*2013/12/16 15:27:35.08 *IOS HEADER VERSION 1.10 2011/10/26 2011/10/26 *FILE START TIME : UTC 2003/04/03 15:02:43.000 TIME INCREMENT : 0 0 0 0.416667E-01 0 ! (day hr min sec ms) NUMBER OF RECORDS : 604 DATA DESCRIPTION : CTD FILE TYPE : ASCII NUMBER OF CHANNELS : 8 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- --------------------------- --------------- -------------- -------------- 1 Pressure decibar 2.4 604.9 2 Temperature:Primary 'deg C (ITS90)' 8.1959 9.134501 3 Transmissivity %/metre 40.6 56.3 4 Fluorescence:URU:Seapoint mg/m^3 0.145 1.84 5 Oxygen:Dissolved:SBE mL/L 2.36 7.01 6 pH n/a 7.56 8.08 7 Salinity:T0:C0 PSS-78 26.9114 31.2041 8 Number_of_bin_records n/a 9 186 $END $TABLE: CHANNEL DETAIL ! No Pad Start Width Format Type Decimal_Places !--- ---- ----- ----- ------ ---- -------------- 1 -99 ' ' 7 F ' ' 1 2 -99 ' ' 9 F ' ' 4 3 -99 ' ' 6 F ' ' 1 4 -99 ' ' 8 F ' ' 3 5 -99 ' ' 7 F ' ' 2 6 -99 ' ' 7 F ' ' 2 7 -99 ' ' 9 F ' ' 4 8 ' ' ' ' 5 I I 0 $END $REMARKS This file converted from Sea-Bird file: Q:\CTD\2003-08\derive\2003-08-0004.cn $END *ADMINISTRATION MISSION : 2003-08 AGENCY : IOS, Ocean Science and Productivity, Sidney, BC COUNTRY : Canada PROJECT : Paleoclimate and Oceanography SCIENTIST : Thomson R.E. PLATFORM : Vector *LOCATION GEOGRAPHIC AREA : B.C. Inlets STATION : JE 02 EVENT NUMBER : 4 LATITUDE : 49 46.18000 N ! (deg min) LONGITUDE : 124 10.01000 W ! (deg min) *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 pH ' ' 0160 oxidation ' ' 0160 transmissometer:primary ' ' 333DR Oxygen:SBE ' ' 0047 $END $REMARKS SOFTWARE VERSION SEASAVE WIN32 V 5.26F $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! ------------------------ ------ ---------- -------- --------- --------- SBE_IOS 2.5 2003/06/30 15:56:26 35966 35966 CLEAN 4.3 2003/06/30 16:06:45 35966 35966 SHIFTDAT 3.3 2003/07/05 17:33:16 ? ? SHIFTDAT 3.3 2003/07/05 18:00:46 ? ? SHIFTDAT 3.3 2003/07/05 18:16:35 ? ? DELETE 6.2 2003/07/05 18:32:02 35966 19113 CTDEDIT 4.50 2003/07/06 13:58:02 19113 19070 CALIB 11.1 2003/07/06 16:15:04 19070 19070 CALIB 11.1 2003/07/06 16:19:11 19070 19070 BOXCAR 4.2 2003/07/06 16:29:57 19070 19070 BINAVE 4.0.1 2003/07/06 16:33:57 19070 604 REMOVECH 6.0 2003/07/07 11:48:24 604 604 HDREDIT2 1.6 2003/07/07 12:19:25 ? ? CALIB 11.1 2003/08/12 16:42:04 604 604 CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 15:27:35 604 604 $END $REMARKS CLEAN functions: - Interpolation by Record Number. - Set event to last 4 characters of file name -The following SHIFT parameters were used. Shift Channel: Conductivity:Primary [S/m] # of Records to Advance (-ve for Delay): At REC# 0 Shift= -0.50 Salinity was recalculated after shift -The following SHIFT parameters were used. Shift Channel: Oxygen:Dissolved:SBE [mL/L] # of Records to Advance (-ve for Delay): At REC# 0 Shift=220.00 Salinity was recalculated after shift -The following SHIFT parameters were used. Shift Channel: Fluorescence:URU:Seapoint [mg/m^3] # of Records to Advance (-ve for Delay): At REC# 0 Shift= 24.00 Salinity was recalculated after shift -The following DELETE parameters were used: Surface Record Removal: Low Sal & Last Press Min Maximum Surface Pressure (relative): 10.00 Minimum Surface Salinity: 5.000 Surface Swell Pressure Tolerance: 1.00 Pressure filtered over width: 15 Swells deleted. Warning message if pressure difference of 2.00 Drop rates < 0.30m/s (calculated over 15 points) will be deleted. Drop rate applies in the range 10.00 to 595.28 dbars Sample interval (from FILE section of header) = 0.042 seconds. -The following CALIB parameters were used: Calibration type = Correct Mode: ONLY - calibration specs from Cal File only. Calibration file = Q:\CTD\2003-08\doc\2003-08RCAL1.CCF Calibrations applied: Ch Name Units Fmla Coefficents -- ----------------------------- --------- --- ----------------------------- 9 Oxygen:Dissolved:SBE mL/L 10 -0.1390000E+00 0.1152000E+01 -The following CALIB parameters were used: Calibration type = Correct Mode: ONLY - calibration specs from Cal File only. Calibration file = Q:\CTD\2003-08\doc\2003-08RCAL2.CCF Calibrations applied: Ch Name Units Fmla Coefficents -- ----------------------------- --------- --- ----------------------------- 9 Oxygen:Dissolved:SBE mL/L 11 -0.2475000E+00 0.5000000E-03 Pressure -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 [dbars] Averaging interval = 1.00 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 CHANNEL(S) were removed from