*2013/12/16 15:26:38.54 *IOS HEADER VERSION 1.10 2011/10/26 2011/10/26 *FILE START TIME : UTC 2002/08/31 02:14:59.000 TIME INCREMENT : 0 0 0 0.416667E-01 0 ! (day hr min sec ms) NUMBER OF RECORDS : 749 DATA DESCRIPTION : CTD FILE TYPE : ASCII NUMBER OF CHANNELS : 8 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- --------------------------- --------------- -------------- -------------- 1 Pressure decibar 2.2 749.6 2 Temperature:Primary 'deg C (ITS90)' 6.1018 12.578 3 Transmissivity %/metre 10.5 55.3 4 Fluorescence:URU:Seapoint mg/m^3 0.59E-01 14.844 5 Oxygen:Dissolved:SBE mL/L 1.911 6.878 6 Salinity:T0:C0 PSS-78 30.8402 33.6832 7 Number_of_bin_records n/a 13 117 8 Oxygen:Dissolved:SBE umol/kg 83.1 299.9 $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\2002-28-0034.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 : FC1 EVENT NUMBER : 34 LATITUDE : 52 31.08000 N ! (deg min) LONGITUDE : 128 27.86000 W ! (deg min) WATER DEPTH : 767 *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\2002-28-0034.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 15:02:20 60375 60375 CLEAN 3.9 2002/12/13 14:17:16 60375 60375 SHIFTDAT 3.2a 2002/12/14 13:12:47 ? ? DELETE 5.3 2002/12/14 13:23:21 60375 18674 CTDEDIT 4.43 2002/12/14 16:08:04 18674 18661 MERGE 2.8 2003/01/16 10:18:12 18661 18661 BOXCAR 4.2 2003/01/16 12:01:12 18661 18661 BINAVE 4.0.1 2003/01/16 12:08:13 18661 749 CALIB 10.4 2003/01/16 12:09:55 749 749 REMOVECH 6.0 2003/01/16 12:10:42 749 749 REORDER 1.2.1 2003/01/16 12:11:11 ? ? CHGUNITS 1.3 2003/01/16 15:57:40 749 749 CLEAN 4.1 2003/01/21 09:08:12 ? ? HDREDIT2 1.51 2003/01/21 09:09:29 ? ? CALIB 11.1 2003/08/12 16:13:11 749 749 HDREDIT2 2.1 2004/05/25 14:01:53 ? ? CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 15:26:38 749 749 $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\2002-28-0034.edt Secondary file: Q:\CTD\2002-28\ctd\ios\2002-28-0034.de1 Comments from secondary file: Q:\CTD\2002-28\ctd\ios\2002-28-0034.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 some bad records around 306db. Comments from secondary file: Q:\CTD\2002-28\ctd\ios\2002-28-0034.de1 --------------------------------------------------------------------- SBE HEADER Sea-Bird SBE 9 Data File: FileName = C:\data\2002-28\2002-28-0034.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 02:14:59 NMEA Latitude = 52 31.08 N NMEA Longitude = 128 27.86 W NMEA UTC (Time) = Aug 31 2002 02:14:59 Store Lat/Lon Data = Add to Header Only Ship: Vector Cruise: 2002-28 Station: FC1 Depth: 767 # nquan = 12 # nvalues = 60375 # 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, 60375 # span 1 = -0.663, 749.741 # span 2 = 6.1037, 13.1250 # span 3 = 6.1008, 13.1283 # span 4 = 3.337502, 3.638417 # span 5 = 3.340747, 3.637080 # span 6 = 39.2221, 88.5658 # span 7 = 5.4945e-02, 1.4857e+01 # span 8 = 1.80283, 6.96294 # span 9 = 30.5470, 33.6840 # span 10 = 30.5392, 33.7299 # span 11 = 0.0000e+00, 0.0000e+00 # interval = seconds: 0.0416667 # start_time = Aug 31 2002 02:14:59 # 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 12:48:22, 5.25b # datcnv_in = Q:\CTD\2002-28\CTD\2002-28-0034.dat Q:\CTD\2002-28\CTD\0585.CON # datcnv_skipover = 0 # wildedit_date = Dec 12 2002 13:12:45, 5.25b # wildedit_in = Q:\CTD\2002-28\CTD\convert\2002-28-0034.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 14:40:32, 5.25b # celltm_in = Q:\CTD\2002-28\CTD\wildedit\2002-28-0034.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 14:48:06, 5.25b # Derive_in = Q:\CTD\2002-28\CTD\celltm\2002-28-0034.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 2.2 12.5780 10.5 13.120 6.724 30.8570 49. 293.4 2.9 12.5419 10.6 12.939 6.727 30.8523 40. 293.5 4.0 12.4831 10.6 13.110 6.733 30.8459 28. 293.7 5.0 12.4092 10.7 13.201 6.735 30.8402 26. 293.8 6.0 12.3277 10.8 13.471 6.739 30.8465 22. 294.0 7.0 12.0649 11.0 14.139 6.769 30.8693 22. 295.3 8.0 11.3073 12.0 14.614 6.850 31.0542 21. 298.7 9.0 10.8250 15.5 14.844 6.878 31.2080 21. 299.9 10.0 10.5333 20.4 14.347 6.840 31.3138 21. 298.2 11.0 10.4339 25.1 12.477 6.720 31.3505 21. 293.0 12.0 10.3290 29.9 10.150 6.540 31.3967 22. 285.1 13.0 10.2018 32.0 8.344 6.337 31.4491 22. 276.2 14.0 10.0786 34.2 7.012 6.147 31.4903 22. 267.9 15.0 9.9141 37.4 6.238 5.978 31.5257 22. 260.6 16.0 9.8107 39.5 4.990 5.819 31.5821 22. 253.6 17.0 9.6853 40.3 4.166 5.666 31.6332 23. 246.9 18.0 9.5174 41.5 3.583 5.526 31.6879 22. 240.8 19.0 9.4528 42.6 3.241 5.391 31.7052 22. 234.9 20.0 9.3120 43.8 2.886 5.275 31.7421 22. 229.9 21.0 9.1490 43.3 2.763 5.169 31.7955 23. 225.2 22.0 9.0883 43.7 2.715 5.048 31.8281 26. 219.9 23.0 9.0429 44.0 2.608 4.928 31.8563 27. 214.7 24.0 8.9979 44.8 2.493 4.819 31.8819 26. 210.0 25.0 8.9345 45.3 2.298 4.731 31.9073 23. 206.1 26.0 8.8630 45.7 2.119 4.665 31.9434 23. 203.2 27.0 8.8190 46.3 2.035 4.598 31.9678 25. 200.3 28.0 8.8059 46.5 1.954 4.530 31.9723 26. 