*2013/12/16 15:26:38.31 *IOS HEADER VERSION 1.10 2011/10/26 2011/10/26 *FILE START TIME : UTC 2002/08/30 18:48:18.000 TIME INCREMENT : 0 0 0 0.416667E-01 0 ! (day hr min sec ms) NUMBER OF RECORDS : 609 DATA DESCRIPTION : CTD FILE TYPE : ASCII NUMBER OF CHANNELS : 8 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- --------------------------- --------------- -------------- -------------- 1 Pressure decibar 2.4 609.9 2 Temperature:Primary 'deg C (ITS90)' 6.8887 14.9621 3 Transmissivity %/metre 11.1 56.1 4 Fluorescence:URU:Seapoint mg/m^3 0.62E-01 13.547 5 Oxygen:Dissolved:SBE mL/L 1.668 7.368 6 Salinity:T0:C0 PSS-78 28.4439 33.0633 7 Number_of_bin_records n/a 17 207 8 Oxygen:Dissolved:SBE umol/kg 72.6 321.6 $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\2002-28-0030.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 : MC4 EVENT NUMBER : 30 LATITUDE : 52 42.44000 N ! (deg min) LONGITUDE : 128 10.01000 W ! (deg min) WATER DEPTH : 619 *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\2002-28-0030.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 15:01:35 47424 47424 CLEAN 3.9 2002/12/13 14:16:15 47424 47424 SHIFTDAT 3.2a 2002/12/14 13:12:03 ? ? DELETE 5.3 2002/12/14 13:22:39 47424 15325 CTDEDIT 4.43 2002/12/14 15:51:37 15325 15325 MERGE 2.8 2003/01/16 10:17:25 15325 15325 BOXCAR 4.2 2003/01/16 12:00:57 15325 15325 BINAVE 4.0.1 2003/01/16 12:08:01 15325 609 CALIB 10.4 2003/01/16 12:09:54 609 609 REMOVECH 6.0 2003/01/16 12:10:42 609 609 REORDER 1.2.1 2003/01/16 12:11:10 ? ? CHGUNITS 1.3 2003/01/16 15:57:39 609 609 CLEAN 4.1 2003/01/21 09:08:11 ? ? HDREDIT2 1.51 2003/01/21 09:09:29 ? ? CALIB 11.1 2003/08/12 16:12:52 609 609 HDREDIT2 2.1 2004/05/25 14:01:13 ? ? CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 15:26:38 609 609 $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\2002-28-0030.edt Secondary file: Q:\CTD\2002-28\ctd\ios\2002-28-0030.de1 Comments from secondary file: Q:\CTD\2002-28\ctd\ios\2002-28-0030.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. Comments from secondary file: Q:\CTD\2002-28\ctd\ios\2002-28-0030.de1 --------------------------------------------------------------------- SBE HEADER Sea-Bird SBE 9 Data File: FileName = C:\data\2002-28\2002-28-0030.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 18:48:18 NMEA Latitude = 52 42.44 N NMEA Longitude = 128 10.01 W NMEA UTC (Time) = Aug 30 2002 18:48:18 Store Lat/Lon Data = Add to Header Only Ship: Vector Cruise: 2002-28 Station: MC4 Depth: 619 # nquan = 12 # nvalues = 47424 # 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, 47424 # span 1 = 1.109, 610.210 # span 2 = 6.8898, 15.0181 # span 3 = -35.0991, 98.9762 # span 4 = 3.288900, 3.565798 # span 5 = 3.292313, 3.918504 # span 6 = 57.3284, 86.6524 # span 7 = 5.1282e-02, 1.4872e+01 # span 8 = 1.51391, 7.28726 # span 9 = 28.3782, 33.0645 # span 10 = 8.6630, 99.0000 # span 11 = 0.0000e+00, 0.0000e+00 # interval = seconds: 0.0416667 # start_time = Aug 30 2002 18:48:18 # 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 12:48:03, 5.25b # datcnv_in = Q:\CTD\2002-28\CTD\2002-28-0030.dat Q:\CTD\2002-28\CTD\0585.CON # datcnv_skipover = 0 # wildedit_date = Dec 12 2002 13:12:13, 5.25b # wildedit_in = Q:\CTD\2002-28\CTD\convert\2002-28-0030.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 14:39:52, 5.25b # celltm_in = Q:\CTD\2002-28\CTD\wildedit\2002-28-0030.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 14:47:33, 5.25b # Derive_in = Q:\CTD\2002-28\CTD\celltm\2002-28-0030.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 14.9621 11.8 3.928 6.997 28.4439 17. 306.0 2.9 14.9186 11.4 4.013 7.003 28.4721 68. 306.2 4.0 14.7763 11.2 4.418 7.025 28.5102 39. 307.2 5.0 14.5720 11.2 5.131 7.051 28.5749 28. 308.3 6.0 13.8008 11.1 6.108 7.142 28.9266 23. 312.1 7.0 12.3567 11.4 8.175 7.300 29.3422 25. 318.8 8.0 11.1993 15.6 11.898 7.368 29.7289 24. 321.6 9.0 10.6053 24.8 13.547 7.272 30.1099 24. 317.3 10.0 10.4414 30.6 11.964 7.022 30.4233 24. 306.3 11.0 10.4335 31.8 10.233 6.699 30.6375 24. 