file. Scan_Number Temperature:Secondary Conductivity:Primary Conductivity:Secondary Oxidation_Reduction_Potential Descent_Rate Status:Pump Salinity:T1:C1 Flag -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 SBE HEADER Sea-Bird SBE 9 Data File: FileName = D:\data\2003-08\2003-08-0004.dat Software Version Seasave Win32 V 5.26f Temperature SN = 2023 Conductivity SN = 1763 Number of Bytes Per Scan = 30 Number of Voltage Words = 4 Number of Scans Averaged by the Deck Unit = 1 System UpLoad Time = Apr 03 2003 15:02:43 NMEA Latitude = 49 46.18 N NMEA Longitude = 124 10.01 W NMEA UTC (Time) = Apr 03 2003 15:02:43 Store Lat/Lon Data = Add to Header Only Ship: CCCG Vector Vector Cruise: 2003-08 2003-08 Station: JE 02 Latitude: Longitude: # nquan = 16 # nvalues = 35966 # 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 = ph: pH # name 10 = orp: Oxidation Reduction Potential [mV] # name 11 = dz/dtM: Descent Rate [m/s] # name 12 = pumps: Pump Status # name 13 = sal00: Salinity [PSU] # name 14 = sal11: Salinity, 2 [PSU] # name 15 = flag: flag # span 0 = 1, 35966 # span 1 = 0.973, 605.278 # span 2 = 8.1969, 9.1376 # span 3 = 8.1993, 9.1346 # span 4 = 2.853787, 3.386695 # span 5 = 2.854100, 3.386707 # span 6 = 60.5229, 86.6849 # span 7 = 1.3553e-01, 2.7509e+00 # span 8 = 2.09241, 6.42022 # span 9 = 7.557, 8.082 # span 10 = 279.6722, 307.4686 # span 11 = -1.182, 0.909 # span 12 = 0, 1 # span 13 = 26.6282, 31.2048 # span 14 = 26.6153, 31.2074 # span 15 = 0.0000e+00, 0.0000e+00 # interval = seconds: 0.0416667 # start_time = Apr 03 2003 15:02:43 # 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, primary # sensor 6 = Extrnl Volt 2 pH, 0160, 28-Mar-03 # sensor 7 = Extrnl Volt 3 oxidation reduction potential, 0160, 28-Mar-03 # sensor 8 = Extrnl Volt 4 transmissometer, primary, 333DR, 11-Oct-02 # sensor 9 = Extrnl Volt 6 Oxygen, SBE, primary, 0047, 21-Aug-02 # datcnv_date = Jun 30 2003 12:09:58, 5.28c # datcnv_in = Q:\CTD\2003-08\2003-08-0004.dat Q:\CTD\2003-08\2003-08-0550.CON # datcnv_skipover = 0 # wildedit_date = Jun 30 2003 13:36:38, 5.28c # wildedit_in = Q:\CTD\2003-08\convert\2003-08-0004.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 = Jun 30 2003 15:29:19, 5.28c # celltm_in = Q:\CTD\2003-08\wildedit\2003-08-0004.cnv # celltm_alpha = 0.0100, 0.0100 # celltm_tau = 7.0000, 7.0000 # celltm_temp_sensor_use_for_cond = primary, secondary # Derive_date = Jun 30 2003 15:33:42, 5.28c # Derive_in = Q:\CTD\2003-08\celltm\2003-08-0004.cnv Q:\CTD\2003-02\CTD0550.CON # file_type = ascii END* CTDEDIT was used to remove records from the top 2.3db and to clean salinity lightly. ******************************************************************************** The con file used to convert this file although named 2003-08-0550CTD.con, contains the calibrations for CTD system #0585, the system used for this cast. The time response of the dissolved oxygen sensor is poor. SHIFT was used and corrections have been applied based on titrated samples, but large errors remain and are considered to be of the order: * ±1 ml/l in the top 10m * ±0.8 ml/l from 10 to 125m * ±0.3 ml/l from 125 to 400m * ±0.1 ml/l below 400m The pH, Fluorescence and Transmissivity data are nominal. The pH, Dissolved Oxygen and Transmissivity are unedited except that some full records were removed in the course of editing temperature and salinity. The same is true for fluorescence except that it was put through a median filter. ****************************************************************************** *CALIBRATION $TABLE: CORRECTED CHANNELS !Name Units Fmla Pad Coefficients !---------------------- --------------- ---- ------ ------------ Oxygen:Dissolved:SBE mL/L 10 -99 () (-0.139 1.152) Oxygen:Dissolved:SBE mL/L 11 -99 (Pressure) (-0.2475 0.5E-03) Temperature:Primary 'deg C (ITS90)' 10 -99 () (-0.27E-02 1) $END !--1--- ---2---- --3-- ---4--- --5--- --6--- ---7---- -8-- !Pressu Temperat Trans Fluores Oxygen pH Salinity Numb !re ure: missi cence: : :T0:C0 er_o ! Primary vity URU: Dissol ~bin ! Seapoin ved: _rec ! t SBE ords !