*2004/05/03 13:09:44.04 *IOS HEADER VERSION 1.4 2002/12/04 2002/12/04 *FILE START TIME : UTC 2003/09/01 22:31:24.000 TIME INCREMENT : 0 0 0 0.416667E-01 0 ! (day hr min sec ms) NUMBER OF RECORDS : 499 DATA DESCRIPTION : CTD FILE TYPE : ASCII NUMBER OF CHANNELS : 6 $TABLE: CHANNELS ! No Name Units Minimum Maximum ! -- --------------------------- --------------- -------------- -------------- 1 Pressure dbars 5.449667 502.8737 2 Temperature:Primary 'deg C (ITS90)' 5.070851 15.3792 3 Transmissivity %/metre 39.00833 64.00682 4 Fluorescence:URU:Seapoint mg/m^3 0.39E-01 1.959409 5 Salinity:T0:C0 PSS-78 31.30491 34.05555 6 Number_of_bin_records n/a 3 64 $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 ' ' 9 F ' ' 4 6 ' ' ' ' 5 I I 0 $END $REMARKS This file converted from Sea-Bird file: Q:\Cruise_Data\2003-16\ctd\derive\200 $END *ADMINISTRATION MISSION : 2003-16 AGENCY : PBS, Ocean Science and Productivity, Nanaimo, B.C. COUNTRY : Canada PROJECT : Canada-US Hake Survey SCIENTIST : Cooke K. PLATFORM : W.E. Ricker *LOCATION GEOGRAPHIC AREA : California to B.C. Coast STATION : 92-1 EVENT NUMBER : 238 LATITUDE : 50 58.13000 N ! (deg min) LONGITUDE : 129 49.80000 W ! (deg min) *INSTRUMENT TYPE : Sea-Bird CTD MODEL : SBE-911plus SERIAL NUMBER : 0506 $TABLE: SENSORS ! Name Abs Depth Serial No ! ------------------------- -------------- ---------- temperature:primary ' ' 2668 conductivity:primary ' ' 2424 pressure ' ' 69698 temperature:secondary ' ' 2374 conductivity:secondary ' ' 2399 Fluorometer ' ' Seapoint transmissometer:primary ' ' 197 $END $REMARKS SOFTWARE VERSION SEASAVE WIN32 V 5.27C $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! -------- ------ ---------- -------- --------- --------- SBE_IOS 2.7 2004/04/19 15:47:48 28808 28808 CLEAN 4.6.1 2004/04/19 18:20:14 28808 28808 SHIFTDAT 3.3 2004/04/19 19:15:37 ? ? SHIFTDAT 3.3 2004/04/20 18:02:49 ? ? SHIFTDAT 3.3 2004/04/20 18:57:35 ? ? DELETE 6.3 2004/04/20 19:39:27 28808 10946 CTDEDIT 4.50 2004/04/30 13:42:31 10946 10702 FILTERS 4.3 2004/05/03 10:34:24 10702 10702 BINAVE 4.0.1 2004/05/03 11:02:38 10702 499 REMOVECH 6.0 2004/05/03 11:53:59 499 499 HDREDIT2 2.0 2004/05/03 13:09:44 ? ? $END $REMARKS CLEAN functions: - Interpolation by Record Number, in Pressure -The following SHIFT parameters were used. Shift Channel: Fluorescence:URU:Seapoint # of Records to Advance (-ve for Delay): At REC# 0 Shift= 24.00 Salinity was recalculated after shift -The following SHIFT parameters were used. Shift Channel: Conductivity:Primary # of Records to Advance (-ve for Delay): At REC# 0 Shift= -1.30 Salinity was recalculated after shift -The following SHIFT parameters were used. Shift Channel: Conductivity:Secondary # of Records to Advance (-ve for Delay): At REC# 0 Shift= 1.30 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 Drop rates < 0.30m/s (calculated over 11 points) will be deleted. Drop rate applies in the range 10.00 to 493.41 dbars Sample interval (from FILE section of header) = 0.042 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 = 1.00 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 Status:Pump Descent_Rate Salinity:T1:C1 Flag $END *COMMENTS SBE HEADER Sea-Bird SBE 9 Data File: FileName = D:\CTD Data\2003-16\ctd238.dat Software Version Seasave Win32 V 5.27c Temperature SN = 2668 Conductivity SN = 2424 Number of Bytes Per Scan = 24 Number of Voltage Words = 2 Number of Scans Averaged by the Deck Unit = 1 System UpLoad Time = Sep 01 2003 22:31:19 NMEA Latitude = 50 58.13 N NMEA Longitude = 129 49.80 W NMEA UTC (Time) = Sep 01 2003 22:31:24 Store Lat/Lon Data = Add to Header Only Ship: W.E Ricker Cruise: 2003-16 Canada-US Hake Surve Station: 92-1 Latitude: Longitude: Depth: >1450 CTD Cast #: 238 # nquan = 13 # nvalues = 28808 # 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 = pumps: Pump Status # name 9 = dz/dtM: Descent Rate [m/s] # name 10 = sal00: Salinity [PSU] # name 11 = sal11: Salinity, 2 [PSU] # name 12 = flag: flag # span 0 = 1, 28808 # span 1 = 0.934, 503.406 # span 2 = 5.0627, 15.4511 # span 3 = 5.0617, 15.7803 # span 4 = 3.292002, 3.923083 # span 5 = 3.287490, 3.923533 # span 6 = 78.2315, 89.4686 # span 7 = 0.0000e+00, 2.0989e+00 # span 8 = 0, 1 # span 9 = -2.264, 2.276 # span 10 = 31.2703, 34.0569 # span 11 = 30.8877, 34.0556 # span 12 = 0.0000e+00, 0.0000e+00 # interval = seconds: 0.0416667 # start_time = Sep 01 2003 22:31:19 # bad_flag = -9.990e-29 # sensor 0 = Frequency 0 temperature, primary, 2668, 20-Jun-02s # sensor 1 = Frequency 1 conductivity, primary, 2424, 16-Apr-02, cpcor = -9.57 00e-08 # sensor 2 = Frequency 2 pressure, 69698, 11-12-1997 # sensor 3 = Frequency 3 temperature, secondary, 2374, 20-Jun-02 # sensor 4 = Frequency 4 conductivity, secondary, 2399, 16-Apr-02, cpcor = -9. 5700e-08 # sensor 5 = Extrnl Volt 0 Fluorometer, Seapoint, primary # sensor 6 = Extrnl Volt 2 transmissometer, primary, 197, 22-Jan-03 # datcnv_date = Apr 18 2004 15:11:18, 5.30a # datcnv_in = Q:\Cruise_Data\2003-16\ctd\2003-16-0238.dat Q:\Cruise_Data\2003-16 \ctd\2003-16-ctd.con # datcnv_skipover = 0 # wildedit_date = Apr 19 2004 11:17:24, 5.30a # wildedit_in = Q:\Cruise_Data\2003-16\ctd\convert\2003-16-0238.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 = Apr 19 2004 11:29:46, 5.30a # celltm_in = Q:\Cruise_Data\2003-16\ctd\wildedit\2003-16-0238.cnv # celltm_alpha = 0.0200, 0.0300 # celltm_tau = 7.0000, 9.0000 # celltm_temp_sensor_use_for_cond = primary, secondary # Derive_date = Apr 19 2004 11:50:02, 5.30a # Derive_in = Q:\Cruise_Data\2003-16\ctd\celltm\2003-16-0238.cnv Q:\Cruise_Data\ 2004-03\2004-03-ctd.con # file_type = ascii END* CTDEDIT was used to remove surface records to 5.4db and records around 212, 284, 285 and 493db; salinity was cleaned. -------------------------------------------------------------------- Transmissivity and Fluorescence – The data are nominal and unedited, except that some records were removed in editing T and S. -------------------------------------------------------------------- !