.54 -1.834 28 17 19 1681 1700 0.797 -2.672 44 17 19 1681 1700 0.691 -2.586 28 17 19 1681 1700 0.83 -2.116 33 17 19 1681 1700 1.053 -2.01 22 17 19 1681 1700 0.637 -1.964 18 17 19 1681 1700 0.861 -1.961 21 17 19 1681 1700 0.908 -2.523 35 17 19 1681 1700 0.942 -2.072 31 17 19 1681 1700 1.142 -2.05 26 17 19 1681 1700 0.519 -2.515 23 17 19 1681 1700 0.93 -1.761 19 17 19 1681 1700 1.024 -1.778 18 17 19 1681 1700 1.157 -1.667 17 17 19 1681 1700 0.843 -2.241 12 17 19 1681 1700 1.046 -1.642 13 17 19 1681 1700 1.15 -1.824 27 17 19 1681 1700 0.923 -1.855 14 17 19 1681 1700 1.001 -1.492 22 17 19 1681 1700 0.711 -2.541 23 17 19 1681 1700 0.785 -2.642 22 17 19 1681 1700 0.907 -2.578 36 17 19 1681 1700 0.557 -2.667 26 17 19 1681 1700 0.974 -2.084 25 17 19 1681 1700 0.89 -1.876 12 17 19 1681 1700 0.706 -2.582 39 17 19 1681 1700 0.893 -2.453 33 17 19 1681 1700 0.868 -1.94 22 17 19 1681 1700 0.859 -2.288 20 17 19 1681 1700 0.457 -3.153 23 17 19 1681 1700 0.82 -2.307 25 17 19 1681 1700 0.919 -2.08 25 17 19 1681 1700 1.081 -2.318 25 17 19 1681 1700 0.998 -2.519 17 17 19 1681 1700 0.817 -2.187 20 17 19 1681 1700 0.681 -2.193 19 17 19 1681 1700 0.981 -2.015 27 17 19 1681 1700 0.935 -2.09 24 17 19 1681 1700 0.836 -2.312 22 17 19 1681 1700 0.717 -1.633 18 17 19 1681 1700 0.978 -2.308 32 17 19 1681 1700 0.596 -1.959 14 17 19 1681 1700 0.887 -2.296 30 17 19 1681 1700 0.833 -2 23 17 19 1681 1700 0.88 -2.086 24 17 19 1681 1700 0.91 -1.832 24 17 19 1681 1700 1.079 -1.962 44 17 19 1681 1700 0.841 -2.073 16 17 19 1681 1700 0.826 -2.397 24 17 19 1681 1700 0.899 -1.943 22 17 19 1681 1700 1.109 -1.117 20 17 19 1681 1700 0.79 -2.263 13 17 19 1681 1700 0.723 -1.866 19 17 19 1681 1700 0.764 -2.268 21 17 19 1681 1700 0.861 -2.346 28 17 19 1681 1700 0.821 -2.149 17 17 19 1681 1700 1.016 -1.664 24 17 19 1681 1700 0.873 -2.409 26 17 19 1681 1700 0.513 -2.287 15 17 19 1681 1700 0.762 -2.228 19 17 19 1681 1700 0.638 -2.351 21 17 19 1681 1700 1.049 -1.655 14 17 19 1681 1700 0.921 -1.975 13 17 19 1681 1700 0.663 -2.656 17 17 19 1681 1700 0.872 -2.009 20 17 19 1681 1700 0.564 -2.234 15 17 19 1681 1700 0.847 -2.339 17 17 19 1681 1700 0.839 -2.733 18 17 19 1681 1700 0.708 -2.537 18 17 19 1681 1700 0.688 -1.956 21 17 19 1681 1700 0.794 -1.63 14 17 19 1681 1700 0.813 -2.072 22 17 19 1681 1700 0.551 -2.616 13 17 19 1681 1700 0.593 -1.819 15 17 19 1681 1700 0.713 -2.376 15 17 19 1681 1700 1.119 -2.075 20 17 19 1681 1700 0.814 -2.195 23 23 25 1622 1642 0.998 -1.375 14 23 25 1622 1642 1.142 -2.064 24 23 25 1622 1642 0.805 -2.641 23 23 25 1622 1642 0.803 -2.506 23 23 25 1622 1642 0.898 -2.306 22 23 25 1622 1642 1.11 -2.027 28 23 25 1622 1642 0.932 -2.279 31 23 25 1622 1642 1.152 -2.472 34 23 25 1622 1642 1.115 -2.58 21 23 25 1622 1642 1.05 -2.23 34 23 25 1622 1642 0.783 -2.483 30 23 25 1622 1642 0.682 -2.03 12 23 25 1622 1642 0.927 -1.524 16 23 25 1622 1642 1.012 -1.666 28 23 25 1622 1642 1.144 -1.683 45 23 25 1622 1642 0.68 -2.525 17 23 25 1622 1642 1.036 -2.1 17 23 25 1622 1642 0.999 -2.106 20 23 25 1622 1642 0.794 -2.827 27 23 25 1622 1642 0.856 -2.546 33 23 25 1622 1642 1.148 -2.315 36 23 25 1622 1642 1.011 -1.962 31 23 25 1622 1642 0.878 -2.423 32 23 25 1622 1642 0.959 -2.2 15 23 25 1622 1642 0.816 -2.433 39 23 25 1622 1642 0.832 -2.077 13 23 25 1622 1642 1.036 -1.665 45 23 25 1622 1642 0.81 -1.855 21 23 25 1622 1642 0.829 -2.041 17 23 25 1622 1642 0.861 -2.375 26 23 25 1622 1642 0.592 -2.612 22 23 25 1622 1642 0.91 -1.889 21 23 25 1622 1642 0.207 -2.585 17 23 25 1622 1642 0.757 -2.275 13 23 25 1622 1642 0.768 -2.301 27 23 25 1622 1642 0.941 -2.385 35 23 25 1622 1642 0.997 -2.229 25 23 25 1622 1642 -0.083 -2.786 26 23 25 1622 1642 0.819 -2.517 11 23 25 