------ -------- ----- ------- ------ ------ -------- ---- *END OF HEADER 2.4 8.5268 41.1 1.772 6.95 8.05 26.9114 9 3.0 8.5677 40.6 1.784 6.95 8.05 26.9763 38 4.0 8.6030 41.0 1.763 6.96 8.06 27.0351 33 5.0 8.6004 41.1 1.723 6.98 8.06 27.0290 33 6.0 8.6097 41.6 1.710 7.01 8.06 27.0464 32 7.0 8.5981 41.4 1.766 6.96 8.06 27.0173 32 8.0 8.5922 41.3 1.802 6.89 8.06 27.0089 31 9.0 8.6095 41.5 1.834 6.82 8.06 27.0541 31 10.0 8.6473 40.7 1.840 6.77 8.07 27.1299 30 11.0 8.6463 41.0 1.796 6.74 8.08 27.1667 30 12.0 8.6048 42.0 1.837 6.70 8.07 27.3027 31 13.0 8.4413 42.5 1.834 6.69 8.05 27.5167 30 14.0 8.4351 43.5 1.699 6.69 8.02 27.5898 30 15.0 8.4351 44.7 1.596 6.66 8.00 27.6758 31 16.0 8.4232 46.0 1.580 6.57 7.99 27.7733 30 17.0 8.4141 47.1 1.474 6.47 7.98 27.8083 31 18.0 8.4134 47.9 1.448 6.36 7.98 27.8630 30 19.0 8.4119 48.4 1.376 6.25 7.98 28.0379 30 20.0 8.3974 48.7 1.326 6.13 7.98 28.2088 30 21.0 8.3273 48.7 1.234 6.03 7.96 28.3134 31 22.0 8.3052 49.7 1.156 5.94 7.93 28.4936 30 23.0 8.2844 50.3 0.954 5.88 7.91 28.5931 29 24.0 8.2470 51.0 0.844 5.82 7.89 28.6937 30 25.0 8.2248 51.5 0.705 5.78 7.86 28.7959 30 26.0 8.2044 52.0 0.580 5.73 7.84 28.9001 30 27.0 8.1963 52.9 0.519 5.68 7.82 28.9738 30 28.0 8.1959 53.5 0.472 5.63 7.80 29.0199 30 29.0 8.1970 54.1 0.419 5.58 7.80 29.0520 30 30.0 8.2103 54.7 0.400 5.54 7.79 29.1254 30 31.0 8.2211 54.7 0.383 5.47 7.79 29.1684 30 32.0 8.2413 54.8 0.382 5.40 7.78 29.2072 29 33.0 8.2557 54.8 0.359 5.34 7.78 29.2573 29 34.0 8.2634 55.0 0.336 5.27 7.77 29.2868 30 35.0 8.2779 55.0 0.337 5.22 7.77 29.3150 28 36.0 8.3311 54.9 0.343 5.17 7.76 29.4156 28 37.0 8.3732 55.0 0.311 5.13 7.75 29.5018 29 38.0 8.3986 54.9 0.294 5.10 7.74 29.5592 28 39.0 8.4377 55.0 0.293 5.06 7.74 29.6426 29 40.0 8.4618 54.8 0.275 5.02 7.73 29.7168 28 41.0 8.4766 54.9 0.267 4.98 7.72 29.7569 30 42.0 8.4854 55.2 0.262 4.94 7.72 29.7790 29 43.0 8.4881 55.1 0.254 4.90 7.72 29.7842 29 44.0 8.4972 55.0 0.285 4.87 7.72 29.8053 30 45.0 8.5250 55.0 0.251 4.84 7.72 29.8572 29 46.0 8.5459 55.0 0.247 4.82 7.71 29.8975 30 47.0 8.5551 55.1 0.242 4.80 7.71 29.9263 29 48.0 8.5714 55.0 0.233 4.78 7.70 29.9648 29 49.0 8.5778 54.9 0.227 4.76 7.70 29.9946 28 50.0 8.5798 55.0 0.227 4.75 7.70 30.0041 29 51.0 8.5823 55.0 0.221 4.72 7.70 30.0167 29 52.0 8.5850 55.0 0.221 4.70 7.70 30.0233 29 53.0 8.5841 55.0 0.220 4.67 7.70 30.0272 29 54.0 8.5767 55.0 0.218 4.66 7.70 30.0360 29 55.0 8.5755 54.9 0.230 4.63 7.70 30.0469 29 56.0 8.5988 54.8 0.226 4.61 7.70 30.0984 29 57.0 8.6118 54.6 0.236 4.60 7.70 30.1143 29 58.0 8.6170 54.7 0.214 4.59 7.69 30.1183 30 59.0 8.6228 54.7 0.220 4.58 7.69 30.1263 28 60.0 8.6377 54.7 0.208 4.57 7.69 30.1376 29 61.0 8.6367 54.7 0.204 4.56 7.69 30.1506 29 62.0 8.6232 54.8 0.198 4.55 7.69 30.1562 29 63.0 8.6357 54.7 0.201 4.54 7.69 30.1730 29 64.0 8.6437 54.7 0.203 4.53 7.69 30.2040 29 65.0 8.6436 54.6 0.203 4.52 7.69 30.2223 29 66.0 8.6473 54.5 0.197 4.51 7.69 30.2313 29 67.0 8.6479 54.5 0.201 4.50 7.69 30.2338 29 68.0 8.6494 54.3 0.193 4.49 7.69 30.2381 28 69.0 8.6500 54.4 0.195 4.47 7.69 30.2401 28 70.0 8.6502 54.3 0.195 4.46 7.69 30.2438 29 71.0 8.6550 54.3 0.190 4.45 7.69 30.2526 29 72.0 8.6653 54.3 0.196 4.45 7.69 30.2608 29 73.0 8.6745 54.3 0.197 4.44 7.69 30.2654 28 74.0 8.6797 54.2 0.176 4.45 7.69 30.2686 29 75.0 8.6836 54.2 0.175 4.46 7.69 30.2732 29 76.0 8.6820 54.3 0.176 4.47 7.69 30.2828 28 77.0 8.6826 54.3 0.178 4.48 7.69 30.2858 29 78.0 8.6814 54.3 0.173 4.50 7.69 30.2883 28 79.0 8.6695 54.2 0.177 4.53 7.69 30.2934 29 80.0 8.6557 54.2 0.171 4.55 7.69 30.2974 29 81.0 8.6467 54.2 0.183 4.58 7.70 30.3012 29 82.0 8.6406 54.1 0.177 4.59 7.70 30.3041 28 83.0 8.6269 54.0 0.172 4.61 7.70 30.3076 29 84.0 8.5928 53.8 0.176 4.61 7.71 30.3109 29 85.0 8.5702 53.6 0.179 4.62 7.72 30.3107 29 86.0 8.5616 53.4 0.178 4.62 7.72 30.3114 28 87.0 8.5543 53.1 0.177 4.61 7.73 30.3170 29 88.0 8.5547 52.9 0.181 4.61 7.73 30.3204 29 89.0 8.5577 52.6 0.186 4.59 7.74 30.3230 29 90.0 8.5581 52.5 0.185 4.58 7.74 30.3234 28 91.0 8.5589 52.4 0.185 4.55 7.74 30.3241 29 92.0 8.5606 52.2 0.187 4.53 7.74 30.3249 29 93.0 8.5660 52.2 0.201 4.50 7.74 30.3268 29 94.0 8.5807 52.2 0.184 4.48 7.74 30.3316 28 95.0 8.5892 52.2 0.181 4.46 7.73 30.3338 28 96.0 8.6106 52.3 0.177 4.45 7.73 30.3410 29 97.0 8.6360 52.3 0.177 4.45 7.72 30.3492 29 98.0 8.6481 52.5 0.175 4.44 7.72 30.3540 28 99.0 8.6549 52.7 0.176 4.44 7.71 30.3597 29 100.0 8.6543 52.9 0.171 4.44 7.71 30.3646 28 101.0 8.6523 53.0 0.178 4.43 7.71 30.3679 28 102.0 8.6545 53.0 0.173 4.43 7.71 30.3712 29 103.0 8.6513 53.1 0.171 4.43 7.71 30.3735 29 104.0 8.6490 53.2 0.170 4.41 7.71 30.3757 28 105.0 8.6490 53.1 0.171 4.40 7.71 30.3787 29 106.0 8.6471 53.0 0.169 4.39 7.71 30.3809 28 107.0 8.6428 53.0 0.172 4.38 7.71 30.3822 28 108.0 8.6447 52.5 0.170 4.38 7.71 30.3870 29 109.0 8.6607 52.9 0.171 4.39 7.71 30.3947 28 110.0 8.6698 52.8 0.167 4.41 7.71 