*2013/12/16 15:26:38.42 *IOS HEADER VERSION 1.10 2011/10/26 2011/10/26 *FILE START TIME : UTC 2002/08/30 22:20:40.000 TIME INCREMENT : 0 0 0 0.416667E-01 0 ! (day hr min sec ms) NUMBER OF RECORDS : 549 DATA DESCRIPTION : CTD FILE TYPE : ASCII NUMBER OF CHANNELS : 8 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- --------------------------- --------------- -------------- -------------- 1 Pressure decibar 2.4 550 2 Temperature:Primary 'deg C (ITS90)' 6.1366 13.2508 3 Transmissivity %/metre 4.9 54.4 4 Fluorescence:URU:Seapoint mg/m^3 0.65E-01 14.85 5 Oxygen:Dissolved:SBE mL/L 1.903 8.423 6 Salinity:T0:C0 PSS-78 29.9862 33.6656 7 Number_of_bin_records n/a 7 149 8 Oxygen:Dissolved:SBE umol/kg 82.8 367.6 $END $TABLE: CHANNEL DETAIL ! No Pad Start Width Format Type Decimal_Places !--- ---- ----- ----- ------ ---- -------------- 1 -9.9 ' ' 7 F ' ' 1 2 -9.9 ' ' 9 F ' ' 4 3 -9.9 ' ' 7 F ' ' 1 4 -9.9 ' ' 8 F ' ' 3 5 -9.9 ' ' 8 F ' ' 3 6 -9.9 ' ' 9 F ' ' 4 7 ' ' ' ' 5 F ' ' 0 8 -9.9 ' ' 6 F ' ' 1 $END $REMARKS This file converted from Sea-Bird file: Q:\CTD\2002-28\ctd\derive\2002-28-003 Comments from secondary file: Q:\CTD\2002-28\ctd\ios\2002-28-0032.de1 --------------------------------------------------------------------- This file converted from Sea-Bird file: Q:\CTD\2002-28\ctd\derive\2002-28-003 $END *ADMINISTRATION MISSION : 2002-28 AGENCY : IOS, Ocean Science and Productivity. Sidney, BC COUNTRY : Canada PROJECT : BC Inlets SCIENTIST : Stucchi D. PLATFORM : Vector *LOCATION GEOGRAPHIC AREA : BC Inlets STATION : FC3 EVENT NUMBER : 32 LATITUDE : 52 47.90000 N ! (deg min) LONGITUDE : 128 25.74000 W ! (deg min) WATER DEPTH : 562 *INSTRUMENT TYPE : Sea-Bird CTD MODEL : SBE-911plus SERIAL NUMBER : 0585 $TABLE: SENSORS ! Name Abs Depth Serial No ! ------------------------- -------------- ---------- temperature:primary ' ' 2023 conductivity:primary ' ' 1763 pressure ' ' 77511 temperature:secondary ' ' 2106 conductivity:secondary ' ' 1764 Fluorometer ' ' Seapoint transmissometer:primary ' ' 333DR Oxygen:SBE ' ' 0047 $END $REMARKS SOFTWARE VERSION SEASAVE WIN32 V 5.26C Comments from secondary file: Q:\CTD\2002-28\ctd\ios\2002-28-0032.de1 --------------------------------------------------------------------- SOFTWARE VERSION SEASAVE WIN32 V 5.26C $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! ------------------------ ------ ---------- -------- --------- --------- SBE_IOS 2.2 2002/12/12 15:01:50 58803 58803 CLEAN 3.9 2002/12/13 14:16:41 58803 58803 SHIFTDAT 3.2a 2002/12/14 13:12:21 ? ? DELETE 5.3 2002/12/14 13:22:58 58803 16397 CTDEDIT 4.43 2002/12/14 15:57:09 16397 16367 CTDEDIT 4.43 2002/12/16 15:52:09 16367 16367 MERGE 2.8 2003/01/16 10:17:45 16367 16367 BOXCAR 4.2 2003/01/16 12:01:03 16367 16367 BINAVE 4.0.1 2003/01/16 12:08:06 16367 549 CALIB 10.4 2003/01/16 12:09:55 549 549 REMOVECH 6.0 2003/01/16 12:10:42 549 549 REORDER 1.2.1 2003/01/16 12:11:10 ? ? CHGUNITS 1.3 2003/01/16 15:57:40 549 549 CLEAN 4.1 2003/01/21 09:08:12 ? ? HDREDIT2 1.51 2003/01/21 09:09:29 ? ? CALIB 11.1 2003/08/12 16:13:00 549 549 HDREDIT2 2.1 2004/05/25 14:01:31 ? ? CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 15:26:38 549 549 $END $REMARKS CLEAN functions: - Reset #RECS, MIN & MAX values in header. - Interpolation by Record Number. -The following SHIFT parameters were used. Shift Channel: Conductivity:Primary # of Records to Advance (-ve for Delay): At REC# 0 Shift= -0.40 Salinity was recalculated after shift -The following DELETE parameters were used: Surface Record Removal: Last Press Min Maximum Surface Pressure (relative): 10.00 Surface Swell Pressure Tolerance: 1.00 Pressure filtered over width: 15 Swells deleted. Warning message if pressure difference of 2.00 Slow Drop Rate NOT deleted -The following MERGE parameters were used: Merge Channel: Scan_Number Merge Scheme Used: Interpolate Secondary onto Primary Overlap Scheme Used: Keep Primary Primary Channels to Include: ALL Secondary Channels to Include: Salinity:T0:C0 Primary file : Q:\CTD\2002-28\ctd\ios\2002-28-0032.edt Secondary file: Q:\CTD\2002-28\ctd\ios\2002-28-0032.de1 Comments from secondary file: Q:\CTD\2002-28\ctd\ios\2002-28-0032.de1 --------------------------------------------------------------------- CLEAN functions: - Reset #RECS, MIN & MAX values in header. - Interpolation by Record Number. -The following SHIFT parameters were used. Shift Channel: Oxygen:Dissolved:SBE # of Records to Advance (-ve for Delay): At REC# 0 Shift=240.00 Salinity was recalculated after shift -The following DELETE parameters were used: Surface Record Removal: Last Press Min Maximum Surface Pressure (relative): 10.00 Surface Swell Pressure Tolerance: 1.00 Pressure filtered over width: 15 Swells deleted. Warning message if pressure difference of 2.00 Slow Drop Rate NOT deleted. Sample interval (from user input) = 0.000 seconds. -The following FILTER parameters were used. Median filter was used. Filter width = 11 The following channel(s) were filtered. Fluorescence:URU:Seapoint -The following BINAVE parameters were used: Bin channel = Pressure Averaging interval = 1.0 Minimum bin value = 0.000 Average value was used Interpolated values were NOT used for empty bins Channel 'NUMBER_OF_BIN_RECORDS' was added to file. -The following CALIB parameters were used: Calibration type = Correct Mode: ONLY - calibration specs from Cal File only. Calibration file = Q:\CTD\2002-28\2002-28_rcal.ccf Calibrations applied: Ch Name Units Fmla Coefficents -- ----------------------------- --------- --- ----------------------------- 9 Oxygen:Dissolved:SBE mL/L 10 0.9300000E-01 0.1000000E+01 -The following CHANNEL(S) were removed from file. Scan_Number Temperature:Secondary Conductivity:Primary Conductivity:Secondary Salinity:T1:C1 Flag CHANGE units: - Units changed from ml/l to umol/kg CLEAN functions: - Remove Sea-Bird comments from the header. -The following CALIB parameters were used: Calibration type = Correct Mode: ONLY - calibration specs from Cal File only. Calibration file = L:\CRUISE_DATA\2002\2002-16\DOC\2002-16Tempcorr.CCF Calibrations applied: Ch Name Units Fmla Coefficents -- ----------------------------- --------- --- ----------------------------- 2 Temperature:Primary deg C (IT 10 -0.2700000E-02 0.1000000E+01 $END *COMMENTS CTDEDIT was used to clean salinity lightly. CTDEDIT was used to remove obviously bad fluorescence records. Comments from secondary file: Q:\CTD\2002-28\ctd\ios\2002-28-0032.de1 --------------------------------------------------------------------- SBE HEADER Sea-Bird SBE 9 Data File: FileName = C:\data\2002-28\2002-28-0032.dat Software Version Seasave Win32 V 5.26c Temperature SN = 2023 Conductivity SN = 1763 Number of Bytes Per Scan = 27 Number of Voltage Words = 3 Number of Scans Averaged by the Deck Unit = 1 System UpLoad Time = Aug 30 2002 22:20:40 NMEA Latitude = 52 47.90 N NMEA Longitude = 128 25.74 W NMEA UTC (Time) = Aug 30 2002 22:20:40 Store Lat/Lon Data = Add to Header Only Ship: Vector Cruise: 2002-28 Station: FC3 Depth: 562 # nquan = 12 # nvalues = 58803 # units = specified # name 0 = scan: Scan Count # name 1 = prDM: Pressure, Digiquartz [db] # name 2 = t090C: Temperature [ITS-90, deg C] # name 3 = t190C: Temperature, 2 [ITS-90, deg C] # name 4 = c0S/m: Conductivity [S/m] # name 5 = c1S/m: Conductivity, 2 [S/m] # name 6 = xmiss: Beam Transmission, Chelsea/Seatech/Wetlab CStar [%] # name 7 = flSP: Fluorescence, Seapoint # name 8 = sbeox0ML/L: Oxygen, SBE 43 [ml/l] # name 9 = sal00: Salinity [PSU] # name 10 = sal11: Salinity, 2 [PSU] # name 11 = flag: flag # span 0 = 1, 58803 # span 1 = 0.745, 550.266 # span 2 = 6.1358, 13.6194 # span 3 = 6.1322, 13.6058 # span 4 = 3.324481, 3.614627 # span 5 = 3.336628, 3.614367 # span 6 = 46.1824, 86.1022 # span 7 = 6.2271e-02, 1.4868e+01 # span 8 = 1.79562, 8.35643 # span 9 = 29.9019, 33.6664 # span 10 = 29.9539, 33.7613 # span 11 = 0.0000e+00, 0.0000e+00 # interval = seconds: 0.0416667 # start_time = Aug 30 2002 22:20:40 # bad_flag = -9.990e-29 # sensor 0 = Frequency 0 temperature, primary, 2023, 03-May-02s # sensor 1 = Frequency 1 conductivity, primary, 1763, 23-Apr-02s, cpcor = -9.5 700e-08 # sensor 2 = Frequency 2 pressure, 77511, 30-Sep-99 # sensor 3 = Frequency 3 temperature, secondary, 2106, 19-Apr-02s # sensor 4 = Frequency 4 conductivity, secondary, 1764, 23-Apr-02s, cpcor = -9 .5700e-08 # sensor 5 = Extrnl Volt 0 Fluorometer, Seapoint # sensor 6 = Extrnl Volt 2 transmissometer, primary, 333DR, 07-Aug-02 # sensor 7 = Extrnl Volt 4 Oxygen, SBE, primary, 0047, 21-Aug-02 # datcnv_date = Dec 12 2002 12:48:11, 5.25b # datcnv_in = Q:\CTD\2002-28\CTD\2002-28-0032.dat Q:\CTD\2002-28\CTD\0585.CON # datcnv_skipover = 0 # wildedit_date = Dec 12 2002 13:12:26, 5.25b # wildedit_in = Q:\CTD\2002-28\CTD\convert\2002-28-0032.cnv # wildedit_pass1_nstd = 2.0 # wildedit_pass2_nstd = 5.0 # wildedit_pass2_mindelta = 0.000e+000 # wildedit_npoint = 50 # wildedit_vars = prDM # wildedit_excl_bad_scans = yes # celltm_date = Dec 12 2002 14:40:09, 5.25b # celltm_in = Q:\CTD\2002-28\CTD\wildedit\2002-28-0032.cnv # celltm_alpha = 0.0300, 0.0300 # celltm_tau = 