1622 1642 0.943 -2.382 18 23 25 1622 1642 0.786 -2.029 25 23 25 1622 1642 0.358 -1.911 18 23 25 1622 1642 1.145 -1.8 23 23 25 1622 1642 0.632 -2.688 16 23 25 1622 1642 1 -2.787 15 23 25 1622 1642 0.807 -1.814 28 23 25 1622 1642 0.836 -2.301 21 23 25 1622 1642 0.977 -2.335 27 23 25 1622 1642 0.946 -2.49 17 23 25 1622 1642 1.013 -2.085 21 23 25 1622 1642 0.895 -2.389 27 23 25 1622 1642 0.8 -1.876 18 23 25 1622 1642 1.19 -2.091 17 23 25 1622 1642 0.692 -2.643 18 23 25 1622 1642 1.14 -0.958 17 23 25 1622 1642 0.724 -1.773 16 23 25 1622 1642 0.841 -2.052 16 23 25 1622 1642 0.896 -1.748 11 23 25 1622 1642 0.554 -2.569 12 23 25 1622 1642 0.613 -2.144 12 23 25 1622 1642 0.801 -1.414 13 23 25 1622 1642 0.996 -1.025 13 23 25 1622 1642 0.587 -2.161 12 23 25 1622 1642 0.939 -2.084 13 23 25 1622 1642 0.789 -2.378 20 35 37 1496 1518 0.77 -2.34 39 35 37 1496 1518 0.694 -2.676 30 35 37 1496 1518 1.067 -2.12 24 35 37 1496 1518 1.017 -2.046 35 35 37 1496 1518 0.973 -2.133 35 35 37 1496 1518 0.844 -2.343 29 35 37 1496 1518 1.091 -2.015 36 35 37 1496 1518 0.967 -1.832 32 35 37 1496 1518 0.916 -1.788 29 35 37 1496 1518 1.113 -1.607 33 35 37 1496 1518 1.007 -1.682 22 35 37 1496 1518 1.325 -1.433 22 35 37 1496 1518 0.768 -2.487 26 35 37 1496 1518 0.761 -2.288 18 35 37 1496 1518 0.844 -2.414 20 35 37 1496 1518 1.04 -2.081 42 35 37 1496 1518 1.137 -2.345 22 35 37 1496 1518 0.936 -1.653 30 35 37 1496 1518 0.868 -2.411 22 35 37 1496 1518 0.734 -2.463 30 35 37 1496 1518 0.671 -2.403 13 35 37 1496 1518 0.956 -2.322 14 35 37 1496 1518 1.104 -1.933 31 35 37 1496 1518 1.003 -1.546 22 35 37 1496 1518 0.816 -2.179 21 35 37 1496 1518 0.646 -2.275 32 35 37 1496 1518 1.224 -2.113 22 35 37 1496 1518 0.15 -2.394 19 35 37 1496 1518 -0.239 -2.023 32 35 37 1496 1518 0.751 -2.431 23 35 37 1496 1518 0.876 -2.421 26 35 37 1496 1518 0.81 -2.393 23 35 37 1496 1518 0.68 -2.176 28 35 37 1496 1518 0.657 -2.459 35 35 37 1496 1518 1.024 -2.091 36 35 37 1496 1518 0.78 -2.124 34 35 37 1496 1518 1.174 -1.523 32 35 37 1496 1518 0.364 -2.357 26 35 37 1496 1518 0.84 -1.832 30 35 37 1496 1518 0.927 -1.744 26 35 37 1496 1518 0.757 -2.343 30 35 37 1496 1518 0.593 -2.733 27 35 37 1496 1518 0.868 -1.878 34 35 37 1496 1518 0.939 -2.044 31 35 37 1496 1518 0.804 -1.97 28 35 37 1496 1518 0.924 -2.024 23 35 37 1496 1518 0.851 -1.88 32 35 37 1496 1518 0.805 -2.289 30 35 37 1496 1518 0.783 -2.187 27 35 37 1496 1518 0.808 -1.76 24 35 37 1496 1518 0.828 -2.101 23 35 37 1496 1518 0.478 -1.971 24 35 37 1496 1518 0.84 -2.203 27 35 37 1496 1518 0.851 -2.275 29 35 37 1496 1518 1.194 -1.743 22 35 37 1496 1518 0.797 -2.25 17 35 37 1496 1518 0.683 -2.344 23 35 37 1496 1518 0.678 -2.512 18 35 37 1496 1518 0.834 -1.944 19 35 37 1496 1518 0.918 -2.432 20 35 37 1496 1518 1.1 -1.611 20 35 37 1496 1518 0.847 -2.009 16 35 37 1496 1518 0.626 -2.129 19 35 37 1496 1518 0.884 -1.94 30 35 37 1496 1518 0.863 -1.764 19 35 37 1496 1518 0.767 -2.443 28 35 37 1496 1518 0.96 -2.289 16 35 37 1496 1518 0.665 -2.116 24 35 37 1496 1518 1.039 -1.797 17 35 37 1496 1518 0.791 -1.89 17 35 37 1496 1518 0.884 -1.679 22 35 37 1496 1518 0.965 -2.24 23 35 37 1496 1518 0.974 -2.471 20 35 37 1496 1518 0.628 -2.623 23 35 37 1496 1518 1.01 -1.677 24 35 37 1496 1518 0.542 -2.606 34 40 41 1452 1464 NaN -2.05 26 40 41 1452 1464 NaN -2.011 13 40 41 1452 1464 NaN -2.537 25 40 41 1452 1464 NaN -2.526 15 40 41 1452 1464 NaN -2.076 16 40 41 1452 1464 NaN -2.472 22 40 41 1452 1464 NaN -1.994 17 40 41 1452 1464 NaN -2.438 30 40 41 1452 1464 NaN -2.058 22 40 41 1452 1464 NaN -2.337 27 40 41 1452 1464 NaN -1.236 44 40 41 1452 1464 NaN -2.108 25 40 41 1452 1464 0.952 -1.615 18 40 41 1452 1464 0.685 -2.111 33 40 41 1452 1464 0.472 -2.406 18 40 41 1452 1464 0.916 -2.373 38 40 41 1452 1464 0.909 -1.957 33 40 41 1452 1464 0.812 -1.853 17 40 41 1452 1464 0.787 -2.509 37 40 41 1452 1464 0.33 -2.372 29 40 41 1452 1464 0.926 -1.086 14 40 41 1452 1464 0.735 -2.117 19 40 41 1452 1464 0.579 -1.766 24 40 41 1452 1464 0.733 -2.26 32 40 41 1452 1464 0.499 -2.375 27 40 41 1452 1464 0.788 -2.044 13 40 41 1452 1464 0.627 -2.225 19 40 41 1452 1464 0.894 -2.297 16 40 41 1452 1464 0.76 -2.039 15 40 41 1452 1464 0.79 -1.768 14 40 41 1452 1464 0.363 -1.702 15 40 41 1452 1464 0.574 -1.45 50 40 41 1452 1464 0.149 -2.237 14 40 41 1452 1464 0.777 -2.275 16 40 41 1452 1464 0.749 -2.041 38 40 41 1452 1464 0.994 -2.006 15 40 41 1452 1464 0.804 -2.394 19 40 41 1452 1464 1.186 -1.912 18 40 41 1452 1464 0.738 -1.863 15 40 41 1452 1464 0.814 -1.851 25 40 41 1452 1464 0.705 -1.96 18 40 41 1452 1464 0.742 -2.108 22 40 41 1452 1464 0.929 -1.862 13 40 41 1452 1464 0.909 -1.148 13 40 41 1452 1464 0.913 -1.953 32 40 41 1452 1464 0.77 -1.828 21 40 41 1452 1464 0.79 -2.066 18 40 41 1452 1464 1.099 -1.717 31 40 41 1452 1464 0.725 -2.046 36 40 41 1452 1464 0.879 -1.911 15 40 41 1452 1464 0.815 -2.069 17 40 41 1452 1464 0.618 -2.135 14 40 41 1452 1464 0.575 -2.069 12 40 41 1452 1464 0.834 -1.43 18 40 41 1452 1464 0.933 -1.739 14 40 41 1452 1464 0.634 -2.427 20 40 41 1452 1464 0.72 -2.153 16 40 41 1452 1464 0.967 -2.042 16 40 41 1452 1464 0.567 -2.642 18 40 41 1452 1464 0.83 -2.243 35 40 41 1452 1464 0.788 -1.594 15 40 41 1452 1464 0.937 -1.663 21 40 41 1452 1464 0.684 -2.02 22 40 41 1452 1464 1.111 -1.235 16 40 41 1452 1464 0.331 -2.293 16 40 41 1452 1464 0.719 -2.674 18 40 41 1452 1464 0.861 -1.818 21 40 41 1452 1464 0.844 -1.606 16 40 41 1452 1464 0.852 -1.355 13 40 41 1452 1464 0.445 -1.997 13 40 41 1452 1464 0.691 -2.472 22 40 41 1452 1464 0.966 -2.438 27 44 45 1407 1419 NaN -2.246 27 44 45 1407 1419 NaN -2.208 35 44 45 1407 1419 NaN -2.265 21 44 45 1407 1419 NaN -1.86 30 44 45 1407 1419 NaN -2.241 33 44 45 1407 1419 NaN -1.602 34 44 45 1407 1419 NaN -2.518 28 44 45 1407 1419 NaN -2.111 26 44 45 1407 1419 NaN -2.081 33 44 45 1407 1419 NaN -2.192 33 44 45 1407 1419 NaN -2.124 15 44 45 1407 1419 NaN -2.111 23 44 45 1407 1419 0.29 -2.201 22 44 45 1407 1419 0.535 -2.393 37 44 45 1407 1419 0.886 -1.877 25 44 45 1407 1419 0.884 -2.066 25 44 45 1407 1419 0.804 -2.021 25 44 45 1407 1419 0.968 -1.856 32 44 45 1407 1419 0.77 -1.283 14 44 45 1407 1419 0.933 -1.815 48 44 45 1407 1419 0.69 -1.74 33 44 45 1407 1419 0.782 -1.413 14 44 45 1407 1419 0.654 -2.221 23 44 45 1407 1419 1.141 -1.818 31 44 45 1407 1419 0.929 -1.665 21 44 45 1407 1419 0.81 -2.269 21 44 45 1407 1419 0.59 -2.233 43 44 45 1407 1419 0.894 -1.655 24 44 45 1407 1419 0.871 -1.981 21 44 45 1407 1419 0.651 -2.334 24 44 45 1407 1419 0.954 -2.063 29 44 45 1407 1419 0.849 -1.613 15 44 45 1407 1419 0.794 -1.999 15 44 45 1407 1419 0.893 -2.03 39 44 45 1407 1419 0.803 -2.423 43 44 45 1407 1419 0.495 -2.344 44 44 45 1407 1419 0.251 -2.423 17 44 45 1407 1419 0.965 -1.11 19 44 45 1407 1419 1.062 -1.034 15 44 45 1407 1419 0.654 -2.348 23 44 45 1407 1419 0.911 -2.011 24 44 45 1407 1419 0.976 -0.814 19 44 45 1407 1419 0.652 -1.858 25 44 45 1407 1419 0.252 -2.064 18 44 45 1407 1419 0.817 -1.395 17 44 45 1407 1419 0.875 -1.648 17 44 45 1407 1419 0.983 -1.403 22 44 45 1407 1419 0.651 -2.51 27 44 45 1407 1419 0.597 -2.406 18 44 45 1407 1419 0.58 -2.526 15 44 45 1407 1419 0.708 -2.068 17 44 45 1407 1419 0.828 -2.325 16 44 45 1407 1419 0.581 -2.67 18 44 45 1407 1419 0.85 -1.964 34 44 45 1407 1419 0.767 -1.784 25 44 45 1407 1419 0.769 -1.953 20 44 45 1407 1419 0.567 -2.306 27 44 45 1407 1419 0.677 -1.966 16 44 45 1407 1419 0.662 -1.477 18 