197.3 29.0 8.7847 46.8 1.968 4.467 31.9804 26. 194.6 30.0 8.7390 46.7 1.872 4.411 31.9986 24. 192.2 31.0 8.6977 47.0 1.795 4.365 32.0173 25. 190.1 32.0 8.6383 47.2 1.827 4.324 32.0384 24. 188.4 33.0 8.5618 47.5 1.910 4.286 32.0667 26. 186.7 34.0 8.5386 47.8 1.760 4.249 32.0772 23. 185.1 35.0 8.5020 47.9 1.719 4.208 32.1084 24. 183.3 36.0 8.4771 48.0 1.599 4.168 32.1266 24. 181.5 37.0 8.4510 48.1 1.631 4.127 32.1378 25. 179.8 38.0 8.3898 48.1 1.646 4.093 32.1562 24. 178.3 39.0 8.3144 48.2 1.513 4.064 32.1788 24. 177.0 40.0 8.2921 48.2 1.556 4.031 32.1834 25. 175.6 41.0 8.2859 48.1 1.723 3.993 32.1833 24. 173.9 42.0 8.2574 47.8 1.664 3.959 32.1910 24. 172.4 43.0 8.2322 47.7 1.667 3.927 32.2006 24. 171.0 44.0 8.2159 48.0 1.741 3.901 32.2083 23. 169.9 45.0 8.1889 48.0 1.703 3.875 32.2204 26. 168.8 46.0 8.1472 48.3 1.866 3.849 32.2361 25. 167.6 47.0 8.1192 48.4 1.738 3.826 32.2491 25. 166.6 48.0 8.1052 48.5 1.666 3.802 32.2542 23. 165.6 49.0 8.0794 48.7 1.623 3.781 32.2674 24. 164.7 50.0 8.0135 49.0 1.517 3.759 32.2944 25. 163.7 51.0 7.9979 49.2 1.479 3.736 32.2987 25. 162.7 52.0 7.9644 49.4 1.388 3.710 32.3097 24. 161.6 53.0 7.9253 49.6 1.368 3.685 32.3327 25. 160.5 54.0 7.9013 49.6 1.303 3.657 32.3592 25. 159.2 55.0 7.8600 49.6 1.229 3.631 32.4028 25. 158.1 56.0 7.7320 50.0 1.263 3.610 32.4672 25. 157.2 57.0 7.6673 50.3 1.245 3.583 32.5102 24. 156.0 58.0 7.6312 50.3 1.104 3.552 32.5363 24. 154.6 59.0 7.5491 50.5 1.108 3.516 32.5851 25. 153.1 60.0 7.5230 50.7 1.034 3.470 32.5994 26. 151.1 61.0 7.5138 50.9 0.966 3.420 32.6046 26. 148.9 62.0 7.5089 51.0 0.934 3.375 32.6078 24. 146.9 63.0 7.4711 51.0 0.930 3.332 32.6336 25. 145.1 64.0 7.4531 51.2 0.866 3.296 32.6488 24. 143.5 65.0 7.4526 51.3 0.825 3.267 32.6509 24. 142.2 66.0 7.4452 51.3 0.861 3.237 32.6608 24. 140.9 67.0 7.4169 51.3 0.912 3.213 32.6801 25. 139.9 68.0 7.3945 51.5 0.875 3.190 32.6914 26. 138.9 69.0 7.3793 51.5 0.871 3.170 32.7049 23. 138.0 70.0 7.3665 51.6 0.829 3.153 32.7247 24. 137.2 71.0 7.3338 51.6 0.793 3.134 32.7423 24. 136.4 72.0 7.2750 51.8 0.793 3.116 32.7765 25. 135.6 73.0 7.2401 52.0 0.771 3.097 32.7987 26. 134.8 74.0 7.2268 52.3 0.748 3.074 32.8081 24. 133.8 75.0 7.2100 52.3 0.642 3.049 32.8242 25. 132.7 76.0 7.1684 52.5 0.723 3.025 32.8543 24. 131.7 77.0 7.1549 52.6 0.658 2.999 32.8648 24. 130.5 78.0 7.1429 52.7 0.558 2.973 32.8750 25. 129.4 79.0 7.0997 52.8 0.537 2.950 32.9085 24. 128.4 80.0 7.0734 52.9 0.519 2.925 32.9226 24. 127.3 81.0 7.0440 53.3 0.479 2.901 32.9406 24. 126.3 82.0 6.9900 53.4 0.424 2.877 32.9808 23. 125.2 83.0 6.9390 53.5 0.423 2.854 33.0217 25. 124.2 84.0 6.9319 53.7 0.405 2.824 33.0272 25. 122.9 85.0 6.9268 53.9 0.354 2.790 33.0313 25. 121.4 86.0 6.9052 53.9 0.312 2.756 33.0510 25. 119.9 87.0 6.8717 53.9 0.301 2.726 33.0865 24. 118.6 88.0 6.8562 53.9 0.330 2.698 33.1029 25. 117.4 89.0 6.8446 54.1 0.360 2.673 33.1139 24. 116.3 90.0 6.8396 54.0 0.322 2.649 33.1177 25. 115.3 91.0 6.8076 54.0 0.301 2.628 33.1415 24. 114.4 92.0 6.7898 54.2 0.323 2.609 33.1541 25. 113.5 93.0 6.7710 54.2 0.280 2.591 33.1643 24. 112.7 94.0 6.7313 54.3 0.296 2.573 33.1940 23. 112.0 95.0 6.7053 54.4 0.232 2.555 33.2143 23. 111.2 96.0 6.6702 54.5 0.284 2.536 33.2463 25. 110.3 97.0 6.6431 54.5 0.259 2.514 33.2667 25. 109.4 98.0 6.5724 54.7 0.243 2.493 33.3111 24. 108.5 99.0 6.5233 54.8 0.233 2.469 33.3557 23. 107.4 100.0 6.5097 54.8 0.191 2.443 33.3666 23. 106.3 101.0 6.5077 54.9 0.178 2.412 33.3680 26. 104.9 102.0 6.5033 55.0 0.156 2.380 33.3719 25. 103.5 103.0 6.4585 54.9 0.180 2.352 33.4122 25. 102.3 104.0 6.4438 55.0 0.162 2.326 33.4253 23. 101.2 105.0 6.4365 55.0 0.165 2.305 33.4337 25. 100.3 106.0 6.4243 55.0 0.157 2.285 33.4560 23. 99.4 107.0 6.4152 55.0 0.150 2.265 33.4780 24. 98.5 108.0 6.4050 55.2 0.138 2.250 33.4865 23. 97.9 109.0 6.3981 55.1 0.137 2.231 33.4926 24. 97.0 110.0 6.3916 55.1 0.161 2.220 33.4985 24. 96.6 111.0 6.3821 55.2 0.156 2.204 33.5072 25. 95.9 112.0 6.3779 55.3 0.131 2.191 33.5131 25. 95.3 113.0 6.3734 55.2 0.166 2.178 33.5208 24. 94.7 114.0 6.3665 55.2 0.156 2.168 33.5282 24. 94.3 115.0 6.3639 55.3 0.154 2.159 33.5311 25. 93.9 116.0 6.3618 55.3 0.131 2.150 33.5335 24. 93.5 117.0 6.3604 55.3 0.138 2.143 33.5358 26. 93.2 118.0 6.3594 55.2 0.140 2.136 33.5393 26. 92.9 119.0 6.3529 55.2 0.156 2.130 33.5502 24. 92.6 120.0 6.3424 55.1 0.149 2.125 33.5633 24. 92.4 121.0 6.3326 55.2 0.125 2.120 33.5761 25. 92.2 122.0 6.3266 55.3 0.127 2.117 33.5841 25. 92.1 123.0 6.3248 55.3 0.128 2.112 33.5882 24. 91.9 124.0 6.3231 55.3 0.132 2.108 33.5923 24. 91.7 125.0 6.3216 55.2 0.120 2.103 33.5960 24. 91.5 126.0 6.3211 55.3 0.109 2.100 33.5973 23. 91.3 127.0 6.3205 55.3 0.111 2.097 33.5987 26. 91.2 128.0 6.3202 55.3 0.120 2.096 33.5999 26. 91.2 129.0 6.3194 55.1 0.122 2.095 33.6027 25. 91.1 130.0 6.3190 55.2 0.123 2.094 33.6043 26. 91.1 131.0 6.3188 55.3 0.137 2.094 33.6066 24. 