--1--- ---2---- --3-- ---4--- ---5---- -6-- !Pressu Temperat Trans Fluores Salinity Numb !re ure: missi cence: :T0:C0 er_o ! Primary vity URU: ~bin ! Seapoin _rec ! t ords !------ -------- ----- ------- -------- ---- *END OF HEADER 5.4 15.3792 43.2 0.615 31.3050 3 6.0 15.3743 43.2 0.621 31.3050 21 7.0 15.3716 43.2 0.655 31.3052 19 8.0 15.3482 43.1 0.742 31.3049 22 9.0 15.3360 43.1 0.860 31.3055 30 10.1 15.2827 43.1 1.073 31.3073 49 11.0 15.0708 42.6 1.400 31.3181 42 12.0 14.6061 39.0 1.828 31.3615 29 13.0 14.3070 40.3 1.926 31.3920 24 14.0 14.0890 41.3 1.943 31.4149 23 15.0 14.0259 42.3 1.959 31.4237 22 16.0 13.9313 43.1 1.903 31.4367 20 17.0 13.6222 44.8 1.769 31.4884 21 18.0 13.1521 46.2 1.608 31.5301 29 19.0 12.6751 48.8 1.397 31.6072 45 19.9 12.3057 50.9 1.277 31.6642 32 21.0 11.8445 52.2 1.125 31.7402 22 22.0 11.4498 53.6 0.962 31.7866 17 23.0 10.7467 55.4 0.845 31.8857 15 24.0 10.6563 56.9 0.762 31.9099 15 25.0 10.5539 57.3 0.724 31.9285 17 26.1 10.3560 57.9 0.653 31.9623 28 26.9 10.2051 58.7 0.589 31.9873 32 28.0 10.0717 59.0 0.544 32.0075 18 29.0 9.9761 59.3 0.533 32.0213 13 30.0 9.8644 59.5 0.520 32.0407 13 31.0 9.6204 59.6 0.499 32.0763 13 32.0 9.4390 60.1 0.476 32.1186 20 33.1 9.3311 60.7 0.462 32.1456 45 33.9 9.2593 61.0 0.436 32.1617 22 35.0 9.2543 61.0 0.429 32.1622 16 36.0 9.2184 61.1 0.401 32.1695 14 37.0 9.1152 61.1 0.374 32.1909 14 38.0 8.9958 61.4 0.320 32.2294 16 39.1 8.9310 61.7 0.276 32.2581 28 39.9 8.8951 62.1 0.249 32.2692 27 41.0 8.8257 62.3 0.242 32.2765 17 42.0 8.8000 62.3 0.246 32.2785 13 43.0 8.7434 62.3 0.261 32.2812 11 44.0 8.6643 62.3 0.233 32.2927 11 45.0 8.5804 62.4 0.223 32.3141 11 46.0 8.5301 62.2 0.219 32.3327 12 47.0 8.4417 61.9 0.197 32.3585 13 48.1 8.3760 62.8 0.189 32.3749 26 48.9 8.3399 63.1 0.177 32.3866 30 50.0 8.2978 63.2 0.161 32.3988 16 51.0 8.2751 63.2 0.155 32.4067 12 52.0 8.2698 63.2 0.150 32.4084 12 53.0 8.2653 63.3 0.151 32.4099 13 54.0 8.2430 63.2 0.156 32.4195 15 55.1 8.1925 63.2 0.145 32.4393 22 56.0 8.0840 63.3 0.120 32.4803 31 56.9 8.0200 63.4 0.107 32.5049 20 58.0 7.8828 63.6 0.096 32.5419 15 59.0 7.8041 63.6 0.106 32.5662 14 60.0 7.7438 63.7 0.090 32.5862 15 61.1 7.6311 63.7 0.077 32.6258 23 61.9 7.5648 63.8 0.072 32.6547 31 63.0 7.5130 63.9 0.065 32.6778 15 64.0 7.4657 63.7 0.066 32.7014 12 65.0 7.4550 63.9 0.068 32.7090 12 66.0 7.4472 63.9 0.063 32.7147 13 67.1 7.4044 63.9 0.062 32.7432 14 68.0 7.3588 63.9 0.055 32.7711 18 69.0 7.3095 63.9 0.063 32.7975 23 70.0 7.2642 63.9 0.058 32.8206 19 71.0 7.1718 63.9 0.055 32.8701 18 72.0 7.0689 64.0 0.058 32.9302 23 73.0 7.0563 64.0 0.052 32.9426 44 73.9 7.0662 64.0 0.056 32.9556 22 75.0 7.0430 63.9 0.049 32.9834 16 76.0 6.9427 63.8 0.051 33.0522 14 77.0 6.9041 63.7 0.053 33.0781 17 78.0 6.8616 63.7 0.052 33.0971 23 79.0 6.8252 63.8 0.048 33.1135 32 80.0 6.8148 63.9 0.047 33.1183 18 80.9 6.7975 63.8 0.047 