44 45 1407 1419 0.633 -2.775 38 44 45 1407 1419 -0.405 -3.78 21 44 45 1407 1419 0.838 -1.833 23 44 45 1407 1419 0.818 -1.872 20 44 45 1407 1419 0.609 -1.754 12 44 45 1407 1419 0.97 -1.514 27 44 45 1407 1419 1.047 -1.092 18 44 45 1407 1419 0.424 -1.719 16 44 45 1407 1419 0.749 -1.744 13 44 45 1407 1419 0.727 -2.079 29 44 45 1407 1419 0.879 -2.063 25 44 45 1407 1419 0.787 -2.263 22 44 45 1407 1419 0.511 -2.679 50 50 51 1337 1349 NaN -2.064 25 50 51 1337 1349 NaN -1.686 31 50 51 1337 1349 NaN -2.418 24 50 51 1337 1349 NaN -2.128 38 50 51 1337 1349 NaN -2.263 26 50 51 1337 1349 NaN -1.378 19 50 51 1337 1349 NaN -2.166 27 50 51 1337 1349 NaN -1.661 22 50 51 1337 1349 NaN -1.282 25 50 51 1337 1349 0.926 -1.901 22 50 51 1337 1349 0.948 -2.031 31 50 51 1337 1349 0.589 -2.056 20 50 51 1337 1349 0.724 -1.81 34 50 51 1337 1349 0.868 -2.144 22 50 51 1337 1349 0.907 -1.91 33 50 51 1337 1349 0.666 -2.127 23 50 51 1337 1349 0.881 -2.048 35 50 51 1337 1349 0.895 -1.98 33 50 51 1337 1349 0.581 -2.472 23 50 51 1337 1349 0.557 -2.278 22 50 51 1337 1349 0.976 -1.974 28 50 51 1337 1349 0.641 -2.406 30 50 51 1337 1349 0.924 -1.247 20 50 51 1337 1349 0.659 -2.187 20 50 51 1337 1349 0.927 -1.645 16 50 51 1337 1349 0.708 -2.1 23 50 51 1337 1349 0.501 -2.944 28 50 51 1337 1349 0.702 -1.827 16 50 51 1337 1349 0.825 -2.061 19 50 51 1337 1349 0.768 -2.848 18 50 51 1337 1349 0.329 -1.654 13 50 51 1337 1349 0.908 -2.2 32 50 51 1337 1349 0.588 -2.274 31 50 51 1337 1349 0.859 -1.9 21 50 51 1337 1349 0.563 -2.05 21 50 51 1337 1349 0.813 -2.133 21 50 51 1337 1349 0.988 -1.714 17 50 51 1337 1349 0.684 -2.085 25 50 51 1337 1349 0.848 -1.974 18 50 51 1337 1349 0.799 -2.315 29 50 51 1337 1349 0.546 -2.203 24 50 51 1337 1349 0.807 -1.94 25 50 51 1337 1349 0.803 -2.049 26 50 51 1337 1349 0.826 -2.331 30 50 51 1337 1349 0.854 -1.862 43 50 51 1337 1349 0.799 -2.235 21 50 51 1337 1349 0.716 -2.299 25 50 51 1337 1349 1.039 -1.714 21 50 51 1337 1349 0.952 -1.757 24 50 51 1337 1349 0.742 -2.274 26 50 51 1337 1349 0.636 -2.297 24 50 51 1337 1349 0.756 -1.572 18 50 51 1337 1349 0.383 -2.746 23 50 51 1337 1349 1.06 -1.506 24 50 51 1337 1349 -0.524 -2.007 18 50 51 1337 1349 0.981 -1.619 19 50 51 1337 1349 0.75 -2.56 28 50 51 1337 1349 0.675 -2.301 16 50 51 1337 1349 0.751 -2.393 25 50 51 1337 1349 0.756 -2.131 31 50 51 1337 1349 0.807 -2.067 28 50 51 1337 1349 0.732 -2.295 13 50 51 1337 1349 0.93 -2.583 30 50 51 1337 1349 0.688 -2.505 22 50 51 1337 1349 0.747 -2.556 34 50 51 1337 1349 0.868 -2.314 15 50 51 1337 1349 0.975 -1.541 20 50 51 1337 1349 0.837 -2.59 28 50 51 1337 1349 0.761 -2.508 30 54 55 1290 1302 NaN -1.779 25 54 55 1290 1302 NaN -2.128 22 54 55 1290 1302 NaN -1.38 38 54 55 1290 1302 NaN -2.473 20 54 55 1290 1302 NaN -1.378 22 54 55 1290 1302 NaN -1.816 21 54 55 1290 1302 NaN -2.226 27 54 55 1290 1302 NaN -2.478 33 54 55 1290 1302 NaN -2.688 20 54 55 1290 1302 NaN -1.513 23 54 55 1290 1302 NaN -2.158 14 54 55 1290 1302 NaN -2.411 20 54 55 1290 1302 0.599 -2.387 27 54 55 1290 1302 0.678 -2.204 25 54 55 1290 1302 0.673 -2.239 21 54 55 1290 1302 0.979 -1.467 27 54 55 1290 1302 0.627 -2.532 48 54 55 1290 1302 0.782 -2.103 23 54 55 1290 1302 0.93 -2.177 37 54 55 1290 1302 0.525 -2.085 23 54 55 1290 1302 0.654 -2.648 19 54 55 1290 1302 0.539 -2.379 30 54 55 1290 1302 1.035 -2.141 40 54 55 1290 1302 0.666 -2.047 29 54 55 1290 1302 0.859 -1.819 16 54 55 1290 1302 0.922 -1.412 16 54 55 1290 1302 0.543 -2.116 18 54 55 1290 1302 1.019 -2.051 17 54 55 1290 1302 0.883 -1.836 23 54 55 1290 1302 0.635 -1.35 12 54 55 1290 1302 0.734 -1.857 23 54 55 1290 1302 0.651 -1.892 21 54 55 1290 1302 0.352 -2.648 30 54 55 1290 1302 0.672 -2.218 26 54 55 1290 1302 0.717 -1.914 16 54 55 1290 1302 0.852 -2.315 31 54 55 1290 1302 0.835 -2.451 16 54 55 1290 1302 0.788 -1.816 22 54 55 1290 1302 0.766 -2.337 19 54 55 1290 1302 0.751 -1.928 24 54 55 1290 1302 0.806 -1.655 19 54 55 1290 1302 1.007 -1.772 15 54 55 1290 1302 0.559 -2.612 29 54 55 1290 1302 0.927 -1.306 17 54 55 1290 1302 1.122 -1.36 19 54 55 1290 1302 0.641 -0.893 26 54 55 1290 1302 0.729 -1.951 28 54 55 1290 1302 0.768 -2.288 36 54 55 1290 1302 0.875 -1.707 38 54 55 1290 1302 0.672 -1.867 15 54 55 1290 1302 0.723 -2.146 23 54 55 1290 1302 0.506 -2.432 28 54 55 1290 1302 0.422 -2.635 18 54 55 1290 1302 0.996 -1.845 39 54 55 1290 1302 0.663 -2.056 23 54 55 1290 1302 0.91 -1.736 21 54 55 1290 1302 1.073 -2.158 23 54 55 1290 1302 0.657 -2.286 23 54 55 1290 1302 0.73 -2.363 32 54 55 1290 1302 0.418 -2.71 25 58 60 1240 1265 0.764 -2.081 34 58 60 1240 1265 0.761 -2.106 47 58 60 1240 1265 0.907 -2.123 34 58 60 1240 1265 0.873 -1.358 44 58 60 1240 1265 0.909 -1.732 27 58 60 1240 1265 0.682 -2.269 32 58 60 1240 1265 0.679 -2.13 34 58 60 1240 1265 0.768 -2.053 22 58 60 1240 1265 0.793 -2.137 31 58 60 1240 1265 1.181 -1.067 42 58 60 1240 1265 0.931 -2.154 26 58 60 1240 1265 0.913 -1.948 52 58 60 1240 1265 0.962 -1.689 19 58 60 1240 1265 0.699 -2.545 28 58 60 1240 1265 0.95 -1.41 19 58 60 1240 1265 0.908 -1.966 45 58 60 1240 1265 1.04 -2.213 29 58 60 1240 1265 0.746 -2.12 21 58 60 1240 1265 0.603 -2.096 18 58 60 1240 1265 0.994 -1.991 19 58 60 1240 1265 0.749 -2.063 17 58 60 1240 1265 0.856 -2.098 18 58 60 1240 1265 0.834 -1.925 25 58 60 1240 1265 0.959 -2.038 26 58 60 1240 1265 0.511 -2.023 18 58 60 1240 1265 0.824 -1.283 15 58 60 1240 1265 0.826 -1.982 19 58 60 1240 1265 0.705 -2.358 14 58 60 1240 1265 0.896 -2.16 35 58 60 1240 1265 0.493 -2.666 18 58 60 1240 1265 1.06 -1.007 18 58 60 1240 1265 0.803 -2.099 18 58 60 1240 1265 0.801 -1.316 16 58 60 1240 1265 0.695 -2.538 25 58 60 1240 1265 0.938 -2.336 24 58 60 1240 1265 0.972 -1.191 19 58 60 1240 1265 0.745 -1.65 31 58 60 1240 1265 0.933 -2.108 29 58 60 1240 1265 0.73 -2.488 18 58 60 1240 1265 0.876 -1.48 20 58 60 1240 1265 0.705 -2.14 27 58 60 1240 1265 1.097 -2.138 42 58 60 1240 1265 0.918 -2.151 25 58 60 1240 1265 1.041 -1.51 23 58 60 1240 1265 0.883 -2.023 25 58 60 1240 1265 0.788 -1.807 26 58 60 1240 1265 0.81 -2.194 24 58 60 1240 1265 0.795 -2.19 31 58 60 1240 1265 0.973 -1.657 26 58 60 1240 1265 0.799 -2.017 22 58 60 1240 1265 0.879 -1.937 20 58 60 1240 1265 0.824 -1.736 22 58 60 1240 1265 0.804 -2.246 16 58 60 1240 1265 0.721 -2.005 20 58 60 1240 1265 1.046 -1.35 21 58 60 1240 1265 0.921 -2.06 22 58 60 1240 1265 0.687 -2.424 15 58 60 1240 1265 0.691 -2.548 26 58 60 1240 1265 0.87 -2.022 23 58 60 1240 1265 0.964 -2.291 32 58 60 1240 1265 0.499 -1.813 17 58 60 1240 1265 0.826 -1.496 11 58 60 1240 1265 0.933 -1.621 12 58 60 1240 1265 0.913 -1.974 16 58 60 1240 1265 1.027 -1.596 18 58 60 1240 1265 0.789 -2.083 21 58 60 1240 1265 0.606 -1.556 15 58 60 1240 1265 0.021 -1.946 17 58 60 1240 1265 0.884 -1.935 17 58 60 1240 1265 0.068 -2.272 15 58 60 1240 1265 1.011 -0.974 19 58 60 1240 1265 0.688 -1.847 15 58 60 1240 1265 0.719 -2.128 17 58 60 1240 1265 0.99 -1.787 14 58 60 1240 1265 0.918 -1.248 20 58 60 1240 1265 0.729 -1.817 10 58 60 1240 1265 1.212 -1.384 13 58 60 1240 1265 1.022 -0.881 16 58 60 1240 1265 0.778 -1.838 15 65 67 1139 1165 0.998 -2.264 46 65 67 1139 1165 1.205 -2.106 49 65 67 1139 1165 0.991 -2.047 37 65 67 1139 1165 1.198 -1.65 31 65 67 1139 1165 0.944 -2.152 32 65 67 1139 1165 0.874 -2.064 22 65 67 1139 1165 0.534 -2.611 32 65 67 1139 1165 0.482 -2.236 24 65 67 1139 1165 1.081 -2.095 46 65 67 1139 1165 0.757 -2.23 24 65 67 1139 1165 1.089 -1.575 21 65 