91.1 132.0 6.3190 55.3 0.118 2.093 33.6078 24. 91.0 133.0 6.3187 55.2 0.113 2.092 33.6094 25. 91.0 134.0 6.3183 55.1 0.118 2.090 33.6109 24. 90.9 135.0 6.3181 55.2 0.117 2.091 33.6118 25. 90.9 136.0 6.3175 55.2 0.114 2.092 33.6135 24. 91.0 137.0 6.3169 55.1 0.121 2.092 33.6146 25. 91.0 138.0 6.3169 55.1 0.140 2.091 33.6150 26. 90.9 139.0 6.3169 55.1 0.123 2.090 33.6153 26. 90.9 140.0 6.3167 55.1 0.117 2.092 33.6163 24. 91.0 141.0 6.3163 55.2 0.136 2.091 33.6183 22. 90.9 142.0 6.3154 55.1 0.130 2.091 33.6205 24. 90.9 143.0 6.3151 55.0 0.134 2.091 33.6213 26. 90.9 144.0 6.3142 55.0 0.116 2.091 33.6219 26. 90.9 145.0 6.3128 55.0 0.121 2.092 33.6235 25. 91.0 146.0 6.3128 55.0 0.118 2.091 33.6238 24. 90.9 147.0 6.3130 55.1 0.126 2.092 33.6237 25. 91.0 148.0 6.3129 55.1 0.120 2.091 33.6239 24. 90.9 149.0 6.3128 55.0 0.148 2.091 33.6242 23. 90.9 150.0 6.3123 55.0 0.121 2.091 33.6251 25. 90.9 151.0 6.3118 54.9 0.125 2.090 33.6258 25. 90.9 152.0 6.3116 55.0 0.123 2.089 33.6264 25. 90.9 153.0 6.3111 54.9 0.131 2.090 33.6270 25. 90.9 154.0 6.3106 54.9 0.128 2.090 33.6272 25. 90.9 155.0 6.3092 54.8 0.115 2.091 33.6274 25. 90.9 156.0 6.3069 54.8 0.116 2.092 33.6278 25. 91.0 157.0 6.3046 54.7 0.120 2.092 33.6282 25. 91.0 158.0 6.3007 54.9 0.141 2.091 33.6289 24. 90.9 159.0 6.2948 54.8 0.112 2.091 33.6304 23. 90.9 160.0 6.2938 54.7 0.103 2.090 33.6309 25. 90.9 161.0 6.2933 54.7 0.116 2.089 33.6312 27. 90.9 162.0 6.2911 54.8 0.113 2.087 33.6321 25. 90.8 163.0 6.2915 54.8 0.108 2.086 33.6329 25. 90.7 164.0 6.2905 54.7 0.111 2.084 33.6332 24. 90.6 165.0 6.2869 54.7 0.097 2.083 33.6339 25. 90.6 166.0 6.2820 54.7 0.095 2.081 33.6357 23. 90.5 167.0 6.2817 54.6 0.106 2.080 33.6358 24. 90.5 168.0 6.2814 54.6 0.108 2.080 33.6363 26. 90.5 169.0 6.2813 54.6 0.108 2.076 33.6367 26. 90.3 170.0 6.2811 54.6 0.110 2.074 33.6374 25. 90.2 171.0 6.2811 54.5 0.118 2.076 33.6377 23. 90.3 172.0 6.2812 54.4 0.108 2.073 33.6381 25. 90.2 173.0 6.2816 54.4 0.129 2.073 33.6389 25. 90.2 174.0 6.2815 54.3 0.178 2.071 33.6396 25. 90.1 175.0 6.2814 54.4 0.141 2.070 33.6400 25. 90.0 176.0 6.2811 54.4 0.125 2.069 33.6403 24. 90.0 177.0 6.2796 54.4 0.123 2.070 33.6419 25. 90.0 178.0 6.2792 54.4 0.117 2.068 33.6422 26. 89.9 179.0 6.2792 54.5 0.113 2.069 33.6427 25. 90.0 180.0 6.2784 54.4 0.113 2.068 33.6429 24. 89.9 181.0 6.2765 54.4 0.115 2.068 33.6435 23. 89.9 182.0 6.2753 54.2 0.121 2.068 33.6437 25. 89.9 183.0 6.2718 54.3 0.104 2.067 33.6440 24. 89.9 184.0 6.2701 54.3 0.109 2.066 33.6444 25. 89.9 185.0 6.2690 54.4 0.110 2.067 33.6447 25. 89.9 186.0 6.2681 54.4 0.102 2.065 33.6450 25. 89.8 187.0 6.2672 54.3 0.125 2.064 33.6454 25. 89.8 188.0 6.2661 54.3 0.112 2.063 33.6459 26. 89.7 189.0 6.2651 54.3 0.099 2.061 33.6463 23. 89.6 190.0 6.2651 54.3 0.105 2.060 33.6462 24. 89.6 191.0 6.2626 54.2 0.101 2.058 33.6462 23. 89.5 192.0 6.2620 54.2 0.098 2.057 33.6463 25. 89.5 193.0 6.2614 54.3 0.106 2.056 33.6461 26. 89.4 194.0 6.2574 54.4 0.102 2.056 33.6459 25. 89.4 195.0 6.2546 54.4 0.091 2.054 33.6473 24. 89.3 196.0 6.2539 54.3 0.106 2.054 33.6478 26. 89.3 197.0 6.2538 54.3 0.136 2.051 33.6479 25. 89.2 198.0 6.2541 54.3 0.109 2.050 33.6480 24. 89.2 199.0 6.2522 54.2 0.116 2.048 33.6481 25. 89.1 200.0 6.2523 54.2 0.108 2.047 33.6483 26. 89.0 201.0 6.2489 54.3 0.102 2.046 33.6487 26. 89.0 202.0 6.2502 54.3 0.108 2.045 33.6485 26. 88.9 203.0 6.2490 54.3 0.113 2.045 33.6487 25. 88.9 204.0 6.2471 54.2 0.115 2.043 33.6490 24. 88.9 205.0 6.2460 54.2 0.098 2.044 33.6491 24. 88.9 206.0 6.2445 54.3 0.105 2.044 33.6494 24. 88.9 207.0 6.2433 54.2 0.107 2.045 33.6494 24. 88.9 208.0 6.2425 54.2 0.103 2.043 33.6495 26. 88.9 209.0 6.2413 54.1 0.105 2.042 33.6497 27. 88.8 210.0 6.2405 54.2 0.094 2.040 33.6498 26. 88.7 211.0 6.2405 54.2 0.097 2.043 33.6498 26. 88.9 212.0 6.2392 54.2 0.097 2.040 33.6499 25. 88.7 213.0 6.2368 54.2 0.099 2.037 33.6501 26. 88.6 214.0 6.2357 54.1 0.107 2.037 33.6502 26. 88.6 215.0 6.2346 54.0 0.100 2.035 33.6504 25. 88.5 216.0 6.2340 54.0 0.113 2.034 33.6505 24. 88.5 217.0 6.2334 54.1 0.123 2.032 33.6505 25. 88.4 218.0 6.2299 54.1 0.106 2.031 33.6509 25. 88.3 219.0 6.2281 54.1 0.095 2.030 33.6511 26. 88.3 220.0 6.2249 54.1 0.117 2.028 33.6514 26. 88.2 221.0 6.2238 54.1 0.098 2.027 33.6515 27. 88.2 222.0 6.2232 54.1 0.116 2.026 33.6516 25. 88.1 223.0 6.2224 54.0 0.109 2.024 33.6517 23. 88.0 224.0 6.2220 53.9 0.099 2.023 33.6517 25. 88.0 225.0 6.2208 53.7 0.095 2.019 33.6519 26. 87.8 226.0 6.2183 53.7 0.099 2.018 33.6521 25. 87.8 227.0 6.2160 54.0 0.127 2.017 33.6524 27. 87.7 228.0 6.2119 54.1 0.117 2.016 33.6528 25. 87.7 229.0 6.2092 54.1 0.104 2.016 33.6531 24. 87.7 230.0 6.2075 54.1 0.092 2.014 33.6532 24. 87.6 231.0 6.2060 54.0 0.095 2.016 33.6535 24. 87.7 232.0 6.2057 54.0 0.092 2.012 33.6534 24. 87.5 233.0 6.2058 54.0 0.109 2.013 33.6535 25. 87.5 234.0 6.2057 54.0 0.096 2.010 33.6536 27. 