33.1236 13 82.0 6.7930 63.8 0.045 33.1255 12 83.0 6.7909 63.9 0.047 33.1262 11 84.0 6.7891 63.8 0.045 33.1270 17 85.0 6.7857 63.7 0.047 33.1287 31 85.9 6.7849 63.8 0.047 33.1291 23 87.0 6.7843 63.8 0.046 33.1291 17 88.0 6.7836 63.9 0.048 33.1296 14 89.0 6.7791 63.8 0.048 33.1313 16 90.0 6.7778 63.8 0.048 33.1315 20 91.0 6.7746 63.9 0.045 33.1324 22 92.0 6.7423 63.9 0.041 33.1449 21 93.0 6.7029 63.8 0.043 33.1619 25 94.0 6.6642 63.9 0.046 33.1778 29 95.0 6.6090 63.9 0.046 33.2013 20 96.0 6.6051 63.9 0.048 33.2030 16 97.0 6.5909 63.8 0.046 33.2088 15 98.0 6.5467 63.9 0.045 33.2335 21 99.1 6.5135 63.9 0.049 33.2525 41 99.9 6.5052 63.9 0.044 33.2597 26 101.0 6.4963 63.9 0.042 33.2674 19 102.0 6.4884 63.8 0.046 33.2714 15 103.0 6.4764 63.7 0.044 33.2735 17 104.0 6.4596 63.8 0.044 33.2786 21 105.0 6.4599 63.7 0.043 33.2813 28 106.0 6.4529 63.7 0.043 33.2836 23 107.0 6.4373 63.7 0.041 33.2884 19 108.0 6.4349 63.6 0.040 33.2894 17 109.0 6.4302 63.6 0.039 33.2917 18 110.0 6.4275 63.5 0.050 33.2935 20 111.0 6.4259 63.5 0.047 33.2948 23 112.0 6.4213 63.4 0.040 33.2988 30 113.0 6.4140 63.3 0.044 33.3061 38 114.0 6.4093 63.1 0.041 33.3144 30 115.0 6.4069 63.0 0.045 33.3214 20 116.0 6.4013 62.9 0.047 33.3703 17 117.0 6.3904 62.7 0.045 33.4102 16 118.0 6.3749 62.6 0.048 33.4111 16 119.0 6.3633 62.5 0.045 33.4140 16 120.0 6.3816 62.5 0.040 33.4347 18 121.0 6.4784 62.1 0.041 33.4654 19 122.0 6.4840 61.9 0.044 33.4668 22 123.0 6.4881 61.7 0.042 33.4722 25 124.0 6.6135 61.3 0.048 33.5219 36 124.9 6.7659 60.3 0.046 33.5881 36 126.0 6.7696 59.8 0.046 33.6019 23 127.0 6.7723 59.6 0.048 33.6098 18 128.0 6.7809 59.5 0.046 33.6129 17 129.0 6.7900 59.2 0.048 33.6159 19 130.0 6.8124 59.0 0.046 33.6218 21 131.0 6.8357 58.8 0.047 33.6278 18 132.0 6.8326 58.6 0.045 33.6300 15 133.0 6.8352 58.5 0.050 33.6362 14 134.0 6.8438 58.4 0.044 33.6404 16 135.0 6.8504 58.2 0.046 33.6444 22 136.0 6.8553 57.9 0.046 33.6489 36 136.9 6.8673 57.3 0.046 33.6602 29 138.0 6.8823 57.0 0.049 33.6809 17 139.0 6.9069 56.9 0.052 33.7139 14 140.0 6.9148 56.8 0.048 33.7240 13 141.0 6.9187 56.7 0.048 33.7294 14 142.0 6.9222 56.6 0.049 33.7351 18 143.0 6.9228 56.4 0.045 33.7357 29 143.9 6.9241 56.1 0.048 33.7372 27 145.0 6.9278 55.9 0.048 33.7464 18 146.0 6.9356 55.8 0.045 33.7647 16 147.0 6.9367 55.6 0.047 33.7689 18 148.1 6.9373 55.4 0.047 33.7755 29 148.9 6.9357 55.1 0.044 33.7927 43 150.0 6.9365 54.8 0.044 33.8002 19 151.0 6.9415 54.6 0.050 33.8204 17 152.1 6.9417 54.5 0.044 33.8252 21 153.0 6.9415 54.2 0.048 33.8267 43 154.0 6.9414 53.8 0.046 33.8279 20 155.0 6.9415 53.6 0.047 33.8289 12 156.0 6.9411 53.5 0.046 33.8365 10 157.0 6.9402 53.4 0.048 33.8400 11 158.0 6.9357 53.0 0.047 33.8505 11 159.1 6.9250 53.2 0.043 33.8602 15 160.0 6.9119 52.9 0.047 33.8676 31 161.0 6.9072 52.5 0.045 33.8689 19 162.0 6.8952 52.3 0.047 33.8732 19 163.0 6.8855 52.1 0.049 33.8755 23 164.0 6.8813 51.9 0.046 33.8762 25 165.0 6.8723 51.6 0.048 33.8783 18 166.0 6.8686 51.4 