9.0000, 9.0000 # celltm_temp_sensor_use_for_cond = primary, secondary # Derive_date = Dec 12 2002 14:47:47, 5.25b # Derive_in = Q:\CTD\2002-28\CTD\celltm\2002-28-0032.cnv Q:\CTD\2002-32\Ctd\2002 -32-0000.CON # file_type = ascii END* ******************************************************************************** Fluorescence:URU:Seapoint - The secondary pump was not operating properly, but the problem is believed to be significant only below 250m. The data is nominal. Oxygen:Dissolved:SBE - This channel was processed by shifting +240 records with respect to pressure. An offset of +0.093 ml/l was applied based on bottle comparisons. The comparison of bottles with downcast data has large standard deviations suggesting errors on the order of: · ±0.3 ml/l from 0 to 150m · ±0.15 ml/l from 150m to 200m · ±0.06 ml/l below 200m. ******************************************************************************** *CALIBRATION $TABLE: CORRECTED CHANNELS !Name Units Fmla Pad Coefficients !---------------------- --------------- ---- ------ ------------ Oxygen:Dissolved:SBE mL/L 10 -9.9 () (0.93E-01 1) Temperature:Primary 'deg C (ITS90)' 10 -9.9 () (-0.27E-02 1) $END !--1--- ---2---- --3--- ---4--- ---5--- ---6---- -7-- --8-- !Pressu Temperat Transm Fluores Oxygen: Salinity Numb Oxyge !re ure: issivi cence: Dissolv :T0:C0 er_o n: ! Primary ty URU: ed:SBE ~bin Disso ! Seapoin _rec lved: ! t ords SBE !------ -------- ------ ------- ------- -------- ---- ----- *END OF HEADER 2.4 13.2508 4.9 14.445 8.333 29.9862 80. 363.8 2.9 13.2225 4.9 14.850 8.357 29.9920 58. 364.9 4.0 13.2034 4.9 14.850 8.361 29.9966 42. 365.1 5.0 13.1468 4.9 14.850 8.375 30.0213 38. 365.7 6.0 12.8539 5.3 14.850 8.413 30.1823 35. 367.2 7.0 12.5635 6.3 14.850 8.423 30.3227 34. 367.6 8.0 12.2832 7.8 14.850 8.359 30.5396 32. 364.8 9.0 12.0311 11.0 14.850 8.236 30.6778 33. 359.3 10.0 11.8761 13.3 14.850 8.034 30.7487 31. 350.5 11.0 11.6512 15.2 14.850 7.801 30.8086 31. 340.3 12.0 11.4793 17.3 14.812 7.560 30.8029 32. 329.8 13.0 11.3380 18.8 14.029 7.330 30.7800 31. 319.7 14.0 10.8032 20.6 12.612 7.178 30.9821 31. 313.0 15.0 10.4164 24.3 10.980 7.006 31.1986 31. 305.5 16.0 10.2520 27.0 8.841 6.759 31.2432 31. 294.7 17.0 10.0104 31.1 7.238 6.495 31.3012 30. 283.1 18.0 9.9565 34.0 5.855 6.231 31.3908 28. 271.6 19.0 9.8739 36.2 4.944 6.008 31.4272 28. 261.9 20.0 9.7090 38.4 4.389 5.828 31.4714 28. 254.0 21.0 9.6058 40.2 3.795 5.664 31.4927 27. 246.9 22.0 9.6215 41.2 3.193 5.497 31.5183 29. 239.6 23.0 9.4610 42.0 3.514 5.371 31.5635 28. 234.1 24.0 9.4006 42.9 3.057 5.258 31.5788 28. 229.1 25.0 9.3886 43.7 2.676 5.148 31.5818 29. 224.4 26.0 9.3557 43.9 2.557 5.051 31.5903 28. 220.1 27.0 9.2719 44.2 2.538 4.975 31.6122 28. 216.8 28.0 9.2673 44.6 2.474 4.900 31.6277 29. 213.5 29.0 9.0999 45.2 2.304 4.851 31.6637 29. 211.4 30.0 8.9448 45.5 2.217 4.800 31.7214 28. 209.1 31.0 8.9114 45.6 2.235 4.733 31.7361 28. 206.2 32.0 8.8942 45.7 2.106 4.660 31.7445 29. 203.0 33.0 8.8866 45.9 2.126 4.589 31.7482 28. 199.9 34.0 8.8831 45.8 2.150 4.527 31.7501 28. 197.2 35.0 8.8388 45.9 2.257 4.482 31.7653 28. 195.3 36.0 8.6640 46.0 2.055 4.457 31.8387 28. 194.2 37.0 8.4716 46.3 2.018 4.431 31.9402 29. 193.0 38.0 8.3619 46.3 1.894 4.386 32.0017 28. 191.1 39.0 8.2719 47.3 1.716 4.318 32.0566 29. 188.1 40.0 8.2184 47.6 1.727 4.234 32.0866 29. 184.4 41.0 8.1918 47.9 1.496 4.151 32.1008 29. 180.8 42.0 8.1689 47.7 1.466 4.077 32.1117 29. 177.6 43.0 8.1498 48.3 1.521 4.009 32.1205 30. 174.6 44.0 8.0810 48.5 1.474 3.955 32.1511 28. 172.3 45.0 8.0574 49.1 1.317 3.906 32.1565 29. 170.1 46.0 8.0349 49.3 1.172 3.856 32.1618 28. 167.9 47.0 7.9156 49.7 1.170 3.815 32.2193 28. 166.1 48.0 7.8019 50.0 1.137 3.773 32.2769 28. 164.3 49.0 7.7384 50.1 0.973 3.715 32.3484 28. 161.8 50.0 7.6281 50.4 1.000 3.646 32.4409 28. 158.7 51.0 7.5832 50.4 1.088 3.568 32.4690 29. 155.3 52.0 7.5336 50.6 0.890 3.501 32.4941 27. 152.4 53.0 7.5026 51.2 0.883 3.436 32.5099 28. 149.6 54.0 7.4843 51.3 0.757 3.368 32.5214 29. 146.6 55.0 7.4717 51.6 0.687 3.296 32.5300 28. 143.5 56.0 7.4551 51.8 0.659 3.228 32.5434 28. 140.5 57.0 7.4369 51.9 0.610 3.165 32.5670 29. 137.8 58.0 7.4469 51.8 0.706 3.109 32.5780 28. 135.3 59.0 7.4228 51.7 0.674 3.067 32.5958 28. 133.5 60.0 7.3823 51.7 0.694 3.046 32.6363 28. 132.6 61.0 7.3455 51.7 0.749 3.033 32.6737 29. 132.0 62.0 7.3056 51.5 0.775 3.019 32.7149 28. 131.4 63.0 7.2848 51.8 0.671 3.006 32.7310 27. 130.8 64.0 7.2798 51.9 0.724 2.997 32.7345 29. 130.5 65.0 7.2698 51.8 0.751 2.986 32.7414 28. 130.0 66.0 7.2571 52.0 0.701 2.970 32.7505 29. 