67 1139 1165 0.891 -1.713 14 65 67 1139 1165 0.804 -2.418 32 65 67 1139 1165 0.868 -1.802 18 65 67 1139 1165 0.736 -2.065 26 65 67 1139 1165 0.777 -2.584 35 65 67 1139 1165 0.875 -1.576 37 65 67 1139 1165 0.489 -2.233 23 65 67 1139 1165 0.927 -2.083 32 65 67 1139 1165 0.916 -2.032 34 65 67 1139 1165 0.507 -2.439 27 65 67 1139 1165 0.796 -2.353 20 65 67 1139 1165 0.873 -1.939 29 65 67 1139 1165 0.516 -2.443 28 65 67 1139 1165 1.075 -1.819 31 65 67 1139 1165 0.258 -2.182 26 65 67 1139 1165 0.29 -1.648 27 65 67 1139 1165 1.463 -1.493 25 65 67 1139 1165 1.465 -2.048 17 65 67 1139 1165 0.215 -2.131 20 65 67 1139 1165 0.503 -2.14 26 65 67 1139 1165 0.807 -1.957 55 65 67 1139 1165 -0.23 -1.935 39 65 67 1139 1165 0.323 -2.274 22 65 67 1139 1165 0.832 -1.974 29 65 67 1139 1165 0.849 -1.815 21 65 67 1139 1165 0.753 -2.368 40 65 67 1139 1165 0.967 -1.852 31 65 67 1139 1165 0.717 -1.971 31 65 67 1139 1165 0.965 -1.751 27 65 67 1139 1165 0.817 -1.917 26 65 67 1139 1165 1.049 -2.086 34 65 67 1139 1165 0.812 -2.004 22 65 67 1139 1165 0.58 -2.918 15 65 67 1139 1165 0.745 -2.059 20 65 67 1139 1165 0.738 -2.356 22 65 67 1139 1165 0.95 -2.374 33 65 67 1139 1165 0.729 -1.75 19 65 67 1139 1165 1.013 -1.368 19 65 67 1139 1165 0.868 -1.615 22 65 67 1139 1165 0.883 -1.691 25 65 67 1139 1165 0.972 -1.972 34 65 67 1139 1165 0.884 -1.853 16 65 67 1139 1165 0.401 -1.94 19 65 67 1139 1165 1.012 -1.247 28 65 67 1139 1165 0.804 -1.82 22 65 67 1139 1165 0.531 -2.265 29 65 67 1139 1165 1.093 -1.195 25 65 67 1139 1165 0.641 -1.949 18 65 67 1139 1165 1.005 -1.218 24 65 67 1139 1165 0.968 -1.438 19 65 67 1139 1165 0.848 -1.757 20 65 67 1139 1165 0.491 -2.745 20 65 67 1139 1165 1.042 -1.921 23 65 67 1139 1165 1.053 -2.115 45 65 67 1139 1165 0.623 -1.985 21 65 67 1139 1165 0.458 -2.051 14 65 67 1139 1165 0.459 -1.664 18 65 67 1139 1165 0.855 -2.415 22 65 67 1139 1165 0.689 -2.059 21 65 67 1139 1165 1.063 -1.541 18 65 67 1139 1165 0.927 -2.132 17 65 67 1139 1165 0.727 -2.076 17 65 67 1139 1165 0.776 -1.427 19 65 67 1139 1165 0.954 -2.729 14 65 67 1139 1165 1.06 -1.52 21 65 67 1139 1165 0.714 -2.196 21 65 67 1139 1165 0.761 -2.449 19 65 67 1139 1165 0.699 -1.89 21 65 67 1139 1165 0.573 -1.94 20 65 67 1139 1165 0.744 -2.056 13 65 67 1139 1165 1.267 -0.881 16 65 67 1139 1165 0.899 -1.524 21 65 67 1139 1165 0.777 -1.804 16 65 67 1139 1165 0.602 -1.917 12 65 67 1139 1165 0.714 -2.001 16 65 67 1139 1165 0.939 -1.941 23 65 67 1139 1165 0.883 -1.943 29 71 73 1060 1087 1.052 -2.089 32 71 73 1060 1087 0.872 -2.153 39 71 73 1060 1087 0.967 -2.036 43 71 73 1060 1087 0.666 -2.157 18 71 73 1060 1087 0.773 -2.126 35 71 73 1060 1087 0.641 -1.711 23 71 73 1060 1087 0.959 -1.989 24 71 73 1060 1087 0.92 -2.319 28 71 73 1060 1087 1.096 -1.402 53 71 73 1060 1087 0.753 -2.385 22 71 73 1060 1087 0.935 -1.932 27 71 73 1060 1087 0.825 -2.09 19 71 73 1060 1087 0.77 -2.151 14 71 73 1060 1087 0.524 -2.41 24 71 73 1060 1087 0.828 -2.326 44 71 73 1060 1087 0.721 -2.457 24 71 73 1060 1087 0.892 -2.142 36 71 73 1060 1087 1.141 -1.777 27 71 73 1060 1087 0.724 -2.249 28 71 73 1060 1087 0.954 -1.948 25 71 73 1060 1087 0.861 -2.118 24 71 73 1060 1087 0.93 -2.139 25 71 73 1060 1087 0.953 -2.179 24 71 73 1060 1087 0.644 -2.555 21 71 73 1060 1087 0.742 -2.099 30 71 73 1060 1087 1.042 -1.093 15 71 73 1060 1087 0.778 -1.692 13 71 73 1060 1087 0.517 -2.516 23 71 73 1060 1087 0.979 -1.68 13 71 73 1060 1087 0.962 -2.502 18 71 73 1060 1087 0.944 -1.883 34 71 73 1060 1087 0.708 -2.446 29 71 73 1060 1087 0.877 -1.989 22 71 73 1060 1087 0.578 -2.033 12 71 73 1060 1087 0.841 -2.236 39 71 73 1060 1087 1.039 -1.557 18 71 73 1060 1087 1.154 -1.573 17 71 73 1060 1087 0.94 -1.821 29 71 73 1060 