292.2 12.0 10.5648 31.4 9.193 6.357 30.7965 24. 277.3 13.0 10.4922 32.4 8.933 6.107 30.8955 23. 266.3 14.0 10.5918 35.6 9.142 5.893 31.0561 24. 257.0 15.0 10.4463 38.1 8.528 5.749 31.1648 24. 250.7 16.0 10.3700 40.2 7.236 5.626 31.2291 23. 245.3 17.0 10.3105 41.8 5.661 5.499 31.2950 24. 239.7 18.0 10.3248 43.1 4.726 5.364 31.3649 23. 233.8 19.0 10.2066 43.9 4.310 5.250 31.4134 23. 228.9 20.0 10.0800 45.2 4.542 5.159 31.4418 23. 224.9 21.0 10.0198 46.2 3.630 5.072 31.4616 24. 221.1 22.0 9.8740 46.9 3.065 4.998 31.4847 23. 217.8 23.0 9.7758 47.6 2.920 4.919 31.5061 23. 214.4 24.0 9.5175 48.0 2.475 4.855 31.5597 22. 211.6 25.0 9.0930 48.9 2.436 4.802 31.5875 24. 209.3 26.0 8.5862 50.1 1.919 4.743 31.5619 23. 206.7 27.0 8.3229 51.1 1.561 4.635 31.5480 22. 202.0 28.0 8.1029 52.0 1.202 4.499 31.5605 24. 196.0 29.0 7.9780 52.5 1.050 4.347 31.5815 23. 189.4 30.0 7.9552 53.0 0.864 4.205 31.5928 22. 183.2 31.0 7.8734 53.3 0.658 4.086 31.6202 23. 178.0 32.0 7.7436 54.1 0.580 3.984 31.6858 23. 173.6 33.0 7.7878 54.6 0.523 3.881 31.7721 23. 169.1 34.0 7.8496 54.6 0.437 3.782 31.8856 23. 164.7 35.0 7.8214 54.5 0.416 3.695 31.9533 23. 160.9 36.0 7.7623 54.7 0.480 3.604 31.9961 23. 157.0 37.0 7.7037 54.9 0.406 3.514 32.0380 23. 153.1 38.0 7.6882 55.0 0.414 3.420 32.0698 23. 149.0 39.0 7.6588 55.2 0.340 3.332 32.1100 23. 145.1 40.0 7.6257 55.4 0.343 3.255 32.1531 22. 141.8 41.0 7.5695 55.4 0.284 3.188 32.1996 23. 138.8 42.0 7.5351 55.6 0.285 3.122 32.2361 23. 136.0 43.0 7.5243 55.7 0.265 3.061 32.2765 23. 133.3 44.0 7.4983 55.8 0.255 3.002 32.3044 23. 130.7 45.0 7.4638 55.6 0.345 2.946 32.3754 23. 128.3 46.0 7.4444 55.8 0.212 2.892 32.4310 23. 125.9 47.0 7.3942 55.8 0.231 2.841 32.4977 23. 123.7 48.0 7.3644 55.7 0.212 2.788 32.5442 23. 121.4 49.0 7.3299 55.8 0.236 2.733 32.5854 23. 119.0 50.0 7.3153 55.8 0.209 2.673 32.6024 24. 116.4 51.0 7.2962 55.8 0.185 2.611 32.6282 24. 113.7 52.0 7.2784 55.8 0.167 2.547 32.6534 23. 110.9 53.0 7.2671 55.8 0.169 2.489 32.6746 24. 108.3 54.0 7.2566 55.9 0.174 2.434 32.6917 23. 106.0 55.0 7.2468 55.9 0.154 2.384 32.7085 24. 103.8 56.0 7.2420 55.8 0.146 2.335 32.7194 23. 101.6 57.0 7.2345 55.9 0.142 2.289 32.7234 24. 99.6 58.0 7.2255 55.9 0.153 2.245 32.7336 24. 97.7 59.0 7.2181 55.9 0.150 2.206 32.7485 23. 96.0 60.0 7.2101 55.9 0.151 2.174 32.7627 24. 94.6 61.0 7.2027 55.8 0.125 2.142 32.7770 24. 93.2 62.0 7.2002 55.9 0.140 2.110 32.7840 24. 91.8 63.0 7.1991 55.9 0.151 2.083 32.7871 23. 90.7 64.0 7.1945 55.8 0.121 2.055 32.7946 24. 89.4 65.0 7.1865 55.9 0.119 2.020 32.8095 24. 87.9 66.0 7.1767 55.8 0.115 1.990 32.8141 24. 86.6 67.0 7.1691 55.9 0.106 1.962 32.8196 24. 85.4 68.0 7.1666 55.9 0.106 1.934 32.8354 23. 84.2 69.0 7.1640 55.8 0.112 1.912 32.8446 24. 83.2 70.0 7.1582 55.9 0.109 1.894 32.8541 24. 82.4 71.0 7.1588 55.8 0.113 1.875 32.8637 23. 81.6 72.0 7.1541 55.8 0.107 1.854 32.8736 24. 80.7 73.0 7.1517 55.7 0.107 1.828 32.8826 24. 79.6 74.0 7.1472 55.8 0.111 1.799 32.8922 23. 78.3 75.0 7.1331 55.8 0.100 1.770 32.8969 24. 77.0 76.0 7.1088 55.8 0.096 1.739 32.8972 24. 75.7 77.0 7.0812 55.9 0.095 1.708 32.9003 24. 74.3 78.0 7.0770 55.9 0.083 1.687 32.9094 23. 73.4 79.0 7.0781 56.0 0.085 1.691 32.9150 25. 73.6 80.0 7.0783 55.8 0.083 1.710 32.9154 23. 74.4 81.0 7.0788 55.9 0.092 1.736 32.9156 25. 75.6 82.0 7.0826 55.9 0.095 1.758 32.9200 24. 76.5 83.0 7.0910 55.9 0.093 1.774 32.9298 24. 77.2 84.0 7.0922 55.9 0.095 1.786 32.9321 24. 77.7 85.0 7.0956 55.9 0.089 1.789 32.9364 24. 77.9 86.0 7.0998 55.9 0.093 1.784 32.9439 23. 77.6 87.0 7.0961 55.8 0.093 1.774 32.9474 24. 77.2 88.0 7.0892 55.8 0.091 1.760 32.9485 24. 76.6 89.0 7.0837 55.8 0.091 1.743 32.9526 24. 75.9 90.0 7.0793 55.8 0.087 1.725 32.9538 24. 75.1 91.0 7.0815 55.8 0.085 1.717 32.9555 24. 74.7 92.0 7.0808 55.8 0.086 1.719 32.9565 24. 74.8 93.0 7.0787 55.8 0.088 1.724 32.9567 24. 75.0 94.0 7.0753 55.8 0.094 1.728 32.9573 24. 75.2 95.0 7.0703 55.8 0.098 1.732 32.9623 24. 75.4 96.0 7.0661 55.9 0.092 1.735 32.9653 23. 75.5 97.0 7.0609 55.9 0.091 1.742 32.9663 24. 75.8 98.0 7.0565 55.9 0.087 1.750 32.9665 24. 