129.3 67.0 7.2482 51.9 0.618 2.953 32.7570 29. 128.5 68.0 7.2413 52.1 0.692 2.933 32.7615 29. 127.7 69.0 7.2396 52.0 0.592 2.914 32.7634 29. 126.8 70.0 7.2207 51.9 0.632 2.896 32.7792 29. 126.1 71.0 7.2114 52.2 0.557 2.880 32.7852 29. 125.4 72.0 7.1949 52.6 0.528 2.867 32.7886 28. 124.8 73.0 7.1552 53.1 0.502 2.851 32.8201 29. 124.1 74.0 7.1329 53.4 0.403 2.813 32.8466 29. 122.4 75.0 7.1113 53.6 0.409 2.741 32.8689 29. 119.3 76.0 7.0872 53.5 0.365 2.664 32.8908 29. 115.9 77.0 7.0805 53.9 0.346 2.602 32.8988 29. 113.2 78.0 7.0804 53.9 0.349 2.550 32.8991 29. 111.0 79.0 7.0768 53.7 0.321 2.508 32.9044 30. 109.2 80.0 7.0332 53.9 0.375 2.478 32.9487 29. 107.8 81.0 7.0199 53.8 0.347 2.458 32.9618 29. 107.0 82.0 7.0166 53.3 0.346 2.443 32.9655 29. 106.3 83.0 7.0001 53.5 0.309 2.429 32.9818 30. 105.7 84.0 6.9856 53.8 0.312 2.416 32.9950 29. 105.1 85.0 6.9594 53.7 0.309 2.404 33.0208 29. 104.6 86.0 6.9272 53.8 0.290 2.393 33.0504 29. 104.1 87.0 6.8953 53.6 0.300 2.377 33.0793 29. 103.4 88.0 6.8584 53.9 0.295 2.357 33.1137 29. 102.6 89.0 6.8169 53.9 0.284 2.346 33.1520 29. 102.1 90.0 6.7864 53.9 0.260 2.333 33.1805 29. 101.5 91.0 6.7229 53.9 0.259 2.324 33.2375 29. 101.1 92.0 6.6798 53.8 0.271 2.314 33.2759 29. 100.7 93.0 6.6428 53.8 0.266 2.309 33.3105 28. 100.5 94.0 6.6248 53.8 0.264 2.310 33.3270 27. 100.5 95.0 6.6080 53.7 0.264 2.314 33.3437 28. 100.7 96.0 6.5783 53.5 0.269 2.318 33.3736 28. 100.8 97.0 6.5664 53.6 0.243 2.316 33.3849 29. 100.8 98.0 6.5613 53.8 0.209 2.308 33.3899 28. 100.4 99.0 6.5494 53.9 0.217 2.298 33.4015 28. 100.0 100.0 6.5273 53.8 0.207 2.287 33.4213 28. 99.5 101.0 6.5024 53.7 0.181 2.275 33.4421 28. 99.0 102.0 6.4860 53.8 0.167 2.262 33.4570 28. 98.4 103.0 6.4693 53.8 0.202 2.250 33.4716 29. 97.9 104.0 6.4667 53.6 0.164 2.238 33.4746 28. 97.4 105.0 6.4629 53.6 0.203 2.227 33.4783 29. 96.9 106.0 6.4567 53.8 0.168 2.219 33.4838 28. 96.5 107.0 6.4468 53.8 0.175 2.212 33.4944 29. 96.2 108.0 6.4364 53.7 0.157 2.204 33.5051 29. 95.9 109.0 6.4328 53.8 0.164 2.196 33.5094 29. 95.5 110.0 6.4296 53.9 0.160 2.189 33.5133 28. 95.2 111.0 6.4273 54.0 0.157 2.183 33.5158 30. 95.0 112.0 6.4245 53.9 0.167 2.181 33.5187 29. 94.9 113.0 6.4204 53.6 0.167 2.177 33.5227 29. 94.7 114.0 6.4084 53.7 0.152 2.173 33.5334 29. 94.5 115.0 6.3880 53.9 0.147 2.171 33.5514 29. 94.4 116.0 6.3792 53.9 0.129 2.166 33.5590 29. 94.2 117.0 6.3715 54.1 0.131 2.160 33.5652 29. 94.0 118.0 6.3694 53.9 0.137 2.156 33.5670 30. 93.8 119.0 6.3687 53.8 0.136 2.150 33.5677 29. 93.5 120.0 6.3679 53.8 0.124 2.148 33.5684 30. 93.4 121.0 6.3668 53.8 0.122 2.144 33.5693 29. 93.3 122.0 6.3608 53.9 0.118 2.142 33.5737 30. 93.2 123.0 6.3581 54.0 0.116 2.138 33.5761 30. 93.0 124.0 6.3528 54.0 0.119 2.137 33.5809 30. 92.9 125.0 6.3499 53.8 0.117 2.134 33.5853 29. 92.8 126.0 6.3457 54.0 0.117 2.132 33.5921 30. 92.7 127.0 6.3368 54.1 0.121 2.131 33.6008 30. 92.7 128.0 6.3330 53.8 0.139 2.129 33.6046 29. 92.6 129.0 6.3317 54.2 0.131 2.127 33.6064 29. 92.5 130.0 6.3298 54.3 0.107 2.125 33.6089 30. 92.4 131.0 6.3281 54.3 0.113 2.122 33.6113 30. 92.3 132.0 6.3265 54.2 0.111 2.119 33.6130 29. 92.2 133.0 6.3248 54.1 0.128 2.116 33.6143 31. 92.0 134.0 6.3243 54.2 0.112 2.114 33.6147 29. 91.9 135.0 6.3215 54.3 0.114 2.113 33.6164 30. 91.9 136.0 6.3154 54.3 0.129 2.112 33.6205 29. 91.9 137.0 6.3068 54.3 0.117 2.110 33.6264 30. 91.8 138.0 6.3050 54.3 0.115 2.108 33.6274 30. 91.7 139.0 6.3033 54.4 0.116 2.106 33.6282 30. 91.6 140.0 6.3009 54.4 0.126 2.103 33.6293 11. 91.5 141.0 6.2994 54.4 -9.900 2.101 33.6300 30. 91.4 142.0 6.2917 54.3 -9.900 2.099 33.6332 31. 91.3 143.0 6.2852 54.3 -9.900 2.097 33.6358 30. 91.2 144.0 6.2832 54.1 0.141 2.095 33.6364 7. 91.1 145.0 6.2819 54.1 0.143 2.092 33.6375 31. 91.0 146.0 6.2756 54.0 0.130 2.090 33.6407 30. 90.9 147.0 6.2741 53.7 0.121 2.087 33.6413 31. 90.8 148.0 6.2721 53.9 0.116 2.085 33.6419 30. 90.7 149.0 6.2643 54.1 0.114 2.084 33.6443 30. 90.6 150.0 6.2614 54.1 0.116 2.081 33.6453 31. 90.5 151.0 6.2558 54.0 0.112 2.079 33.6467 30. 90.4 152.0 6.2498 54.0 0.104 2.076 33.6482 29. 90.3 153.0 6.2492 53.8 0.114 2.072 33.6487 30. 90.1 154.0 6.2491 53.9 0.112 2.068 33.6498 29. 89.9 155.0 6.2492 54.0 0.101 2.066 33.6499 30. 89.9 156.0 6.2487 53.9 0.089 2.063 33.6499 25. 89.7 157.0 6.2483 51.2 -9.900 2.060 33.6499 29. 89.6 158.0 6.2461 53.8 -9.900 2.057 33.6501 29. 89.5 159.0 6.2405 53.8 -9.900 2.057 33.6504 29. 89.5 160.0 6.2390 53.9 -9.900 2.057 33.6506 28. 89.5 161.0 6.2385 53.8 0.107 2.055 33.6506 23. 89.4 162.0 6.2365 53.8 0.100 2.053 33.6508 28. 89.3 163.0 6.2351 53.9 0.093 2.050 33.6509 28. 