30.4006 29 111.0 8.6746 52.9 0.168 4.44 7.71 30.4038 28 112.0 8.6777 52.9 0.171 4.46 7.70 30.4071 28 113.0 8.6720 52.9 0.170 4.47 7.70 30.4089 28 114.0 8.6488 52.8 0.169 4.48 7.71 30.4105 28 115.0 8.6202 52.7 0.172 4.48 7.71 30.4083 27 116.0 8.6056 52.4 0.171 4.47 7.72 30.4070 28 117.0 8.5878 52.1 0.177 4.47 7.72 30.4105 27 118.0 8.5928 51.9 0.172 4.47 7.73 30.4197 28 119.0 8.5961 51.7 0.175 4.46 7.73 30.4270 27 120.0 8.5992 51.7 0.177 4.46 7.73 30.4321 28 121.0 8.6061 51.6 0.179 4.45 7.73 30.4407 28 122.0 8.6088 51.5 0.176 4.45 7.73 30.4430 27 123.0 8.6097 51.6 0.176 4.45 7.73 30.4437 27 124.0 8.6107 51.6 0.172 4.44 7.73 30.4459 27 125.0 8.6122 51.5 0.175 4.43 7.73 30.4493 27 126.0 8.6146 51.2 0.176 4.43 7.73 30.4522 27 127.0 8.6184 51.0 0.173 4.43 7.73 30.4547 27 128.0 8.6193 51.3 0.175 4.42 7.73 30.4554 27 129.0 8.6209 51.4 0.176 4.42 7.72 30.4570 27 130.0 8.6232 51.4 0.177 4.41 7.72 30.4590 27 131.0 8.6241 51.3 0.180 4.41 7.72 30.4599 27 132.0 8.6249 51.3 0.176 4.40 7.72 30.4609 27 133.0 8.6259 51.4 0.169 4.39 7.72 30.4621 26 134.0 8.6287 51.3 0.185 4.39 7.72 30.4649 27 135.0 8.6327 51.2 0.185 4.39 7.72 30.4694 27 136.0 8.6402 51.4 0.176 4.38 7.72 30.4775 28 137.0 8.6428 51.3 0.177 4.38 7.72 30.4802 27 138.0 8.6434 51.3 0.175 4.37 7.72 30.4807 27 139.0 8.6439 51.4 0.174 4.36 7.72 30.4813 28 140.0 8.6455 51.3 0.182 4.36 7.72 30.4835 27 141.0 8.6481 51.3 0.175 4.34 7.72 30.4865 27 142.0 8.6485 50.6 0.178 4.33 7.72 30.4875 27 143.0 8.6534 51.3 0.174 4.32 7.72 30.4915 28 144.0 8.6606 51.3 0.176 4.31 7.72 30.4947 27 145.0 8.6654 51.3 0.179 4.29 7.72 30.4971 27 146.0 8.6763 51.4 0.172 4.28 7.72 30.5039 27 147.0 8.6801 51.4 0.172 4.27 7.72 30.5077 27 148.0 8.6836 51.5 0.169 4.26 7.72 30.5111 27 149.0 8.6947 51.6 0.175 4.25 7.72 30.5238 27 150.0 8.7067 51.5 0.170 4.24 7.71 30.5402 27 151.0 8.7118 51.6 0.167 4.22 7.71 30.5446 28 152.0 8.7157 51.6 0.168 4.21 7.71 30.5483 28 153.0 8.7227 51.4 0.165 4.19 7.71 30.5558 27 154.0 8.7241 51.7 0.173 4.18 7.71 30.5576 27 155.0 8.7280 51.6 0.167 4.16 7.71 30.5621 28 156.0 8.7368 51.6 0.165 4.14 7.71 30.5713 27 157.0 8.7458 51.6 0.169 4.13 7.71 30.5802 27 158.0 8.7564 51.5 0.165 4.11 7.71 30.5901 28 159.0 8.7624 51.6 0.170 4.10 7.70 30.5952 27 160.0 8.7692 51.6 0.174 4.09 7.70 30.6017 28 161.0 8.7793 51.6 0.174 4.08 7.70 30.6108 27 162.0 8.7845 51.6 0.162 4.06 7.70 30.6160 28 163.0 8.7891 51.6 0.164 4.05 7.70 30.6207 27 164.0 8.7920 51.5 0.163 4.03 7.70 30.6231 28 165.0 8.7950 51.7 0.168 4.03 7.70 30.6263 27 166.0 8.8011 51.5 0.162 4.02 7.69 30.6318 28 167.0 8.8100 51.4 0.162 4.01 7.69 30.6405 26 168.0 8.8145 51.5 0.164 3.99 7.69 30.6442 28 169.0 8.8156 51.7 0.165 3.96 7.69 30.6445 27 170.0 8.8154 51.5 0.161 3.94 7.69 30.6446 27 171.0 8.8170 51.6 0.166 3.92 7.69 30.6458 26 172.0 8.8210 51.7 0.165 3.90 7.69 30.6472 27 173.0 8.8282 51.6 0.161 3.89 7.69 30.6515 27 174.0 8.8451 51.7 0.162 3.88 7.69 30.6569 27 175.0 8.8705 51.8 0.161 3.88 7.68 30.6669 27 176.0 8.8729 51.8 0.157 3.87 7.68 30.6674 27 177.0 8.8736 52.1 0.160 3.86 7.68 30.6682 27 178.0 8.8755 52.2 0.159 3.85 7.67 30.6722 27 179.0 8.8744 52.4 0.158 3.82 7.67 30.6772 27 180.0 8.8742 52.4 0.161 3.78 7.67 30.6812 27 181.0 8.8761 52.4 0.161 3.74 7.67 30.6859 28 182.0 8.8796 52.4 0.160 3.70 7.67 30.6914 26 183.0 8.8820 52.2 0.161 3.67 7.67 30.6945 28 184.0 8.8916 52.2 0.158 3.65 7.67 30.7009 27 185.0 8.9187 52.2 0.158 3.64 7.67 30.7148 27 186.0 8.9414 52.3 0.157 3.65 7.66 30.7226 28 187.0 8.9534 52.4 0.157 3.66 7.66 30.7261 28 188.0 8.9636 52.7 0.158 3.66 7.65 30.7321 28 189.0 8.9632 52.9 0.154 3.65 7.65 30.7347 27 190.0 8.9568 53.0 0.157 3.63 7.64 30.7360 28 191.0 8.9309 53.0 0.158 3.61 7.65 30.7380 27 192.0 8.9245 52.7 0.156 3.59 7.65 30.7404 28 193.0 8.9249 52.5 0.155 3.58 7.66 30.7418 28 194.0 8.9283 52.3 0.154 3.57 7.66 30.7462 27 195.0 8.9488 52.3 0.155 3.56 7.66 30.7653 28 196.0 8.9553 52.1 0.156 3.55 7.65 30.7702 27 197.0 8.9565 52.2 0.155 3.54 7.65 30.7712 28 198.0 8.9595 52.1 0.155 3.53 7.65 30.7735 27 199.0 8.9608 52.2 0.154 3.52 7.65 30.7743 28 200.0 8.9594 52.3 0.159 3.51 7.65 30.7738 28 201.0 8.9617 52.2 0.155 3.49 7.65 30.7752 28 202.0 8.9665 52.3 0.156 3.44 7.65 30.7770 27 203.0 8.9656 52.2 0.157 3.38 7.65 30.7770 28 204.0 8.9667 52.4 0.156 3.32 7.65 30.7782 27 205.0 8.9700 52.3 0.153 3.27 7.64 30.7802 28 206.0 8.9800 52.4 0.153 3.23 7.64 30.7858 28 207.0 8.9975 52.6 0.151 3.20 7.64 30.7918 28 208.0 9.0358 52.7 0.154 3.18 7.64 30.8102 27 209.0 9.0491 53.0 0.152 3.16 7.62 30.8185 