76.2 99.0 7.0572 55.9 0.089 1.761 32.9688 24. 76.6 100.0 7.0567 55.9 0.094 1.774 32.9699 24. 77.2 101.0 7.0564 55.9 0.085 1.790 32.9719 24. 77.9 102.0 7.0616 55.9 0.078 1.804 32.9742 23. 78.5 103.0 7.0648 55.9 0.077 1.813 32.9750 24. 78.9 104.0 7.0682 55.9 0.084 1.822 32.9762 24. 79.3 105.0 7.0718 55.9 0.082 1.825 32.9779 24. 79.4 106.0 7.0759 55.9 0.079 1.824 32.9794 23. 79.4 107.0 7.0792 55.9 0.082 1.820 32.9812 24. 79.2 108.0 7.0816 55.9 0.077 1.814 32.9822 24. 78.9 109.0 7.0826 55.9 0.076 1.802 32.9827 24. 78.4 110.0 7.0849 55.9 0.077 1.792 32.9848 24. 78.0 111.0 7.0876 55.9 0.076 1.778 32.9873 24. 77.4 112.0 7.0886 55.9 0.077 1.769 32.9882 24. 77.0 113.0 7.0895 55.8 0.073 1.758 32.9889 24. 76.5 114.0 7.0900 55.8 0.079 1.750 32.9897 24. 76.2 115.0 7.0910 55.9 0.079 1.740 32.9903 24. 75.7 116.0 7.0928 55.9 0.072 1.731 32.9911 24. 75.3 117.0 7.0943 55.8 0.075 1.725 32.9924 24. 75.1 118.0 7.0964 55.8 0.077 1.717 32.9954 24. 74.7 119.0 7.0966 55.9 0.075 1.710 32.9958 24. 74.4 120.0 7.0965 55.9 0.074 1.703 32.9970 24. 74.1 121.0 7.0962 55.9 0.077 1.697 32.9979 24. 73.9 122.0 7.0963 55.9 0.077 1.691 32.9987 24. 73.6 123.0 7.0966 55.9 0.075 1.685 32.9995 24. 73.3 124.0 7.0967 55.9 0.083 1.682 33.0005 25. 73.2 125.0 7.0964 55.9 0.081 1.678 33.0028 24. 73.0 126.0 7.0954 55.9 0.078 1.674 33.0044 24. 72.9 127.0 7.0949 55.9 0.076 1.672 33.0048 24. 72.8 128.0 7.0942 56.0 0.074 1.668 33.0059 24. 72.6 129.0 7.0926 56.0 0.077 1.670 33.0078 24. 72.7 130.0 7.0911 56.0 0.081 1.669 33.0089 24. 72.6 131.0 7.0894 55.9 0.077 1.669 33.0099 24. 72.6 132.0 7.0881 56.0 0.077 1.672 33.0107 24. 72.8 133.0 7.0881 56.0 0.073 1.674 33.0108 24. 72.8 134.0 7.0872 56.0 0.072 1.678 33.0112 24. 73.0 135.0 7.0864 56.0 0.073 1.684 33.0120 24. 73.3 136.0 7.0861 56.0 0.078 1.687 33.0129 24. 73.4 137.0 7.0861 56.0 0.077 1.692 33.0131 24. 73.6 138.0 7.0860 56.0 0.075 1.697 33.0134 24. 73.9 139.0 7.0852 56.0 0.075 1.700 33.0146 25. 74.0 140.0 7.0845 56.0 0.073 1.702 33.0151 24. 74.1 141.0 7.0841 56.1 0.074 1.706 33.0153 24. 74.2 142.0 7.0841 56.0 0.070 1.711 33.0154 24. 74.5 143.0 7.0837 56.0 0.070 1.715 33.0157 24. 74.6 144.0 7.0836 56.0 0.071 1.720 33.0157 24. 74.9 145.0 7.0834 56.1 0.070 1.722 33.0159 24. 74.9 146.0 7.0829 56.0 0.075 1.727 33.0160 24. 75.2 147.0 7.0817 56.0 0.082 1.729 33.0163 24. 75.2 148.0 7.0815 55.9 0.078 1.732 33.0164 24. 75.4 149.0 7.0809 56.0 0.075 1.736 33.0165 24. 75.5 150.0 7.0784 56.0 0.071 1.739 33.0168 24. 75.7 151.0 7.0787 56.0 0.074 1.740 33.0173 24. 75.7 152.0 7.0778 56.0 0.073 1.743 33.0174 24. 75.9 153.0 7.0761 56.0 0.077 1.746 33.0173 24. 76.0 154.0 7.0737 56.0 0.076 1.750 33.0172 25. 76.2 155.0 7.0725 55.9 0.072 1.754 33.0173 23. 76.3 156.0 7.0707 55.9 0.070 1.757 33.0173 25. 76.5 157.0 7.0687 55.9 0.073 1.761 33.0172 24. 76.6 158.0 7.0680 55.9 0.075 1.765 33.0175 24. 76.8 159.0 7.0670 55.9 0.069 1.768 33.0177 24. 76.9 160.0 7.0663 55.9 0.071 1.773 33.0178 24. 77.2 161.0 7.0653 55.8 0.072 1.777 33.0179 24. 77.3 162.0 7.0632 55.9 0.074 1.781 33.0180 24. 77.5 163.0 7.0566 55.7 0.081 1.785 33.0182 25. 77.7 164.0 7.0554 55.8 0.075 1.790 33.0184 24. 77.9 165.0 7.0546 55.8 0.077 1.795 33.0185 24. 78.1 166.0 7.0538 55.8 0.074 1.804 33.0183 24. 78.5 167.0 7.0525 55.8 0.075 1.813 33.0182 24. 78.9 168.0 7.0474 55.8 0.075 1.820 33.0179 25. 79.2 169.0 7.0402 55.8 0.071 1.828 33.0175 24. 79.6 170.0 7.0304 55.6 0.070 1.833 33.0172 24. 79.8 171.0 7.0274 55.6 0.075 1.841 33.0172 24. 80.1 172.0 7.0234 55.6 0.070 1.851 33.0174 24. 80.6 173.0 7.0212 55.5 0.071 1.864 33.0172 25. 81.1 174.0 7.0183 55.5 0.069 1.879 33.0174 24. 81.8 175.0 7.0159 55.5 0.067 1.892 33.0173 24. 82.3 176.0 7.0147 55.5 0.066 1.907 33.0173 24. 83.0 177.0 7.0132 55.4 0.068 1.922 33.0171 24. 83.6 178.0 7.0106 55.4 0.072 1.933 33.0172 24. 84.1 179.0 7.0091 55.3 0.069 1.945 33.0173 25. 84.6 180.0 7.0073 55.4 0.071 1.956 33.0172 24. 85.1 181.0 7.0059 55.5 0.072 1.963 33.0173 24. 85.4 182.0 7.0053 55.4 0.072 1.973 33.0174 25. 85.9 183.0 7.0039 55.5 0.071 1.979 33.0173 24. 86.1 184.0 7.0009 55.5 0.076 1.989 33.0173 24. 