*2013/12/16 15:26:38.48 *IOS HEADER VERSION 1.10 2011/10/26 2011/10/26 *FILE START TIME : UTC 2002/08/31 00:34:47.000 TIME INCREMENT : 0 0 0 0.416667E-01 0 ! (day hr min sec ms) NUMBER OF RECORDS : 639 DATA DESCRIPTION : CTD FILE TYPE : ASCII NUMBER OF CHANNELS : 8 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- --------------------------- --------------- -------------- -------------- 1 Pressure decibar 2.3 640 2 Temperature:Primary 'deg C (ITS90)' 6.1119 14.0978 3 Transmissivity %/metre 4.4 54.9 4 Fluorescence:URU:Seapoint mg/m^3 0.57E-01 14.852 5 Oxygen:Dissolved:SBE mL/L 1.919 8.14 6 Salinity:T0:C0 PSS-78 30.3012 33.6761 7 Number_of_bin_records n/a 22 272 8 Oxygen:Dissolved:SBE umol/kg 83.5 355.2 $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\2002-28-0033.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 : FC2 EVENT NUMBER : 33 LATITUDE : 52 39.48000 N ! (deg min) LONGITUDE : 128 28.20000 W ! (deg min) WATER DEPTH : 650 *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\2002-28-0033.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 15:02:07 58679 58679 CLEAN 3.9 2002/12/13 14:16:58 58679 58679 SHIFTDAT 3.2a 2002/12/14 13:12:33 ? ? DELETE 5.3 2002/12/14 13:23:09 58679 16266 CTDEDIT 4.43 2002/12/14 16:02:45 16266 16183 MERGE 2.8 2003/01/16 10:17:58 16183 16183 BOXCAR 4.2 2003/01/16 12:01:07 16183 16183 BINAVE 4.0.1 2003/01/16 12:08:09 16183 639 CALIB 10.4 2003/01/16 12:09:55 639 639 REMOVECH 6.0 2003/01/16 12:10:42 639 639 REORDER 1.2.1 2003/01/16 12:11:10 ? ? CHGUNITS 1.3 2003/01/16 15:57:40 639 639 CLEAN 4.1 2003/01/21 09:08:12 ? ? HDREDIT2 1.51 2003/01/21 09:09:29 ? ? CALIB 11.1 2003/08/12 16:13:05 639 639 HDREDIT2 2.1 2004/05/25 14:01:42 ? ? CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 15:26:38 639 639 $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\2002-28-0033.edt Secondary file: Q:\CTD\2002-28\ctd\ios\2002-28-0033.de1 Comments from secondary file: Q:\CTD\2002-28\ctd\ios\2002-28-0033.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 and to remove a few records at the bottom of the cast. Comments from secondary file: Q:\CTD\2002-28\ctd\ios\2002-28-0033.de1 --------------------------------------------------------------------- SBE HEADER Sea-Bird SBE 9 Data File: FileName = C:\data\2002-28\2002-28-0033.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 31 2002 00:34:47 NMEA Latitude = 52 39.48 N NMEA Longitude = 128 28.20 W NMEA UTC (Time) = Aug 31 2002 00:34:47 Store Lat/Lon Data = Add to Header Only Ship: Vector Cruise: 2002-28 Station: FC2 Depth: 650 # nquan = 12 # nvalues = 58679 # 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, 58679 # span 1 = 0.401, 640.500 # span 2 = 6.1133, 14.2187 # span 3 = 6.1124, 14.2130 # span 4 = 3.306440, 3.702649 # span 5 = 3.343545, 3.701911 # span 6 = 44.8429, 86.3893 # span 7 = 5.1282e-02, 1.4897e+01 # span 8 = 1.58894, 8.05667 # span 9 = 29.1463, 33.6767 # span 10 = 30.2766, 33.7832 # span 11 = 0.0000e+00, 0.0000e+00 # interval = seconds: 0.0416667 # start_time = Aug 31 2002 00:34:47 # 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 12:48:17, 5.25b # datcnv_in = Q:\CTD\2002-28\CTD\2002-28-0033.dat Q:\CTD\2002-28\CTD\0585.CON # datcnv_skipover = 0 # wildedit_date = Dec 12 2002 13:12:35, 5.25b # wildedit_in = Q:\CTD\2002-28\CTD\convert\2002-28-0033.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 14:40:21, 5.25b # celltm_in = Q:\CTD\2002-28\CTD\wildedit\2002-28-0033.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 14:47:57, 5.25b # Derive_in = Q:\CTD\2002-28\CTD\celltm\2002-28-0033.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 2.3 14.0835 4.5 13.939 7.936 30.3020 34. 346.5 2.9 14.0978 4.4 13.568 7.936 30.3012 44. 346.5 4.0 13.9975 4.4 13.673 7.951 30.3113 31. 347.1 5.0 13.7947 4.6 14.397 7.981 30.3343 27. 348.4 6.0 13.2854 4.8 14.847 8.049 30.4511 27. 351.3 7.0 12.5198 5.4 14.850 8.140 30.6422 27. 355.2 8.0 12.1020 6.5 14.850 8.125 30.7769 25. 354.5 9.0 11.8746 9.9 14.850 8.034 30.8572 24. 350.5 10.0 11.6914 14.5 14.850 7.899 30.9381 23. 344.5 11.0 11.3158 19.6 14.852 7.743 31.0957 23. 337.7 12.0 11.0264 25.2 14.744 7.528 31.1907 23. 328.3 13.0 10.8553 32.0 12.546 7.287 31.2378 23. 317.7 14.0 10.6876 35.6 9.039 7.048 31.2807 22. 