87.4 235.0 6.2057 53.9 0.094 2.008 33.6535 26. 87.3 236.0 6.2030 53.9 0.098 2.007 33.6539 24. 87.3 237.0 6.2003 54.0 0.116 2.006 33.6541 24. 87.2 238.0 6.1983 53.9 0.104 2.005 33.6542 23. 87.2 239.0 6.1973 54.0 0.094 2.003 33.6544 24. 87.1 240.0 6.1963 54.0 0.099 2.001 33.6544 24. 87.0 241.0 6.1957 53.9 0.082 2.001 33.6544 25. 87.0 242.0 6.1952 54.0 0.089 1.999 33.6545 26. 86.9 243.0 6.1928 54.0 0.099 1.998 33.6546 26. 86.9 244.0 6.1879 53.9 0.098 1.997 33.6548 24. 86.9 245.0 6.1858 53.9 0.082 1.996 33.6547 25. 86.8 246.0 6.1837 53.9 0.090 1.996 33.6547 25. 86.8 247.0 6.1833 54.0 0.089 1.994 33.6549 24. 86.7 248.0 6.1816 54.0 0.087 1.993 33.6548 24. 86.7 249.0 6.1802 53.9 0.079 1.992 33.6547 26. 86.6 250.0 6.1788 54.0 0.082 1.990 33.6548 25. 86.5 251.0 6.1774 54.1 0.097 1.989 33.6548 25. 86.5 252.0 6.1761 54.0 0.097 1.988 33.6548 26. 86.5 253.0 6.1762 53.9 0.102 1.985 33.6549 24. 86.3 254.0 6.1765 54.1 0.087 1.983 33.6549 23. 86.2 255.0 6.1764 54.1 0.084 1.982 33.6547 25. 86.2 256.0 6.1744 53.9 0.079 1.982 33.6546 25. 86.2 257.0 6.1727 54.1 0.078 1.980 33.6547 27. 86.1 258.0 6.1704 54.0 0.083 1.979 33.6547 26. 86.1 259.0 6.1698 54.0 0.087 1.978 33.6549 24. 86.0 260.0 6.1697 53.9 0.085 1.977 33.6549 24. 86.0 261.0 6.1684 54.0 0.083 1.976 33.6549 24. 85.9 262.0 6.1677 54.0 0.081 1.975 33.6551 25. 85.9 263.0 6.1676 54.0 0.077 1.975 33.6550 24. 85.9 264.0 6.1669 54.0 0.079 1.974 33.6550 25. 85.9 265.0 6.1660 53.9 0.084 1.973 33.6551 25. 85.8 266.0 6.1656 54.0 0.082 1.974 33.6552 24. 85.9 267.0 6.1640 53.7 0.082 1.971 33.6553 25. 85.7 268.0 6.1619 53.6 0.075 1.972 33.6555 25. 85.8 269.0 6.1603 53.9 0.077 1.971 33.6557 25. 85.7 270.0 6.1595 54.0 0.071 1.970 33.6557 25. 85.7 271.0 6.1595 54.0 0.071 1.969 33.6558 25. 85.6 272.0 6.1593 54.0 0.074 1.969 33.6559 24. 85.6 273.0 6.1589 53.8 0.069 1.967 33.6559 25. 85.5 274.0 6.1581 53.8 0.079 1.967 33.6560 25. 85.5 275.0 6.1563 54.0 0.071 1.967 33.6559 25. 85.5 276.0 6.1542 53.9 0.072 1.966 33.6561 24. 85.5 277.0 6.1541 53.8 0.081 1.966 33.6561 24. 85.5 278.0 6.1541 38.5 0.071 1.966 33.6561 25. 85.5 279.0 6.1531 51.2 0.071 1.965 33.6563 24. 85.5 280.0 6.1535 52.0 0.071 1.965 33.6563 26. 85.5 281.0 6.1522 52.5 0.074 1.964 33.6565 26. 85.4 282.0 6.1514 53.4 0.074 1.964 33.6566 26. 85.4 283.0 6.1514 53.8 0.072 1.961 33.6565 24. 85.3 284.0 6.1516 53.8 0.072 1.961 33.6566 24. 85.3 285.0 6.1512 53.9 0.077 1.962 33.6565 24. 85.3 286.0 6.1508 53.9 0.077 1.960 33.6567 25. 85.2 287.0 6.1500 54.0 0.080 1.961 33.6566 26. 85.3 288.0 6.1491 54.1 0.082 1.960 33.6568 26. 85.2 289.0 6.1486 54.0 0.077 1.961 33.6568 25. 85.3 290.0 6.1482 53.8 0.073 1.959 33.6568 24. 85.2 291.0 6.1461 53.6 0.072 1.960 33.6568 24. 85.2 292.0 6.1459 54.0 0.079 1.961 33.6569 24. 85.3 293.0 6.1464 53.8 0.079 1.960 33.6568 26. 85.2 294.0 6.1461 53.9 0.079 1.960 33.6570 26. 85.2 295.0 6.1466 53.9 0.080 1.960 33.6568 25. 85.2 296.0 6.1462 53.9 0.081 1.957 33.6568 24. 85.1 297.0 6.1454 54.0 0.074 1.959 33.6568 25. 85.2 298.0 6.1455 54.0 0.072 1.958 33.6568 25. 85.2 299.0 6.1456 54.0 0.079 1.958 33.6569 25. 85.2 300.0 6.1456 54.0 0.077 1.958 33.6569 25. 85.2 301.0 6.1452 53.8 0.074 1.957 33.6568 24. 85.1 302.0 6.1445 53.9 0.075 1.956 33.6569 25. 85.1 303.0 6.1439 53.8 0.071 1.956 33.6571 25. 85.1 304.0 6.1445 54.0 0.071 1.956 33.6572 26. 85.1 305.0 6.1445 52.3 0.074 1.956 33.6572 25. 85.1 305.8 6.1444 54.0 0.079 1.954 33.6572 13. 85.0 307.0 6.1439 53.9 0.078 1.954 33.6576 23. 85.0 308.0 6.1443 53.3 0.079 1.954 33.6583 25. 85.0 309.0 6.1440 53.5 0.073 1.951 33.6582 25. 84.9 310.0 6.1441 53.9 0.073 1.952 33.6582 24. 84.9 311.0 6.1446 53.5 0.070 1.953 33.6586 24. 84.9 312.0 6.1447 53.8 0.072 1.954 33.6584 25. 85.0 313.0 6.1450 53.9 0.075 1.956 33.6586 26. 85.1 314.0 6.1450 53.7 0.075 1.954 33.6591 26. 85.0 315.0 6.1446 53.6 0.077 1.955 33.6591 25. 85.0 316.0 6.1444 53.7 0.072 1.955 33.6591 26. 85.0 317.0 6.1447 53.6 0.072 1.959 33.6589 24. 85.2 318.0 6.1443 53.7 0.079 1.957 33.6591 24. 85.1 319.0 6.1437 53.7 0.086 1.956 33.6591 25. 85.1 320.0 6.1431 53.9 0.075 1.956 33.6594 24. 85.1 321.0 6.1428 53.8 0.072 1.956 33.6596 26. 85.1 322.0 6.1424 53.4 0.072 1.956 33.6600 27. 85.1 323.0 6.1424 53.7 0.068 1.954 33.6599 24. 85.0 324.0 6.1424 53.7 0.071 1.956 33.6599 25. 85.1 325.0 6.1419 53.6 0.069 1.956 33.6600 24. 85.1 326.0 6.1408 53.6 0.073 1.955 33.6603 24. 85.0 327.0 6.1404 53.6 0.073 1.956 33.6603 25. 85.1 328.0 6.1395 53.6 0.074 1.955 33.6603 24. 85.0 329.0 6.1366 53.5 0.086 1.955 33.6609 26. 85.0 330.0 6.1365 53.6 0.067 1.954 33.6609 26. 85.0 331.0 6.1365 53.6 0.069 1.955 33.6610 23. 85.0 332.0 6.1353 53.5 0.073 1.956 33.6612 23. 85.1 333.0 6.1335 53.5 0.071 1.955 33.6615 24. 85.0 334.0 6.1322 53.5 0.081 1.956 33.6618 25. 85.1 335.0 6.1318 53.6 0.070 1.956 33.6619 25. 85.1 336.0 6.1312 53.6 0.078 1.955 33.6621 25. 85.0 337.0 6.1311 53.6 0.079 1.954 33.6622 26. 