*2013/12/16 15:27:00.34 *IOS HEADER VERSION 1.10 2011/10/26 2011/10/26 *FILE START TIME : UTC 2002/12/12 10:26:04.000 TIME INCREMENT : 0 0 0 0.416667E-01 0 ! (day hr min sec ms) NUMBER OF RECORDS : 397 DATA DESCRIPTION : CTD FILE TYPE : ASCII NUMBER OF CHANNELS : 8 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- --------------------------- --------------- -------------- -------------- 1 Pressure decibar 1.071 396.621 2 Temperature:Secondary 'deg C (ITS90)' 7.8025 8.1423 3 Transmissivity %/metre 50.3 57.2 4 Fluorescence:URU:Seapoint mg/m^3 0.107 0.455 5 PAR uE/m^2/sec 0.536 1.206 6 Oxygen:Dissolved:SBE mL/L 2.751202 5.615707 7 Salinity:T1:C1 PSS-78 28.9299 32.2493 8 Number_of_bin_records n/a 2 255 $END $TABLE: CHANNEL DETAIL ! No Pad Start Width Format Type Decimal_Places !--- ---- ----- ----- ------ ---- -------------- 1 -99 ' ' 7 F ' ' 1 2 -99 ' ' 9 F ' ' 4 3 -99 ' ' 7 F ' ' 1 4 -99 ' ' 8 F ' ' 3 5 -99 ' ' 7 F ' ' 1 6 -99 ' ' 8 F ' ' 3 7 -99 ' ' 9 F ' ' 4 8 ' ' ' ' 5 F ' ' 0 $END $REMARKS This file converted from Sea-Bird file: Q:\CTD\2002-36\derive\2002-36-0010.cn $END *ADMINISTRATION MISSION : 2002-36 AGENCY : IOS, Ocean Science and Productivity, Sidney, BC COUNTRY : Canada PROJECT : ACRDP: Broughton Oceanography & Circulation SCIENTIST : Stucchi D. PLATFORM : Vector *LOCATION GEOGRAPHIC AREA : Broughton Archipelago STATION : KIN0 EVENT NUMBER : 10 LATITUDE : 50 51.68000 N ! (deg min) LONGITUDE : 126 37.17000 W ! (deg min) *INSTRUMENT TYPE : Sea-Bird CTD MODEL : SBE-911plus SERIAL NUMBER : 0550 $TABLE: SENSORS ! Name Abs Depth Serial No ! ------------------------- -------------- ---------- temperature:primary ' ' 2968 conductivity:primary ' ' 2173 pressure ' ' 75636 temperature:secondary ' ' 2038 conductivity:secondary ' ' 1729 irradiance ' ' 4615 Oxygen:SBE ' ' 0047 transmissometer:primary ' ' 498DR Fluorometer ' ' Seapoint $END $REMARKS SOFTWARE VERSION SEASAVE WIN32 V 5.26D $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! ------------------------ ------ ---------- -------- --------- --------- SBE_IOS 2.4 2003/03/27 18:04:10 42433 42433 CLEAN 4.2 2003/03/27 18:17:45 ? ? SHIFTDAT 3.3 2003/04/03 11:20:53 ? ? SHIFTDAT 3.3 2003/04/03 11:36:40 ? ? SHIFTDAT 3.3 2003/04/03 11:52:39 ? ? SHIFTDAT 3.3 2003/04/03 12:08:19 ? ? CLEAN 4.2 2003/04/03 12:23:34 42433 42433 DELETE 6.2 2003/04/04 09:45:10 42433 13116 CTDEDIT 4.43 2003/04/04 13:57:15 13116 13116 BOXCAR 4.2 2003/04/04 16:38:00 13116 13116 BINAVE 4.0.1 2003/04/04 16:42:02 13116 397 CALIB 10.4 2003/04/04 16:43:50 397 397 CALIB 10.4 2003/04/04 16:44:05 397 397 REMOVECH 6.0 2003/04/04 17:28:51 397 397 HDREDIT2 1.51 2003/04/04 17:40:03 ? ? CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 15:27:00 397 397 $END $REMARKS