28 210.0 9.0579 52.5 0.151 3.15 7.61 30.8274 28 211.0 9.0613 53.6 0.150 3.13 7.61 30.8351 27 212.0 9.0654 53.8 0.150 3.12 7.61 30.8410 29 213.0 9.0667 53.9 0.150 3.10 7.61 30.8422 27 214.0 9.0671 53.9 0.153 3.09 7.61 30.8438 28 215.0 9.0662 54.0 0.153 3.08 7.60 30.8479 28 216.0 9.0658 54.0 0.152 3.06 7.60 30.8506 28 217.0 9.0707 54.1 0.153 3.05 7.60 30.8529 27 218.0 9.0715 54.0 0.150 3.04 7.60 30.8532 29 219.0 9.0729 54.1 0.150 3.03 7.60 30.8547 27 220.0 9.0742 54.1 0.150 3.02 7.60 30.8581 29 221.0 9.0758 54.1 0.149 3.01 7.60 30.8609 28 222.0 9.0768 54.1 0.149 3.00 7.60 30.8633 27 223.0 9.0762 54.2 0.150 2.99 7.59 30.8651 28 224.0 9.0759 54.1 0.150 2.97 7.59 30.8659 28 225.0 9.0752 54.2 0.148 2.96 7.59 30.8686 29 226.0 9.0778 54.2 0.150 2.95 7.59 30.8707 28 227.0 9.0808 54.2 0.151 2.94 7.59 30.8736 28 228.0 9.0827 54.2 0.150 2.94 7.59 30.8838 27 229.0 9.0828 54.2 0.148 2.93 7.59 30.8942 29 230.0 9.0835 54.1 0.150 2.92 7.59 30.8982 28 231.0 9.0857 54.1 0.150 2.91 7.59 30.9014 28 232.0 9.0881 54.1 0.152 2.90 7.59 30.9125 28 233.0 9.0862 54.0 0.151 2.88 7.59 30.9141 29 234.0 9.0870 54.0 0.149 2.86 7.59 30.9154 28 235.0 9.0888 53.9 0.149 2.84 7.59 30.9168 27 236.0 9.0902 54.0 0.149 2.82 7.59 30.9186 29 237.0 9.0911 54.0 0.152 2.81 7.59 30.9199 28 238.0 9.0945 54.0 0.151 2.79 7.59 30.9248 28 239.0 9.1002 54.0 0.150 2.76 7.59 30.9421 28 240.0 9.1004 54.1 0.150 2.73 7.59 30.9454 29 241.0 9.1002 54.0 0.151 2.70 7.59 30.9495 28 242.0 9.1019 54.1 0.149 2.68 7.59 30.9536 28 243.0 9.1030 54.1 0.149 2.66 7.59 30.9568 28 244.0 9.1052 54.0 0.156 2.64 7.59 30.9848 29 245.0 9.1074 54.2 0.151 2.62 7.58 30.9936 28 246.0 9.1080 54.2 0.149 2.59 7.58 30.9976 28 247.0 9.1094 54.2 0.149 2.56 7.58 31.0005 28 248.0 9.1091 54.3 0.151 2.54 7.57 31.0027 28 249.0 9.1088 54.2 0.150 2.52 7.57 31.0073 27 250.0 9.1099 54.3 0.148 2.51 7.57 31.0151 29 251.0 9.1083 54.5 0.149 2.50 7.57 31.0294 28 252.0 9.1068 54.6 0.151 2.49 7.56 31.0378 28 253.0 9.1053 54.8 0.149 2.49 7.56 31.0416 29 254.0 9.1046 54.9 0.151 2.49 7.56 31.0452 28 255.0 9.1044 55.0 0.152 2.49 7.56 31.0555 28 256.0 9.1038 55.1 0.151 2.49 7.56 31.0634 29 257.0 9.1028 55.1 0.150 2.49 7.56 31.0652 28 258.0 9.1035 55.1 0.150 2.48 7.56 31.0686 28 259.0 9.1066 55.0 0.149 2.47 7.56 31.0715 28 260.0 9.1074 54.9 0.149 2.46 7.57 31.0723 28 261.0 9.1075 54.9 0.149 2.46 7.57 31.0742 28 262.0 9.1071 54.9 0.151 2.45 7.57 31.0757 28 263.0 9.1059 54.8 0.149 2.45 7.57 31.0769 28 264.0 9.1049 54.8 0.149 2.45 7.57 31.0778 28 265.0 9.1036 54.8 0.151 2.45 7.57 31.0792 28 266.0 9.1026 54.8 0.153 2.45 7.57 31.0811 27 267.0 9.1027 54.8 0.151 2.45 7.57 31.0825 29 268.0 9.1038 54.7 0.149 2.45 7.57 31.0846 28 269.0 9.1052 54.9 0.150 2.45 7.57 31.0895 28 270.0 9.1052 54.9 0.150 2.45 7.57 31.0948 28 271.0 9.1054 54.8 0.151 2.45 7.57 31.1004 27 272.0 9.1055 54.8 0.151 2.45 7.57 31.1007 28 273.0 9.1057 54.7 0.148 2.45 7.57 31.1018 28 274.0 9.1061 54.7 0.149 2.44 7.58 31.1067 28 275.0 9.1062 54.5 0.148 2.44 7.58 31.1076 28 276.0 9.1061 54.7 0.149 2.44 7.58 31.1105 28 277.0 9.1051 54.7 0.150 2.43 7.58 31.1155 27 278.0 9.1046 54.7 0.149 2.43 7.58 31.1180 28 279.0 9.1045 54.6 0.150 2.43 7.58 31.1188 29 280.0 9.1042 54.6 0.156 2.43 7.58 31.1205 28 281.0 9.1043 54.6 0.156 2.43 7.58 31.1213 27 282.0 9.1043 54.7 0.149 2.43 7.58 31.1220 29 283.0 9.1043 54.6 0.148 2.42 7.58 31.1231 28 284.0 9.1043 54.6 0.148 2.42 7.58 31.1248 28 285.0 9.1044 54.6 0.147 2.42 7.58 31.1255 28 286.0 9.1044 54.6 0.149 2.42 7.58 31.1266 28 287.0 9.1045 54.7 0.148 2.42 7.58 31.1271 28 288.0 9.1046 54.6 0.149 2.42 7.58 31.1273 28 289.0 9.1047 54.8 0.147 2.42 7.58 31.1274 28 290.0 9.1048 54.6 0.148 2.42 7.58 31.1275 28 291.0 9.1045 54.2 0.150 2.41 7.58 31.1292 29 292.0 9.1043 54.7 0.147 2.41 7.58 31.1307 28 293.0 9.1042 54.7 0.148 2.41 7.58 31.1331 28 294.0 9.1043 54.7 0.152 2.41 7.58 31.1331 28 295.0 9.1044 54.7 0.150 2.41 7.58 31.1329 28 296.0 9.1044 54.8 0.149 2.40 7.58 31.1333 28 297.0 9.1043 54.7 0.147 2.40 7.58 31.1345 29 298.0 9.1041 54.7 0.149 2.40 7.58 31.1360 27 299.0 9.1037 54.7 0.147 2.40 7.58 31.1375 29 300.0 9.1037 54.5 0.150 2.40 7.58 31.1378 27 301.0 9.1034 54.5 0.150 2.40 7.58 31.1388 29 302.0 9.1025 54.7 0.148 2.39 7.58 31.1421 28 303.0 9.1018 54.8 0.149 2.39 7.58 31.1445 27 304.0 9.1014 54.6 0.149 2.39 7.58 31.1456 29 305.0 9.1015 54.6 0.147 2.39 7.59 31.1460 28 306.0 9.1011 54.5 0.147 2.39 7.58 31.1468 27 307.0 9.1001 54.6 0.149 2.39 7.58 31.1481 29 308.0 9.0997 54.7 0.149 2.39 7.58 31.1486 