307.3 15.0 10.3779 37.1 6.275 6.836 31.3809 23. 298.0 16.0 9.9650 38.6 5.146 6.651 31.5198 22. 289.9 17.0 9.8460 39.9 4.513 6.430 31.5588 23. 280.2 18.0 9.7981 40.5 3.853 6.202 31.5795 22. 270.3 19.0 9.7208 40.8 3.317 5.981 31.6066 23. 260.7 20.0 9.6454 41.3 3.178 5.783 31.6286 23. 252.0 21.0 9.6014 42.3 2.856 5.614 31.6351 23. 244.7 22.0 9.5650 43.4 2.688 5.469 31.6421 22. 238.3 23.0 9.5304 43.8 2.391 5.348 31.6637 23. 233.1 24.0 9.3638 43.9 2.291 5.254 31.7417 23. 228.9 25.0 9.2826 44.0 2.220 5.162 31.7745 23. 224.9 26.0 9.0999 44.5 2.085 5.088 31.8350 23. 221.7 27.0 8.9246 45.7 2.150 5.016 31.8606 22. 218.5 28.0 8.8495 46.7 1.849 4.930 31.8939 23. 214.8 29.0 8.8149 47.3 1.655 4.834 31.9198 23. 210.6 30.0 8.7530 47.7 1.454 4.738 31.9498 23. 206.4 31.0 8.6889 48.4 1.338 4.651 31.9749 23. 202.6 32.0 8.5547 48.8 1.270 4.576 32.0025 23. 199.3 33.0 8.4864 49.3 1.258 4.500 32.0094 23. 196.0 34.0 8.4496 49.5 1.094 4.423 32.0139 23. 192.7 35.0 8.3530 49.9 1.157 4.356 32.0148 24. 189.7 36.0 8.2991 50.1 1.056 4.287 32.0281 23. 186.7 37.0 8.1568 50.3 1.008 4.231 32.0623 23. 184.3 38.0 8.0882 50.9 0.978 4.168 32.0821 23. 181.5 39.0 8.0655 51.1 0.856 4.104 32.0902 23. 178.7 40.0 8.0404 51.1 0.829 4.033 32.1019 24. 175.7 41.0 8.0210 51.4 0.781 3.964 32.1149 23. 172.6 42.0 8.0163 51.4 0.741 3.905 32.1352 23. 170.1 43.0 8.0238 51.2 0.732 3.849 32.1826 23. 167.6 44.0 8.0130 51.0 0.755 3.801 32.2112 24. 165.5 45.0 7.9934 50.9 0.835 3.764 32.2258 23. 163.9 46.0 7.9293 50.8 0.931 3.739 32.2650 23. 162.8 47.0 7.8792 50.8 0.961 3.719 32.2937 23. 162.0 48.0 7.8659 50.9 0.889 3.696 32.3022 23. 160.9 49.0 7.8643 51.0 0.924 3.668 32.3037 23. 159.7 50.0 7.8207 51.0 1.025 3.639 32.3331 24. 158.5 51.0 7.7956 51.1 0.877 3.611 32.3514 25. 157.2 52.0 7.7694 51.1 0.868 3.582 32.3697 24. 156.0 53.0 7.7395 51.3 0.794 3.556 32.3895 23. 154.8 54.0 7.7171 51.3 0.768 3.530 32.3995 24. 153.7 55.0 7.6768 51.5 0.728 3.503 32.4262 24. 152.5 56.0 7.6281 51.5 0.728 3.478 32.4547 25. 151.4 57.0 7.5835 51.6 0.658 3.453 32.4917 24. 150.3 58.0 7.5400 51.7 0.722 3.428 32.5323 23. 149.2 59.0 7.5206 51.6 0.706 3.397 32.5490 24. 147.9 60.0 7.5053 51.6 0.835 3.361 32.5611 24. 146.3 61.0 7.4517 51.7 0.714 3.323 32.6029 24. 144.7 62.0 7.4376 51.7 0.681 3.287 32.6144 23. 143.1 63.0 7.4236 51.6 0.645 3.253 32.6229 25. 141.6 64.0 7.4125 51.9 0.672 3.215 32.6292 23. 140.0 65.0 7.4053 51.9 0.740 3.182 32.6343 24. 138.5 66.0 7.3830 51.8 0.655 3.153 32.6528 24. 137.3 67.0 7.3622 51.7 0.635 3.127 32.6708 23. 136.1 68.0 7.3543 52.0 0.644 3.103 32.6780 24. 135.1 69.0 7.3445 52.0 0.694 3.083 32.6838 25. 134.2 70.0 7.3321 52.0 0.658 3.061 32.6893 24. 133.2 71.0 7.2517 52.1 0.571 3.044 32.7520 23. 132.5 72.0 7.1598 52.4 0.577 3.028 32.8379 24. 131.8 73.0 7.1389 52.5 0.523 3.006 32.8567 24. 130.8 74.0 7.1227 52.5 0.558 2.979 32.8708 24. 129.7 75.0 7.0952 52.5 0.504 2.948 32.8949 23. 128.3 76.0 7.0531 52.6 0.526 2.919 32.9308 25. 127.0 77.0 7.0268 52.7 0.480 2.891 32.9517 24. 125.8 78.0 7.0028 52.8 0.476 2.863 32.9720 23. 124.6 79.0 6.9660 52.9 0.466 2.836 33.0016 24. 123.4 80.0 6.9354 53.0 0.503 2.809 33.0258 24. 122.2 81.0 6.9251 53.1 0.391 2.781 33.0342 24. 121.0 82.0 6.9126 53.1 0.380 2.757 33.0441 24. 120.0 83.0 6.9073 53.1 0.381 2.736 33.0484 23. 119.1 84.0 6.9009 53.1 0.400 2.716 33.0555 24. 118.2 85.0 6.8878 53.0 0.377 2.701 33.0674 24. 117.5 86.0 6.8637 53.2 0.362 2.688 33.0860 24. 117.0 87.0 6.8322 53.3 0.356 2.675 33.1111 23. 116.4 88.0 6.7802 53.5 0.310 2.666 33.1528 24. 116.0 89.0 6.7377 53.9 0.285 2.651 33.1850 24. 115.3 90.0 6.7271 54.1 0.265 2.633 33.1986 24. 114.6 91.0 6.7200 54.2 0.259 2.606 33.2063 24. 113.4 92.0 6.6934 54.2 0.275 2.576 33.2297 23. 112.1 93.0 6.6438 54.2 0.250 2.549 33.2751 24. 110.9 94.0 6.5862 54.4 0.261 2.521 33.3339 24. 109.7 95.0 6.5651 54.6 0.188 2.493 33.3584 24. 108.5 96.0 6.5623 54.5 0.188 2.459 33.3631 25. 107.0 97.0 6.5527 54.5 0.191 2.425 33.3792 24. 105.5 98.0 6.5415 54.7 0.204 2.393 33.3955 24. 104.1 99.0 6.5271 54.5 0.163 2.366 33.4130 24. 102.9 100.0 6.5174 54.6 0.175 2.345 33.4240 23. 102.0 101.0 6.5114 54.6 0.186 2.324 33.4297 24. 101.1 102.0 6.5089 54.7 0.197 2.309 33.4322 24. 100.4 103.0 6.5062 54.6 0.169 2.294 33.4350 24. 