86.6 185.0 6.9975 55.4 0.072 1.995 33.0172 24. 86.8 186.0 6.9945 55.3 0.073 2.003 33.0168 24. 87.2 187.0 6.9907 55.3 0.068 2.009 33.0167 25. 87.4 188.0 6.9892 55.3 0.069 2.016 33.0169 24. 87.7 189.0 6.9868 55.3 0.072 2.024 33.0168 24. 88.1 190.0 6.9836 55.3 0.076 2.033 33.0167 24. 88.5 191.0 6.9806 55.4 0.069 2.043 33.0168 25. 88.9 192.0 6.9789 55.4 0.069 2.049 33.0167 24. 89.2 193.0 6.9782 55.4 0.067 2.063 33.0169 24. 89.8 194.0 6.9766 55.3 0.069 2.073 33.0167 25. 90.2 195.0 6.9736 55.4 0.070 2.079 33.0167 24. 90.5 196.0 6.9703 55.4 0.069 2.090 33.0166 24. 91.0 197.0 6.9682 55.3 0.066 2.099 33.0167 24. 91.3 198.0 6.9664 55.4 0.066 2.107 33.0167 25. 91.7 199.0 6.9661 55.5 0.068 2.118 33.0167 24. 92.2 200.0 6.9634 55.5 0.070 2.125 33.0165 24. 92.5 201.0 6.9577 55.5 0.070 2.134 33.0164 24. 92.9 202.0 6.9556 55.5 0.070 2.141 33.0163 25. 93.2 203.0 6.9545 55.5 0.074 2.150 33.0163 24. 93.6 204.0 6.9538 55.6 0.072 2.159 33.0164 25. 94.0 205.0 6.9533 55.6 0.079 2.169 33.0164 24. 94.4 206.0 6.9523 55.6 0.072 2.179 33.0163 25. 94.8 207.0 6.9513 54.2 0.071 2.188 33.0165 25. 95.2 208.0 6.9513 55.7 0.070 2.195 33.0165 25. 95.5 209.0 6.9503 55.7 0.065 2.203 33.0164 25. 95.9 210.0 6.9468 55.7 0.062 2.210 33.0163 25. 96.2 211.0 6.9441 55.8 0.064 2.216 33.0161 25. 96.4 212.0 6.9416 55.8 0.067 2.223 33.0161 24. 96.7 213.0 6.9405 55.8 0.070 2.229 33.0159 25. 97.0 214.0 6.9389 55.8 0.063 2.235 33.0159 24. 97.3 215.0 6.9370 55.6 0.067 2.242 33.0158 25. 97.6 216.0 6.9360 55.8 0.066 2.248 33.0157 25. 97.8 217.0 6.9341 55.8 0.062 2.255 33.0156 24. 98.1 218.0 6.9336 55.8 0.067 2.261 33.0156 25. 98.4 219.0 6.9328 55.7 0.064 2.267 33.0156 24. 98.7 220.0 6.9317 55.7 0.067 2.273 33.0156 25. 98.9 221.0 6.9314 55.6 0.067 2.278 33.0156 24. 99.1 222.0 6.9314 55.6 0.068 2.284 33.0157 25. 99.4 223.0 6.9308 55.6 0.064 2.289 33.0157 25. 99.6 224.0 6.9291 55.6 0.072 2.293 33.0155 24. 99.8 225.0 6.9269 55.6 0.072 2.296 33.0153 25. 99.9 226.0 6.9257 55.5 0.069 2.300 33.0153 24. 100.1 227.0 6.9242 55.5 0.071 2.304 33.0153 25. 100.3 228.0 6.9229 55.5 0.072 2.307 33.0151 25. 100.4 229.0 6.9214 55.5 0.072 2.309 33.0150 24. 100.5 230.0 6.9203 55.5 0.069 2.313 33.0150 25. 100.7 231.0 6.9168 55.5 0.063 2.319 33.0147 25. 100.9 232.0 6.9158 55.5 0.068 2.324 33.0147 24. 101.1 233.0 6.9149 55.5 0.070 2.327 33.0147 24. 101.3 234.0 6.9136 55.4 0.065 2.333 33.0148 24. 101.5 235.0 6.9136 55.4 0.063 2.338 33.0147 25. 101.7 236.0 6.9131 55.3 0.064 2.341 33.0147 24. 101.9 237.0 6.9121 55.3 0.063 2.344 33.0147 25. 102.0 238.0 6.9114 55.2 0.069 2.345 33.0147 25. 102.0 239.0 6.9107 55.3 0.068 2.347 33.0147 24. 102.1 240.0 6.9108 55.2 0.067 2.349 33.0148 24. 102.2 241.0 6.9109 55.2 0.068 2.351 33.0147 25. 102.3 242.0 6.9106 55.3 0.068 2.352 33.0148 24. 102.4 243.0 6.9097 55.3 0.070 2.355 33.0148 25. 102.5 244.0 6.9090 55.2 0.070 2.357 33.0148 24. 102.6 245.0 6.9081 55.2 0.070 2.357 33.0149 24. 102.6 246.0 6.9075 55.2 0.066 2.358 33.0153 24. 102.6 247.0 6.9075 55.1 0.066 2.359 33.0155 24. 102.7 248.0 6.9063 55.1 0.066 2.360 33.0157 25. 102.7 249.0 6.9033 55.2 0.068 2.360 33.0165 24. 102.7 250.0 6.9012 55.1 0.067 2.360 33.0169 24. 102.7 251.0 6.9002 55.2 0.065 2.361 33.0172 25. 102.7 252.0 6.8985 55.2 0.068 2.361 33.0176 24. 102.7 253.0 6.8980 55.1 0.068 2.363 33.0176 25. 102.8 254.0 6.8975 55.2 0.076 2.362 33.0178 24. 102.8 255.0 6.8974 55.2 0.070 2.365 33.0178 24. 102.9 256.0 6.8968 55.2 0.065 2.366 33.0180 24. 103.0 257.0 6.8964 55.3 0.067 2.367 33.0182 24. 103.0 258.0 6.8962 55.3 0.064 2.368 33.0183 25. 103.0 259.0 6.8957 55.3 0.070 2.369 33.0184 24. 103.1 260.0 6.8953 55.2 0.072 2.368 33.0185 24. 103.0 261.0 6.8953 55.3 0.069 2.370 33.0185 25. 103.1 262.0 6.8948 55.3 0.069 2.370 33.0189 24. 103.1 263.0 6.8933 55.2 0.072 2.371 33.0196 24. 103.2 264.0 6.8921 55.3 0.070 2.370 33.0201 25. 103.1 265.0 6.8911 55.2 0.067 2.371 33.0206 24. 103.2 266.0 6.8908 55.2 0.069 2.369 33.0205 24. 103.1 267.0 6.8907 55.2 0.068 2.370 33.0207 24. 103.1 268.0 6.8905 55.1 0.070 2.370 33.0211 24. 103.1 269.0 6.8897 55.1 0.071 2.372 33.0216 24. 