0.045 33.8793 14 167.0 6.8671 51.2 0.047 33.8795 13 168.0 6.8551 51.0 0.048 33.8794 13 169.0 6.8375 50.9 0.042 33.8816 14 170.1 6.8159 50.4 0.047 33.8830 30 171.0 6.7878 49.8 0.047 33.8871 30 172.0 6.7780 49.4 0.048 33.8885 18 173.0 6.7594 49.2 0.045 33.8883 16 174.0 6.7509 49.0 0.050 33.8884 15 175.0 6.7434 48.8 0.050 33.8880 20 176.0 6.7386 48.6 0.048 33.8878 26 177.0 6.7360 48.4 0.049 33.8877 21 178.0 6.7261 48.2 0.050 33.8862 17 179.0 6.7181 48.0 0.048 33.8850 17 180.0 6.6500 47.8 0.050 33.8820 18 181.1 6.6294 47.6 0.051 33.8841 27 182.0 6.6284 47.3 0.050 33.8842 50 183.0 6.6341 47.0 0.049 33.8848 26 184.0 6.6280 46.9 0.050 33.8843 19 185.0 6.5907 46.6 0.051 33.8832 16 186.0 6.5895 46.4 0.051 33.8840 17 187.0 6.5919 46.3 0.049 33.8848 18 188.0 6.5940 46.1 0.048 33.8858 21 189.0 6.5933 46.1 0.047 33.8866 21 190.0 6.5889 46.0 0.049 33.8872 20 191.0 6.5833 45.8 0.048 33.8881 19 192.0 6.5813 45.7 0.049 33.8883 23 193.0 6.5793 45.6 0.050 33.8887 38 194.0 6.5768 45.3 0.048 33.8919 34 195.0 6.5753 45.1 0.049 33.8957 22 196.0 6.5748 45.0 0.049 33.8970 21 197.0 6.5724 44.8 0.047 33.8995 21 198.0 6.5695 44.7 0.051 33.9011 19 199.0 6.5676 44.6 0.049 33.9015 16 200.0 6.5667 44.5 0.050 33.9019 14 201.0 6.5618 44.4 0.051 33.9051 13 202.0 6.5523 44.3 0.048 33.9100 15 203.1 6.5294 44.3 0.048 33.9185 24 204.0 6.5226 44.1 0.047 33.9206 34 205.0 6.5203 43.8 0.049 33.9214 19 206.0 6.5167 43.6 0.048 33.9222 15 207.0 6.5144 43.5 0.046 33.9230 13 208.0 6.5143 43.4 0.048 33.9232 13 209.0 6.5128 43.4 0.050 33.9239 14 210.0 6.5103 43.4 0.049 33.9256 16 210.9 6.5067 43.4 0.048 33.9275 17 212.3 6.5058 43.2 0.046 33.9290 15 213.0 6.5023 43.1 0.048 33.9296 22 214.0 6.4980 43.0 0.047 33.9309 17 215.0 6.4971 43.0 0.050 33.9316 16 216.0 6.4971 42.8 0.049 33.9321 16 217.0 6.4950 42.9 0.046 33.9329 18 218.0 6.4917 42.8 0.048 33.9338 18 219.0 6.4889 42.8 0.046 33.9344 22 220.0 6.4854 42.7 0.046 33.9358 28 221.0 6.4835 42.7 0.048 33.9367 36 222.0 6.4739 42.5 0.047 33.9390 28 223.0 6.4646 42.5 0.048 33.9407 21 224.0 6.4544 42.5 0.048 33.9423 18 225.0 6.4459 42.5 0.046 33.9439 18 226.0 6.4393 42.4 0.047 33.9446 21 227.0 6.4345 42.4 0.049 33.9454 25 228.0 6.4269 42.3 0.049 33.9459 23 229.0 6.4112 42.2 0.049 33.9479 19 230.0 6.4098 42.1 0.048 33.9480 22 231.1 6.4072 42.0 0.047 33.9481 40 231.9 6.4056 41.9 0.048 33.9484 30 233.0 6.4038 41.8 0.049 33.9485 18 234.0 6.4013 41.8 0.049 33.9490 15 235.0 6.3991 41.7 0.047 33.9495 15 236.0 6.3959 41.7 0.048 33.9503 16 237.0 6.3943 41.7 0.046 33.9508 17 238.0 6.3901 41.7 0.049 33.9511 23 239.0 6.3872 41.6 0.050 33.9511 40 240.0 6.3840 41.4 0.048 33.9512 26 241.0 6.3814 41.3 0.047 33.9513 17 242.0 6.3694 41.2 0.048 33.9526 13 243.0 6.3668 41.0 0.048 33.9532 13 244.0 6.3676 41.0 0.045 33.9530 14 245.1 6.3678 41.0 0.047 33.9527 17 246.1 6.3664 41.0 0.049 33.9529 28 247.0 6.3624 41.0 0.049 33.9534 38 248.0 6.3607 40.9 0.047 33.9538 25 249.0 6.3590 40.7 0.045 33.9539 21 250.0 6.3590 40.8 0.048 33.9539 