1087 0.567 -2.389 21 71 73 1060 1087 0.555 -2.233 30 71 73 1060 1087 0.977 -1.723 24 71 73 1060 1087 0.739 -1.973 24 71 73 1060 1087 0.607 -2.338 28 71 73 1060 1087 0.7 -1.667 22 71 73 1060 1087 0.579 -1.903 27 71 73 1060 1087 0.822 -2.132 24 71 73 1060 1087 0.779 -2.033 30 71 73 1060 1087 0.735 -1.948 21 71 73 1060 1087 0.825 -1.837 23 71 73 1060 1087 0.905 -2.082 25 71 73 1060 1087 0.98 -1.196 19 71 73 1060 1087 0.629 -2.111 17 71 73 1060 1087 1.079 -1.333 19 71 73 1060 1087 0.839 -1.526 18 71 73 1060 1087 0.963 -1.842 19 71 73 1060 1087 0.499 -2.403 25 71 73 1060 1087 0.829 -1.451 14 71 73 1060 1087 0.59 -2.166 18 71 73 1060 1087 0.747 -1.75 16 71 73 1060 1087 1.098 -1.848 18 71 73 1060 1087 0.557 -2.094 13 71 73 1060 1087 0.728 -2.111 35 71 73 1060 1087 0.436 -2.245 15 71 73 1060 1087 0.637 -1.491 16 71 73 1060 1087 0.843 -1.658 13 71 73 1060 1087 0.864 -2.265 15 71 73 1060 1087 0.777 -2.564 22 83 85 895 923 0.386 -2.792 24 83 85 895 923 1.101 -1.798 21 83 85 895 923 0.856 -2.279 38 83 85 895 923 0.673 -2.625 21 83 85 895 923 0.843 -0.642 40 83 85 895 923 0.733 -2.262 28 83 85 895 923 0.762 -2.355 31 83 85 895 923 0.786 -2.478 24 83 85 895 923 0.725 -2.004 25 83 85 895 923 1.083 -1.8 40 83 85 895 923 0.926 -1.689 16 83 85 895 923 0.83 -1.802 39 83 85 895 923 0.768 -2.448 19 83 85 895 923 0.427 -2.658 21 83 85 895 923 0.674 -2.003 13 83 85 895 923 0.983 -2.047 26 83 85 895 923 0.575 -2.345 19 83 85 895 923 0.963 -1.701 26 83 85 895 923 0.845 -1.461 22 83 85 895 923 0.937 -1.936 32 83 85 895 923 0.823 -1.679 42 83 85 895 923 0.955 -1.821 21 83 85 895 923 0.981 -2.288 15 83 85 895 923 0.799 -2.123 19 83 85 895 923 0.921 -1.294 15 83 85 895 923 0.803 -1.738 22 83 85 895 923 0.595 -2.092 16 83 85 895 923 0.911 -2.009 22 83 85 895 923 0.83 -1.906 24 83 85 895 923 0.943 -2.364 28 83 85 895 923 0.636 -2.28 32 83 85 895 923 0.829 -1.32 22 83 85 895 923 0.662 -2.264 22 83 85 895 923 0.806 -2.6 22 83 85 895 923 0.771 -2.298 27 83 85 895 923 1.006 -1.693 27 83 85 895 923 0.791 -2.234 24 83 85 895 923 0.779 -1.967 22 83 85 895 923 0.815 -2.101 20 83 85 895 923 0.815 -2.318 22 83 85 895 923 0.586 -1.735 11 83 85 895 923 0.726 -2.39 26 83 85 895 923 0.763 -1.95 20 83 85 895 923 0.746 -2.284 28 83 85 895 923 0.566 -2.088 33 83 85 895 923 0.91 -2.059 27 83 85 895 923 0.683 -2.638 31 83 85 895 923 0.642 -2.717 28 83 85 895 923 0.683 -2.168 20 83 85 895 923 0.884 -1.8 17 83 85 895 923 0.859 -1.557 22 83 85 895 923 0.912 -1.801 20 83 85 895 923 0.761 -2.511 37 83 85 895 923 0.799 -2.291 30 83 85 895 923 0.78 -2.256 15 83 85 895 923 0.727 -2.381 47 83 85 895 923 0.782 -1.621 16 83 85 895 923 0.562 -1.87 18 83 85 895 923 0.383 -2.554 18 83 85 895 923 0.92 -1.983 15 83 85 895 923 0.255 -1.665 22 83 85 895 923 0.718 -2.012 36 83 85 895 923 0.936 -1.434 18 83 85 895 923 0.749 -1.944 16 83 85 895 923 0.669 -2.536 19 83 85 895 923 0.673 -2.236 22 83 85 895 923 0.547 -1.894 24 83 85 895 923 0.982 -1.935 21 83 85 895 923 0.912 -2.075 17 83 85 895 923 1.108 -1.525 24 83 85 895 923 0.874 -2.037 31 83 85 895 923 0.896 -1.06 20 83 85 895 923 1.065 -1.89 35 90 92 793 823 0.54 -2.37 31 90 92 793 823 1.138 -2.149 49 90 92 793 823 0.655 -2.392 34 90 92 793 823 0.952 -2.369 44 90 92 793 823 0.793 -1.693 17 90 92 793 823 0.554 -1.39 17 90 92 793 823 0.616 -2.392 23 90 92 793 823 0.704 -2.317 38 90 92 793 823 0.879 -1.43 22 90 92 793 823 0.95 -1.479 65 90 92 793 823 0.898 -2.342 30 90 92 793 823 0.546 -2.395 33 90 92 793 823 0.824 -1.932 29 90 92 793 823 0.913 -1.978 25 90 92 793 823 0.697 -2.167 26 90 92 793 823 0.491 -2.472 20 90 92 793 823 0.73 -1.925 23 90 92 793 823 0.624 -2.234 26 90 92 793 823 0.59 -1.716 21 90 92 793 823 0.6 -2.651 33 