28 309.0 9.0977 54.8 0.148 2.39 7.58 31.1499 28 310.0 9.0961 55.0 0.149 2.38 7.58 31.1514 28 311.0 9.0970 55.1 0.149 2.38 7.58 31.1531 29 312.0 9.0979 55.0 0.148 2.38 7.58 31.1540 27 313.0 9.0982 55.0 0.149 2.38 7.58 31.1548 28 314.0 9.0982 54.8 0.146 2.38 7.58 31.1554 29 315.0 9.0980 55.0 0.148 2.38 7.58 31.1556 27 316.0 9.0964 54.9 0.146 2.38 7.58 31.1564 29 317.0 9.0950 55.0 0.150 2.38 7.58 31.1567 28 318.0 9.0953 55.2 0.147 2.38 7.58 31.1588 28 319.0 9.0968 55.3 0.148 2.38 7.58 31.1608 29 320.0 9.0971 55.4 0.149 2.38 7.58 31.1611 28 321.0 9.0972 55.4 0.148 2.38 7.58 31.1612 27 322.0 9.0972 55.5 0.151 2.38 7.59 31.1620 29 323.0 9.0972 55.4 0.147 2.38 7.59 31.1624 28 324.0 9.0970 55.2 0.148 2.38 7.59 31.1628 28 325.0 9.0969 55.3 0.149 2.38 7.59 31.1631 29 326.0 9.0970 55.5 0.148 2.37 7.59 31.1632 29 327.0 9.0969 55.5 0.149 2.37 7.59 31.1637 28 328.0 9.0965 55.5 0.147 2.37 7.59 31.1648 30 329.0 9.0965 55.5 0.149 2.37 7.59 31.1649 29 330.0 9.0956 55.5 0.147 2.37 7.59 31.1658 29 331.0 9.0944 55.5 0.149 2.37 7.59 31.1667 29 332.0 9.0941 55.4 0.148 2.37 7.59 31.1670 29 333.0 9.0941 55.5 0.148 2.37 7.59 31.1672 28 334.0 9.0937 55.6 0.148 2.37 7.59 31.1676 29 335.0 9.0930 55.7 0.149 2.37 7.59 31.1683 29 336.0 9.0926 55.8 0.148 2.37 7.59 31.1686 29 337.0 9.0922 55.8 0.145 2.37 7.59 31.1689 29 338.0 9.0923 55.7 0.147 2.37 7.59 31.1688 28 339.0 9.0922 55.9 0.148 2.37 7.59 31.1690 29 340.0 9.0924 55.8 0.145 2.37 7.59 31.1689 29 341.0 9.0921 55.9 0.148 2.37 7.59 31.1691 29 342.0 9.0922 56.0 0.146 2.37 7.59 31.1691 29 343.0 9.0924 55.9 0.147 2.37 7.59 31.1690 28 344.0 9.0926 55.9 0.147 2.37 7.59 31.1690 28 345.0 9.0926 55.9 0.148 2.37 7.59 31.1691 28 346.0 9.0922 56.0 0.145 2.37 7.59 31.1694 28 347.0 9.0916 56.0 0.149 2.37 7.59 31.1700 29 348.0 9.0915 56.0 0.149 2.36 7.59 31.1701 28 349.0 9.0914 56.0 0.148 2.37 7.59 31.1703 28 350.0 9.0910 56.0 0.150 2.37 7.59 31.1710 29 351.0 9.0906 55.9 0.147 2.36 7.59 31.1721 28 352.0 9.0907 56.0 0.150 2.36 7.59 31.1721 28 353.0 9.0906 56.1 0.149 2.36 7.59 31.1724 28 354.0 9.0902 56.2 0.148 2.36 7.59 31.1730 29 355.0 9.0904 56.2 0.148 2.36 7.59 31.1728 29 356.0 9.0904 56.2 0.145 2.36 7.59 31.1729 28 357.0 9.0903 56.2 0.147 2.36 7.59 31.1731 29 358.0 9.0904 56.3 0.147 2.36 7.59 31.1731 28 359.0 9.0902 56.3 0.148 2.36 7.59 31.1735 29 360.0 9.0903 56.3 0.148 2.36 7.59 31.1736 30 361.0 9.0903 55.9 0.147 2.36 7.59 31.1736 29 362.0 9.0905 56.2 0.147 2.36 7.59 31.1736 28 363.0 9.0905 56.2 0.149 2.36 7.59 31.1737 29 364.0 9.0905 56.1 0.147 2.36 7.59 31.1738 29 365.0 9.0906 56.2 0.148 2.36 7.59 31.1738 28 366.0 9.0908 56.3 0.148 2.36 7.59 31.1738 30 367.0 9.0909 56.3 0.147 2.36 7.59 31.1739 29 368.0 9.0910 56.3 0.148 2.36 7.59 31.1744 29 369.0 9.0914 56.2 0.147 2.36 7.59 31.1747 29 370.0 9.0916 56.2 0.148 2.36 7.59 31.1752 29 371.0 9.0916 56.2 0.148 2.36 7.59 31.1753 29 372.0 9.0916 56.2 0.149 2.36 7.59 31.1754 29 373.0 9.0920 55.9 0.147 2.36 7.59 31.1757 29 374.0 9.0927 56.1 0.148 2.36 7.59 31.1759 29 375.0 9.0929 56.1 0.147 2.36 7.59 31.1760 29 376.0 9.0930 56.1 0.147 2.36 7.59 31.1760 29 377.0 9.0933 56.0 0.148 2.36 7.59 31.1760 29 378.0 9.0936 55.9 0.147 2.36 7.59 31.1759 29 379.0 9.0941 55.9 0.148 2.36 7.59 31.1763 29 380.0 9.0945 55.9 0.146 2.36 7.59 31.1765 30 381.0 9.0947 55.9 0.147 2.36 7.59 31.1767 29 382.0 9.0952 55.8 0.149 2.36 7.59 31.1770 29 383.0 9.0960 55.8 0.147 2.36 7.59 31.1776 29 384.0 9.0974 55.7 0.147 2.36 7.59 31.1790 30 385.0 9.0985 55.5 0.148 2.36 7.59 31.1801 28 386.0 9.0987 55.5 0.147 2.36 7.59 31.1802 31 387.0 9.0988 55.5 0.148 2.36 7.59 31.1804 28 388.0 9.0993 55.4 0.148 2.36 7.59 31.1807 30 389.0 9.0996 55.4 0.147 2.36 7.59 31.1809 29 390.0 9.0998 55.3 0.148 2.36 7.59 31.1809 29 391.0 9.1000 55.4 0.149 2.36 7.59 31.1812 30 392.0 9.1006 55.3 0.151 2.36 7.59 31.1814 29 393.0 9.1012 55.2 0.148 2.36 7.59 31.1816 30 394.0 9.1019 55.1 0.147 2.36 7.59 31.1819 30 395.0 9.1026 54.9 0.149 2.36 7.59 31.1826 29 396.0 9.1026 54.8 0.149 2.36 7.59 31.1832 29 397.0 9.1026 54.7 0.149 2.36 7.59 31.1834 30 398.0 9.1024 54.7 0.149 2.36 7.59 31.1836 29 399.0 9.1029 54.6 0.146 2.36 7.59 31.1839 30 400.0 9.1030 54.6 0.148 2.37 7.59 31.1841 28 401.0 9.1031 54.6 0.152 2.37 7.59 31.1844 30 402.0 9.1029 54.6 0.150 2.37 7.59 31.1848 29 403.0 9.1029 54.2 0.150 2.37 7.59 31.1851 29 404.0 9.1017 54.6 0.151 2.37 7.59 31.1856 30 405.0 9.1006 54.7 0.151 2.37 7.59 31.1857 29 406.0 9.0996 55.0 0.148 2.37 7.59 31.1858 29 407.0 9.0995 55.0 0.150 2.37 7.59 31.1860 30 