23 251.0 6.3570 40.7 0.047 33.9542 29 252.0 6.3560 40.7 0.047 33.9546 29 253.0 6.3555 40.6 0.046 33.9547 19 254.0 6.3555 40.5 0.047 33.9547 18 255.0 6.3546 40.4 0.049 33.9547 15 256.0 6.3479 40.3 0.056 33.9554 16 257.0 6.3479 40.3 0.050 33.9553 17 258.0 6.3446 40.3 0.050 33.9555 18 259.0 6.3429 40.4 0.048 33.9558 28 260.0 6.3418 40.4 0.045 33.9559 50 260.9 6.3409 40.3 0.047 33.9561 23 262.0 6.3390 40.2 0.050 33.9564 17 263.0 6.3385 40.0 0.048 33.9566 14 264.0 6.3377 39.9 0.049 33.9566 15 265.0 6.3344 39.7 0.048 33.9569 18 266.0 6.3317 40.0 0.049 33.9572 22 267.0 6.3301 40.0 0.048 33.9574 23 268.0 6.3279 40.0 0.049 33.9576 20 269.0 6.3248 40.0 0.047 33.9577 19 270.0 6.3232 39.9 0.047 33.9580 23 271.1 6.3201 39.9 0.047 33.9583 40 271.9 6.3110 40.0 0.047 33.9592 54 272.9 6.3089 39.8 0.048 33.9595 19 274.0 6.3083 39.6 0.049 33.9596 14 275.0 6.3077 39.5 0.048 33.9595 11 276.0 6.3076 39.5 0.049 33.9597 11 277.0 6.3087 39.5 0.046 33.9597 12 278.0 6.3062 39.5 0.050 33.9595 12 279.0 6.3011 39.5 0.046 33.9595 18 280.1 6.3032 39.6 0.047 33.9596 39 281.0 6.3019 39.7 0.047 33.9595 36 282.0 6.3016 39.6 0.046 33.9596 31 283.0 6.2976 39.6 0.046 33.9589 38 284.4 6.2773 39.6 0.044 33.9569 6 284.9 6.2758 39.6 0.045 33.9570 7 286.0 6.2711 39.5 0.048 33.9567 13 287.0 6.2662 39.5 0.048 33.9568 13 288.0 6.2573 39.5 0.047 33.9563 12 289.0 6.2544 39.5 0.045 33.9565 14 290.0 6.2461 39.5 0.047 33.9561 16 291.1 6.2344 39.7 0.046 33.9556 34 291.9 6.2271 39.7 0.048 33.9554 54 293.0 6.2253 39.7 0.046 33.9565 26 294.0 6.2093 39.6 0.046 33.9560 22 295.0 6.2039 39.6 0.048 33.9560 23 296.0 6.2016 39.6 0.047 33.9566 22 297.0 6.1983 39.6 0.048 33.9570 20 298.0 6.1806 39.5 0.048 33.9570 16 299.0 6.1682 39.5 0.045 33.9564 15 300.0 6.1573 39.5 0.046 33.9563 15 301.0 6.1468 39.5 0.047 33.9560 21 302.1 6.1377 39.6 0.046 33.9576 38 303.0 6.1381 39.6 0.047 33.9581 37 304.0 6.1343 39.6 0.048 33.9585 50 304.9 6.1263 39.6 0.047 33.9587 22 306.0 6.1139 39.4 0.047 33.9592 15 307.0 6.1135 39.4 0.046 33.9604 12 308.0 6.1064 39.2 0.047 33.9627 12 309.0 6.0940 39.3 0.048 33.9635 13 310.0 6.0905 39.4 0.048 33.9637 17 311.1 6.0898 39.5 0.046 33.9651 29 311.9 6.0909 39.5 0.047 33.9671 40 313.0 6.0907 39.5 0.047 33.9679 27 314.0 6.0896 39.5 0.044 33.9681 30 315.0 6.0828 39.5 0.048 33.9681 35 316.0 6.0796 39.0 0.048 33.9680 26 317.0 6.0729 39.4 0.048 33.9674 19 318.0 6.0660 39.4 0.048 33.9670 17 319.0 6.0583 39.3 0.047 33.9673 16 320.0 6.0453 39.3 0.046 33.9664 15 321.0 6.0379 39.3 0.047 33.9662 18 322.1 6.0207 39.3 0.048 33.9643 28 323.0 6.0110 39.3 0.046 33.9634 34 324.0 6.0033 39.2 0.044 33.9631 23 325.0 6.0014 39.2 0.047 33.9631 17 326.0 6.0010 39.1 0.048 33.9631 15 327.0 5.9963 39.1 0.046 33.9627 13 328.0 5.9876 39.1 0.048 33.9629 13 329.0 5.9829 39.1 0.045 33.9635 14 330.0 5.9828 39.2 0.051 33.9635 17 331.0 5.9824 39.2 0.048 33.9637 30 332.0 5.9825 39.1 0.048 33.9643 13 333.0 5.9705 39.1 0.046 33.9648 10 334.0 5.9550 39.0 0.050 33.9676 10 335.0 