CLEAN functions: - Set event to last 4 characters of file name -The following SHIFT parameters were used. Shift Channel: Conductivity:Primary # of Records to Advance (-ve for Delay): At REC# 0 Shift= -0.20 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= -0.20 Salinity was recalculated after shift -The following SHIFT parameters were used. Shift Channel: Oxygen:Dissolved:SBE # 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 # of Records to Advance (-ve for Delay): At REC# 0 Shift= 24.00 Salinity was recalculated after shift CLEAN functions: - Interpolation by Record Number. -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 386.77 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 CALIB parameters were used: Calibration type = Correct Mode: ONLY - calibration specs from Cal File only. Calibration file = Q:\CTD\2002-36\2236rcal1.ccf Calibrations applied: Ch Name Units Fmla Coefficents -- ----------------------------- --------- --- ----------------------------- 10 Oxygen:Dissolved:SBE mL/L 10 -0.7040000E-01 0.1109000E+01 -The following CALIB parameters were used: Calibration type = Correct Mode: ONLY - calibration specs from Cal File only. Calibration file = Q:\CTD\2002-36\2236rcal2.ccf Calibrations applied: Ch Name Units Fmla Coefficents -- ----------------------------- --------- --- ----------------------------- 10 Oxygen:Dissolved:SBE mL/L 11 -0.7540000E-01 0.1000000E-03 Pressure -The following CHANNEL(S) were removed from file. Scan_Number Temperature:Primary Conductivity:Primary Conductivity:Secondary Bottle_Number Status:Pump Salinity:T0:C0 Flag $END *COMMENTS SBE HEADER Sea-Bird SBE 9 Data File: FileName = D:\data\2002-36\2002-36-0010.dat Software Version Seasave Win32 V 5.26d Temperature SN = 2968 Conductivity SN = 2173 Number of Bytes Per Scan = 30 Number of Voltage Words = 4 Number of Scans Averaged by the Deck Unit = 1 System UpLoad Time = Dec 12 2002 10:26:04 NMEA Latitude = 50 51.68 N NMEA Longitude = 126 37.17 W NMEA UTC (Time) = Dec 12 2002 10:26:04 Store Lat/Lon Data = Add to Header Only Ship: VECTOR Cruise: 2002-36 Station: Kin0 Latitude: Longitude: 394m # nquan = 15 # nvalues = 42433 # 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 = par: PAR/Irradiance, Biospherical/Licor # name 9 = sbeox0ML/L: Oxygen, SBE 43 [ml/l] # name 10 = nbf: Bottles Fired # name 11 = pumps: Pump Status # name 12 = sal00: Salinity [PSU] # name 13 = sal11: Salinity, 2 [PSU] # name 14 = flag: flag # span 0 = 1, 42433 # span 1 = -0.097, 396.773 # span 2 = 7.8020, 8.2560 # span 3 = 7.8012, 8.1427 # span 4 = 2.929721, 3.387058 # span 5 = 3.034687, 3.386762 # span 6 = 74.9543, 87.1518 # span 7 = 9.5238e-02, 5.0549e-01 # span 8 = 5.3142e-01, 1.7115e+00 # span 9 = 2.57307, 