85.0 338.0 6.1309 53.5 0.071 1.955 33.6623 25. 85.0 339.0 6.1309 53.4 0.068 1.955 33.6623 24. 85.0 340.0 6.1310 53.4 0.069 1.954 33.6623 23. 85.0 341.0 6.1311 53.5 0.069 1.953 33.6622 24. 84.9 342.0 6.1311 53.6 0.074 1.952 33.6627 27. 84.9 343.0 6.1311 53.6 0.066 1.952 33.6625 26. 84.9 344.0 6.1312 53.6 0.067 1.952 33.6623 24. 84.9 345.0 6.1313 53.3 0.064 1.953 33.6623 24. 84.9 346.0 6.1313 53.6 0.141 1.952 33.6624 25. 84.9 347.0 6.1312 53.6 0.071 1.954 33.6625 26. 85.0 348.0 6.1311 53.6 0.071 1.954 33.6625 25. 85.0 349.0 6.1309 53.7 0.067 1.952 33.6625 25. 84.9 350.0 6.1304 53.6 0.071 1.953 33.6627 25. 84.9 351.0 6.1297 53.5 0.065 1.952 33.6628 24. 84.9 352.0 6.1291 53.5 0.062 1.953 33.6630 24. 84.9 353.0 6.1288 53.5 0.063 1.953 33.6630 24. 84.9 354.0 6.1283 53.5 0.063 1.953 33.6632 24. 84.9 355.0 6.1279 53.6 0.069 1.953 33.6633 24. 84.9 356.0 6.1279 53.5 0.070 1.952 33.6633 25. 84.9 357.0 6.1272 53.5 0.070 1.952 33.6634 25. 84.9 358.0 6.1259 53.5 0.071 1.952 33.6639 25. 84.9 359.0 6.1259 53.6 0.072 1.952 33.6638 25. 84.9 360.0 6.1257 53.6 0.066 1.954 33.6638 24. 85.0 361.0 6.1256 53.4 0.066 1.953 33.6638 25. 84.9 362.0 6.1250 53.5 0.065 1.953 33.6642 25. 84.9 363.0 6.1249 53.5 0.070 1.954 33.6642 24. 85.0 364.0 6.1246 53.5 0.072 1.953 33.6644 25. 84.9 365.0 6.1247 53.5 0.078 1.952 33.6642 24. 84.9 366.0 6.1245 53.6 0.072 1.953 33.6644 25. 84.9 367.0 6.1246 53.5 0.072 1.951 33.6645 24. 84.9 368.0 6.1248 53.2 0.066 1.951 33.6644 25. 84.9 369.0 6.1248 53.4 0.062 1.948 33.6645 26. 84.7 370.0 6.1250 53.5 0.062 1.948 33.6644 25. 84.7 371.0 6.1251 53.5 0.062 1.948 33.6645 24. 84.7 372.0 6.1252 53.5 0.062 1.949 33.6644 25. 84.8 373.0 6.1251 53.4 0.062 1.950 33.6646 26. 84.8 374.0 6.1251 53.5 0.065 1.950 33.6646 25. 84.8 375.0 6.1251 53.4 0.068 1.951 33.6646 24. 84.9 376.0 6.1252 53.5 0.064 1.952 33.6647 24. 84.9 377.0 6.1251 53.5 0.071 1.951 33.6648 24. 84.9 378.0 6.1250 53.4 0.071 1.951 33.6648 25. 84.9 379.0 6.1248 53.6 0.066 1.950 33.6650 25. 84.8 380.0 6.1250 53.4 0.065 1.950 33.6649 24. 84.8 381.0 6.1252 53.5 0.068 1.951 33.6648 24. 84.9 382.0 6.1251 53.6 0.070 1.952 33.6649 25. 84.9 383.0 6.1250 53.6 0.072 1.950 33.6650 26. 84.8 384.0 6.1250 53.6 0.067 1.952 33.6651 26. 84.9 385.0 6.1253 53.5 0.067 1.950 33.6650 24. 84.8 386.0 6.1254 53.5 0.074 1.950 33.6649 24. 84.8 387.0 6.1255 53.6 0.087 1.951 33.6650 25. 84.9 388.0 6.1255 53.5 0.092 1.951 33.6650 24. 84.9 389.0 6.1256 53.5 0.082 1.949 33.6650 24. 84.8 390.0 6.1257 53.5 0.067 1.950 33.6650 25. 84.8 391.0 6.1258 53.5 0.061 1.951 33.6649 26. 84.9 392.0 6.1253 53.5 0.063 1.951 33.6652 25. 84.9 393.0 6.1252 53.6 0.064 1.950 33.6652 24. 84.8 394.0 6.1252 53.5 0.059 1.949 33.6652 24. 84.8 395.0 6.1251 53.1 0.060 1.950 33.6653 23. 84.8 396.0 6.1252 53.3 0.060 1.948 33.6653 24. 84.7 397.0 6.1253 53.3 0.063 1.948 33.6653 24. 84.7 398.0 6.1231 53.4 0.070 1.949 33.6657 24. 84.8 399.0 6.1215 53.4 0.062 1.948 33.6660 24. 84.7 400.0 6.1203 53.3 0.061 1.947 33.6661 26. 84.7 401.0 6.1200 53.3 0.063 1.947 33.6663 24. 84.7 402.0 6.1198 53.5 0.073 1.947 33.6662 23. 84.7 403.0 6.1197 53.4 0.065 1.948 33.6662 23. 84.7 404.0 6.1193 53.5 0.072 1.948 33.6662 23. 84.7 405.0 6.1191 53.5 0.086 1.947 33.6663 25. 84.7 406.0 6.1189 53.2 0.075 1.946 33.6663 24. 84.6 407.0 6.1188 53.4 0.065 1.947 33.6663 23. 84.7 408.0 6.1188 53.5 0.062 1.946 33.6663 24. 84.6 409.0 6.1188 53.2 0.078 1.946 33.6663 24. 84.6 410.0 6.1187 53.2 0.084 1.945 33.6664 25. 84.6 411.0 6.1188 53.3 0.075 1.944 33.6663 24. 84.5 412.0 6.1182 53.4 0.069 1.945 33.6664 23. 84.6 413.0 6.1177 53.2 0.068 1.945 33.6664 24. 84.6 414.0 6.1176 53.1 0.066 1.946 33.6665 24. 84.6 415.0 6.1175 53.3 0.065 1.945 33.6665 24. 84.6 416.0 6.1176 53.1 0.069 1.944 33.6665 24. 84.5 417.0 6.1175 53.4 0.066 1.944 33.6665 25. 84.5 418.0 6.1174 53.2 0.076 1.944 33.6666 24. 84.5 419.0 6.1175 53.2 0.072 1.945 33.6665 22. 84.6 420.0 6.1176 53.0 0.078 1.945 33.6666 23. 84.6 421.0 6.1176 53.1 0.091 1.944 33.6667 23. 84.5 422.0 6.1176 53.2 0.085 1.943 33.6666 24. 84.5 423.0 6.1178 53.3 0.075 1.943 33.6666 24. 84.5 424.0 6.1179 53.3 0.072 1.947 33.6666 23. 84.7 425.0 6.1178 53.3 0.076 1.944 33.6667 24. 84.5 426.0 6.1179 53.2 0.072 1.948 33.6666 24. 84.7 427.0 6.1178 53.4 0.075 1.940 33.6668 25. 84.4 428.0 6.1178 52.9 0.066 1.942 33.6667 25. 84.5 429.0 6.1176 53.2 0.062 1.941 33.6669 24. 84.4 430.0 6.1176 53.3 0.069 1.942 33.6670 23. 84.5 431.0 6.1177 53.3 0.071 1.942 33.6670 23. 84.5 432.0 6.1177 53.3 0.070 1.944 33.6671 23. 84.5 433.0 6.1176 53.2 0.070 1.941 33.6673 24. 84.4 434.0 6.1174 53.3 0.068 1.941 33.6675 23. 84.4 435.0 6.1171 53.1 0.070 1.941 33.6678 23. 84.4 436.0 6.1169 53.2 0.077 1.939 33.6681 23. 84.3 437.0 6.1170 53.1 0.074 1.940 33.6681 25. 84.4 438.0 6.1171 53.1 0.072 1.940 33.6681 25. 84.4 439.0 6.1173 53.2 0.073 1.939 33.6680 23. 84.3 440.0 6.1173 53.1 0.068 1.940 33.6682 23. 