5.9511 39.0 0.045 33.9679 12 336.0 5.9292 39.1 0.046 33.9687 14 337.1 5.9163 39.2 0.047 33.9702 36 337.9 5.9084 39.3 0.048 33.9708 39 339.0 5.9032 39.2 0.045 33.9712 26 340.0 5.8995 39.2 0.047 33.9715 31 341.0 5.8982 39.3 0.046 33.9717 29 342.0 5.8978 39.2 0.048 33.9718 19 343.0 5.8956 39.2 0.048 33.9719 14 344.0 5.8927 39.1 0.048 33.9722 15 345.0 5.8876 39.2 0.047 33.9727 17 346.1 5.8828 39.2 0.044 33.9734 27 347.0 5.8789 39.3 0.052 33.9741 47 348.0 5.8754 39.3 0.045 33.9747 25 349.0 5.8740 39.3 0.049 33.9749 22 350.0 5.8709 39.3 0.046 33.9753 25 351.0 5.8692 39.3 0.044 33.9756 26 352.0 5.8666 39.3 0.044 33.9760 21 353.0 5.8644 39.3 0.048 33.9763 17 354.0 5.8629 39.3 0.044 33.9765 17 355.0 5.8544 39.3 0.045 33.9780 21 355.9 5.8386 39.4 0.049 33.9809 28 356.9 5.8349 39.5 0.046 33.9818 25 358.0 5.8348 39.4 0.048 33.9822 15 359.0 5.8352 39.3 0.048 33.9823 12 360.0 5.8367 39.3 0.045 33.9823 12 361.0 5.8361 39.3 0.050 33.9824 13 362.0 5.8391 39.4 0.047 33.9829 17 363.1 5.8409 39.5 0.048 33.9833 32 364.0 5.8415 39.5 0.046 33.9832 44 365.0 5.8375 39.5 0.048 33.9835 37 366.0 5.8377 39.3 0.048 33.9845 27 367.0 5.8368 39.4 0.046 33.9847 23 368.0 5.8367 39.5 0.047 33.9848 21 369.0 5.8367 39.5 0.044 33.9852 17 370.0 5.8365 39.5 0.048 33.9852 14 371.0 5.8367 39.5 0.049 33.9852 14 372.0 5.8374 39.5 0.046 33.9856 16 373.1 5.8372 39.6 0.047 33.9864 34 373.9 5.8356 39.8 0.048 33.9874 23 375.0 5.8333 39.6 0.051 33.9881 16 376.0 5.8255 39.7 0.050 33.9896 14 377.0 5.8054 39.7 0.046 33.9932 15 378.0 5.8036 39.8 0.046 33.9936 17 379.0 5.8001 39.8 0.045 33.9939 19 380.0 5.7948 39.8 0.047 33.9942 20 381.0 5.7925 39.7 0.048 33.9945 22 382.1 5.7912 39.8 0.048 33.9945 31 383.0 5.7903 39.9 0.048 33.9944 52 383.9 5.7858 39.9 0.046 33.9949 25 385.0 5.7837 39.9 0.046 33.9951 21 386.0 5.7799 39.9 0.047 33.9954 22 387.0 5.7753 39.9 0.049 33.9955 26 388.0 5.7668 39.9 0.048 33.9955 23 389.0 5.7628 39.9 0.046 33.9954 21 390.0 5.7603 39.9 0.048 33.9957 22 391.0 5.7591 40.0 0.049 33.9961 30 392.0 5.7571 40.1 0.047 33.9965 30 393.0 5.7513 39.7 0.045 33.9970 22 394.0 5.7463 39.8 0.049 33.9973 18 395.0 5.7409 40.0 0.045 33.9976 23 396.1 5.7347 40.1 0.045 33.9981 47 396.9 5.7334 40.1 0.047 33.9982 29 398.0 5.7330 40.1 0.048 33.9983 17 399.0 5.7257 40.0 0.047 33.9975 15 400.0 5.7140 40.0 0.045 33.9977 15 401.0 5.7032 40.0 0.045 33.9987 18 402.0 5.6708 40.1 0.049 34.0022 28 403.0 5.6659 40.2 0.048 34.0028 35 404.0 5.6603 40.2 0.047 34.0036 36 405.0 5.6590 40.2 0.046 34.0038 37 406.0 5.6445 40.2 0.047 34.0051 32 407.0 5.6119 40.3 0.047 34.0086 22 408.0 5.6016 40.3 0.047 34.0095 16 409.0 5.5870 40.2 0.048 34.0103 14 410.0 5.5771 40.2 0.054 34.0118 13 411.0 5.5689 40.2 0.057 34.0121 15 412.1 5.5661 40.3 0.049 34.0125 22 412.9 5.5620 40.4 0.047 34.0127 31 413.9 5.5550 40.5 0.048 34.0136 18 415.0 5.5505 40.4 0.047 34.0139 15 416.0 5.5497 40.4 0.047 34.0141 13 417.0 5.5467 40.4 0.048 34.0141 16 418.0 5.5390 40.4 0.047 34.0148 19 419.0 5.5293 40.2 0.049 