99.8 104.0 6.4996 54.6 0.165 2.282 33.4421 24. 99.3 105.0 6.4965 54.7 0.150 2.271 33.4459 23. 98.8 106.0 6.4901 54.7 0.156 2.262 33.4530 25. 98.4 107.0 6.4849 54.7 0.160 2.257 33.4591 23. 98.2 108.0 6.4792 54.7 0.167 2.250 33.4652 24. 97.9 109.0 6.4764 54.5 0.150 2.239 33.4681 24. 97.4 110.0 6.4680 54.5 0.149 2.236 33.4773 25. 97.3 111.0 6.4522 54.3 0.139 2.232 33.4942 24. 97.1 112.0 6.4367 54.5 0.139 2.225 33.5099 25. 96.8 113.0 6.4231 54.6 0.144 2.219 33.5238 24. 96.5 114.0 6.4113 54.7 0.142 2.212 33.5355 24. 96.2 115.0 6.4042 54.6 0.135 2.208 33.5427 25. 96.0 116.0 6.4007 54.6 0.121 2.199 33.5463 24. 95.6 117.0 6.3938 54.6 0.130 2.192 33.5531 25. 95.3 118.0 6.3845 54.6 0.127 2.185 33.5618 24. 95.0 119.0 6.3827 54.6 0.126 2.179 33.5632 25. 94.8 120.0 6.3820 54.7 0.135 2.173 33.5638 24. 94.5 121.0 6.3811 54.7 0.139 2.166 33.5646 25. 94.2 122.0 6.3807 54.6 0.154 2.160 33.5649 24. 94.0 123.0 6.3779 54.7 0.139 2.156 33.5669 25. 93.8 124.0 6.3730 54.7 0.116 2.152 33.5703 24. 93.6 125.0 6.3700 54.8 0.128 2.149 33.5724 26. 93.5 126.0 6.3606 54.8 0.135 2.145 33.5799 25. 93.3 127.0 6.3411 54.8 0.142 2.141 33.5943 24. 93.1 128.0 6.3318 54.9 0.129 2.138 33.6014 25. 93.0 129.0 6.3298 54.8 0.130 2.132 33.6031 24. 92.7 130.0 6.3290 54.8 0.118 2.130 33.6040 25. 92.6 131.0 6.3286 54.9 0.134 2.124 33.6043 25. 92.4 132.0 6.3285 54.8 0.118 2.118 33.6046 25. 92.1 133.0 6.3278 54.8 0.130 2.115 33.6053 25. 92.0 134.0 6.3265 54.8 0.125 2.111 33.6066 25. 91.8 135.0 6.3235 54.6 0.120 2.108 33.6091 24. 91.7 136.0 6.3149 54.8 0.123 2.108 33.6160 26. 91.7 137.0 6.3050 54.7 0.126 2.107 33.6226 25. 91.6 138.0 6.2951 54.6 0.121 2.106 33.6282 24. 91.6 139.0 6.2934 54.6 0.119 2.103 33.6292 26. 91.5 140.0 6.2894 54.5 0.136 2.101 33.6315 24. 91.4 141.0 6.2858 54.4 0.127 2.098 33.6338 25. 91.2 142.0 6.2825 54.4 0.139 2.096 33.6360 24. 91.2 143.0 6.2816 54.4 0.135 2.093 33.6366 26. 91.0 144.0 6.2815 54.4 0.126 2.092 33.6367 25. 91.0 145.0 6.2813 54.4 0.108 2.090 33.6370 25. 90.9 146.0 6.2807 54.5 0.119 2.088 33.6374 24. 90.8 147.0 6.2799 54.4 0.126 2.086 33.6377 25. 90.7 148.0 6.2799 54.4 0.125 2.085 33.6377 25. 90.7 149.0 6.2783 54.3 0.143 2.083 33.6385 26. 90.6 150.0 6.2774 54.3 0.138 2.083 33.6389 24. 90.6 151.0 6.2753 54.2 0.106 2.081 33.6401 25. 90.5 152.0 6.2705 54.3 0.113 2.080 33.6421 25. 90.5 153.0 6.2675 54.3 0.119 2.080 33.6430 25. 90.5 154.0 6.2655 54.3 0.110 2.078 33.6436 25. 90.4 155.0 6.2654 54.2 0.115 2.077 33.6438 25. 90.3 156.0 6.2661 54.3 0.124 2.074 33.6440 24. 90.2 157.0 6.2658 54.2 0.119 2.073 33.6440 25. 90.2 158.0 6.2650 54.0 0.129 2.072 33.6443 25. 90.1 159.0 6.2647 54.2 0.125 2.070 33.6446 24. 90.0 160.0 6.2635 54.3 0.118 2.069 33.6452 25. 90.0 161.0 6.2637 54.2 0.122 2.069 33.6451 25. 90.0 162.0 6.2633 54.2 0.120 2.069 33.6454 24. 90.0 163.0 6.2630 54.2 0.117 2.068 33.6457 24. 89.9 164.0 6.2616 54.2 0.103 2.066 33.6463 25. 89.9 165.0 6.2504 54.1 0.114 2.066 33.6483 25. 89.9 166.0 6.2456 54.1 0.126 2.066 33.6491 24. 89.9 167.0 6.2434 54.0 0.122 2.064 33.6493 25. 89.8 168.0 6.2425 54.1 0.118 2.062 33.6495 25. 89.7 169.0 6.2428 54.2 0.097 2.060 33.6495 24. 89.6 170.0 6.2407 54.0 0.110 2.058 33.6497 25. 89.5 171.0 6.2405 54.1 0.112 2.055 33.6498 24. 89.4 172.0 6.2391 53.8 0.106 2.053 33.6499 25. 89.3 173.0 6.2386 54.1 0.111 2.052 33.6499 25. 89.2 174.0 6.2375 54.1 0.104 2.051 33.6500 24. 89.2 175.0 6.2374 54.0 0.101 2.048 33.6500 25. 89.1 176.0 6.2365 53.0 0.111 2.047 33.6500 25. 89.0 177.0 6.2359 53.9 0.124 2.045 33.6501 24. 88.9 178.0 6.2357 54.0 0.117 2.044 33.6500 25. 88.9 179.0 6.2348 53.9 0.111 2.043 33.6503 24. 88.9 180.0 6.2333 54.0 0.119 2.043 33.6503 25. 88.9 181.0 6.2326 54.1 0.116 2.042 33.6503 24. 88.8 182.0 6.2322 54.1 0.106 2.040 33.6505 24. 88.7 183.0 6.2305 54.1 0.131 2.041 33.6505 25. 88.8 184.0 6.2286 54.0 0.136 2.040 33.6508 26. 88.7 185.0 6.2268 54.1 0.118 2.038 33.6509 24. 88.6 186.0 6.2249 54.1 0.117 2.038 33.6509 24. 88.6 187.0 6.2245 54.1 0.116 2.037 33.6509 25. 88.6 188.0 6.2233 54.1 0.109 2.036 33.6510 25. 88.5 189.0 6.2220 54.0 0.109 2.034 33.6511 24. 88.5 190.0 6.2216 54.0 0.114 2.035 33.6513 24. 88.5 191.0 6.2208 54.0 0.112 2.033 33.6513 24. 88.4 192.0 6.2190 54.0 0.115 2.033 33.6514 24. 88.4 193.0 6.2155 54.0 0.123 2.032 33.6517 24. 