89.2 164.0 6.2324 53.5 0.109 2.047 33.6511 28. 89.0 165.0 6.2276 53.7 0.108 2.045 33.6514 28. 88.9 166.0 6.2226 53.8 0.110 2.042 33.6517 29. 88.8 167.0 6.2218 53.6 0.098 2.039 33.6516 27. 88.7 168.0 6.2217 53.5 0.094 2.037 33.6518 29. 88.6 169.0 6.2209 53.3 0.091 2.033 33.6518 28. 88.4 170.0 6.2196 53.6 0.088 2.032 33.6519 28. 88.4 171.0 6.2186 53.6 0.085 2.030 33.6520 28. 88.3 172.0 6.2177 53.7 0.086 2.028 33.6522 28. 88.2 173.0 6.2182 53.4 0.083 2.025 33.6521 28. 88.1 174.0 6.2182 53.5 0.091 2.026 33.6521 29. 88.1 175.0 6.2166 53.6 0.091 2.025 33.6523 28. 88.1 176.0 6.2166 53.6 0.085 2.023 33.6523 29. 88.0 177.0 6.2128 53.1 0.090 2.018 33.6525 28. 87.8 178.0 6.2060 53.4 0.091 2.019 33.6529 29. 87.8 179.0 6.2048 53.5 0.098 2.017 33.6528 28. 87.7 180.0 6.2031 53.5 0.123 2.017 33.6530 28. 87.7 181.0 6.2008 53.0 0.116 2.014 33.6529 28. 87.6 182.0 6.2008 53.0 0.090 2.012 33.6529 28. 87.5 183.0 6.2005 53.5 0.082 2.011 33.6530 28. 87.5 184.0 6.2001 53.6 0.090 2.008 33.6530 29. 87.3 185.0 6.1995 53.6 0.082 2.008 33.6532 28. 87.3 186.0 6.1991 53.5 0.093 2.007 33.6532 28. 87.3 187.0 6.1984 53.6 0.090 2.006 33.6533 29. 87.2 188.0 6.1974 53.5 0.082 2.005 33.6534 28. 87.2 189.0 6.1970 53.5 0.082 2.004 33.6534 29. 87.2 189.9 6.1962 53.5 0.084 2.004 33.6535 23. 87.2 191.0 6.1963 53.7 0.089 2.003 33.6535 28. 87.1 192.1 6.1964 53.5 0.078 2.004 33.6534 22. 87.2 193.0 6.1964 53.7 0.079 2.001 33.6535 29. 87.0 194.0 6.1959 53.7 0.084 2.001 33.6535 28. 87.0 195.0 6.1943 53.7 0.081 2.000 33.6537 29. 87.0 196.0 6.1930 53.6 0.083 1.999 33.6539 29. 86.9 197.0 6.1921 53.5 0.079 1.999 33.6541 28. 86.9 198.0 6.1875 53.5 0.080 1.998 33.6547 29. 86.9 199.0 6.1857 53.4 0.085 1.998 33.6549 29. 86.9 200.0 6.1846 53.3 0.085 1.997 33.6550 28. 86.9 201.0 6.1826 53.4 0.082 1.996 33.6553 29. 86.8 202.0 6.1821 52.9 0.079 1.995 33.6554 29. 86.8 203.0 6.1820 53.1 0.088 1.992 33.6554 28. 86.6 204.0 6.1820 53.1 0.089 1.989 33.6555 28. 86.5 205.0 6.1819 53.2 0.089 1.990 33.6555 29. 86.5 206.0 6.1818 53.2 0.090 1.990 33.6557 29. 86.5 207.0 6.1818 53.1 0.085 1.989 33.6556 29. 86.5 208.0 6.1819 53.2 0.090 1.988 33.6556 29. 86.5 209.0 6.1820 53.1 0.085 1.987 33.6557 30. 86.4 210.1 6.1820 53.1 0.085 1.989 33.6557 20. 86.5 211.0 6.1820 53.0 0.084 1.986 33.6557 28. 86.4 212.0 6.1821 52.9 0.085 1.987 33.6557 29. 86.4 213.1 6.1822 53.0 0.087 1.987 33.6556 22. 86.4 214.0 6.1822 53.1 0.087 1.985 33.6558 28. 86.3 215.0 6.1823 53.1 0.086 1.985 33.6557 29. 86.3 216.0 6.1819 53.2 0.090 1.985 33.6558 29. 86.3 217.0 6.1818 53.1 0.088 1.984 33.6558 29. 86.3 218.0 6.1817 53.0 0.084 1.983 33.6559 29. 86.2 219.0 6.1817 53.1 0.090 1.984 33.6559 29. 86.3 220.0 6.1817 53.1 0.094 1.984 33.6558 21. 86.3 221.0 6.1818 53.0 -9.900 1.983 33.6559 29. 86.2 222.0 6.1818 53.0 -9.900 1.983 33.6559 29. 86.2 223.0 6.1815 53.0 -9.900 1.982 33.6560 30. 86.2 224.0 6.1811 53.0 -9.900 1.983 33.6562 29. 86.2 225.0 6.1805 53.1 0.101 1.983 33.6563 19. 86.2 226.0 6.1800 52.6 0.093 1.982 33.6564 30. 86.2 227.0 6.1798 52.6 0.091 1.983 33.6565 29. 86.2 228.0 6.1792 52.7 0.087 1.982 33.6567 29. 86.2 229.0 6.1786 52.8 0.093 1.981 33.6568 29. 86.2 230.0 6.1785 52.7 0.086 1.980 33.6569 29. 86.1 231.0 6.1783 52.8 0.084 1.979 33.6569 30. 86.1 232.0 6.1783 52.9 0.084 1.979 33.6571 30. 86.1 233.0 6.1780 52.8 0.083 1.978 33.6572 29. 86.0 234.0 6.1778 52.8 0.079 1.977 33.6573 29. 86.0 235.0 6.1776 52.7 0.078 1.978 33.6575 28. 86.0 236.0 6.1773 52.5 0.079 1.976 33.6575 30. 85.9 237.0 6.1772 52.6 0.089 1.974 33.6576 30. 85.9 238.0 6.1773 52.4 0.088 1.974 33.6576 29. 85.9 239.0 6.1773 52.5 0.080 1.974 33.6576 30. 85.9 240.0 6.1773 52.6 0.079 1.974 33.6577 29. 85.9 241.0 6.1772 52.6 0.074 1.973 33.6578 30. 85.8 242.0 6.1773 52.6 0.077 1.973 33.6578 29. 85.8 243.0 6.1773 52.5 0.077 1.973 33.6577 30. 85.8 244.0 6.1774 52.5 0.081 1.973 33.6578 29. 85.8 245.0 6.1774 52.6 0.076 1.974 33.6578 29. 85.9 246.0 6.1774 52.7 0.075 1.973 33.6578 30. 85.8 247.0 6.1773 52.6 0.083 1.973 33.6579 29. 85.8 248.0 6.1772 52.5 0.087 1.974 33.6579 30. 85.9 249.0 6.1771 52.6 0.080 1.973 33.6580 29. 85.8 250.0 6.1771 52.5 0.081 1.973 33.6581 30. 85.8 251.0 6.1771 52.4 0.080 1.973 33.6581 29. 85.8 252.0 6.1771 52.5 0.082 1.972 33.6581 29. 85.8 253.0 6.1770 52.7 0.084 1.972 33.6582 30. 85.8 254.0 6.1762 52.5 0.084 1.971 33.6585 30. 85.7 255.0 6.1758 52.5 0.073 1.972 33.6586 29. 85.8 256.0 6.1757 52.6 0.077 1.970 33.6587 30. 85.7 257.0 6.1756 52.6 0.079 1.970 33.6587 30. 85.7 258.0 6.1755 52.6 0.080 1.970 33.6588 29. 85.7 259.0 6.1755 52.4 0.082 1.970 33.6587 30. 85.7 260.0 6.1755 52.4 0.080 1.969 33.6588 29. 