84.4 441.0 6.1173 53.0 0.070 1.938 33.6682 23. 84.3 442.0 6.1173 53.2 0.071 1.939 33.6684 24. 84.3 443.0 6.1166 53.1 0.067 1.939 33.6687 26. 84.3 444.0 6.1166 53.1 0.062 1.939 33.6687 24. 84.3 445.0 6.1167 53.1 0.064 1.937 33.6688 23. 84.2 446.0 6.1166 53.1 0.077 1.938 33.6687 23. 84.3 447.0 6.1167 52.8 0.080 1.938 33.6687 24. 84.3 448.0 6.1166 52.9 0.073 1.938 33.6688 22. 84.3 449.0 6.1162 53.1 0.068 1.939 33.6690 23. 84.3 450.0 6.1162 53.1 0.072 1.937 33.6691 25. 84.2 451.0 6.1162 53.0 0.073 1.936 33.6691 24. 84.2 452.0 6.1161 52.9 0.071 1.937 33.6691 24. 84.2 453.0 6.1159 53.1 0.071 1.936 33.6692 23. 84.2 454.0 6.1154 53.0 0.075 1.936 33.6693 22. 84.2 455.0 6.1147 52.8 0.073 1.936 33.6692 23. 84.2 456.0 6.1135 53.1 0.074 1.935 33.6693 25. 84.2 457.0 6.1130 53.0 0.073 1.935 33.6695 26. 84.2 458.0 6.1132 53.1 0.079 1.935 33.6698 23. 84.2 459.0 6.1134 53.0 0.081 1.935 33.6709 22. 84.2 460.0 6.1133 53.0 0.072 1.933 33.6711 22. 84.1 461.0 6.1133 53.1 0.078 1.933 33.6710 23. 84.1 462.0 6.1133 53.1 0.079 1.933 33.6711 25. 84.1 463.0 6.1133 52.9 0.070 1.932 33.6711 25. 84.0 464.0 6.1132 53.0 0.072 1.932 33.6712 23. 84.0 465.0 6.1134 53.0 0.069 1.934 33.6713 23. 84.1 466.0 6.1132 52.8 0.069 1.933 33.6713 24. 84.1 467.0 6.1126 52.7 0.066 1.935 33.6717 23. 84.2 468.0 6.1121 53.0 0.067 1.936 33.6720 22. 84.2 469.0 6.1119 52.9 0.068 1.933 33.6721 22. 84.1 470.0 6.1116 53.0 0.066 1.934 33.6723 23. 84.1 471.0 6.1111 53.1 0.066 1.933 33.6723 24. 84.1 472.0 6.1108 53.1 0.066 1.933 33.6724 25. 84.1 473.0 6.1108 52.3 0.064 1.933 33.6724 24. 84.1 474.0 6.1108 53.0 0.066 1.933 33.6725 24. 84.1 475.0 6.1101 52.8 0.079 1.933 33.6727 24. 84.1 476.0 6.1098 53.0 0.094 1.933 33.6727 27. 84.1 477.0 6.1096 53.0 0.101 1.933 33.6729 26. 84.1 478.0 6.1095 53.0 0.107 1.932 33.6730 25. 84.0 479.0 6.1096 52.7 0.104 1.931 33.6729 24. 84.0 480.0 6.1097 53.0 0.075 1.932 33.6729 25. 84.0 481.0 6.1099 52.9 0.077 1.931 33.6728 24. 84.0 482.0 6.1099 52.9 0.080 1.932 33.6730 24. 84.0 483.0 6.1103 52.9 0.074 1.931 33.6729 24. 84.0 484.0 6.1104 52.8 0.077 1.931 33.6728 25. 84.0 485.0 6.1104 53.0 0.084 1.931 33.6728 24. 84.0 486.0 6.1102 52.9 0.081 1.930 33.6730 24. 83.9 487.0 6.1103 52.8 0.078 1.929 33.6729 24. 83.9 488.0 6.1102 52.8 0.077 1.929 33.6730 25. 83.9 489.0 6.1106 52.8 0.080 1.928 33.6730 24. 83.9 490.0 6.1113 52.9 0.076 1.929 33.6729 23. 83.9 491.0 6.1114 52.8 0.070 1.929 33.6728 24. 83.9 492.0 6.1113 52.7 0.067 1.929 33.6729 25. 83.9 493.0 6.1115 52.8 0.073 1.929 33.6729 25. 83.9 494.0 6.1115 52.9 0.068 1.929 33.6729 23. 83.9 495.0 6.1114 50.5 0.070 1.928 33.6730 24. 83.9 496.0 6.1115 52.8 0.069 1.929 33.6730 24. 83.9 497.0 6.1115 53.0 0.070 1.929 33.6730 23. 83.9 498.0 6.1115 53.0 0.077 1.929 33.6729 26. 83.9 499.0 6.1116 52.8 0.081 1.930 33.6729 24. 83.9 500.0 6.1109 53.0 0.075 1.929 33.6731 23. 83.9 501.0 6.1098 52.9 0.072 1.928 33.6735 25. 83.9 502.0 6.1099 52.9 0.070 1.929 33.6735 26. 83.9 503.0 6.1101 52.9 0.067 1.929 33.6734 24. 83.9 504.0 6.1097 52.7 0.073 1.928 33.6735 23. 83.9 505.0 6.1096 52.8 0.071 1.930 33.6736 23. 83.9 506.0 6.1086 52.9 0.070 1.930 33.6738 25. 83.9 507.0 6.1064 52.8 0.073 1.929 33.6744 25. 83.9 508.0 6.1062 52.7 0.070 1.928 33.6744 24. 83.9 509.0 6.1059 52.7 0.074 1.930 33.6746 24. 83.9 510.0 6.1056 52.8 0.078 1.927 33.6747 24. 83.8 511.0 6.1053 52.4 0.074 1.928 33.6749 25. 83.9 512.0 6.1054 52.8 0.071 1.928 33.6751 25. 83.9 513.0 6.1055 52.8 0.069 1.928 33.6750 24. 83.9 514.0 6.1057 52.5 0.074 1.927 33.6752 24. 83.8 515.0 6.1058 52.5 0.083 1.926 33.6752 23. 83.8 516.0 6.1058 52.2 0.073 1.925 33.6753 23. 83.7 517.0 6.1058 52.7 0.066 1.925 33.6753 25. 83.7 518.0 6.1059 52.8 0.100 1.923 33.6755 26. 83.6 519.0 6.1059 52.8 0.131 1.924 33.6754 25. 83.7 520.0 6.1061 52.7 0.089 1.923 33.6754 23. 83.6 521.0 6.1061 52.6 0.067 1.924 33.6754 24. 83.7 522.0 6.1064 52.6 0.067 1.924 33.6754 24. 83.7 523.0 6.1065 52.5 0.084 1.924 33.6753 23. 83.7 524.0 6.1065 52.7 0.081 1.925 33.6754 23. 83.7 525.0 6.1067 52.7 0.086 1.925 33.6753 24. 83.7 526.0 6.1068 52.7 0.083 1.925 33.6753 26. 83.7 527.0 6.1069 52.6 0.087 1.925 33.6753 24. 83.7 528.0 6.1068 52.6 0.080 1.924 33.6754 23. 83.7 529.0 6.1067 52.8 0.080 1.924 33.6755 24. 83.7 530.0 6.1064 52.7 0.079 1.924 33.6756 23. 83.7 531.0 6.1057 52.5 0.077 1.923 33.6759 24. 83.6 532.0 6.1050 52.7 0.075 1.925 33.6762 24. 83.7 533.0 6.1045 51.8 0.075 1.924 33.6764 25. 83.7 534.0 6.1041 52.7 0.081 1.925 33.6766 25. 83.7 535.0 6.1037 52.6 0.081 1.923 33.6768 24. 83.6 536.0 6.1035 52.5 0.084 1.923 33.6769 23. 83.6 537.0 6.1032 52.4 0.100 1.923 33.6771 22. 83.6 538.0 6.1030 52.3 0.080 1.922 33.6771 24. 83.6 539.0 6.1030 52.5 0.078 1.922 33.6771 24. 83.6 540.0 6.1028 52.6 0.079 1.921 33.6772 24. 83.5 541.0 6.1027 52.6 0.080 1.922 33.6773 24. 83.6 542.0 6.1022 52.5 0.076 1.922 33.6775 24. 83.6 543.0 6.1018 52.5 0.073 1.921 33.6776 23. 83.5 544.0 6.1018 52.5 0.075 1.922 33.6776 24. 