5.20707 # span 10 = 0, 0 # span 11 = 0, 1 # span 12 = 27.6343, 32.2526 # span 13 = 28.9283, 32.2500 # span 14 = 0.0000e+00, 0.0000e+00 # interval = seconds: 0.0416667 # start_time = Dec 12 2002 10:26:04 # bad_flag = -9.990e-29 # sensor 0 = Frequency 0 temperature, primary, 2968, 09-Jul-02s # sensor 1 = Frequency 1 conductivity, primary, 2173, 09-Jul-02, cpcor = -9.57 00e-08 # sensor 2 = Frequency 2 pressure, 75636, 06-Apr-1999 # sensor 3 = Frequency 3 temperature, secondary, 2038, 09-Jul-02 # sensor 4 = Frequency 4 conductivity, secondary, 1729, 09-Aug-02, cpcor = -9. 5700e-08 # sensor 5 = Extrnl Volt 0 irradiance (PAR), 4615, 15-Dec-00 # sensor 6 = Extrnl Volt 2 Oxygen, SBE, primary, 0047, 21-Aug-02 # sensor 7 = Extrnl Volt 4 transmissometer, primary, 498DR, 05-Dec-02 # sensor 8 = Extrnl Volt 6 Fluorometer, Seapoint # datcnv_date = Mar 27 2003 15:08:03, 5.25b # datcnv_in = Q:\CTD\2002-36\CTD Data\2002-36-0010.dat Q:\CTD\2002-36\CTD Data\2 002-36-ctd.con # datcnv_skipover = 0 # wildedit_date = Mar 27 2003 15:14:32, 5.25b # wildedit_in = Q:\CTD\2002-36\convert\2002-36-0010.cnv # wildedit_pass1_nstd = 2.0 # wildedit_pass2_nstd = 5.0 # wildedit_pass2_mindelta = 0.000e+000 # wildedit_npoint = 50 # wildedit_vars = prDM t090C t190C c0S/m c1S/m xmiss flSP par sbeox0ML/L # wildedit_excl_bad_scans = yes # celltm_date = Mar 27 2003 17:24:57, 5.25b # celltm_in = Q:\CTD\2002-36\wildedit\2002-36-0010.cnv # celltm_alpha = 0.0300, 0.0300 # celltm_tau = 9.0000, 9.0000 # celltm_temp_sensor_use_for_cond = primary, secondary # Derive_date = Mar 27 2003 17:29:08, 5.25b # Derive_in = Q:\CTD\2002-36\celltm\2002-36-0010.cnv Q:\CTD\2002-38\2002-38-0001 .CON # file_type = ascii END* CTDEDIT was used to clean salinity very lightly. ******************************************************************************** Transmissivity: The data are unedited. Fluorescence:URU:Seapoint - The data are nominal and unedited. Oxygen:Dissolved:SBE - This channel was processed by shifting +220 records with respect to pressure before removal of any records. Recalibration was done in two steps, using files 2223rcal1.ccf and 2223rcal2.ccf as described in the REMARKS section of the header. The anticipated errors in oxygen are: · ±0.4 ml/l from 0 to 125m · ±0.2 ml/l from 125 to 200m · ±0.1 ml/l below 200m ******************************************************************************** *CALIBRATION $TABLE: CORRECTED CHANNELS ! Name Units Fmla Pad Coefficients ! ---------------------- ------ ---- ------ ------------ Oxygen:Dissolved:SBE mL/L 10 -99 () (-0.704E-01 1.109) Oxygen:Dissolved:SBE mL/L 11 -99 (Pressure) (-0.754E-01 0.1E-03) $END !