408.0 9.0996 55.4 0.149 2.37 7.59 31.1862 29 409.0 9.1005 55.5 0.149 2.37 7.59 31.1866 30 410.0 9.1028 55.5 0.148 2.37 7.59 31.1871 29 411.0 9.1039 55.3 0.148 2.37 7.59 31.1876 29 412.0 9.1043 54.9 0.149 2.37 7.59 31.1880 30 413.0 9.1041 54.8 0.148 2.37 7.59 31.1883 29 414.0 9.1037 54.9 0.148 2.37 7.59 31.1889 28 415.0 9.1037 54.9 0.150 2.37 7.59 31.1888 30 416.0 9.1037 54.9 0.147 2.37 7.59 31.1888 29 417.0 9.1041 54.9 0.148 2.37 7.59 31.1891 29 418.0 9.1041 54.8 0.149 2.37 7.59 31.1891 29 419.0 9.1044 54.5 0.146 2.37 7.59 31.1892 30 420.0 9.1047 54.8 0.147 2.37 7.59 31.1894 29 421.0 9.1049 54.7 0.147 2.37 7.59 31.1903 30 422.0 9.1050 54.8 0.147 2.37 7.59 31.1902 29 423.0 9.1052 54.9 0.148 2.37 7.59 31.1904 29 424.0 9.1054 54.8 0.146 2.37 7.59 31.1906 29 425.0 9.1055 54.8 0.147 2.37 7.59 31.1906 29 426.0 9.1057 54.7 0.148 2.37 7.59 31.1906 29 427.0 9.1059 54.6 0.147 2.37 7.59 31.1907 29 428.0 9.1061 54.7 0.147 2.37 7.58 31.1908 29 429.0 9.1062 54.7 0.149 2.37 7.59 31.1910 30 430.0 9.1064 54.7 0.148 2.37 7.59 31.1911 29 431.0 9.1066 54.6 0.148 2.37 7.59 31.1912 29 432.0 9.1066 54.7 0.150 2.37 7.59 31.1912 30 433.0 9.1066 54.6 0.148 2.37 7.59 31.1911 29 434.0 9.1066 54.6 0.148 2.37 7.59 31.1911 29 435.0 9.1068 54.6 0.146 2.37 7.59 31.1913 30 436.0 9.1070 54.7 0.147 2.37 7.59 31.1913 29 437.0 9.1071 54.6 0.149 2.37 7.59 31.1912 29 438.0 9.1072 54.7 0.148 2.37 7.59 31.1912 30 439.0 9.1073 54.7 0.149 2.37 7.59 31.1912 29 440.0 9.1075 54.7 0.147 2.37 7.59 31.1913 29 441.0 9.1076 54.6 0.149 2.37 7.59 31.1913 30 442.0 9.1079 54.6 0.147 2.37 7.58 31.1918 29 443.0 9.1080 54.6 0.149 2.37 7.59 31.1921 29 444.0 9.1081 54.7 0.149 2.37 7.59 31.1924 30 445.0 9.1082 54.7 0.147 2.37 7.59 31.1923 29 446.0 9.1084 54.7 0.148 2.37 7.59 31.1926 29 447.0 9.1090 54.8 0.149 2.37 7.59 31.1929 30 448.0 9.1097 54.7 0.149 2.37 7.58 31.1936 29 449.0 9.1100 54.6 0.149 2.38 7.59 31.1944 29 450.0 9.1103 54.6 0.150 2.37 7.58 31.1947 29 451.0 9.1105 54.6 0.148 2.37 7.59 31.1950 29 452.0 9.1108 54.6 0.147 2.37 7.59 31.1953 30 453.0 9.1110 54.6 0.148 2.38 7.59 31.1954 29 454.0 9.1112 54.7 0.149 2.38 7.58 31.1955 29 455.0 9.1114 54.6 0.148 2.38 7.58 31.1958 29 456.0 9.1115 54.6 0.147 2.38 7.59 31.1958 29 457.0 9.1116 54.5 0.149 2.38 7.59 31.1957 29 458.0 9.1118 54.5 0.150 2.38 7.58 31.1957 29 459.0 9.1119 54.6 0.151 2.38 7.58 31.1957 29 460.0 9.1119 54.5 0.147 2.38 7.58 31.1957 29 461.0 9.1121 54.5 0.148 2.38 7.58 31.1956 29 462.0 9.1122 54.5 0.147 2.38 7.58 31.1956 30 463.0 9.1123 54.6 0.148 2.38 7.58 31.1956 30 464.0 9.1124 54.3 0.147 2.38 7.59 31.1958 30 465.0 9.1127 53.7 0.148 2.38 7.58 31.1959 29 466.0 9.1128 54.4 0.147 2.38 7.58 31.1960 30 467.0 9.1130 54.5 0.149 2.38 7.58 31.1960 30 468.0 9.1131 54.4 0.147 2.38 7.58 31.1960 29 469.0 9.1132 54.4 0.150 2.38 7.58 31.1960 30 470.0 9.1133 54.5 0.146 2.38 7.58 31.1960 30 471.0 9.1134 54.6 0.146 2.38 7.58 31.1960 29 472.0 9.1136 54.5 0.147 2.38 7.58 31.1960 30 473.0 9.1138 54.5 0.148 2.38 7.58 31.1961 30 474.0 9.1139 54.3 0.149 2.38 7.58 31.1961 30 475.0 9.1140 54.4 0.149 2.38 7.58 31.1961 30 476.0 9.1141 54.4 0.148 2.38 7.58 31.1962 30 477.0 9.1143 54.4 0.148 2.38 7.58 31.1962 30 478.0 9.1143 54.3 0.148 2.38 7.58 31.1963 30 479.0 9.1144 54.4 0.149 2.38 7.58 31.1961 30 480.0 9.1148 54.4 0.148 2.38 7.58 31.1963 30 481.0 9.1151 54.3 0.149 2.38 7.58 31.1966 30 482.0 9.1153 54.2 0.146 2.38 7.58 31.1967 29 483.0 9.1155 54.2 0.149 2.37 7.58 31.1967 30 484.0 9.1157 54.1 0.149 2.38 7.58 31.1968 30 485.0 9.1161 54.0 0.149 2.38 7.58 31.1971 30 486.0 9.1163 53.9 0.148 2.38 7.58 31.1972 29 487.0 9.1164 53.9 0.148 2.38 7.58 31.1972 31 488.0 9.1168 53.3 0.148 2.38 7.58 31.1975 30 489.0 9.1170 53.5 0.148 2.38 7.58 31.1977 30 490.0 9.1171 53.8 0.150 2.38 7.58 31.1977 30 491.0 9.1172 53.7 0.150 2.38 7.58 31.1977 30 492.0 9.1173 53.9 0.150 2.38 7.58 31.1977 30 493.0 9.1174 53.8 0.148 2.38 7.58 31.1977 31 494.0 9.1176 53.9 0.148 2.38 7.58 31.1977 30 495.0 9.1178 53.8 0.148 2.38 7.58 31.1978 30 496.0 9.1179 53.8 0.148 2.38 7.58 31.1979 30 497.0 9.1180 53.9 0.149 2.38 7.58 31.1979 30 498.0 9.1183 53.9 0.148 2.38 7.58 31.1982 31 499.0 9.1187 53.9 0.147 2.38 7.58 31.1985 30 500.0 9.1188 53.8 0.147 2.38 7.58 31.1985 31 501.0 9.1190 53.9 0.148 2.38 7.58 31.1987 30 502.0 9.1194 53.9 0.149 2.38 7.58 31.1991 31 503.0 9.1196 53.7 0.151 2.38 7.58 31.1992 30 504.0 9.1197 53.8 0.148 2.38 7.58 31.1994 31 505.0 9.1198 53.7 0.149 2.39 7.58 31.1993 30 506.0 9.1199 53.6 0.147 2.39 7.58 31.1993 31 507.0 