83.6 545.0 6.1018 52.4 0.082 1.921 33.6776 24. 83.5 546.0 6.1019 52.4 0.078 1.920 33.6777 24. 83.5 547.0 6.1019 52.4 0.081 1.921 33.6777 25. 83.5 548.0 6.1019 52.5 0.078 1.921 33.6776 25. 83.5 549.0 6.1020 52.5 0.083 1.921 33.6776 23. 83.5 550.0 6.1019 52.4 0.087 1.921 33.6777 24. 83.5 551.0 6.1021 52.4 0.082 1.919 33.6776 23. 83.5 552.0 6.1022 52.3 0.077 1.920 33.6777 22. 83.5 553.0 6.1023 52.4 0.086 1.920 33.6776 23. 83.5 554.0 6.1023 52.4 0.079 1.918 33.6777 26. 83.4 555.0 6.1024 52.5 0.073 1.919 33.6778 24. 83.5 556.0 6.1027 52.4 0.071 1.919 33.6777 24. 83.5 557.0 6.1027 52.3 0.075 1.918 33.6777 24. 83.4 558.0 6.1028 52.5 0.078 1.918 33.6777 24. 83.4 559.0 6.1028 52.1 0.077 1.920 33.6777 24. 83.5 560.0 6.1029 52.4 0.073 1.918 33.6777 24. 83.4 561.0 6.1029 52.5 0.073 1.917 33.6778 23. 83.4 562.0 6.1029 52.5 0.078 1.917 33.6777 24. 83.4 563.0 6.1031 52.5 0.079 1.918 33.6778 24. 83.4 564.0 6.1032 52.5 0.081 1.919 33.6778 25. 83.5 565.0 6.1031 52.4 0.082 1.919 33.6778 24. 83.5 566.0 6.1032 52.4 0.072 1.920 33.6778 26. 83.5 567.0 6.1033 52.6 0.079 1.921 33.6778 24. 83.5 568.0 6.1034 52.5 0.102 1.920 33.6778 24. 83.5 569.0 6.1035 52.5 0.154 1.920 33.6778 24. 83.5 570.0 6.1036 52.5 0.116 1.920 33.6779 24. 83.5 571.0 6.1037 52.5 0.084 1.920 33.6778 24. 83.5 572.0 6.1037 52.5 0.082 1.921 33.6779 24. 83.5 573.0 6.1038 52.3 0.079 1.921 33.6779 25. 83.5 574.0 6.1039 52.5 0.086 1.921 33.6779 25. 83.5 575.0 6.1039 52.6 0.091 1.921 33.6780 24. 83.5 576.0 6.1039 52.3 0.079 1.921 33.6780 24. 83.5 577.0 6.1040 52.4 0.077 1.922 33.6780 23. 83.6 578.0 6.1040 52.2 0.072 1.921 33.6780 23. 83.5 579.0 6.1040 52.5 0.068 1.921 33.6780 25. 83.5 580.0 6.1041 52.5 0.068 1.922 33.6780 25. 83.6 581.0 6.1040 52.4 0.097 1.920 33.6780 23. 83.5 582.0 6.1037 52.5 0.118 1.921 33.6781 24. 83.5 583.0 6.1034 52.5 0.076 1.921 33.6781 26. 83.5 584.0 6.1036 52.4 0.073 1.921 33.6781 24. 83.5 585.0 6.1041 52.4 0.076 1.919 33.6780 23. 83.5 586.0 6.1039 52.5 0.079 1.919 33.6781 23. 83.5 587.0 6.1038 52.5 0.088 1.919 33.6781 24. 83.5 588.0 6.1038 52.3 0.091 1.918 33.6782 26. 83.4 589.0 6.1039 52.4 0.079 1.918 33.6781 23. 83.4 590.0 6.1039 52.4 0.073 1.920 33.6782 23. 83.5 591.0 6.1038 52.3 0.076 1.919 33.6783 24. 83.5 592.0 6.1040 52.4 0.093 1.921 33.6782 23. 83.5 593.0 6.1040 52.4 0.094 1.919 33.6783 25. 83.5 594.0 6.1039 52.2 0.089 1.921 33.6783 26. 83.5 595.0 6.1031 52.4 0.081 1.920 33.6787 23. 83.5 596.0 6.1029 52.3 0.077 1.921 33.6788 23. 83.5 597.0 6.1030 52.3 0.071 1.920 33.6789 24. 83.5 598.0 6.1031 52.3 0.065 1.920 33.6788 26. 83.5 599.0 6.1033 52.4 0.066 1.918 33.6788 25. 83.4 600.0 6.1034 52.5 0.070 1.918 33.6787 24. 83.4 601.0 6.1029 52.5 0.076 1.917 33.6790 23. 83.4 602.0 6.1025 52.3 0.073 1.916 33.6792 23. 83.3 603.0 6.1021 52.0 0.066 1.919 33.6795 23. 83.5 604.0 6.1019 51.2 0.067 1.918 33.6796 25. 83.4 605.0 6.1020 51.8 0.064 1.918 33.6797 24. 83.4 606.0 6.1021 52.1 0.071 1.917 33.6796 24. 83.4 607.0 6.1022 52.2 0.104 1.918 33.6797 23. 83.4 608.0 6.1021 52.3 0.104 1.917 33.6797 25. 83.4 609.0 6.1021 51.7 0.066 1.914 33.6797 25. 83.2 610.0 6.1023 52.0 0.065 1.915 33.6797 24. 83.3 611.0 6.1023 52.2 0.063 1.919 33.6797 25. 83.5 612.0 6.1024 52.2 0.066 1.917 33.6797 24. 83.4 613.0 6.1024 52.1 0.071 1.913 33.6797 23. 83.2 614.0 6.1025 52.0 0.076 1.914 33.6798 22. 83.2 615.0 6.1024 52.0 0.082 1.917 33.6799 25. 83.4 616.0 6.1026 51.7 0.087 1.916 33.6798 24. 83.3 617.0 6.1027 52.0 0.082 1.915 33.6798 24. 83.3 618.0 6.1027 52.1 0.082 1.919 33.6799 24. 83.5 619.0 6.1027 52.2 0.081 1.917 33.6800 23. 83.4 620.0 6.1028 52.2 0.077 1.914 33.6799 25. 83.2 621.0 6.1026 52.1 0.075 1.913 33.6800 25. 83.2 622.0 6.1029 52.0 0.077 1.917 33.6799 24. 83.4 623.0 6.1028 52.1 0.077 1.920 33.6799 23. 83.5 624.0 6.1028 52.0 0.075 1.918 33.6800 23. 83.4 625.0 6.1028 52.2 0.073 1.918 33.6801 25. 83.4 626.0 6.1029 52.2 0.168 1.918 33.6801 25. 83.4 627.0 6.1030 52.2 0.433 1.919 33.6801 25. 83.5 628.0 6.1030 52.1 0.506 1.918 33.6802 24. 83.4 629.0 6.1031 52.2 0.239 1.914 33.6801 24. 83.2 630.0 6.1031 52.2 0.085 1.913 33.6801 23. 83.2 631.0 6.1032 52.1 0.083 1.913 33.6801 25. 83.2 632.0 6.1032 52.0 0.112 1.914 33.6802 26. 83.2 633.0 6.1034 52.0 0.366 1.915 33.6802 24. 83.3 634.0 6.1034 52.1 0.443 1.918 33.6802 23. 83.4 635.0 6.1034 52.0 0.162 1.918 33.6803 24. 83.4 636.0 6.1034 52.1 0.076 1.913 33.6803 24. 83.2 637.0 6.1035 52.2 0.072 1.913 33.6803 24. 83.2 638.0 6.1035 52.0 0.086 1.912 33.6804 24. 83.2 639.0 6.1035 52.1 0.084 1.912 33.6804 25. 83.2 640.0 6.1035 51.8 0.077 1.911 33.6804 24. 83.1 641.0 6.1036 51.6 0.069 1.911 33.6804 24. 83.1 642.0 6.1035 51.9 0.069 1.911 33.6805 24. 83.1 643.0 6.1036 52.0 0.070 1.912 33.6804 23. 83.2 644.0 6.1037 52.0 0.076 1.916 33.6805 24. 83.3 645.0 6.1038 52.1 0.075 1.914 33.6805 23. 83.2 646.0 6.1038 52.0 0.073 1.915 33.6806 23. 83.3 647.0 6.1038 51.9 0.072 1.917 33.6806 23. 