88.4 194.0 6.2142 53.9 0.105 2.033 33.6517 24. 88.4 195.0 6.2135 54.1 0.122 2.031 33.6518 24. 88.3 196.0 6.2135 54.0 0.111 2.030 33.6518 24. 88.3 197.0 6.2133 54.0 0.131 2.028 33.6519 25. 88.2 198.0 6.2135 53.9 0.122 2.025 33.6518 24. 88.1 199.0 6.2136 54.0 0.122 2.024 33.6519 24. 88.0 200.0 6.2139 54.0 0.118 2.024 33.6519 25. 88.0 201.0 6.2142 54.0 0.111 2.022 33.6518 25. 87.9 202.0 6.2145 54.0 0.111 2.023 33.6518 23. 88.0 203.0 6.2134 54.1 0.121 2.021 33.6519 24. 87.9 204.0 6.2105 53.9 0.114 2.022 33.6522 23. 87.9 205.0 6.2092 54.0 0.118 2.021 33.6524 25. 87.9 206.0 6.2090 53.9 0.114 2.020 33.6523 26. 87.9 207.0 6.2090 54.0 0.103 2.020 33.6524 24. 87.9 208.0 6.2088 53.9 0.099 2.018 33.6523 24. 87.8 209.0 6.2082 53.9 0.111 2.018 33.6525 24. 87.8 210.0 6.2051 53.8 0.099 2.018 33.6528 25. 87.8 211.0 6.2044 53.9 0.100 2.016 33.6529 25. 87.7 212.0 6.2048 53.9 0.105 2.016 33.6529 25. 87.7 213.0 6.2043 53.9 0.105 2.015 33.6530 24. 87.6 214.0 6.2032 53.9 0.115 2.013 33.6530 24. 87.5 215.0 6.1998 53.8 0.108 2.014 33.6535 25. 87.6 216.0 6.1995 53.6 0.112 2.012 33.6535 25. 87.5 217.0 6.1996 53.6 0.109 2.009 33.6534 25. 87.4 218.0 6.1996 53.7 0.114 2.008 33.6536 23. 87.3 219.0 6.1996 53.6 0.106 2.006 33.6535 24. 87.2 220.0 6.1997 53.8 0.109 2.006 33.6535 24. 87.2 221.0 6.1998 53.7 0.105 2.004 33.6535 25. 87.2 222.0 6.1998 53.7 0.108 2.003 33.6536 25. 87.1 223.0 6.1998 53.6 0.117 2.002 33.6537 25. 87.1 224.0 6.1997 53.7 0.106 2.001 33.6536 24. 87.0 225.0 6.1999 53.7 0.114 2.001 33.6537 24. 87.0 226.0 6.1998 53.2 0.116 2.003 33.6537 25. 87.1 227.0 6.1996 52.0 0.101 2.001 33.6538 25. 87.0 228.0 6.1997 53.6 0.107 2.002 33.6537 24. 87.1 229.0 6.1997 53.8 0.117 2.000 33.6537 24. 87.0 230.0 6.1997 53.7 0.112 1.999 33.6538 24. 86.9 231.0 6.1997 53.7 0.111 2.000 33.6538 24. 87.0 232.0 6.1997 53.7 0.116 2.000 33.6538 25. 87.0 233.0 6.1998 53.7 0.113 1.998 33.6537 25. 86.9 234.0 6.1996 53.7 0.107 1.999 33.6538 24. 86.9 235.0 6.1987 53.8 0.109 1.999 33.6539 24. 86.9 236.0 6.1983 53.7 0.112 1.999 33.6540 25. 86.9 237.0 6.1979 53.4 0.112 1.998 33.6542 24. 86.9 238.0 6.1968 53.5 0.109 1.997 33.6543 25. 86.9 239.0 6.1955 53.4 0.119 1.997 33.6545 25. 86.9 240.0 6.1934 53.3 0.112 1.996 33.6549 25. 86.8 241.0 6.1931 53.2 0.112 1.994 33.6548 24. 86.7 242.0 6.1930 53.3 0.112 1.993 33.6549 25. 86.7 243.0 6.1927 53.3 0.113 1.992 33.6549 24. 86.6 244.0 6.1924 53.0 0.117 1.991 33.6551 24. 86.6 245.0 6.1929 53.2 0.105 1.989 33.6549 24. 86.5 246.0 6.1922 53.1 0.120 1.990 33.6550 25. 86.5 247.0 6.1902 53.2 0.104 1.987 33.6552 25. 86.4 248.0 6.1888 53.2 0.112 1.988 33.6554 25. 86.5 249.0 6.1885 53.3 0.106 1.987 33.6554 24. 86.4 250.0 6.1883 53.2 0.111 1.986 33.6555 24. 86.4 251.0 6.1881 53.0 0.111 1.985 33.6555 24. 86.3 252.0 6.1880 53.3 0.102 1.986 33.6556 25. 86.4 253.0 6.1879 53.2 0.113 1.986 33.6556 24. 86.4 254.0 6.1878 53.3 0.108 1.985 33.6555 25. 86.3 255.0 6.1877 53.3 0.114 1.984 33.6556 24. 86.3 256.0 6.1876 53.2 0.115 1.984 33.6557 25. 86.3 257.0 6.1874 53.3 0.102 1.984 33.6555 24. 86.3 258.0 6.1874 53.1 0.103 1.983 33.6557 24. 86.2 259.0 6.1868 53.3 0.106 1.981 33.6557 25. 86.2 260.0 6.1848 53.3 0.099 1.980 33.6558 24. 86.1 261.0 6.1843 53.2 0.113 1.980 33.6559 25. 86.1 262.0 6.1835 53.2 0.101 1.979 33.6559 25. 86.1 263.0 6.1818 53.3 0.116 1.979 33.6562 24. 86.1 264.0 6.1778 53.1 0.108 1.980 33.6564 25. 86.1 265.0 6.1771 53.3 0.105 1.978 33.6565 24. 86.0 266.0 6.1770 53.3 0.101 1.978 33.6566 25. 86.0 267.0 6.1760 53.3 0.095 1.978 33.6566 25. 86.0 268.0 6.1759 53.4 0.098 1.976 33.6567 24. 85.9 269.0 6.1762 53.3 0.095 1.974 33.6567 24. 85.9 270.0 6.1761 53.4 0.097 1.973 33.6567 25. 85.8 271.0 6.1762 53.4 0.102 1.973 33.6567 25. 85.8 272.0 6.1763 53.2 0.122 1.973 33.6568 25. 85.8 273.0 6.1757 53.4 0.091 1.971 33.6568 24. 85.7 274.0 6.1754 53.5 0.089 1.972 33.6569 25. 85.8 275.0 6.1739 53.6 0.109 1.973 33.6569 24. 85.8 276.0 6.1719 53.5 0.094 1.972 33.6571 25. 85.8 277.0 6.1716 53.4 0.089 1.974 33.6572 25. 85.9 278.0 6.1717 53.5 0.098 1.974 33.6571 23. 85.9 279.0 6.1712 53.4 0.103 1.973 33.6572 26. 85.8 280.0 6.1710 53.4 0.085 1.973 33.6573 25. 85.8 281.0 6.1704 53.5 0.090 1.972 33.6574 24. 85.8 282.0 6.1693 53.4 0.088 1.970 33.6574 25. 