85.6 261.0 6.1751 52.3 0.111 1.967 33.6589 29. 85.5 262.0 6.1751 52.4 0.125 1.967 33.6589 30. 85.5 263.0 6.1750 52.6 0.100 1.967 33.6589 31. 85.5 264.0 6.1745 52.5 0.090 1.967 33.6590 29. 85.5 265.0 6.1746 46.1 0.091 1.966 33.6589 31. 85.5 266.0 6.1746 51.5 0.086 1.967 33.6588 30. 85.5 267.0 6.1747 52.5 0.099 1.966 33.6589 30. 85.5 268.0 6.1746 52.4 0.092 1.966 33.6589 30. 85.5 269.0 6.1744 52.4 0.107 1.966 33.6591 29. 85.5 270.0 6.1740 52.4 0.149 1.965 33.6591 30. 85.5 271.0 6.1738 52.4 0.105 1.964 33.6590 30. 85.4 272.0 6.1732 52.6 0.095 1.964 33.6591 29. 85.4 273.0 6.1729 52.4 0.085 1.965 33.6592 29. 85.5 274.0 6.1727 52.5 0.096 1.964 33.6591 29. 85.4 275.0 6.1726 52.4 0.091 1.963 33.6592 29. 85.4 276.0 6.1726 52.4 0.086 1.964 33.6592 28. 85.4 277.0 6.1725 52.1 0.095 1.963 33.6592 28. 85.4 278.0 6.1725 52.2 0.103 1.963 33.6592 27. 85.4 279.0 6.1725 52.3 0.096 1.961 33.6593 28. 85.3 280.0 6.1724 52.3 0.091 1.961 33.6592 28. 85.3 281.0 6.1722 52.3 0.088 1.961 33.6592 29. 85.3 282.0 6.1721 52.3 0.092 1.961 33.6592 28. 85.3 283.0 6.1720 52.3 0.090 1.961 33.6592 28. 85.3 284.0 6.1720 52.2 0.084 1.960 33.6592 29. 85.2 285.0 6.1722 52.3 0.083 1.961 33.6592 29. 85.3 286.0 6.1720 52.3 0.087 1.961 33.6592 29. 85.3 287.0 6.1718 52.3 0.094 1.962 33.6593 28. 85.3 288.0 6.1718 52.3 0.092 1.961 33.6593 28. 85.3 289.0 6.1716 52.3 0.087 1.961 33.6592 29. 85.3 290.0 6.1716 52.4 0.082 1.961 33.6592 28. 85.3 291.0 6.1715 52.4 0.087 1.962 33.6593 29. 85.3 292.0 6.1716 52.3 0.089 1.961 33.6592 28. 85.3 293.0 6.1717 52.3 0.087 1.960 33.6592 28. 85.2 294.0 6.1717 52.3 0.083 1.961 33.6592 28. 85.3 295.0 6.1715 51.7 0.083 1.959 33.6592 29. 85.2 296.0 6.1714 52.2 0.078 1.959 33.6592 28. 85.2 297.0 6.1713 52.3 0.073 1.961 33.6593 28. 85.3 298.0 6.1712 52.4 0.089 1.960 33.6594 28. 85.2 299.0 6.1714 52.2 0.104 1.961 33.6592 29. 85.3 300.0 6.1715 52.0 0.083 1.960 33.6593 28. 85.2 301.0 6.1715 52.0 0.075 1.959 33.6592 28. 85.2 302.0 6.1717 52.2 0.081 1.959 33.6592 28. 85.2 303.0 6.1715 52.2 0.081 1.958 33.6593 29. 85.2 304.0 6.1708 52.2 0.084 1.956 33.6593 28. 85.1 305.0 6.1707 52.1 0.086 1.958 33.6592 29. 85.2 306.0 6.1707 52.0 0.080 1.959 33.6593 29. 85.2 307.0 6.1704 52.2 0.082 1.959 33.6592 29. 85.2 308.0 6.1702 52.2 0.079 1.958 33.6592 29. 85.2 309.0 6.1701 52.1 0.078 1.959 33.6592 29. 85.2 310.0 6.1701 52.0 0.072 1.957 33.6592 29. 85.1 311.0 6.1702 52.1 0.082 1.958 33.6593 29. 85.2 312.0 6.1702 52.2 0.076 1.956 33.6592 29. 85.1 313.0 6.1701 52.2 0.080 1.955 33.6593 30. 85.0 314.0 6.1702 52.1 0.081 1.955 33.6592 29. 85.0 315.0 6.1704 52.1 0.081 1.955 33.6593 29. 85.0 316.0 6.1705 52.0 0.088 1.955 33.6592 28. 85.0 317.0 6.1705 52.1 0.090 1.955 33.6593 29. 85.0 318.0 6.1702 52.1 0.084 1.957 33.6593 29. 85.1 319.0 6.1703 52.2 0.087 1.956 33.6593 18. 85.1 320.0 6.1704 52.2 -9.900 1.956 33.6593 29. 85.1 321.0 6.1701 52.2 -9.900 1.957 33.6593 29. 85.1 322.0 6.1697 52.1 -9.900 1.955 33.6593 29. 85.0 323.0 6.1694 52.1 -9.900 1.954 33.6593 29. 85.0 324.0 6.1692 52.1 0.107 1.956 33.6593 8. 85.1 325.0 6.1691 52.1 0.103 1.953 33.6592 29. 84.9 326.0 6.1688 52.1 0.088 1.953 33.6592 29. 84.9 327.0 6.1681 51.9 0.095 1.955 33.6592 29. 85.0 328.0 6.1681 52.0 0.084 1.955 33.6592 29. 85.0 329.0 6.1681 52.0 0.082 1.953 33.6592 29. 84.9 330.0 6.1681 52.1 0.081 1.953 33.6593 29. 84.9 331.0 6.1678 52.0 0.087 1.951 33.6592 28. 84.9 332.0 6.1676 51.7 0.087 1.953 33.6592 28. 84.9 333.0 6.1672 51.8 0.089 1.954 33.6593 28. 85.0 334.0 6.1640 51.9 0.101 1.953 33.6593 29. 84.9 335.0 6.1596 51.9 0.105 1.952 33.6592 28. 84.9 336.0 6.1574 51.8 0.095 1.951 33.6593 28. 84.9 337.0 6.1540 51.8 0.083 1.949 33.6593 28. 84.8 338.0 6.1529 51.8 0.082 1.948 33.6593 28. 84.7 339.0 6.1527 51.9 0.080 1.947 33.6593 28. 84.7 340.0 6.1526 51.8 0.080 1.945 33.6592 29. 84.6 341.0 6.1526 51.9 0.074 1.945 33.6594 28. 84.6 342.0 6.1525 51.9 0.075 1.945 33.6594 29. 84.6 343.0 6.1525 51.7 0.082 1.944 33.6594 29. 84.5 344.0 6.1524 51.8 0.080 1.944 33.6594 29. 84.5 345.0 6.1519 51.7 0.082 1.943 33.6593 29. 84.5 346.0 6.1510 51.7 0.078 1.943 33.6595 28. 84.5 347.0 6.1491 51.5 0.084 1.942 33.6597 29. 84.5 348.0 6.1464 51.5 0.085 1.941 33.6598 29. 84.4 349.0 6.1456 51.6 0.088 1.942 33.6598 28. 84.5 350.0 6.1452 51.4 0.078 1.942 33.6599 29. 84.5 351.0 6.1443 51.2 0.073 1.939 33.6598 28. 84.3 352.0 6.1437 51.3 0.081 1.939 33.6598 29. 84.3 353.0 6.1436 51.4 0.095 1.938 33.6599 28. 84.3 354.0 6.1428 51.4 0.097 1.938 33.6600 28. 84.3 355.0 6.1427 51.4 0.082 1.939 33.6600 28. 84.3 356.0 6.1427 51.6 0.088 1.939 33.6601 29. 