--1--- ---2---- --3--- ---4--- --5--- ---6--- ---7---- -8-- !Pressu Temperat Transm Fluores PAR Oxygen: Salinity Numb !re ure: issivi cence: Dissolv :T1:C1 er_o ! Secondar ty URU: ed:SBE ~bin ! y Seapoin _rec ! t ords !------ -------- ------ ------- ------ ------- -------- ---- *END OF HEADER 1.1 7.8232 53.4 0.454 1.2 5.616 28.9299 81. 1.9 7.8169 53.4 0.438 1.0 5.543 28.9320 46. 3.0 7.8082 53.3 0.445 0.8 5.394 28.9348 33. 4.0 7.8062 53.3 0.442 0.7 5.188 28.9345 28. 5.0 7.8049 53.5 0.441 0.6 5.028 28.9345 31. 6.0 7.8025 53.6 0.451 0.6 4.911 28.9380 32. 7.0 7.8097 53.7 0.455 0.6 4.825 28.9700 29. 8.0 7.9522 53.5 0.431 0.6 4.761 29.4348 28. 9.0 8.0150 53.0 0.408 0.6 4.713 29.8898 30. 10.0 7.9994 52.5 0.372 0.6 4.676 30.0941 32. 11.0 8.0009 52.4 0.343 0.6 4.636 30.2792 31. 12.0 8.0053 52.0 0.317 0.5 4.607 30.3926 30. 13.0 8.0041 52.0 0.326 0.5 4.567 30.4082 32. 14.0 8.0056 52.1 0.321 0.5 4.529 30.4215 30. 15.0 8.0066 52.1 0.322 0.5 4.498 30.4332 31. 16.0 8.0084 51.9 0.311 0.5 4.465 30.4553 32. 17.0 8.0090 51.9 0.306 0.5 4.432 30.4702 27. 18.0 8.0270 51.7 0.299 0.5 4.406 30.6521 31. 19.0 8.0336 51.6 0.282 0.5 4.381 30.7317 32. 20.0 8.0390 51.5 0.253 0.5 4.364 30.8335 30. 21.0 8.0494 51.4 0.238 0.5 4.348 30.8975 31. 22.0 8.0565 51.5 0.228 0.5 4.336 30.9255 31. 23.0 8.0606 51.5 0.217 0.5 4.324 30.9433 32. 24.0 8.0630 51.6 0.216 0.5 4.313 30.9578 29. 25.0 8.0634 51.6 0.208 0.5 4.304 30.9654 33. 26.0 8.0658 51.5 0.208 0.5 4.295 30.9797 17. 27.0 8.0670 51.5 0.209 0.5 4.290 30.9885 28. 28.0 8.0686 51.7 0.203 0.5 4.286 30.9949 32. 29.0 8.0692 51.8 0.200 0.5 4.282 30.9975 30. 30.0 8.0702 51.8 0.204 0.5 4.273 31.0006 32. 31.0 8.0704 51.8 0.205 0.5 4.263 31.0030 30. 32.0 8.0687 51.8 0.202 0.5 4.257 31.0051 30. 33.0 8.0674 51.8 0.208 0.5 4.256 31.0088 28. 34.0 8.0702 51.8 0.203 0.5 4.254 31.0293 17. 35.0 8.0759 51.9 0.201 0.5 4.250 31.0390 31. 36.0 8.0781 51.9 0.203 0.5 4.247 31.0495 32. 37.0 8.0755 52.1 0.219 0.5 4.240 31.0580 30. 38.0 8.0745 52.1 0.207 0.5 4.236 31.0689 31. 39.0 8.0753 52.0 0.205 0.5 4.229 31.0871 28. 40.0 8.0775 52.1 0.192 0.5 4.225 31.1038 31. 41.0 8.0808 52.0 0.194 0.5 4.218 31.1223 32. 42.0 8.0850 52.1 0.193 0.5 4.209 31.1429 30. 43.0 8.0854 52.1 0.193 0.5 4.204 31.1437 23. 44.0 8.0863 52.2 0.193 0.5 4.204 31.1468 27. 45.0 8.0883 52.2 0.187 0.5 4.208 31.1531 31. 46.0 8.0979 52.2 0.186 0.5 4.215 31.1773 31. 47.0 8.1147 52.3 0.180 0.5 4.226 31.2164 19. 48.0 8.1193 52.6 0.172 0.5 4.242 31.2289 32. 49.0 8.1250 53.0 0.172 0.5 4.259 31.2442 32. 50.0 8.1283 53.4 0.177 0.5 4.273 31.2504 33. 51.0 8.1311 53.7 0.160 0.5 4.282 31.2590 30. 52.0 8.1318 54.0 0.163 0.5 4.290 31.2720 33. 53.0 8.1265 54.2 0.164 0.5 4.294 31.2854 31. 54.0 8.1206 54.4 0.165 0.5 4.298 31.2973 32. 55.0 8.1181 54.6 0.163 0.5 4.301 31.3026 32. 56.0 8.1135 54.6 0.165 0.5 4.303 31.3096 32. 