85.7 283.0 6.1693 53.3 0.095 1.971 33.6574 24. 85.7 284.0 6.1665 53.3 0.095 1.970 33.6576 24. 85.7 285.0 6.1656 52.5 0.090 1.969 33.6577 25. 85.6 286.0 6.1647 53.2 0.096 1.969 33.6577 25. 85.6 287.0 6.1640 53.3 0.097 1.968 33.6578 24. 85.6 288.0 6.1637 53.3 0.101 1.968 33.6578 25. 85.6 289.0 6.1634 53.3 0.089 1.967 33.6578 25. 85.5 290.0 6.1633 52.9 0.093 1.968 33.6578 25. 85.6 291.0 6.1634 53.3 0.080 1.967 33.6579 25. 85.5 292.0 6.1634 53.2 0.098 1.965 33.6580 25. 85.5 293.0 6.1637 52.1 0.093 1.966 33.6579 24. 85.5 294.0 6.1637 53.1 0.089 1.965 33.6580 25. 85.5 295.0 6.1637 53.3 0.090 1.965 33.6580 25. 85.5 296.0 6.1637 53.2 0.079 1.964 33.6579 25. 85.4 297.0 6.1637 53.4 0.087 1.964 33.6580 25. 85.4 298.0 6.1632 53.3 0.085 1.964 33.6580 25. 85.4 299.0 6.1624 53.2 0.085 1.963 33.6581 26. 85.4 300.0 6.1623 53.2 0.082 1.964 33.6581 24. 85.4 301.0 6.1622 53.0 0.095 1.963 33.6581 25. 85.4 302.0 6.1615 53.3 0.081 1.964 33.6581 25. 85.4 303.0 6.1607 53.2 0.102 1.964 33.6582 25. 85.4 304.0 6.1603 53.2 0.100 1.963 33.6583 25. 85.4 305.0 6.1599 53.5 0.092 1.962 33.6584 25. 85.3 306.0 6.1596 53.5 0.085 1.963 33.6583 25. 85.4 307.0 6.1597 53.4 0.083 1.961 33.6583 24. 85.3 308.0 6.1585 53.4 0.078 1.961 33.6584 25. 85.3 309.0 6.1573 53.5 0.078 1.963 33.6586 24. 85.4 310.0 6.1569 53.6 0.096 1.963 33.6586 25. 85.4 311.0 6.1564 53.7 0.085 1.962 33.6585 25. 85.3 312.0 6.1547 53.1 0.091 1.963 33.6587 25. 85.4 313.0 6.1538 53.6 0.086 1.963 33.6587 25. 85.4 314.0 6.1524 53.5 0.078 1.962 33.6588 24. 85.3 315.0 6.1518 53.5 0.086 1.962 33.6588 25. 85.3 316.0 6.1517 53.6 0.081 1.961 33.6588 25. 85.3 317.0 6.1513 53.5 0.072 1.960 33.6589 26. 85.2 318.0 6.1512 53.7 0.074 1.961 33.6588 25. 85.3 319.0 6.1508 53.5 0.077 1.961 33.6588 25. 85.3 320.0 6.1508 53.5 0.070 1.960 33.6589 24. 85.2 321.0 6.1506 53.5 0.087 1.959 33.6589 25. 85.2 322.0 6.1503 53.3 0.075 1.959 33.6589 25. 85.2 323.0 6.1487 53.5 0.071 1.958 33.6591 25. 85.2 324.0 6.1471 53.6 0.074 1.960 33.6591 25. 85.2 325.0 6.1458 53.5 0.091 1.960 33.6591 25. 85.2 326.0 6.1448 53.2 0.093 1.957 33.6593 25. 85.1 327.0 6.1447 53.5 0.081 1.958 33.6592 25. 85.2 328.0 6.1443 53.5 0.078 1.955 33.6591 25. 85.0 329.0 6.1441 53.4 0.072 1.955 33.6592 25. 85.0 330.0 6.1431 53.5 0.076 1.956 33.6592 26. 85.1 331.0 6.1430 53.5 0.073 1.955 33.6593 25. 85.0 332.0 6.1402 53.5 0.082 1.955 33.6595 25. 85.0 333.0 6.1400 53.4 0.069 1.956 33.6596 25. 85.1 334.0 6.1397 53.3 0.073 1.954 33.6595 26. 85.0 335.0 6.1373 53.5 0.078 1.953 33.6598 25. 84.9 336.0 6.1363 53.5 0.077 1.952 33.6599 25. 84.9 337.0 6.1357 53.4 0.071 1.952 33.6600 25. 84.9 338.0 6.1356 53.4 0.079 1.953 33.6600 24. 84.9 339.0 6.1355 53.3 0.075 1.952 33.6601 26. 84.9 340.0 6.1334 53.4 0.074 1.951 33.6604 26. 84.9 341.0 6.1308 53.2 0.078 1.951 33.6607 25. 84.9 342.0 6.1305 53.3 0.073 1.951 33.6608 25. 84.9 343.0 6.1286 53.3 0.081 1.951 33.6610 24. 84.9 344.0 6.1286 53.3 0.074 1.950 33.6612 25. 84.8 345.0 6.1284 53.3 0.078 1.947 33.6612 25. 84.7 346.0 6.1272 53.3 0.081 1.946 33.6620 26. 84.6 347.0 6.1266 53.2 0.078 1.946 33.6614 25. 84.6 348.0 6.1263 53.0 0.073 1.945 33.6613 24. 84.6 349.0 6.1265 53.3 0.080 1.946 33.6613 25. 84.6 350.0 6.1266 53.3 0.081 1.945 33.6612 26. 84.6 351.0 6.1262 53.1 0.097 1.945 33.6614 25. 84.6 352.0 6.1254 53.2 0.145 1.944 33.6617 25. 84.5 353.0 6.1251 53.3 0.102 1.945 33.6618 25. 84.6 354.0 6.1251 53.4 0.081 1.944 33.6619 25. 84.5 355.0 6.1250 53.0 0.088 1.944 33.6618 26. 84.5 356.0 6.1249 53.3 0.091 1.944 33.6619 26. 84.5 357.0 6.1244 53.3 0.080 1.944 33.6620 25. 84.5 358.0 6.1241 53.4 0.073 1.945 33.6622 26. 84.6 359.0 6.1237 53.4 0.083 1.945 33.6626 25. 84.6 360.0 6.1217 53.2 0.081 1.943 33.6632 26. 84.5 361.0 6.1210 53.4 0.083 1.944 33.6634 26. 84.5 362.0 6.1210 53.4 0.089 1.945 33.6635 25. 84.6 363.0 6.1207 53.4 0.103 1.944 33.6638 26. 84.5 364.0 6.1205 53.4 0.096 1.944 33.6641 26. 84.5 365.0 6.1203 53.4 0.086 1.945 33.6643 25. 84.6 366.0 6.1188 53.2 0.072 1.945 33.6654 25. 84.6 367.0 6.1188 53.4 0.073 1.944 33.6655 24. 84.5 368.0 6.1187 53.3 0.076 1.944 33.6655 25. 84.5 369.0 6.1181 53.3 0.077 1.945 33.6659 26. 84.6 370.0 6.1180 53.3 0.075 1.946 33.6661 26. 84.6 371.0 6.1180 53.1 0.083 1.946 33.6660 25. 84.6 372.0 6.1183 53.3 0.102 1.948 33.6660 25. 