83.4 648.0 6.1039 52.1 0.073 1.916 33.6806 25. 83.3 649.0 6.1040 51.7 0.081 1.918 33.6805 25. 83.4 650.0 6.1039 51.8 0.077 1.916 33.6806 24. 83.3 651.0 6.1042 52.2 0.071 1.913 33.6806 24. 83.2 652.0 6.1042 51.7 0.079 1.915 33.6806 23. 83.3 653.0 6.1033 51.7 0.083 1.916 33.6810 23. 83.3 654.0 6.1033 52.1 0.093 1.914 33.6811 25. 83.2 655.0 6.1034 52.0 0.103 1.914 33.6811 25. 83.2 656.0 6.1034 52.0 0.084 1.916 33.6812 25. 83.3 657.0 6.1033 51.9 0.063 1.917 33.6813 24. 83.4 658.0 6.1033 51.8 0.063 1.916 33.6813 23. 83.3 659.0 6.1034 51.8 0.068 1.912 33.6813 24. 83.2 660.0 6.1034 51.7 0.072 1.913 33.6814 24. 83.2 661.0 6.1034 51.9 0.073 1.912 33.6814 24. 83.2 662.0 6.1034 51.9 0.080 1.918 33.6813 25. 83.4 663.0 6.1033 51.6 0.075 1.915 33.6816 24. 83.3 664.0 6.1033 52.0 0.081 1.912 33.6815 24. 83.2 665.0 6.1035 52.0 0.072 1.916 33.6814 24. 83.3 666.0 6.1033 51.7 0.066 1.918 33.6816 25. 83.4 667.0 6.1034 51.8 0.062 1.916 33.6815 24. 83.3 668.0 6.1033 51.8 0.065 1.916 33.6817 25. 83.3 669.0 6.1035 51.4 0.079 1.914 33.6817 25. 83.2 670.0 6.1036 51.3 0.086 1.917 33.6816 24. 83.4 671.0 6.1036 51.8 0.079 1.913 33.6816 24. 83.2 672.0 6.1037 51.7 0.075 1.915 33.6817 25. 83.3 673.0 6.1036 51.9 0.071 1.916 33.6817 24. 83.3 674.0 6.1034 51.9 0.072 1.914 33.6818 24. 83.2 675.0 6.1034 51.8 0.082 1.917 33.6818 24. 83.4 676.0 6.1035 51.7 0.076 1.914 33.6819 25. 83.2 677.0 6.1035 51.9 0.075 1.915 33.6819 25. 83.3 678.0 6.1037 51.9 0.085 1.913 33.6818 23. 83.2 679.0 6.1038 51.8 0.087 1.916 33.6819 23. 83.3 680.0 6.1038 51.8 0.081 1.915 33.6819 25. 83.3 681.0 6.1038 51.6 0.084 1.915 33.6819 26. 83.3 682.0 6.1040 51.7 0.088 1.915 33.6819 25. 83.3 683.0 6.1040 51.9 0.081 1.916 33.6820 24. 83.3 684.0 6.1042 51.8 0.075 1.916 33.6820 25. 83.3 685.0 6.1042 51.8 0.083 1.916 33.6819 24. 83.3 686.0 6.1044 51.5 0.089 1.915 33.6819 23. 83.3 687.0 6.1043 51.8 0.094 1.916 33.6820 25. 83.3 688.0 6.1044 51.9 0.082 1.914 33.6819 26. 83.2 689.0 6.1045 51.7 0.077 1.914 33.6819 25. 83.2 690.0 6.1046 51.8 0.073 1.914 33.6819 24. 83.2 691.0 6.1047 51.7 0.076 1.915 33.6820 23. 83.3 692.0 6.1047 51.6 0.080 1.914 33.6820 22. 83.2 693.0 6.1047 51.6 0.091 1.915 33.6820 23. 83.3 694.0 6.1047 51.8 0.091 1.914 33.6820 27. 83.2 695.0 6.1048 51.9 0.077 1.914 33.6821 27. 83.2 696.0 6.1050 51.8 0.079 1.914 33.6820 25. 83.2 697.0 6.1051 51.7 0.078 1.915 33.6820 23. 83.3 698.0 6.1052 51.5 0.076 1.915 33.6821 23. 83.3 699.0 6.1051 51.5 0.076 1.914 33.6821 25. 83.2 700.0 6.1053 51.8 0.091 1.915 33.6820 25. 83.3 701.0 6.1054 51.7 0.110 1.913 33.6820 24. 83.2 702.0 6.1055 51.6 0.103 1.913 33.6821 24. 83.2 703.0 6.1055 51.7 0.076 1.914 33.6821 25. 83.2 704.0 6.1054 51.5 0.067 1.914 33.6821 25. 83.2 705.0 6.1056 51.7 0.077 1.914 33.6820 25. 83.2 706.0 6.1056 51.7 0.072 1.915 33.6821 24. 83.3 707.0 6.1058 51.6 0.068 1.914 33.6820 23. 83.2 708.0 6.1058 51.6 0.071 1.914 33.6821 23. 83.2 709.0 6.1060 51.8 0.071 1.915 33.6821 24. 83.3 710.0 6.1062 51.8 0.072 1.913 33.6821 24. 83.2 711.0 6.1062 51.5 0.072 1.914 33.6821 23. 83.2 712.0 6.1063 51.2 0.074 1.914 33.6821 23. 83.2 713.0 6.1063 51.3 0.077 1.914 33.6821 25. 83.2 714.0 6.1063 51.4 0.077 1.915 33.6821 26. 83.3 715.0 6.1059 51.7 0.079 1.915 33.6824 24. 83.3 716.0 6.1059 51.5 0.073 1.914 33.6823 23. 83.2 717.0 6.1056 51.7 0.071 1.915 33.6824 22. 83.3 718.0 6.1057 51.5 0.072 1.914 33.6825 24. 83.2 719.0 6.1056 51.6 0.071 1.914 33.6825 25. 83.2 720.0 6.1057 51.6 0.079 1.914 33.6825 24. 83.2 721.0 6.1059 51.4 0.073 1.915 33.6826 23. 83.3 722.0 6.1058 51.4 0.068 1.913 33.6825 23. 83.2 723.0 6.1059 51.5 0.072 1.915 33.6826 24. 83.3 724.0 6.1060 51.3 0.073 1.915 33.6826 24. 83.3 725.0 6.1059 51.4 0.072 1.914 33.6826 23. 83.2 726.0 6.1060 51.5 0.072 1.913 33.6826 24. 83.2 727.0 6.1062 51.2 0.081 1.914 33.6826 24. 83.2 728.0 6.1063 51.4 0.095 1.912 33.6826 23. 83.2 729.0 6.1064 51.5 0.112 1.914 33.6826 23. 83.2 730.0 6.1066 51.5 0.092 1.911 33.6826 25. 83.1 731.0 6.1062 51.3 0.078 1.913 33.6827 25. 83.2 732.0 6.1063 51.2 0.072 1.914 33.6828 24. 83.2 733.0 6.1065 51.4 0.073 1.914 33.6826 24. 83.2 734.0 6.1066 51.4 0.072 1.914 33.6827 26. 83.2 735.0 6.1066 51.3 0.071 1.913 33.6827 29. 83.2 736.0 6.1066 51.1 0.073 1.914 33.6826 32. 83.2 737.0 6.1067 51.4 0.079 1.914 33.6827 34. 83.2 738.0 6.1069 51.3 0.084 1.913 33.6826 36. 83.2 739.0 6.1070 51.5 0.082 1.913 33.6826 36. 83.2 740.0 6.1070 51.4 0.082 1.914 33.6827 37. 83.2 741.0 6.1072 51.6 0.087 1.913 33.6825 48. 83.2 742.0 6.1072 51.6 0.100 1.913 33.6827 40. 83.2 743.0 6.1073 51.5 0.095 1.914 33.6826 48. 83.2 744.0 6.1074 51.5 0.082 1.914 33.6826 45. 83.2 745.0 6.1076 51.7 0.073 1.913 33.6826 41. 83.2 746.0 6.1076 51.7 0.073 1.914 33.6826 47. 83.2 747.1 6.1077 51.7 0.075 1.914 33.6826 83. 83.2 748.0 6.1071 51.8 0.082 1.914 33.6828 85. 83.2 749.1 6.1069 51.4 0.081 1.913 33.6829 117. 83.2 749.6 6.1065 50.6 0.081 1.913 33.6832 36. 83.2