57.0 8.1096 54.5 0.173 0.5 4.306 31.3205 32. 58.0 8.1073 54.5 0.177 0.5 4.309 31.3298 30. 59.0 8.1051 54.4 0.170 0.5 4.313 31.3379 21. 60.0 8.1039 54.2 0.169 0.5 4.317 31.3428 31. 61.0 8.1043 54.1 0.170 0.5 4.320 31.3447 31. 62.0 8.1021 54.0 0.171 0.5 4.323 31.3478 33. 63.0 8.1008 53.9 0.173 0.5 4.327 31.3493 31. 64.0 8.0992 53.9 0.177 0.5 4.328 31.3565 31. 65.0 8.0990 53.8 0.176 0.5 4.329 31.3660 29. 66.0 8.0980 53.3 0.177 0.5 4.330 31.3740 32. 67.0 8.0986 53.3 0.178 0.5 4.329 31.3837 14. 68.0 8.1011 53.4 0.174 -99.0 4.328 31.3900 32. 69.0 8.1019 53.3 0.172 0.5 4.331 31.3965 30. 70.0 8.1003 53.2 0.179 0.5 4.328 31.4040 31. 71.0 8.0977 53.3 0.174 0.5 4.322 31.4117 19. 72.0 8.0988 53.1 0.171 0.5 4.315 31.4179 32. 73.0 8.0986 52.9 0.175 0.5 4.311 31.4200 22. 74.0 8.0985 53.0 0.180 0.5 4.310 31.4303 31. 75.0 8.0997 52.9 0.175 0.5 4.306 31.4406 30. 76.0 8.1010 53.0 0.172 0.5 4.298 31.4483 32. 77.0 8.1013 52.8 0.176 0.5 4.280 31.4524 19. 78.0 8.1014 52.8 0.175 0.5 4.269 31.4553 31. 79.0 8.1007 52.8 0.173 0.5 4.263 31.4652 30. 80.0 8.0998 52.8 0.174 0.5 4.264 31.4808 33. 81.0 8.1010 52.7 0.177 0.5 4.265 31.5057 30. 82.0 8.1019 52.5 0.168 0.5 4.256 31.5234 27. 83.0 8.1011 52.6 0.167 0.5 4.243 31.5369 14. 84.0 8.1003 52.4 0.175 -99.0 4.230 31.5410 29. 85.0 8.1001 52.4 0.171 0.5 4.214 31.5439 29. 86.0 8.1002 52.4 0.173 0.5 4.199 31.5505 31. 87.0 8.1031 52.4 0.168 0.5 4.184 31.5629 28. 88.0 8.1039 52.5 0.183 0.5 4.167 31.5805 10. 89.0 8.1036 52.5 0.170 0.5 4.149 31.5934 2. 90.0 8.1054 52.5 0.172 0.5 4.134 31.6053 19. 91.0 8.1058 52.5 0.168 0.5 4.121 31.6086 31. 92.0 8.1066 52.5 0.168 0.5 4.106 31.6120 31. 93.0 8.1089 52.5 0.168 0.5 4.088 31.6207 30. 94.0 8.1099 52.7 0.164 0.5 4.066 31.6266 32. 95.0 8.1110 52.6 0.167 0.5 4.030 31.6297 16. 96.0 8.1116 52.7 0.161 0.5 3.981 31.6321 33. 97.0 8.1128 52.9 0.165 0.5 3.929 31.6360 30. 98.0 8.1144 52.8 0.166 0.5 3.878 31.6408 31. 99.0 8.1159 52.9 0.162 0.5 3.825 31.6477 31. 100.0 8.1211 53.1 0.154 0.5 3.778 31.6668 31. 101.0 8.1256 53.3 0.150 0.5 3.742 31.6896 30. 102.0 8.1294 53.6 0.149 0.5 3.707 31.7088 31. 103.0 8.1327 53.9 0.144 0.5 3.676 31.7241 30. 104.0 8.1373 54.2 0.145 0.5 3.653 31.7478 18. 105.0 8.1383 54.3 0.141 0.5 3.632 31.7555 33. 106.0 8.1386 54.5 0.143 0.5 3.605 31.7600 25. 107.0 8.1397 54.6 0.142 0.5 3.569 31.7716 24. 108.0 8.1404 54.5 0.142 0.5 3.529 31.7762 33. 109.0 8.1406 54.7 0.140 0.5 3.489 31.7770 12. 110.0 8.1407 54.8 0.136 -99.0 3.453 31.7811 29. 111.0 8.1415 54.9 0.144 -99.0 3.419 31.7931 23. 112.0 8.1423 55.0 0.134 -99.0 3.388 31.8152 31. 113.0 8.1419 55.0 0.136 -99.0 3.357 31.8297 32. 114.0 8.1411 55.1 0.131 0.5 3.326 31.8452 23. 115.0 8.1405 55.1 0.127 0.5 3.292 31.8555 25. 116.0 8.1382 55.5 0.135 0.5 3.261 31.8687 29. 