84.7 373.0 6.1182 53.3 0.098 1.947 33.6660 25. 84.7 374.0 6.1183 53.4 0.083 1.947 33.6660 27. 84.7 375.0 6.1184 53.4 0.077 1.947 33.6660 26. 84.7 376.0 6.1187 53.3 0.072 1.947 33.6659 24. 84.7 377.0 6.1187 53.2 0.076 1.947 33.6660 25. 84.7 378.0 6.1186 53.1 0.079 1.947 33.6661 25. 84.7 379.0 6.1185 53.3 0.073 1.947 33.6662 26. 84.7 380.0 6.1184 53.4 0.073 1.947 33.6662 26. 84.7 381.0 6.1185 53.2 0.074 1.945 33.6662 26. 84.6 382.0 6.1186 53.3 0.071 1.948 33.6663 25. 84.7 383.0 6.1189 53.0 0.073 1.948 33.6662 25. 84.7 384.0 6.1185 53.4 0.075 1.948 33.6664 25. 84.7 385.0 6.1187 53.4 0.077 1.946 33.6664 26. 84.6 386.0 6.1189 53.3 0.090 1.949 33.6664 25. 84.8 387.0 6.1194 53.4 0.079 1.947 33.6662 24. 84.7 388.0 6.1194 53.0 0.075 1.948 33.6662 24. 84.7 389.0 6.1195 52.8 0.073 1.948 33.6662 25. 84.7 390.0 6.1196 53.4 0.066 1.947 33.6663 25. 84.7 391.0 6.1195 53.2 0.072 1.948 33.6663 24. 84.7 392.0 6.1197 53.5 0.086 1.947 33.6663 25. 84.7 393.0 6.1196 53.2 0.100 1.947 33.6663 25. 84.7 394.0 6.1196 53.3 0.090 1.949 33.6664 25. 84.8 395.0 6.1198 53.4 0.072 1.945 33.6664 24. 84.6 396.0 6.1199 53.3 0.070 1.948 33.6664 25. 84.7 397.0 6.1196 53.4 0.066 1.947 33.6664 25. 84.7 398.0 6.1193 53.2 0.070 1.947 33.6666 25. 84.7 399.0 6.1197 53.4 0.066 1.946 33.6665 25. 84.6 400.0 6.1195 53.4 0.063 1.946 33.6666 25. 84.6 401.0 6.1201 53.4 0.062 1.948 33.6664 25. 84.7 402.0 6.1202 53.2 0.057 1.949 33.6665 24. 84.8 403.0 6.1212 53.3 0.057 1.945 33.6663 24. 84.6 404.0 6.1214 53.4 0.061 1.949 33.6664 26. 84.8 405.0 6.1215 53.5 0.064 1.946 33.6663 25. 84.6 406.0 6.1215 53.5 0.074 1.945 33.6665 25. 84.6 407.0 6.1216 53.5 0.145 1.948 33.6666 24. 84.7 408.0 6.1217 53.1 0.137 1.947 33.6666 24. 84.7 409.0 6.1218 53.4 0.105 1.944 33.6665 24. 84.5 410.0 6.1219 53.5 0.091 1.949 33.6665 24. 84.8 411.0 6.1220 53.3 0.095 1.947 33.6667 25. 84.7 412.0 6.1221 53.5 0.122 1.949 33.6666 25. 84.8 413.0 6.1221 53.4 0.103 1.948 33.6666 24. 84.7 414.0 6.1221 53.5 0.101 1.948 33.6667 24. 84.7 415.0 6.1222 53.5 0.088 1.948 33.6667 24. 84.7 416.0 6.1221 52.9 0.066 1.949 33.6667 24. 84.8 417.0 6.1221 53.4 0.064 1.945 33.6668 25. 84.6 418.0 6.1222 53.4 0.073 1.946 33.6668 25. 84.6 419.0 6.1223 53.4 0.072 1.951 33.6669 23. 84.9 420.0 6.1224 53.4 0.063 1.950 33.6668 24. 84.8 421.0 6.1224 53.4 0.060 1.950 33.6669 25. 84.8 422.0 6.1224 53.4 0.059 1.949 33.6669 24. 84.8 423.0 6.1225 53.5 0.065 1.950 33.6669 24. 84.8 424.0 6.1225 53.6 0.074 1.952 33.6669 25. 84.9 425.0 6.1225 53.5 0.074 1.949 33.6670 24. 84.8 426.0 6.1224 53.5 0.069 1.949 33.6670 25. 84.8 427.0 6.1225 53.5 0.064 1.946 33.6670 24. 84.6 428.0 6.1222 53.4 0.062 1.949 33.6672 24. 84.8 429.0 6.1211 53.5 0.062 1.948 33.6675 25. 84.7 430.0 6.1212 53.3 0.062 1.950 33.6675 24. 84.8 431.0 6.1216 53.2 0.066 1.950 33.6674 24. 84.8 432.0 6.1218 53.3 0.074 1.947 33.6673 23. 84.7 433.0 6.1206 53.4 0.072 1.949 33.6677 25. 84.8 434.0 6.1204 53.2 0.074 1.949 33.6680 25. 84.8 435.0 6.1204 53.3 0.064 1.946 33.6679 24. 84.6 436.0 6.1205 53.3 0.064 1.947 33.6679 24. 84.7 437.0 6.1206 53.4 0.064 1.948 33.6680 25. 84.7 438.0 6.1209 53.3 0.073 1.948 33.6679 24. 84.7 439.0 6.1209 53.4 0.079 1.945 33.6679 24. 84.6 440.0 6.1208 53.3 0.073 1.946 33.6680 24. 84.6 441.0 6.1207 53.3 0.072 1.947 33.6682 25. 84.7 442.0 6.1206 53.3 0.073 1.947 33.6682 25. 84.7 443.0 6.1206 53.3 0.071 1.946 33.6682 24. 84.6 444.0 6.1209 53.3 0.071 1.948 33.6681 24. 84.7 445.0 6.1210 53.2 0.068 1.947 33.6680 24. 84.7 446.0 6.1211 52.5 0.073 1.947 33.6681 24. 84.7 447.0 6.1207 53.1 0.072 1.947 33.6683 25. 84.7 448.0 6.1202 53.2 0.068 1.947 33.6684 24. 84.7 449.0 6.1199 53.2 0.089 1.947 33.6687 24. 84.7 450.0 6.1193 53.4 0.090 1.948 33.6690 25. 84.7 451.0 6.1192 53.3 0.080 1.947 33.6690 24. 84.7 452.0 6.1193 53.3 0.076 1.947 33.6689 24. 84.7 453.0 6.1193 53.3 0.080 1.947 33.6691 25. 84.7 454.0 6.1192 53.3 0.068 1.946 33.6690 24. 84.6 455.0 6.1191 53.1 0.062 1.946 33.6692 24. 84.6 456.0 6.1187 53.1 0.064 1.946 33.6693 24. 84.6 457.0 6.1185 53.1 0.069 1.946 33.6695 25. 84.6 458.0 6.1176 53.1 0.060 1.945 33.6697 24. 84.6 459.0 6.1170 53.2 0.060 1.945 33.6699 25. 84.6 460.0 6.1169 53.0 0.069 1.946 33.6700 24. 84.6 461.0 6.1169 53.2 0.073 1.947 33.6702 26. 