9.1201 53.7 0.148 2.39 7.58 31.1994 30 508.0 9.1201 53.5 0.146 2.39 7.58 31.1994 30 509.0 9.1204 53.7 0.148 2.39 7.58 31.1996 31 510.0 9.1205 53.5 0.149 2.39 7.58 31.1995 31 511.0 9.1207 53.7 0.150 2.39 7.58 31.1996 30 512.0 9.1209 53.7 0.150 2.39 7.58 31.1995 31 513.0 9.1210 53.7 0.148 2.39 7.58 31.1998 31 514.0 9.1211 53.5 0.148 2.39 7.58 31.1999 30 515.0 9.1212 53.6 0.148 2.39 7.58 31.1999 31 516.0 9.1214 53.6 0.148 2.39 7.58 31.1999 31 517.0 9.1216 53.6 0.148 2.39 7.58 31.2000 31 518.0 9.1219 53.6 0.150 2.39 7.58 31.2001 31 519.0 9.1221 53.6 0.148 2.39 7.58 31.2002 31 520.0 9.1223 53.6 0.147 2.39 7.58 31.2003 32 521.0 9.1227 53.7 0.150 2.39 7.58 31.2004 32 522.0 9.1228 53.6 0.149 2.39 7.58 31.2004 30 523.0 9.1229 53.5 0.149 2.39 7.58 31.2005 31 524.0 9.1232 53.6 0.148 2.39 7.58 31.2006 30 525.0 9.1234 53.6 0.148 2.39 7.58 31.2006 31 526.0 9.1236 53.6 0.148 2.39 7.58 31.2007 30 527.0 9.1237 53.5 0.147 2.39 7.58 31.2008 31 528.0 9.1238 53.5 0.148 2.39 7.58 31.2008 31 529.0 9.1240 53.6 0.147 2.39 7.58 31.2010 31 530.0 9.1239 53.5 0.149 2.39 7.58 31.2012 31 531.0 9.1240 53.6 0.148 2.39 7.58 31.2012 30 532.0 9.1240 53.6 0.150 2.39 7.58 31.2012 31 533.0 9.1241 53.6 0.150 2.39 7.58 31.2012 30 534.0 9.1242 53.4 0.147 2.39 7.58 31.2012 31 535.0 9.1243 53.4 0.149 2.39 7.58 31.2014 31 536.0 9.1246 53.5 0.149 2.39 7.58 31.2017 30 537.0 9.1247 53.5 0.149 2.39 7.58 31.2017 30 538.0 9.1249 53.5 0.148 2.39 7.58 31.2018 31 539.0 9.1250 53.5 0.148 2.39 7.58 31.2020 30 540.0 9.1251 53.4 0.147 2.39 7.58 31.2020 30 541.0 9.1253 53.4 0.150 2.39 7.58 31.2019 30 542.0 9.1253 53.4 0.149 2.39 7.58 31.2019 30 543.0 9.1255 53.4 0.148 2.39 7.58 31.2019 30 544.0 9.1256 53.4 0.148 2.39 7.58 31.2020 30 545.0 9.1258 53.4 0.149 2.39 7.58 31.2019 31 546.0 9.1259 53.4 0.149 2.39 7.58 31.2021 30 547.0 9.1260 53.4 0.149 2.40 7.58 31.2020 30 548.0 9.1262 53.3 0.148 2.40 7.58 31.2024 30 549.0 9.1264 53.1 0.147 2.40 7.58 31.2024 30 550.0 9.1266 53.2 0.149 2.40 7.58 31.2024 31 551.0 9.1266 53.2 0.150 2.40 7.58 31.2024 30 552.0 9.1267 53.2 0.151 2.40 7.58 31.2025 30 553.0 9.1269 53.2 0.148 2.40 7.58 31.2025 31 554.0 9.1271 53.3 0.149 2.40 7.58 31.2025 29 555.0 9.1272 53.2 0.148 2.40 7.58 31.2027 31 556.0 9.1273 53.3 0.150 2.40 7.58 31.2027 30 557.0 9.1274 53.2 0.148 2.40 7.58 31.2027 30 558.0 9.1275 53.2 0.147 2.40 7.58 31.2026 31 559.0 9.1276 53.1 0.150 2.40 7.58 31.2027 30 560.0 9.1279 53.2 0.149 2.40 7.58 31.2027 31 561.0 9.1279 53.2 0.147 2.40 7.58 31.2027 31 562.0 9.1280 53.1 0.147 2.40 7.58 31.2028 30 563.0 9.1282 53.1 0.150 2.40 7.58 31.2027 31 564.0 9.1284 53.1 0.149 2.40 7.58 31.2025 40 565.0 9.1285 53.1 0.150 2.40 7.58 31.2026 34 566.0 9.1287 53.0 0.150 2.40 7.58 31.2028 36 567.0 9.1286 53.0 0.148 2.40 7.58 31.2027 38 568.0 9.1288 53.1 0.147 2.40 7.58 31.2028 39 569.0 9.1293 53.0 0.147 2.40 7.58 31.2032 39 570.0 9.1295 53.0 0.149 2.40 7.58 31.2033 39 571.0 9.1297 53.0 0.149 2.40 7.58 31.2033 40 572.0 9.1298 52.9 0.147 2.40 7.58 31.2035 40 573.0 9.1300 53.0 0.148 2.40 7.58 31.2034 40 574.0 9.1300 52.9 0.150 2.40 7.58 31.2034 40 575.0 9.1301 52.9 0.149 2.40 7.58 31.2035 40 576.0 9.1303 52.9 0.149 2.40 7.58 31.2034 41 577.0 9.1305 52.9 0.150 2.40 7.58 31.2034 39 578.0 9.1305 52.9 0.149 2.40 7.58 31.2035 41 579.0 9.1307 52.9 0.148 2.40 7.58 31.2035 41 580.0 9.1308 53.0 0.149 2.40 7.58 31.2035 41 581.0 9.1310 52.9 0.148 2.40 7.58 31.2035 41 582.0 9.1311 52.9 0.149 2.40 7.58 31.2036 40 583.0 9.1313 52.7 0.150 2.40 7.58 31.2037 39 584.0 9.1314 52.9 0.147 2.40 7.58 31.2037 40 585.0 9.1316 52.9 0.147 2.40 7.58 31.2038 39 586.0 9.1318 52.8 0.147 2.40 7.58 31.2039 39 587.0 9.1320 52.6 0.150 2.40 7.58 31.2039 42 588.0 9.1321 52.7 0.148 2.40 7.58 31.2040 40 589.0 9.1323 52.7 0.149 2.40 7.58 31.2040 46 590.0 9.1325 52.6 0.150 2.40 7.58 31.2039 57 591.0 9.1326 52.6 0.150 2.40 7.58 31.2041 50 592.0 9.1328 52.5 0.148 2.40 7.57 31.2040 52 593.0 9.1329 52.6 0.149 2.40 7.58 31.2041 54 594.0 9.1330 52.6 0.149 2.40 7.58 31.2041 59 595.0 9.1332 52.5 0.151 2.40 7.57 31.2041 55 596.0 9.1334 52.5 0.149 2.40 7.57 31.2041 127 597.0 9.1335 52.5 0.150 2.40 7.57 31.2041 129 598.0 9.1336 52.5 0.149 2.40 7.57 31.2041 134 599.0 9.1338 52.5 0.149 2.40 7.57 31.2041 136 600.0 9.1339 52.5 0.149 2.40 7.57 31.2040 150 601.0 9.1340 52.6 0.149 2.40 7.57 31.2040 169 602.0 9.1341 52.6 0.149 2.40 7.57 31.2039 179 603.0 9.1343 52.7 0.148 2.40 7.57 31.2040 186 604.0 9.1345 52.4 0.148 2.40 7.57 31.2040 176 604.9 9.1345 52.5 0.148 2.40 7.57 31.2041 140