103.2 270.0 6.8896 55.1 0.077 2.372 33.0220 24. 103.2 271.0 6.8894 55.1 0.075 2.369 33.0226 25. 103.1 272.0 6.8889 55.1 0.080 2.368 33.0232 24. 103.0 273.0 6.8889 55.0 0.075 2.368 33.0234 24. 103.0 274.0 6.8888 54.9 0.072 2.365 33.0234 25. 102.9 275.0 6.8889 55.1 0.072 2.364 33.0235 24. 102.9 276.0 6.8889 55.0 0.075 2.361 33.0242 24. 102.7 277.0 6.8887 54.6 0.072 2.362 33.0248 25. 102.8 278.0 6.8888 55.0 0.071 2.363 33.0252 24. 102.8 279.0 6.8890 55.0 0.073 2.362 33.0259 24. 102.8 280.0 6.8892 55.1 0.073 2.360 33.0263 25. 102.7 281.0 6.8894 55.0 0.067 2.362 33.0270 24. 102.8 282.0 6.8898 55.0 0.068 2.359 33.0277 24. 102.7 283.0 6.8901 55.1 0.071 2.358 33.0280 24. 102.6 284.0 6.8902 55.1 0.066 2.357 33.0284 25. 102.6 285.0 6.8904 55.0 0.062 2.355 33.0288 24. 102.5 286.0 6.8907 55.1 0.064 2.355 33.0296 24. 102.5 287.0 6.8909 55.1 0.071 2.354 33.0299 25. 102.4 288.0 6.8912 55.1 0.072 2.354 33.0301 24. 102.4 289.0 6.8913 55.0 0.071 2.351 33.0301 24. 102.3 290.0 6.8914 55.0 0.072 2.350 33.0302 24. 102.3 291.0 6.8916 55.1 0.073 2.348 33.0302 24. 102.2 292.0 6.8916 55.0 0.072 2.347 33.0304 25. 102.1 293.0 6.8918 55.0 0.077 2.348 33.0308 24. 102.2 294.0 6.8920 54.8 0.078 2.348 33.0309 24. 102.2 295.0 6.8923 55.0 0.074 2.347 33.0314 24. 102.1 296.0 6.8925 55.0 0.071 2.348 33.0317 25. 102.2 297.0 6.8926 55.0 0.068 2.348 33.0318 24. 102.2 298.0 6.8928 55.0 0.069 2.347 33.0320 25. 102.1 299.0 6.8932 55.1 0.068 2.347 33.0327 24. 102.1 300.0 6.8937 55.0 0.071 2.346 33.0339 24. 102.1 301.0 6.8939 54.9 0.073 2.347 33.0340 24. 102.1 302.0 6.8939 54.9 0.078 2.344 33.0341 25. 102.0 303.0 6.8941 55.0 0.078 2.344 33.0342 23. 102.0 304.0 6.8941 54.9 0.077 2.344 33.0342 25. 102.0 305.0 6.8943 55.0 0.083 2.344 33.0342 24. 102.0 306.0 6.8945 54.8 0.080 2.343 33.0344 25. 102.0 307.0 6.8947 54.9 0.076 2.341 33.0350 24. 101.9 308.0 6.8949 54.9 0.083 2.341 33.0351 24. 101.9 309.0 6.8950 54.9 0.074 2.339 33.0352 24. 101.8 310.0 6.8952 54.9 0.073 2.340 33.0354 25. 101.8 311.0 6.8953 54.9 0.074 2.340 33.0354 24. 101.8 312.0 6.8954 54.8 0.071 2.337 33.0356 24. 101.7 313.0 6.8956 54.8 0.069 2.337 33.0357 24. 101.7 314.0 6.8957 54.9 0.071 2.337 33.0359 25. 101.7 315.0 6.8960 54.9 0.073 2.337 33.0364 24. 101.7 316.0 6.8961 54.9 0.077 2.338 33.0365 25. 101.7 317.0 6.8963 54.8 0.068 2.337 33.0364 24. 101.7 318.0 6.8963 54.8 0.073 2.337 33.0365 24. 101.7 319.0 6.8965 54.7 0.068 2.336 33.0366 24. 101.7 320.0 6.8965 54.8 0.071 2.336 33.0366 25. 101.7 321.0 6.8967 54.8 0.072 2.336 33.0368 24. 101.7 322.0 6.8967 54.8 0.073 2.335 33.0373 25. 101.6 323.0 6.8967 54.8 0.074 2.335 33.0375 24. 101.6 324.0 6.8968 54.7 0.079 2.336 33.0377 25. 101.7 325.0 6.8969 54.6 0.079 2.334 33.0376 25. 101.6 326.0 6.8970 54.6 0.074 2.335 33.0378 24. 101.6 327.0 6.8971 54.7 0.075 2.335 33.0382 25. 101.6 328.0 6.8971 54.7 0.080 2.334 33.0387 24. 101.6 329.0 6.8969 54.7 0.075 2.333 33.0396 24. 101.5 330.0 6.8970 54.5 0.082 2.331 33.0398 25. 101.4 331.0 6.8971 54.6 0.072 2.331 33.0400 25. 101.4 332.0 6.8971 54.5 0.076 2.328 33.0400 24. 101.3 333.0 6.8971 54.5 0.077 2.327 33.0403 25. 101.3 334.0 6.8971 54.4 0.082 2.328 33.0406 24. 101.3 335.0 6.8971 54.5 0.086 2.326 33.0412 24. 101.2 336.0 6.8968 54.5 0.084 2.326 33.0423 25. 101.2 337.0 6.8966 54.4 0.080 2.324 33.0432 24. 101.1 338.0 6.8966 54.4 0.079 2.324 33.0435 24. 101.1 339.0 6.8965 54.4 0.081 2.323 33.0438 24. 101.1 340.0 6.8966 54.2 0.084 2.321 33.0439 25. 101.0 341.0 6.8967 54.2 0.079 2.319 33.0439 24. 100.9 342.0 6.8967 54.2 0.079 2.318 33.0441 24. 100.9 343.0 6.8967 54.2 0.079 2.318 33.0442 24. 100.9 344.0 6.8968 54.2 0.081 2.318 33.0442 24. 100.9 345.0 6.8968 54.2 0.087 2.317 33.0444 24. 100.8 346.0 6.8970 54.2 0.090 2.316 33.0445 24. 100.8 347.0 6.8972 54.1 0.077 2.315 33.0446 24. 100.7 348.0 6.8974 54.2 0.083 2.315 33.0448 24. 100.7 349.0 6.8974 53.9 0.079 2.315 33.0450 24. 100.7 350.0 6.8974 54.1 0.083 2.315 33.0451 24. 100.7 351.0 6.8974 54.1 0.081 2.312 33.0453 24. 100.6 352.0 6.8974 54.1 0.084 2.314 33.0457 24. 100.7 353.0 6.8974 54.1 0.080 2.312 33.0462 24. 100.6 354.0 6.8974 54.1 0.080 2.311 33.0462 25. 