84.7 462.0 6.1168 53.2 0.069 1.945 33.6702 25. 84.6 463.0 6.1168 53.0 0.066 1.945 33.6702 25. 84.6 464.0 6.1169 53.2 0.066 1.945 33.6702 24. 84.6 465.0 6.1170 53.2 0.064 1.944 33.6702 24. 84.5 466.0 6.1170 53.1 0.063 1.943 33.6702 25. 84.5 467.0 6.1169 53.2 0.064 1.943 33.6703 24. 84.5 468.0 6.1168 53.2 0.066 1.944 33.6705 24. 84.5 469.0 6.1168 53.1 0.074 1.943 33.6705 25. 84.5 470.0 6.1169 52.9 0.070 1.944 33.6704 24. 84.5 471.0 6.1167 53.0 0.069 1.942 33.6705 25. 84.5 472.0 6.1162 53.2 0.069 1.943 33.6706 24. 84.5 473.0 6.1163 53.0 0.070 1.944 33.6706 25. 84.5 474.0 6.1162 53.0 0.080 1.944 33.6708 24. 84.5 475.0 6.1163 53.0 0.123 1.945 33.6708 24. 84.6 476.0 6.1162 53.0 0.118 1.944 33.6708 24. 84.5 477.0 6.1161 52.9 0.094 1.944 33.6708 24. 84.5 478.0 6.1162 53.0 0.089 1.943 33.6708 25. 84.5 479.0 6.1162 52.9 0.096 1.942 33.6709 25. 84.5 480.0 6.1163 52.9 0.075 1.942 33.6708 24. 84.5 481.0 6.1165 52.9 0.066 1.942 33.6708 24. 84.5 482.0 6.1165 52.9 0.069 1.942 33.6708 24. 84.5 483.0 6.1166 52.8 0.071 1.941 33.6708 24. 84.4 484.0 6.1166 52.9 0.066 1.941 33.6709 25. 84.4 485.0 6.1167 52.7 0.070 1.941 33.6709 24. 84.4 486.0 6.1167 52.6 0.074 1.941 33.6708 24. 84.4 487.0 6.1168 53.0 0.075 1.942 33.6709 24. 84.5 488.0 6.1169 52.8 0.073 1.943 33.6709 24. 84.5 489.0 6.1170 52.8 0.072 1.943 33.6709 24. 84.5 490.0 6.1170 52.8 0.070 1.944 33.6710 24. 84.5 491.0 6.1170 52.8 0.071 1.943 33.6710 25. 84.5 492.0 6.1169 52.9 0.079 1.942 33.6710 24. 84.5 493.0 6.1166 52.9 0.099 1.942 33.6712 24. 84.5 494.0 6.1154 52.8 0.084 1.942 33.6717 25. 84.5 495.0 6.1153 52.9 0.081 1.943 33.6717 23. 84.5 496.0 6.1151 52.9 0.072 1.942 33.6718 25. 84.5 497.0 6.1146 53.0 0.083 1.942 33.6720 24. 84.5 498.0 6.1142 52.8 0.089 1.941 33.6720 24. 84.4 499.0 6.1134 52.8 0.089 1.942 33.6723 25. 84.5 500.0 6.1134 52.6 0.086 1.942 33.6724 24. 84.5 501.0 6.1133 52.8 0.077 1.941 33.6725 25. 84.4 502.0 6.1134 52.9 0.079 1.941 33.6724 25. 84.4 503.0 6.1134 52.8 0.079 1.941 33.6726 24. 84.4 504.0 6.1136 52.7 0.071 1.939 33.6725 24. 84.3 505.0 6.1137 52.9 0.069 1.940 33.6726 24. 84.4 506.0 6.1138 53.0 0.070 1.943 33.6726 25. 84.5 507.0 6.1138 53.0 0.069 1.943 33.6727 25. 84.5 508.0 6.1138 52.9 0.066 1.940 33.6727 26. 84.4 509.0 6.1138 52.9 0.070 1.943 33.6727 26. 84.5 510.0 6.1139 52.9 0.076 1.941 33.6727 24. 84.4 511.0 6.1141 52.8 0.074 1.940 33.6726 26. 84.4 512.0 6.1141 52.8 0.066 1.940 33.6727 23. 84.4 513.0 6.1141 52.9 0.066 1.942 33.6728 25. 84.5 514.0 6.1144 52.9 0.068 1.944 33.6727 25. 84.5 515.0 6.1146 52.8 0.074 1.942 33.6725 25. 84.5 516.0 6.1146 52.9 0.083 1.942 33.6727 25. 84.5 517.0 6.1149 52.9 0.076 1.942 33.6726 24. 84.5 518.0 6.1149 52.9 0.070 1.942 33.6727 25. 84.5 519.0 6.1149 52.9 0.072 1.943 33.6728 24. 84.5 520.0 6.1150 52.8 0.080 1.942 33.6728 25. 84.5 521.0 6.1151 52.9 0.076 1.942 33.6726 26. 84.5 522.0 6.1152 52.9 0.072 1.942 33.6726 24. 84.5 523.0 6.1153 52.7 0.077 1.943 33.6727 25. 84.5 524.0 6.1151 52.9 0.081 1.942 33.6729 25. 84.5 525.0 6.1148 53.0 0.075 1.942 33.6730 24. 84.5 526.0 6.1149 52.9 0.077 1.942 33.6730 26. 84.5 527.0 6.1149 53.0 0.076 1.943 33.6730 25. 84.5 528.0 6.1149 53.1 0.081 1.941 33.6730 24. 84.4 529.0 6.1150 53.0 0.080 1.942 33.6730 24. 84.5 530.0 6.1151 53.0 0.082 1.942 33.6731 25. 84.5 531.0 6.1151 53.0 0.077 1.942 33.6730 24. 84.5 532.0 6.1152 53.0 0.079 1.942 33.6731 25. 84.5 533.0 6.1152 53.0 0.088 1.943 33.6731 26. 84.5 534.0 6.1153 53.0 0.121 1.944 33.6730 23. 84.5 535.0 6.1154 53.0 0.106 1.942 33.6731 25. 84.5 536.0 6.1154 52.9 0.082 1.943 33.6731 24. 84.5 537.0 6.1155 53.0 0.081 1.944 33.6730 25. 84.5 538.0 6.1155 52.8 0.087 1.942 33.6730 25. 84.5 539.0 6.1155 53.0 0.094 1.942 33.6731 25. 84.5 540.0 6.1156 53.0 0.092 1.941 33.6731 26. 84.4 541.0 6.1153 52.9 0.086 1.941 33.6733 23. 84.4 542.0 6.1153 53.0 0.068 1.942 33.6733 24. 84.5 543.0 6.1154 53.0 0.062 1.941 33.6733 26. 84.4 544.0 6.1154 52.9 0.069 1.940 33.6733 24. 84.4 545.0 6.1154 52.8 0.077 1.939 33.6733 25. 84.3 546.0 6.1153 52.9 0.068 1.939 33.6733 24. 84.3 547.0 6.1153 52.8 0.066 1.940 33.6733 26. 84.4 548.0 6.1149 53.0 0.067 1.939 33.6735 24. 84.3 549.0 6.1145 52.9 0.067 1.940 33.6736 25. 84.4 550.0 6.1140 52.8 0.065 1.941 33.6737 24. 84.4 551.0 6.1139 52.8 0.065 1.940 33.6737 24. 