84.3 357.0 6.1423 51.6 0.078 1.938 33.6600 28. 84.3 358.0 6.1420 51.5 0.082 1.938 33.6601 29. 84.3 359.0 6.1417 51.5 0.081 1.937 33.6601 29. 84.2 360.0 6.1416 51.6 0.087 1.939 33.6601 29. 84.3 361.0 6.1414 51.4 0.101 1.939 33.6602 29. 84.3 362.0 6.1413 51.4 0.088 1.940 33.6602 29. 84.4 363.0 6.1411 51.4 0.078 1.939 33.6602 28. 84.3 364.0 6.1408 51.6 0.084 1.941 33.6605 29. 84.4 365.0 6.1413 51.6 0.075 1.940 33.6612 30. 84.4 366.0 6.1411 51.7 0.079 1.941 33.6602 28. 84.4 367.0 6.1410 51.5 0.082 1.940 33.6602 30. 84.4 368.0 6.1409 51.7 0.090 1.939 33.6603 30. 84.3 369.0 6.1398 51.7 0.125 1.938 33.6605 31. 84.3 370.0 6.1398 51.8 0.095 1.939 33.6605 30. 84.3 371.0 6.1397 51.6 0.073 1.939 33.6605 32. 84.3 372.0 6.1394 51.5 0.068 1.939 33.6605 31. 84.3 373.0 6.1395 51.5 0.067 1.939 33.6604 30. 84.3 374.0 6.1394 51.8 0.070 1.939 33.6605 29. 84.3 375.0 6.1395 51.6 0.072 1.940 33.6606 30. 84.4 376.0 6.1397 51.7 0.069 1.940 33.6605 31. 84.4 377.0 6.1396 51.8 0.068 1.939 33.6605 30. 84.3 378.0 6.1396 51.6 0.076 1.938 33.6606 30. 84.3 379.0 6.1387 51.3 0.097 1.939 33.6607 31. 84.3 380.0 6.1385 51.7 0.099 1.938 33.6609 31. 84.3 381.0 6.1387 51.7 0.080 1.939 33.6608 30. 84.3 382.0 6.1385 51.6 0.076 1.937 33.6609 30. 84.2 383.0 6.1385 51.6 0.078 1.937 33.6609 29. 84.2 384.0 6.1386 51.7 0.078 1.937 33.6608 30. 84.2 385.0 6.1387 51.5 0.073 1.938 33.6609 29. 84.3 386.0 6.1388 51.5 0.069 1.938 33.6609 30. 84.3 387.0 6.1389 51.7 0.074 1.939 33.6609 29. 84.3 388.0 6.1389 51.7 0.080 1.939 33.6609 29. 84.3 389.0 6.1390 51.6 0.086 1.940 33.6609 30. 84.4 390.0 6.1391 51.5 0.079 1.940 33.6609 29. 84.4 391.0 6.1393 51.6 0.087 1.939 33.6609 30. 84.3 392.0 6.1394 51.6 0.108 1.938 33.6609 29. 84.3 393.0 6.1396 51.5 0.109 1.939 33.6609 29. 84.3 394.0 6.1397 51.5 0.092 1.939 33.6609 29. 84.3 395.0 6.1398 51.5 0.085 1.938 33.6609 29. 84.3 396.0 6.1399 51.4 0.086 1.937 33.6609 29. 84.2 397.0 6.1400 51.5 0.088 1.938 33.6610 29. 84.3 398.0 6.1401 51.5 0.084 1.936 33.6609 29. 84.2 399.0 6.1403 51.5 0.079 1.935 33.6610 29. 84.2 400.0 6.1404 51.4 0.078 1.937 33.6609 29. 84.2 401.0 6.1405 51.5 0.091 1.937 33.6609 29. 84.2 402.0 6.1407 51.5 0.095 1.938 33.6609 29. 84.3 403.0 6.1413 51.1 0.093 1.936 33.6609 29. 84.2 404.0 6.1413 51.1 0.094 1.936 33.6609 29. 84.2 405.0 6.1414 51.1 0.083 1.936 33.6609 29. 84.2 406.0 6.1413 51.0 0.081 1.935 33.6609 29. 84.2 407.0 6.1415 51.0 0.083 1.935 33.6609 29. 84.2 408.0 6.1414 50.7 0.100 1.933 33.6609 29. 84.1 409.0 6.1410 51.0 0.111 1.932 33.6611 29. 84.0 410.0 6.1401 50.7 0.091 1.933 33.6612 29. 84.1 411.0 6.1400 50.9 0.075 1.934 33.6612 30. 84.1 412.0 6.1396 51.0 0.075 1.931 33.6612 30. 84.0 413.0 6.1395 50.9 0.072 1.931 33.6613 30. 84.0 414.0 6.1392 51.1 0.070 1.932 33.6613 30. 84.0 415.0 6.1391 50.9 0.079 1.931 33.6613 29. 84.0 416.0 6.1389 50.7 0.099 1.930 33.6612 29. 83.9 417.0 6.1389 50.9 0.093 1.930 33.6613 29. 83.9 418.0 6.1387 50.9 0.083 1.930 33.6615 29. 83.9 419.0 6.1387 50.8 0.078 1.930 33.6615 29. 83.9 420.0 6.1387 51.0 0.105 1.929 33.6615 29. 83.9 421.0 6.1384 51.1 0.133 1.930 33.6616 29. 83.9 422.0 6.1384 50.8 0.102 1.930 33.6617 29. 83.9 423.0 6.1384 51.1 0.090 1.930 33.6617 29. 83.9 424.0 6.1383 51.1 0.093 1.930 33.6617 29. 83.9 425.0 6.1383 50.9 0.096 1.929 33.6618 29. 83.9 426.0 6.1385 50.9 0.097 1.930 33.6618 30. 83.9 427.0 6.1386 51.2 0.185 1.931 33.6619 29. 84.0 428.0 6.1386 50.7 0.252 1.930 33.6618 29. 83.9 429.0 6.1388 51.2 0.220 1.929 33.6619 29. 83.9 430.0 6.1389 51.1 0.155 1.930 33.6617 29. 83.9 431.0 6.1390 51.0 0.097 1.931 33.6619 29. 84.0 432.0 6.1391 51.2 0.099 1.932 33.6618 30. 84.0 433.0 6.1391 51.3 0.114 1.932 33.6620 29. 84.0 434.0 6.1392 51.3 0.109 1.933 33.6619 30. 84.1 435.0 6.1391 51.3 0.097 1.932 33.6620 30. 84.0 436.0 6.1390 51.4 0.091 1.933 33.6620 30. 84.1 437.0 6.1390 51.5 0.154 1.935 33.6621 30. 84.2 438.0 6.1390 51.5 0.181 1.936 33.6621 30. 84.2 439.0 6.1391 51.4 0.130 1.934 33.6621 30. 84.1 440.0 6.1391 51.4 0.092 1.935 33.6622 30. 84.2 441.0 6.1391 50.8 0.099 1.936 33.6622 31. 84.2 442.0 6.1389 51.4 0.093 1.936 33.6622 30. 84.2 443.0 6.1388 51.4 0.086 1.934 33.6622 30. 84.1 444.0 6.1387 51.4 0.081 1.935 33.6623 30. 84.2 445.0 6.1388 51.4 0.089 1.936 33.6622 30. 84.2 446.0 6.1388 51.5 0.096 1.936 33.6623 30. 84.2 447.0 6.1389 51.4 0.125 1.935 33.6623 30. 84.2 448.0 6.1390 51.4 0.116 1.936 33.6622 30. 84.2 449.0 6.1390 51.5 0.083 1.935 33.6623 30. 84.2 450.0 6.1391 51.5 0.089 1.934 33.6623 30. 84.1 451.0 6.1392 51.6 0.075 1.935 33.6623 30. 84.2 452.0 6.1388 51.6 0.065 1.936 33.6624 30. 84.2 453.0 6.1385 51.2 0.071 1.933 33.6625 30. 