34.0156 25 420.0 5.5158 40.6 0.048 34.0169 35 421.0 5.4941 40.6 0.049 34.0188 29 422.0 5.4746 40.6 0.046 34.0209 36 423.0 5.4696 40.7 0.047 34.0216 26 424.0 5.4700 40.6 0.047 34.0218 16 425.0 5.4697 40.6 0.050 34.0220 13 426.0 5.4695 40.6 0.048 34.0220 13 427.0 5.4688 40.7 0.048 34.0222 14 428.0 5.4679 40.6 0.046 34.0224 18 429.0 5.4677 40.8 0.049 34.0225 33 430.0 5.4678 40.7 0.046 34.0226 20 431.0 5.4677 40.7 0.047 34.0228 16 432.0 5.4678 40.7 0.048 34.0231 17 433.0 5.4677 40.8 0.048 34.0234 21 434.0 5.4657 40.8 0.047 34.0243 22 435.0 5.4625 40.9 0.046 34.0253 17 436.0 5.4582 40.9 0.047 34.0258 16 437.0 5.4538 40.9 0.046 34.0272 16 438.1 5.4501 41.0 0.048 34.0289 25 438.9 5.4506 41.2 0.047 34.0290 32 440.0 5.4486 41.1 0.047 34.0295 16 441.0 5.4486 41.1 0.045 34.0297 13 442.0 5.4480 41.1 0.048 34.0297 11 443.0 5.4440 41.1 0.048 34.0303 11 444.0 5.4404 41.1 0.048 34.0307 11 445.0 5.4392 40.8 0.047 34.0308 11 446.0 5.4375 41.1 0.044 34.0308 14 447.1 5.4301 41.3 0.044 34.0312 21 447.9 5.4226 41.4 0.047 34.0317 27 449.0 5.4177 41.4 0.044 34.0322 15 450.0 5.4087 41.4 0.047 34.0323 14 451.0 5.3906 41.5 0.049 34.0325 15 452.0 5.3809 41.6 0.046 34.0329 16 453.0 5.3667 41.6 0.047 34.0327 18 454.0 5.3465 41.7 0.048 34.0322 22 455.0 5.3324 41.8 0.045 34.0320 23 456.0 5.3201 42.0 0.048 34.0318 23 457.0 5.3088 42.0 0.048 34.0309 24 458.0 5.2953 42.1 0.047 34.0309 33 458.9 5.2907 42.1 0.048 34.0311 29 460.0 5.2853 42.2 0.048 34.0313 19 461.0 5.2759 42.2 0.048 34.0317 16 462.0 5.2664 42.2 0.049 34.0330 16 463.0 5.2651 42.2 0.048 34.0329 17 464.0 5.2608 42.3 0.046 34.0332 17 465.0 5.2582 42.3 0.045 34.0335 17 466.0 5.2551 42.3 0.045 34.0338 18 467.1 5.2508 42.3 0.046 34.0344 27 468.0 5.2423 42.4 0.047 34.0354 41 469.0 5.2342 42.4 0.049 34.0367 22 470.0 5.2293 42.3 0.049 34.0374 18 471.0 5.2211 42.4 0.047 34.0387 23 472.0 5.2193 42.4 0.049 34.0387 44 472.9 5.2150 42.5 0.044 34.0393 20 474.0 5.2095 42.5 0.047 34.0399 15 475.0 5.2049 42.5 0.046 34.0404 14 476.0 5.1962 42.5 0.048 34.0412 15 477.0 5.1908 42.4 0.048 34.0418 16 478.0 5.1853 42.4 0.046 34.0424 18 479.0 5.1817 42.5 0.048 34.0428 24 479.9 5.1794 42.6 0.049 34.0429 35 480.9 5.1754 42.6 0.049 34.0435 26 482.0 5.1751 42.6 0.046 34.0439 16 483.0 5.1650 42.6 0.048 34.0441 13 484.0 5.1404 42.5 0.045 34.0457 14 485.0 5.1264 42.6 0.047 34.0468 15 486.0 5.1093 42.7 0.046 34.0484 20 487.1 5.1036 42.7 0.045 34.0488 40 487.9 5.0984 42.8 0.047 34.0492 41 489.0 5.0909 42.9 0.048 34.0508 18 490.0 5.0896 42.8 0.047 34.0529 15 491.0 5.0900 42.8 0.047 34.0529 16 492.0 5.0909 42.9 0.048 34.0529 19 492.6 5.0908 42.9 0.048 34.0531 4 494.1 5.0902 43.0 0.046 34.0532 23 495.0 5.0909 43.0 0.045 34.0531 19 496.0 5.0911 42.9 0.048 34.0532 15 497.0 5.0906 42.9 0.045 34.0535 17 498.0 5.0902 43.0 0.046 34.0538 18 499.0 5.0874 43.0 0.047 34.0542 21 500.0 5.0834 43.1 0.049 34.0546 23 501.0 5.0771 43.1 0.048 34.0553 21 502.0 5.0747 43.1 0.049 34.0555 19 502.9 5.0709 44.8 0.048 34.0554 64