117.0 8.1369 55.6 0.139 0.5 3.236 31.8793 32. 118.0 8.1361 55.5 0.131 0.5 3.213 31.8875 32. 119.0 8.1352 55.7 0.123 0.5 3.196 31.8952 29. 120.0 8.1316 55.8 0.125 0.5 3.183 31.9145 34. 121.0 8.1300 55.8 0.123 0.5 3.169 31.9284 31. 122.0 8.1286 56.2 0.121 0.5 3.158 31.9345 7. 123.0 8.1280 56.3 0.122 -99.0 3.149 31.9373 34. 124.0 8.1267 56.4 0.120 -99.0 3.145 31.9416 28. 125.0 8.1237 56.4 0.122 0.5 3.139 31.9481 15. 126.0 8.1207 56.4 0.124 0.5 3.134 31.9565 31. 127.0 8.1193 56.4 0.119 0.5 3.128 31.9602 31. 128.0 8.1182 56.6 0.120 0.5 3.120 31.9631 23. 129.0 8.1162 56.4 0.120 -99.0 3.115 31.9683 23. 130.0 8.1151 56.3 0.117 -99.0 3.107 31.9701 29. 131.0 8.1134 56.5 0.121 0.5 3.101 31.9747 2. 132.0 8.1119 56.4 0.120 0.5 3.097 31.9793 30. 133.0 8.1103 56.5 0.122 0.5 3.091 31.9831 18. 134.0 8.1095 56.5 0.121 -99.0 3.086 31.9851 32. 135.0 8.1068 56.5 0.120 -99.0 3.079 31.9910 29. 136.0 8.1052 56.5 0.121 0.5 3.073 31.9948 5. 137.0 8.1040 56.5 0.121 0.5 3.066 32.0015 17. 138.0 8.0981 56.6 0.124 0.5 3.059 32.0103 27. 139.0 8.0900 56.5 0.119 0.5 3.055 32.0230 16. 140.0 8.0864 56.5 0.119 0.5 3.050 32.0292 4. 141.0 8.0823 56.5 0.123 0.5 3.046 32.0347 8. 142.0 8.0794 56.5 0.123 0.5 3.040 32.0384 30. 143.0 8.0751 56.6 0.121 0.5 3.035 32.0443 33. 144.0 8.0727 56.6 0.117 0.5 3.033 32.0470 30. 145.0 8.0704 56.7 0.119 0.5 3.031 32.0515 31. 146.0 8.0670 56.7 0.121 0.5 3.027 32.0571 18. 147.0 8.0650 56.7 0.118 -99.0 3.025 32.0600 31. 148.0 8.0610 56.8 0.116 -99.0 3.027 32.0670 27. 149.0 8.0597 56.8 0.118 -99.0 3.027 32.0717 24. 150.0 8.0591 56.8 0.117 -99.0 3.028 32.0771 30. 151.0 8.0593 56.9 0.128 0.5 3.025 32.0779 16. 152.0 8.0582 56.8 0.121 0.5 3.021 32.0798 31. 153.0 8.0587 56.8 0.116 0.5 3.020 32.0813 3. 154.0 8.0583 56.9 0.119 0.5 3.018 32.0828 8. 155.0 8.0570 57.0 0.117 0.5 3.015 32.0857 32. 156.0 8.0555 56.7 0.115 0.5 3.013 32.0878 10. 157.0 8.0554 56.9 0.117 0.5 3.013 32.0880 2. 158.0 8.0555 57.0 0.115 0.5 3.011 32.0881 30. 159.0 8.0556 57.0 0.117 0.5 3.010 32.0882 17. 160.0 8.0558 57.1 0.117 -99.0 3.008 32.0887 32. 161.0 8.0557 57.0 0.118 0.5 3.007 32.0894 25. 162.0 8.0557 57.0 0.119 0.5 3.007 32.0897 25. 163.0 8.0562 56.9 0.116 -99.0 3.006 32.0905 28. 164.0 8.0569 57.0 0.120 0.5 3.005 32.0916 22. 165.0 8.0578 57.1 0.117 0.5 3.005 32.0930 28. 166.0 8.0581 57.1 0.120 0.5 3.004 32.0935 17. 167.0 8.0577 57.0 0.117 0.5 3.004 32.0945 30. 168.0 8.0568 57.0 0.113 0.5 3.004 32.0964 30. 169.0 8.0567 57.1 0.117 0.5 3.001 32.0996 32. 170.0 8.0564 57.1 0.115 0.5 3.002 32.1035 25. 171.0 8.0566 57.0 0.115 -99.0 3.000 32.1047 33. 172.0 8.0569 57.0 0.116 -99.0 2.999 32.1067 29. 173.0 8.0573 57.0 0.118 -99.0 2.997 32.1085 20. 174.0 8.0577 57.2 0.118 -99.0 2.995 32.1094 31. 175.0 8.0582 57.1 0.116 0.5 2.993 32.1103 5. 