90 92 793 823 0.679 -1.755 16 90 92 793 823 0.299 -2.142 17 90 92 793 823 0.594 -2.591 30 90 92 793 823 1.083 -2.014 27 90 92 793 823 0.742 -2.017 14 90 92 793 823 0.675 -2.692 16 90 92 793 823 0.457 -2.193 14 90 92 793 823 0.906 -2.061 34 90 92 793 823 0.784 -2.418 21 90 92 793 823 0.861 -1.396 19 90 92 793 823 0.967 -2.356 29 90 92 793 823 0.816 -1.721 13 90 92 793 823 0.848 -1.883 23 90 92 793 823 0.915 -1.959 32 90 92 793 823 1.093 -1.91 29 90 92 793 823 1.013 -2.089 28 90 92 793 823 0.91 -1.46 19 90 92 793 823 1.043 -1.734 15 90 92 793 823 0.108 -2.234 20 90 92 793 823 0.692 -1.639 23 90 92 793 823 0.945 -1.436 20 90 92 793 823 0.795 -2.187 32 90 92 793 823 0.946 -2.263 17 90 92 793 823 0.705 -2.689 29 90 92 793 823 0.342 -2.506 22 90 92 793 823 0.505 -2.008 24 90 92 793 823 0.998 -1.634 17 90 92 793 823 0.821 -1.813 22 90 92 793 823 0.791 -2.038 13 90 92 793 823 0.605 -2.28 24 90 92 793 823 0.882 -1.922 23 90 92 793 823 0.827 -1.429 25 90 92 793 823 0.837 -2.17 18 90 92 793 823 0.808 -1.935 19 90 92 793 823 0.538 -2.398 23 90 92 793 823 0.985 -1.439 20 90 92 793 823 0.592 -2.419 21 90 92 793 823 0.86 -2.184 33 90 92 793 823 0.616 -2.109 21 90 92 793 823 0.878 -2.222 28 90 92 793 823 0.709 -2.245 33 90 92 793 823 0.672 -2.205 28 90 92 793 823 0.909 -2.676 17 90 92 793 823 0.569 -2.496 19 90 92 793 823 0.653 -2.297 39 90 92 793 823 0.906 -1.829 15 90 92 793 823 0.978 -1.623 21 90 92 793 823 0.799 -1.785 28 90 92 793 823 0.899 -1.502 22 90 92 793 823 0.76 -2.178 21 90 92 793 823 0.515 -2.55 33 96 98 704 734 0.138 -2.018 21 96 98 704 734 0.459 -2.292 13 96 98 704 734 0.951 -2.049 33 96 98 704 734 0.88 -1.908 33 96 98 704 734 0.856 -2.298 39 96 98 704 734 0.965 -1.868 35 96 98 704 734 0.925 -1.73 34 96 98 704 734 0.779 -1.989 23 96 98 704 734 0.833 -1.946 16 96 98 704 734 0.451 -2.503 27 96 98 704 734 0.891 -2.146 25 96 98 704 734 0.703 -2.283 27 96 98 704 734 0.372 -2.517 29 96 98 704 734 0.506 -2.489 19 96 98 704 734 0.797 -2.16 22 96 98 704 734 0.617 -2.283 34 96 98 704 734 0.485 -2.869 29 96 98 704 734 0.969 -2.187 31 96 98 704 734 0.816 -2.045 54 96 98 704 734 0.963 -1.693 23 96 98 704 734 0.08 -2.291 16 96 98 704 734 0.679 -2.161 16 96 98 704 734 0.839 -2.272 13 96 98 704 734 0.556 -1.685 18 96 98 704 734 0.609 -1.814 21 96 98 704 734 0.617 -1.918 20 96 98 704 734 0.46 -2.536 20 96 98 704 734 0.629 -2.302 17 96 98 704 734 0.808 -1.868 26 96 98 704 734 0.685 -2.178 22 96 98 704 734 0.907 -1.998 87 96 98 704 734 0.614 -2.516 36 96 98 704 734 0.633 -2.37 27 96 98 704 734 0.416 -1.777 17 96 98 704 734 0.032 -2.354 31 96 98 704 734 0.526 -2.502 30 96 98 704 734 0.577 -2.218 15 96 98 704 734 0.982 -2.182 34 96 98 704 734 0.859 -2.177 20 96 98 704 734 0.596 -2.066 16 96 98 704 734 0.696 -2.349 18 96 98 704 734 0.733 -2.694 44 96 98 704 734 0.599 -2.208 17 96 98 704 734 0.848 -2.421 28 96 98 704 734 0.546 -2.407 25 96 98 704 734 0.845 -2.501 19 96 98 704 734 0.997 -1.742 20 96 98 704 734 0.541 -2.357 16 96 98 704 734 0.775 -2.295 12 96 98 704 734 0.901 -1.933 17 96 98 704 734 0.694 -2.483 18 96 98 704 734 0.739 -2.459 21 96 98 704 734 0.706 -2.434 33 96 98 704 734 0.741 -2.181 42 96 98 704 734 0.611 -1.616 16 96 98 704 734 0.664 -2.107 24 96 98 704 734 0.896 -2.024 23 96 98 704 734 0.542 -1.893 13 96 98 704 734 0.721 -1.469 24 96 98 704 734 0.97 -1.915 28 96 98 704 734 0.527 -2.429 21 96 98 704 734 0.637 -2.547 25 96 98 704 734 0.616 -2.576 22 96 98 704 734 0.963 -2.046 54 96 98 704 734 0.689 -2.098 28 96 98 704 734 0.577 -2.291 32 96 98 704 734 0.828 -1.811 18 96 98 704 734 0.711 -1.719 23 96 98 704 734 0.852 -1.69 23 96 98 704 734 0.68 -2.093 18 96 98 704 734 0.69 -2.023 17 96 98 704 734 0.629 -2.361 43