84.4 552.0 6.1140 52.8 0.068 1.941 33.6737 25. 84.4 553.0 6.1141 52.9 0.066 1.941 33.6738 24. 84.4 554.0 6.1143 52.8 0.063 1.939 33.6737 24. 84.3 555.0 6.1144 52.7 0.062 1.938 33.6737 24. 84.3 556.0 6.1148 52.7 0.063 1.939 33.6736 25. 84.3 557.0 6.1150 52.7 0.067 1.939 33.6736 23. 84.3 558.0 6.1138 52.7 0.068 1.941 33.6740 25. 84.4 559.0 6.1123 52.6 0.070 1.940 33.6745 24. 84.4 560.0 6.1123 52.5 0.071 1.940 33.6745 24. 84.4 561.0 6.1124 52.5 0.078 1.939 33.6745 24. 84.3 562.0 6.1125 52.4 0.082 1.939 33.6745 24. 84.3 563.0 6.1126 52.5 0.076 1.937 33.6746 25. 84.2 564.0 6.1127 52.4 0.073 1.938 33.6746 24. 84.3 565.0 6.1131 52.3 0.071 1.937 33.6744 24. 84.2 566.0 6.1131 52.2 0.072 1.937 33.6745 24. 84.2 567.0 6.1127 52.3 0.073 1.937 33.6747 25. 84.2 568.0 6.1119 52.0 0.071 1.937 33.6750 24. 84.2 569.0 6.1120 51.5 0.079 1.936 33.6750 25. 84.2 570.0 6.1122 51.4 0.089 1.936 33.6750 23. 84.2 571.0 6.1124 51.6 0.079 1.935 33.6749 24. 84.2 572.0 6.1124 51.6 0.076 1.935 33.6751 24. 84.2 573.0 6.1123 51.1 0.073 1.934 33.6752 24. 84.1 574.0 6.1126 51.1 0.073 1.933 33.6749 25. 84.1 575.0 6.1123 50.9 0.075 1.933 33.6752 24. 84.1 576.0 6.1123 50.8 0.075 1.932 33.6753 25. 84.0 577.0 6.1120 50.4 0.071 1.930 33.6753 24. 83.9 578.0 6.1122 50.3 0.075 1.928 33.6752 23. 83.9 579.0 6.1123 50.4 0.076 1.929 33.6752 24. 83.9 580.0 6.1125 50.3 0.072 1.929 33.6753 24. 83.9 581.0 6.1124 50.3 0.073 1.927 33.6753 25. 83.8 582.0 6.1125 50.4 0.079 1.926 33.6753 24. 83.8 583.0 6.1129 50.6 0.089 1.927 33.6752 24. 83.8 584.0 6.1130 50.4 0.096 1.927 33.6752 24. 83.8 585.0 6.1127 50.7 0.083 1.927 33.6752 23. 83.8 586.0 6.1126 50.4 0.073 1.927 33.6754 24. 83.8 587.0 6.1126 50.3 0.078 1.926 33.6755 24. 83.8 588.0 6.1131 50.2 0.079 1.925 33.6753 24. 83.7 589.0 6.1134 50.2 0.074 1.926 33.6753 23. 83.8 590.0 6.1133 50.1 0.077 1.926 33.6753 24. 83.8 591.0 6.1135 50.1 0.075 1.924 33.6754 25. 83.7 592.0 6.1137 49.9 0.081 1.924 33.6753 23. 83.7 593.0 6.1135 50.1 0.086 1.924 33.6753 24. 83.7 594.0 6.1135 50.2 0.091 1.924 33.6753 23. 83.7 595.0 6.1136 50.2 0.082 1.924 33.6753 23. 83.7 596.0 6.1139 50.0 0.083 1.923 33.6752 24. 83.6 597.0 6.1139 50.6 0.080 1.925 33.6753 24. 83.7 598.0 6.1138 50.7 0.073 1.923 33.6753 23. 83.6 599.0 6.1136 50.5 0.069 1.923 33.6754 24. 83.6 600.0 6.1138 50.3 0.070 1.924 33.6754 24. 83.7 601.0 6.1139 50.3 0.068 1.925 33.6754 23. 83.7 602.0 6.1139 50.6 0.064 1.925 33.6754 23. 83.7 603.0 6.1143 50.4 0.065 1.927 33.6753 24. 83.8 604.0 6.1143 50.3 0.062 1.928 33.6753 24. 83.9 605.0 6.1144 50.2 0.068 1.926 33.6753 24. 83.8 606.0 6.1145 50.2 0.073 1.927 33.6753 24. 83.8 607.0 6.1147 50.7 0.081 1.927 33.6753 23. 83.8 608.0 6.1149 50.7 0.080 1.928 33.6752 24. 83.9 609.0 6.1148 50.7 0.076 1.928 33.6753 23. 83.9 610.0 6.1146 50.7 0.086 1.926 33.6754 23. 83.8 611.0 6.1147 50.5 0.106 1.927 33.6754 24. 83.8 612.0 6.1141 49.9 0.090 1.928 33.6755 24. 83.9 613.0 6.1148 48.9 0.081 1.927 33.6756 23. 83.8 614.0 6.1153 49.3 0.085 1.926 33.6756 23. 83.8 615.0 6.1146 49.3 0.096 1.927 33.6756 25. 83.8 616.0 6.1132 49.4 0.089 1.924 33.6759 23. 83.7 617.0 6.1131 49.4 0.084 1.924 33.6759 24. 83.7 618.0 6.1133 49.4 0.085 1.922 33.6759 24. 83.6 619.0 6.1132 49.4 0.083 1.922 33.6760 24. 83.6 620.0 6.1133 49.5 0.083 1.921 33.6759 23. 83.5 621.0 6.1134 49.6 0.077 1.922 33.6759 24. 83.6 622.0 6.1134 49.3 0.073 1.922 33.6759 23. 83.6 623.0 6.1135 49.3 0.079 1.921 33.6759 25. 83.5 624.0 6.1136 49.4 0.093 1.919 33.6760 25. 83.5 625.0 6.1137 49.1 0.104 1.920 33.6760 24. 83.5 626.0 6.1137 49.5 0.139 1.920 33.6760 24. 83.5 627.0 6.1139 49.4 0.150 1.920 33.6760 23. 83.5 628.0 6.1139 49.3 0.103 1.920 33.6760 24. 83.5 629.0 6.1139 49.6 0.089 1.921 33.6761 26. 83.5 630.0 6.1141 49.5 0.083 1.919 33.6760 27. 83.5 631.0 6.1142 49.6 0.083 1.919 33.6760 29. 83.5 632.0 6.1144 49.0 0.078 1.920 33.6759 34. 83.5 633.0 6.1145 48.6 0.076 1.920 33.6758 34. 83.5 634.0 6.1146 48.6 0.097 1.921 33.6758 34. 83.5 635.0 6.1147 48.5 0.097 1.921 33.6759 36. 83.5 636.0 6.1147 48.8 0.090 1.921 33.6758 39. 83.5 637.0 6.1148 49.3 0.087 1.920 33.6759 52. 83.5 637.9 6.1149 49.7 0.100 1.920 33.6759 136. 83.5 639.0 6.1149 49.7 0.084 1.920 33.6760 133. 83.5 640.0 6.1151 49.4 0.072 1.919 33.6760 272. 83.5