176.0 8.0590 57.1 0.116 0.5 2.991 32.1111 34. 177.0 8.0593 57.1 0.118 0.5 2.989 32.1118 29. 178.0 8.0599 57.0 0.118 0.5 2.987 32.1129 31. 179.0 8.0613 57.1 0.118 0.5 2.985 32.1169 29. 180.0 8.0622 57.1 0.120 0.5 2.986 32.1194 20. 181.0 8.0635 57.1 0.118 -99.0 2.986 32.1234 31. 182.0 8.0663 57.0 0.119 0.5 2.986 32.1312 24. 183.0 8.0681 56.1 0.116 0.5 2.986 32.1340 30. 184.0 8.0689 56.8 0.115 0.5 2.986 32.1356 29. 185.0 8.0696 56.7 0.114 0.5 2.984 32.1377 13. 186.0 8.0702 56.7 0.115 -99.0 2.984 32.1386 31. 187.0 8.0705 56.6 0.118 -99.0 2.984 32.1393 31. 188.0 8.0705 56.7 0.116 0.5 2.984 32.1395 14. 189.0 8.0707 56.6 0.116 0.5 2.984 32.1395 27. 190.0 8.0707 56.7 0.115 0.5 2.985 32.1400 6. 191.0 8.0710 56.7 0.116 -99.0 2.985 32.1413 30. 192.0 8.0717 56.6 0.115 -99.0 2.985 32.1437 32. 193.0 8.0721 56.6 0.115 0.5 2.984 32.1450 21. 194.0 8.0722 56.6 0.114 0.5 2.987 32.1460 29. 195.0 8.0721 56.5 0.113 -99.0 2.991 32.1472 32. 196.0 8.0721 56.5 0.116 0.5 2.992 32.1484 16. 197.0 8.0720 56.5 0.113 0.5 2.993 32.1491 31. 198.0 8.0739 56.5 0.110 0.5 2.994 32.1537 28. 199.0 8.0746 56.6 0.111 0.5 2.994 32.1548 31. 200.0 8.0748 56.7 0.115 0.5 2.995 32.1547 31. 201.0 8.0750 56.4 0.115 0.5 2.994 32.1548 7. 202.0 8.0752 56.6 0.113 0.5 2.992 32.1550 6. 203.0 8.0754 56.6 0.115 0.5 2.992 32.1555 31. 204.0 8.0751 56.5 0.117 0.5 2.990 32.1561 31. 205.0 8.0749 56.5 0.114 0.5 2.990 32.1564 32. 206.0 8.0747 56.5 0.115 0.5 2.986 32.1573 33. 207.0 8.0747 56.7 0.113 0.5 2.984 32.1582 31. 208.0 8.0747 56.6 0.115 0.5 2.981 32.1591 31. 209.0 8.0746 56.8 0.112 0.5 2.979 32.1607 33. 210.0 8.0745 56.8 0.113 0.5 2.976 32.1613 27. 211.0 8.0744 56.7 0.116 0.5 2.975 32.1624 30. 212.0 8.0742 56.8 0.114 0.5 2.974 32.1639 30. 213.0 8.0738 56.8 0.111 0.5 2.971 32.1666 28. 214.0 8.0737 56.7 0.116 -99.0 2.971 32.1680 32. 215.0 8.0738 56.9 0.116 0.5 2.970 32.1680 18. 216.0 8.0739 56.9 0.115 0.5 2.965 32.1688 31. 217.0 8.0740 57.0 0.113 0.5 2.963 32.1696 32. 218.0 8.0741 57.0 0.115 0.5 2.961 32.1708 19. 219.0 8.0741 56.6 0.116 -99.0 2.962 32.1725 31. 220.0 8.0740 56.9 0.113 0.5 2.962 32.1735 27. 221.0 8.0737 57.0 0.112 0.5 2.962 32.1743 23. 222.0 8.0730 57.1 0.114 -99.0 2.963 32.1759 31. 223.0 8.0740 57.1 0.116 0.5 2.963 32.1773 18. 224.0 8.0746 57.0 0.113 0.5 2.961 32.1781 28. 225.0 8.0747 57.0 0.110 -99.0 2.959 32.1784 29. 226.0 8.0746 56.9 0.111 0.5 2.956 32.1788 16. 227.0 8.0746 57.0 0.115 0.5 2.954 32.1794 31. 228.0 8.0747 57.0 0.109 -99.0 2.952 32.1805 28. 229.0 8.0747 56.9 0.112 0.5 2.952 32.1815 14. 230.0 8.0748 57.1 0.111 0.5 2.951 32.1840 30. 231.0 8.0750 57.0 0.113 0.5 2.948 32.1857 6. 232.0 8.0750 56.9 0.110 0.5 2.946 32.1871 8. 233.0 8.0750 56.7 0.113 0.5 2.945 32.1894 31. 234.0 8.0749 56.8 0.112 0.5 2.943 32.1905 26. 