100.6 355.0 6.8973 54.1 0.087 2.310 33.0459 24. 100.5 356.0 6.8974 54.1 0.086 2.310 33.0459 24. 100.5 357.0 6.8975 54.0 0.093 2.311 33.0460 24. 100.6 358.0 6.8976 54.0 0.094 2.310 33.0460 24. 100.5 359.0 6.8976 54.1 0.089 2.310 33.0461 25. 100.5 360.0 6.8977 54.2 0.082 2.312 33.0462 24. 100.6 361.0 6.8978 54.1 0.084 2.310 33.0462 25. 100.5 362.0 6.8979 54.0 0.083 2.312 33.0465 24. 100.6 363.0 6.8979 54.1 0.089 2.312 33.0466 25. 100.6 364.0 6.8980 54.2 0.084 2.312 33.0466 24. 100.6 365.0 6.8981 54.2 0.080 2.311 33.0467 25. 100.6 366.0 6.8982 54.2 0.087 2.309 33.0467 24. 100.5 367.0 6.8983 54.2 0.093 2.310 33.0467 25. 100.5 368.0 6.8983 54.1 0.082 2.311 33.0469 24. 100.6 369.0 6.8984 54.1 0.083 2.312 33.0469 25. 100.6 370.0 6.8985 54.2 0.102 2.312 33.0470 24. 100.6 371.0 6.8986 54.1 0.097 2.312 33.0471 24. 100.6 372.0 6.8986 54.1 0.090 2.311 33.0471 25. 100.6 373.0 6.8987 54.2 0.085 2.311 33.0473 24. 100.6 374.0 6.8988 53.9 0.083 2.311 33.0473 24. 100.6 375.0 6.8989 54.2 0.076 2.310 33.0473 25. 100.5 376.0 6.8990 54.2 0.072 2.311 33.0473 24. 100.6 377.0 6.8990 54.2 0.075 2.309 33.0473 24. 100.5 378.0 6.8991 54.1 0.081 2.308 33.0473 25. 100.4 379.0 6.8993 54.2 0.078 2.309 33.0474 24. 100.5 380.0 6.8994 54.2 0.074 2.307 33.0473 25. 100.4 381.0 6.8995 54.1 0.075 2.309 33.0474 24. 100.5 382.0 6.8996 54.1 0.103 2.308 33.0474 25. 100.4 383.0 6.8997 54.1 0.081 2.308 33.0474 24. 100.4 384.0 6.8998 54.2 0.069 2.308 33.0475 25. 100.4 385.0 6.8999 54.1 0.079 2.307 33.0475 25. 100.4 386.0 6.9000 54.1 0.084 2.308 33.0477 24. 100.4 387.0 6.9001 54.2 0.082 2.306 33.0476 25. 100.3 388.0 6.9003 54.2 0.079 2.305 33.0476 25. 100.3 389.0 6.9004 54.1 0.074 2.305 33.0476 25. 100.3 390.0 6.9005 54.2 0.076 2.305 33.0477 25. 100.3 391.0 6.9007 54.2 0.076 2.304 33.0481 24. 100.3 392.0 6.9008 54.2 0.072 2.307 33.0481 25. 100.4 393.0 6.9009 54.1 0.073 2.307 33.0482 25. 100.4 394.0 6.9010 54.2 0.081 2.307 33.0482 24. 100.4 395.0 6.9010 54.2 0.086 2.307 33.0482 25. 100.4 396.0 6.9011 54.1 0.077 2.305 33.0482 24. 100.3 397.0 6.9013 54.2 0.080 2.306 33.0483 25. 100.3 398.0 6.9014 54.2 0.086 2.306 33.0484 25. 100.3 399.0 6.9015 54.1 0.084 2.306 33.0484 24. 100.3 400.0 6.9016 54.1 0.087 2.304 33.0486 25. 100.3 401.0 6.9019 54.2 0.093 2.306 33.0490 24. 100.3 402.0 6.9020 54.3 0.096 2.305 33.0491 25. 100.3 403.0 6.9021 54.1 0.094 2.305 33.0493 24. 100.3 404.0 6.9023 54.1 0.090 2.305 33.0495 25. 100.3 405.0 6.9025 54.1 0.086 2.303 33.0493 24. 100.2 406.0 6.9026 54.1 0.077 2.304 33.0495 25. 100.3 407.0 6.9027 54.1 0.080 2.302 33.0497 25. 100.2 408.0 6.9028 54.1 0.083 2.302 33.0499 24. 100.2 409.0 6.9029 54.1 0.082 2.302 33.0500 25. 100.2 410.0 6.9030 54.2 0.084 2.302 33.0501 25. 100.2 411.0 6.9031 54.1 0.093 2.301 33.0501 25. 100.1 412.0 6.9032 54.1 0.092 2.301 33.0505 25. 100.1 413.0 6.9034 54.1 0.084 2.301 33.0505 25. 100.1 414.0 6.9034 54.2 0.082 2.300 33.0506 25. 100.1 415.0 6.9035 53.8 0.082 2.301 33.0507 25. 100.1 416.0 6.9036 54.1 0.084 2.301 33.0507 25. 100.1 417.0 6.9037 54.1 0.086 2.301 33.0508 24. 100.1 418.0 6.9038 54.3 0.084 2.300 33.0511 25. 100.1 419.0 6.9041 54.1 0.086 2.299 33.0516 25. 100.0 420.0 6.9042 54.2 0.086 2.300 33.0519 24. 100.1 421.0 6.9043 54.1 0.089 2.300 33.0520 25. 100.1 422.0 6.9044 54.1 0.091 2.300 33.0520 25. 100.1 423.0 6.9045 54.2 0.085 2.301 33.0521 24. 100.1 424.0 6.9046 53.7 0.078 2.299 33.0522 25. 100.0 425.0 6.9047 54.0 0.082 2.299 33.0523 25. 100.0 426.0 6.9048 54.1 0.080 2.298 33.0523 24. 100.0 427.0 6.9048 54.1 0.084 2.296 33.0524 25. 99.9 428.0 6.9049 54.1 0.082 2.296 33.0526 25. 99.9 429.0 6.9051 54.1 0.079 2.297 33.0524 25. 100.0 430.0 6.9051 54.0 0.085 2.297 33.0525 24. 100.0 431.0 6.9053 54.0 0.084 2.296 33.0524 25. 99.9 432.0 6.9053 54.1 0.092 2.296 33.0526 25. 99.9 433.0 6.9055 54.1 0.093 2.296 33.0526 25. 99.9 434.0 6.9056 54.1 0.093 2.295 33.0526 25. 99.9 435.0 6.9056 54.0 0.090 2.295 33.0526 25. 99.9 436.0 6.9057 54.1 0.082 2.294 33.0527 25. 99.8 437.0 6.9058 54.1 0.078 2.294 33.0526 25. 99.8 438.0 6.9059 54.0 0.080 2.292 33.0526 25. 