84.1 454.0 6.1383 51.3 0.072 1.934 33.6626 30. 84.1 455.0 6.1383 51.5 0.080 1.935 33.6626 29. 84.2 456.0 6.1382 51.4 0.093 1.936 33.6626 30. 84.2 457.0 6.1383 51.5 0.113 1.936 33.6625 30. 84.2 458.0 6.1381 51.5 0.130 1.934 33.6627 30. 84.1 459.0 6.1381 51.4 0.109 1.935 33.6627 30. 84.2 460.0 6.1383 51.2 0.099 1.936 33.6627 30. 84.2 461.0 6.1383 51.3 0.092 1.936 33.6628 30. 84.2 462.0 6.1384 51.1 0.084 1.935 33.6627 31. 84.2 463.0 6.1384 51.3 0.080 1.936 33.6627 30. 84.2 464.0 6.1386 51.2 0.073 1.934 33.6628 29. 84.1 465.0 6.1384 50.9 0.070 1.934 33.6628 30. 84.1 466.0 6.1384 51.3 0.071 1.933 33.6628 29. 84.1 467.0 6.1389 51.1 0.082 1.933 33.6627 30. 84.1 468.0 6.1389 51.1 0.089 1.933 33.6627 30. 84.1 469.0 6.1389 50.7 0.084 1.932 33.6628 30. 84.0 470.0 6.1392 50.6 0.104 1.933 33.6628 30. 84.1 471.0 6.1393 50.8 0.121 1.932 33.6628 30. 84.0 472.0 6.1392 50.8 0.092 1.931 33.6628 30. 84.0 473.0 6.1391 51.2 0.068 1.930 33.6627 30. 83.9 474.0 6.1394 50.8 0.072 1.930 33.6629 31. 83.9 475.0 6.1396 50.7 0.077 1.930 33.6629 29. 83.9 476.0 6.1400 50.5 0.092 1.930 33.6629 30. 83.9 477.0 6.1405 50.1 0.105 1.930 33.6627 30. 83.9 478.0 6.1406 49.9 0.107 1.929 33.6627 30. 83.9 479.0 6.1407 49.8 0.115 1.927 33.6627 30. 83.8 480.0 6.1407 49.8 0.095 1.926 33.6628 30. 83.8 481.0 6.1407 49.7 0.086 1.924 33.6628 30. 83.7 482.0 6.1409 49.8 0.088 1.925 33.6628 29. 83.7 483.0 6.1411 49.8 0.086 1.925 33.6627 29. 83.7 484.0 6.1411 49.7 0.078 1.923 33.6628 31. 83.6 485.0 6.1413 49.7 0.078 1.922 33.6628 31. 83.6 486.0 6.1414 49.9 0.094 1.920 33.6627 31. 83.5 487.0 6.1414 49.9 0.103 1.921 33.6627 31. 83.5 488.0 6.1410 49.8 0.092 1.919 33.6630 30. 83.5 489.0 6.1408 49.4 0.081 1.921 33.6630 30. 83.5 490.0 6.1406 49.1 0.088 1.919 33.6632 30. 83.5 491.0 6.1406 48.8 0.093 1.918 33.6632 30. 83.4 492.0 6.1409 48.8 0.104 1.917 33.6631 30. 83.4 493.0 6.1412 49.2 0.100 1.915 33.6630 31. 83.3 494.0 6.1412 49.2 0.096 1.915 33.6630 30. 83.3 495.0 6.1413 49.1 0.102 1.915 33.6631 30. 83.3 496.0 6.1414 49.3 0.099 1.914 33.6631 30. 83.2 497.0 6.1415 49.2 0.079 1.915 33.6630 31. 83.3 498.0 6.1415 49.2 0.069 1.915 33.6630 30. 83.3 499.0 6.1414 49.1 0.068 1.915 33.6631 31. 83.3 500.0 6.1416 49.1 0.087 1.914 33.6631 30. 83.2 501.0 6.1411 49.0 0.094 1.914 33.6633 29. 83.2 502.0 6.1409 49.0 0.088 1.913 33.6634 30. 83.2 503.0 6.1406 48.5 0.092 1.913 33.6634 30. 83.2 504.0 6.1401 48.3 0.087 1.912 33.6637 30. 83.2 505.0 6.1400 48.0 0.081 1.912 33.6637 30. 83.2 506.0 6.1404 47.8 0.100 1.912 33.6636 30. 83.2 507.0 6.1404 47.8 0.108 1.912 33.6637 30. 83.2 508.0 6.1407 47.7 0.099 1.911 33.6636 31. 83.1 509.0 6.1406 47.6 0.085 1.910 33.6637 31. 83.1 510.0 6.1404 47.6 0.081 1.910 33.6637 31. 83.1 511.0 6.1403 47.5 0.092 1.908 33.6638 30. 83.0 512.0 6.1406 47.7 0.089 1.908 33.6637 31. 83.0 513.0 6.1403 47.9 0.080 1.907 33.6638 31. 82.9 514.0 6.1403 47.8 0.076 1.907 33.6638 30. 82.9 515.0 6.1404 47.7 0.073 1.908 33.6638 31. 83.0 516.0 6.1404 47.9 0.070 1.908 33.6638 31. 83.0 517.0 6.1404 47.9 0.079 1.909 33.6638 30. 83.0 518.0 6.1404 47.7 0.078 1.909 33.6639 29. 83.0 519.0 6.1410 47.6 0.074 1.910 33.6637 30. 83.1 520.0 6.1410 46.1 0.079 1.910 33.6638 30. 83.1 521.0 6.1410 47.1 0.080 1.910 33.6637 30. 83.1 522.0 6.1410 47.4 0.077 1.910 33.6638 30. 83.1 523.0 6.1407 47.0 0.076 1.910 33.6640 30. 83.1 524.0 6.1402 47.2 0.088 1.910 33.6641 30. 83.1 525.0 6.1405 46.9 0.080 1.909 33.6640 30. 83.0 526.0 6.1405 47.3 0.073 1.909 33.6640 30. 83.0 527.0 6.1406 47.2 0.075 1.909 33.6641 30. 83.0 528.0 6.1406 47.0 0.086 1.908 33.6641 31. 83.0 529.0 6.1403 46.7 0.088 1.907 33.6642 29. 82.9 530.0 6.1400 46.8 0.086 1.907 33.6644 31. 82.9 531.0 6.1397 46.8 0.107 1.906 33.6644 30. 82.9 532.0 6.1398 46.5 0.091 1.906 33.6645 31. 82.9 533.0 6.1398 46.6 0.075 1.906 33.6644 31. 82.9 534.0 6.1398 46.3 0.075 1.904 33.6644 32. 82.8 535.0 6.1398 46.8 0.126 1.905 33.6645 33. 82.9 536.0 6.1391 47.2 0.144 1.908 33.6647 33. 83.0 537.0 6.1388 47.3 0.094 1.903 33.6647 33. 82.8 538.0 6.1383 47.9 0.087 1.905 33.6649 33. 82.9 539.0 6.1383 48.4 0.087 1.908 33.6649 34. 83.0 540.0 6.1383 47.2 0.088 1.911 33.6650 35. 83.1 541.0 6.1369 48.7 0.088 1.914 33.6654 34. 83.2 542.0 6.1366 48.9 0.085 1.915 33.6655 35. 83.3 543.0 6.1368 49.0 0.087 1.916 33.6654 35. 83.3 544.0 6.1367 49.1 0.095 1.917 33.6655 36. 83.4 545.0 6.1368 49.0 0.093 1.917 33.6656 37. 83.4 546.0 6.1368 49.1 0.091 1.919 33.6655 38. 83.5 547.0 6.1369 49.2 0.081 1.918 33.6655 41. 83.4 548.0 6.1370 49.3 0.085 1.918 33.6655 46. 83.4 549.0 6.1371 49.4 0.099 1.919 33.6655 54. 83.5 550.0 6.1371 49.4 0.090 1.919 33.6656 149. 83.5