99.7 439.0 6.9060 54.1 0.084 2.291 33.0526 24. 99.7 440.0 6.9061 54.1 0.085 2.295 33.0526 25. 99.9 441.0 6.9062 54.0 0.082 2.294 33.0527 25. 99.8 442.0 6.9064 54.0 0.075 2.295 33.0527 25. 99.9 443.0 6.9065 54.1 0.073 2.295 33.0528 25. 99.9 444.0 6.9067 54.0 0.079 2.294 33.0528 25. 99.8 445.0 6.9068 54.1 0.090 2.295 33.0529 25. 99.9 446.0 6.9069 54.1 0.087 2.295 33.0530 25. 99.9 447.0 6.9070 54.0 0.086 2.295 33.0530 24. 99.9 448.0 6.9071 54.0 0.090 2.295 33.0531 25. 99.9 449.0 6.9071 54.1 0.084 2.293 33.0531 25. 99.8 450.0 6.9072 54.1 0.090 2.294 33.0533 25. 99.8 451.0 6.9073 54.1 0.096 2.295 33.0533 25. 99.9 452.0 6.9074 54.0 0.095 2.296 33.0533 25. 99.9 453.0 6.9075 54.0 0.103 2.296 33.0534 25. 99.9 454.0 6.9076 54.1 0.094 2.297 33.0534 25. 100.0 455.0 6.9078 54.0 0.092 2.299 33.0535 25. 100.0 456.0 6.9078 53.9 0.104 2.297 33.0535 25. 100.0 457.0 6.9079 54.0 0.103 2.296 33.0535 24. 99.9 458.0 6.9081 54.0 0.095 2.292 33.0535 25. 99.7 459.0 6.9083 54.1 0.094 2.293 33.0536 24. 99.8 460.0 6.9084 54.1 0.132 2.293 33.0535 26. 99.8 461.0 6.9086 54.1 0.118 2.294 33.0537 24. 99.8 462.0 6.9087 53.8 0.098 2.294 33.0537 25. 99.8 463.0 6.9088 54.1 0.093 2.294 33.0537 25. 99.8 464.0 6.9089 54.1 0.101 2.294 33.0538 25. 99.8 465.0 6.9091 54.1 0.095 2.294 33.0541 25. 99.8 466.0 6.9091 54.1 0.086 2.295 33.0543 25. 99.9 467.0 6.9092 54.1 0.100 2.295 33.0544 24. 99.9 468.0 6.9093 54.1 0.115 2.294 33.0545 25. 99.8 469.0 6.9094 54.1 0.092 2.295 33.0544 25. 99.9 470.0 6.9095 54.1 0.089 2.293 33.0544 25. 99.8 471.0 6.9096 53.5 0.091 2.294 33.0544 25. 99.8 472.0 6.9096 53.9 0.097 2.292 33.0545 25. 99.7 473.0 6.9097 54.0 0.101 2.293 33.0545 25. 99.8 474.0 6.9098 54.1 0.095 2.292 33.0544 24. 99.7 475.0 6.9098 54.0 0.091 2.293 33.0547 25. 99.8 476.0 6.9100 54.0 0.101 2.293 33.0547 25. 99.8 477.0 6.9101 54.2 0.096 2.292 33.0550 25. 99.7 478.0 6.9102 54.1 0.106 2.292 33.0551 24. 99.7 479.0 6.9103 54.1 0.099 2.293 33.0551 25. 99.8 480.0 6.9105 53.9 0.094 2.291 33.0552 25. 99.7 481.0 6.9106 53.9 0.093 2.290 33.0554 24. 99.7 482.0 6.9107 53.8 0.101 2.289 33.0556 25. 99.6 483.0 6.9108 53.9 0.159 2.289 33.0556 25. 99.6 484.0 6.9108 53.9 0.132 2.289 33.0557 24. 99.6 485.0 6.9109 53.8 0.103 2.289 33.0558 25. 99.6 486.0 6.9110 54.0 0.105 2.291 33.0558 25. 99.7 487.0 6.9111 53.8 0.092 2.290 33.0558 24. 99.7 488.0 6.9111 53.9 0.084 2.292 33.0559 25. 99.7 489.0 6.9112 53.9 0.084 2.292 33.0561 25. 99.7 490.0 6.9114 53.9 0.088 2.292 33.0560 24. 99.7 491.0 6.9115 53.9 0.150 2.291 33.0560 25. 99.7 492.0 6.9115 53.9 0.453 2.291 33.0560 25. 99.7 493.0 6.9116 53.9 0.273 2.289 33.0560 24. 99.6 494.0 6.9117 53.8 0.111 2.292 33.0562 25. 99.7 495.0 6.9118 53.8 0.092 2.290 33.0561 24. 99.7 496.0 6.9119 53.8 0.095 2.290 33.0560 25. 99.7 497.0 6.9119 53.9 0.094 2.289 33.0561 24. 99.6 498.0 6.9121 53.9 0.098 2.291 33.0562 25. 99.7 499.0 6.9122 53.7 0.099 2.290 33.0561 24. 99.7 500.0 6.9123 53.8 0.092 2.290 33.0561 24. 99.7 501.0 6.9124 53.8 0.088 2.291 33.0561 24. 99.7 502.0 6.9125 53.9 0.096 2.290 33.0561 24. 99.7 503.0 6.9126 53.8 0.111 2.291 33.0562 25. 99.7 504.0 6.9127 53.9 0.111 2.292 33.0562 24. 99.7 505.0 6.9128 53.9 0.102 2.292 33.0562 24. 99.7 506.0 6.9129 53.8 0.103 2.290 33.0563 24. 99.7 507.0 6.9129 53.9 0.109 2.291 33.0562 24. 99.7 508.0 6.9130 53.9 0.112 2.290 33.0563 25. 99.7 509.0 6.9132 53.7 0.106 2.289 33.0562 24. 99.6 510.0 6.9132 53.8 0.103 2.289 33.0564 24. 99.6 511.0 6.9133 53.8 0.102 2.289 33.0563 25. 99.6 512.0 6.9135 53.8 0.107 2.290 33.0565 24. 99.7 513.0 6.9135 53.8 0.119 2.289 33.0565 24. 99.6 514.0 6.9136 53.8 0.124 2.288 33.0566 24. 99.6 515.0 6.9137 53.8 0.112 2.289 33.0567 25. 99.6 516.0 6.9138 53.8 0.119 2.288 33.0566 24. 99.6 517.0 6.9139 53.8 0.099 2.287 33.0567 24. 99.5 518.0 6.9140 53.9 0.093 2.288 33.0566 23. 99.6 519.0 6.9141 53.8 0.094 2.289 33.0567 24. 99.6 520.0 6.9141 53.8 0.092 2.288 33.0568 24. 99.6 521.0 6.9142 53.7 0.098 2.288 33.0570 24. 99.6 522.0 6.9144 53.7 0.116 2.289 33.0570 24. 99.6 523.0 6.9145 53.7 0.106 2.290 33.0570 23. 99.7 524.0 6.9146 53.8 0.109 2.291 33.0571 24. 99.7 525.0 6.9146 53.7 0.127 2.290 33.0573 24. 99.7 526.0 6.9147 53.7 0.152 2.290 33.0574 23. 99.7 527.0 6.9148 53.7 0.120 2.290 33.0574 24. 99.7 528.0 6.9149 53.7 0.102 2.287 33.0574 24. 99.5 529.0 6.9150 53.6 0.132 2.288 33.0575 23. 99.6 530.0 6.9150 53.8 0.111 2.288 33.0576 24. 99.6 531.0 6.9151 53.7 0.097 2.288 33.0576 24. 99.6 532.0 6.9152 53.7 0.124 2.288 33.0576 23. 99.6 533.0 6.9154 53.6 0.102 2.288 33.0576 24. 99.6 534.0 6.9154 53.7 0.090 2.290 33.0577 23. 99.7 535.0 6.9155 53.8 0.097 2.289 33.0578 24. 99.6 536.0 6.9156 53.7 0.109 2.289 33.0580 24. 99.6 537.0 6.9157 53.1 0.106 2.288 33.0580 23. 99.6 538.0 6.9158 53.6 0.111 2.288 33.0582 24. 99.6 539.0 6.9159 53.6 0.123 2.288 33.0583 24. 99.6 540.0 6.9160 53.6 0.129 2.287 33.0584 23. 99.5 541.0 6.9161 53.6 0.108 2.287 33.0585 24. 99.5 542.0 6.9162 53.7 0.100 2.286 33.0585 23. 99.5 543.0 6.9163 53.4 0.096 2.286 33.0586 24. 99.5 544.0 6.9165 53.4 0.105 2.286 33.0585 23. 99.5 545.0 6.9166 53.5 0.115 2.286 33.0585 24. 99.5 546.0 6.9167 53.5 0.134 2.286 33.0586 24. 99.5 547.0 6.9169 53.2 0.117 2.286 33.0585 23. 99.5 548.0 6.9169 53.2 0.117 2.286 33.0585 24. 99.5 549.0 6.9170 53.3 0.124 2.284 33.0586 24. 99.4 550.0 6.9171 53.2 0.115 2.285 33.0586 23. 99.4 551.0 6.9172 53.0 0.107 2.283 33.0587 24. 99.3 552.0 6.9173 52.9 0.104 2.282 33.0586 23. 99.3 553.0 6.9174 53.2 0.116 2.281 33.0587 25. 99.3 554.0 6.9175 53.2 0.147 2.281 33.0588 25. 99.3 555.0 6.9176 53.4 0.131 2.281 33.0589 26. 99.3 556.0 6.9176 53.3 0.118 2.280 33.0589 28. 99.2 557.0 6.9177 53.3 0.121 2.280 33.0593 28. 99.2 558.0 6.9177 53.4 0.143 2.281 33.0595 29. 99.3 559.0 6.9178 53.5 0.125 2.282 33.0596 31. 99.3 560.0 6.9179 53.4 0.097 2.282 33.0597 31. 99.3 561.0 6.9180 53.2 0.086 2.283 33.0603 31. 99.3 562.0 6.9181 53.1 0.091 2.282 33.0603 26. 99.3 563.0 6.9182 53.1 0.099 2.282 33.0602 25. 99.3 564.0 6.9183 53.0 0.098 2.282 33.0602 25. 99.3 565.0 6.9184 53.0 0.097 2.281 33.0602 25. 99.3 566.0 6.9185 52.9 0.098 2.280 33.0602 24. 99.2 567.0 6.9186 52.8 0.095 2.278 33.0602 23. 99.1 568.0 6.9188 53.0 0.092 2.279 33.0602 23. 99.2 569.0 6.9188 53.0 0.093 2.278 33.0599 23. 99.1 570.0 6.9189 52.9 0.096 2.277 33.0597 22. 99.1 571.0 6.9190 53.1 0.105 2.279 33.0599 23. 99.2 572.0 6.9191 53.1 0.109 2.277 33.0598 22. 99.1 573.0 6.9192 52.9 0.118 2.281 33.0600 23. 99.3 574.0 6.9193 52.9 0.123 2.274 33.0601 22. 99.0 575.0 6.9194 52.9 0.118 2.276 33.0600 22. 99.0 576.0 6.9195 52.8 0.111 2.280 33.0602 23. 99.2 577.0 6.9196 53.0 0.113 2.280 33.0606 23. 99.2 578.0 6.9197 53.0 0.115 2.277 33.0608 23. 99.1 579.0 6.9197 52.9 0.108 2.278 33.0610 23. 99.1 580.0 6.9199 52.9 0.109 2.279 33.0610 24. 99.2 581.0 6.9200 52.8 0.111 2.280 33.0611 23. 99.2 582.0 6.9201 52.8 0.118 2.277 33.0612 23. 99.1 583.0 6.9202 52.6 0.110 2.278 33.0610 24. 99.1 584.0 6.9203 52.6 0.108 2.279 33.0610 23. 99.2 585.0 6.9204 52.8 0.116 2.278 33.0611 24. 99.1 586.0 6.9205 52.9 0.146 2.278 33.0611 23. 99.1 587.0 6.9206 52.8 0.152 2.278 33.0612 24. 99.1 588.0 6.9207 52.8 0.111 2.277 33.0612 23. 99.1 589.0 6.9208 52.8 0.103 2.275 33.0611 24. 99.0 590.0 6.9209 52.7 0.110 2.277 33.0612 23. 99.1 591.0 6.9209 52.6 0.108 2.277 33.0613 25. 99.1 592.0 6.9210 52.7 0.107 2.278 33.0614 26. 99.1 593.0 6.9211 52.7 0.104 2.278 33.0614 26. 99.1 594.0 6.9211 52.5 0.136 2.277 33.0616 27. 99.1 595.0 6.9213 52.6 0.142 2.276 33.0615 27. 99.0 596.0 6.9214 52.6 0.110 2.277 33.0615 32. 99.1 597.0 6.9215 52.7 0.110 2.277 33.0614 36. 99.1 598.0 6.9216 52.6 0.126 2.279 33.0615 35. 99.2 599.0 6.9217 52.7 0.123 2.277 33.0614 36. 99.1 600.0 6.9218 52.8 0.109 2.278 33.0616 37. 99.1 601.0 6.9219 52.7 0.197 2.278 33.0618 37. 99.1 602.0 6.9220 52.6 0.188 2.277 33.0618 39. 99.1 603.0 6.9221 52.6 0.131 2.278 33.0616 43. 99.1 604.0 6.9223 52.8 0.144 2.276 33.0616 47. 99.0 605.0 6.9223 52.6 0.142 2.275 33.0617 57. 99.0 606.0 6.9225 52.7 0.142 2.275 33.0618 57. 99.0 607.0 6.9225 52.7 0.133 2.274 33.0619 57. 99.0 608.0 6.9226 52.6 0.115 2.274 33.0621 66. 99.0 609.0 6.9228 52.6 0.127 2.275 33.0623 82. 99.0 609.9 6.9229 52.3 0.116 2.269 33.0633 207. 98.7