235.0 8.0750 56.7 0.112 0.5 2.941 32.1911 24. 236.0 8.0750 56.7 0.112 0.5 2.938 32.1917 34. 237.0 8.0751 56.7 0.114 0.5 2.938 32.1921 26. 238.0 8.0751 56.6 0.112 0.5 2.936 32.1932 26. 239.0 8.0750 56.6 0.110 0.5 2.935 32.1964 23. 240.0 8.0750 56.6 0.115 0.5 2.934 32.1983 28. 241.0 8.0750 56.7 0.110 0.5 2.933 32.1995 34. 242.0 8.0751 56.6 0.110 0.5 2.931 32.2002 30. 243.0 8.0751 56.6 0.115 0.5 2.929 32.2003 24. 244.0 8.0752 56.7 0.114 -99.0 2.928 32.2006 11. 245.0 8.0753 56.5 0.114 0.5 2.927 32.2010 21. 246.0 8.0754 56.5 0.115 0.5 2.927 32.2013 33. 247.0 8.0755 56.4 0.114 0.5 2.926 32.2026 22. 248.0 8.0756 56.3 0.111 0.5 2.925 32.2031 15. 249.0 8.0756 56.2 0.112 -99.0 2.925 32.2035 30. 250.0 8.0757 56.3 0.116 -99.0 2.923 32.2038 34. 251.0 8.0758 56.2 0.113 0.5 2.923 32.2045 11. 252.0 8.0758 56.2 0.113 0.5 2.919 32.2048 35. 253.0 8.0759 56.1 0.113 0.5 2.917 32.2059 29. 254.0 8.0758 56.1 0.112 0.5 2.916 32.2071 29. 255.0 8.0759 56.2 0.110 0.5 2.916 32.2076 21. 256.0 8.0759 56.2 0.109 0.5 2.913 32.2080 32. 257.0 8.0760 56.2 0.120 0.5 2.909 32.2099 29. 258.0 8.0764 56.1 0.110 0.5 2.906 32.2123 30. 259.0 8.0765 56.2 0.108 0.5 2.905 32.2131 34. 260.0 8.0763 56.2 0.109 0.5 2.904 32.2149 28. 261.0 8.0758 56.2 0.107 0.5 2.904 32.2176 3. 262.0 8.0757 56.2 0.113 0.5 2.903 32.2185 12. 263.0 8.0758 56.2 0.114 0.5 2.899 32.2192 32. 264.0 8.0760 56.0 0.113 0.5 2.897 32.2195 32. 265.0 8.0761 55.9 0.113 0.5 2.896 32.2197 31. 266.0 8.0762 55.9 0.111 0.5 2.895 32.2206 33. 267.0 8.0757 56.0 0.112 0.5 2.893 32.2227 31. 268.0 8.0753 55.9 0.112 0.5 2.892 32.2240 33. 269.0 8.0754 55.8 0.112 0.5 2.889 32.2246 31. 270.0 8.0754 56.0 0.112 0.5 2.887 32.2258 32. 271.0 8.0755 55.9 0.110 0.5 2.886 32.2265 33. 272.0 8.0754 55.9 0.108 -99.0 2.885 32.2268 30. 273.0 8.0748 55.9 0.113 0.5 2.883 32.2276 14. 274.0 8.0746 55.7 0.112 0.5 2.883 32.2281 28. 275.0 8.0746 55.7 0.109 0.5 2.884 32.2281 30. 276.0 8.0747 55.6 0.111 0.5 2.883 32.2280 31. 277.0 8.0748 55.5 0.108 0.5 2.881 32.2282 19. 278.0 8.0749 55.6 0.111 0.5 2.880 32.2281 27. 279.0 8.0750 55.6 0.110 0.5 2.881 32.2279 29. 280.0 8.0751 55.5 0.113 0.5 2.882 32.2281 31. 281.0 8.0752 55.6 0.112 0.5 2.881 32.2282 32. 282.0 8.0753 55.6 0.112 0.5 2.881 32.2282 32. 283.0 8.0753 55.5 0.110 0.5 2.880 32.2282 31. 284.0 8.0754 55.5 0.113 0.5 2.880 32.2284 30. 285.0 8.0755 55.5 0.112 0.5 2.880 32.2283 29. 286.0 8.0756 55.5 0.113 0.5 2.880 32.2282 5. 287.0 8.0758 55.5 0.111 -99.0 2.880 32.2283 29. 288.0 8.0758 55.6 0.111 -99.0 2.880 32.2282 34. 289.0 8.0759 55.6 0.110 0.5 2.882 32.2282 23. 290.0 8.0761 55.6 0.112 0.5 2.881 32.2283 20. 291.0 8.0762 55.6 0.113 0.5 2.880 32.2282 33. 292.0 8.0764 55.6 0.113 0.5 2.880 32.2287 25. 293.0 8.0765 55.7 0.112 0.5 2.880 32.2288 20. 294.0 8.0764 55.6 0.110 -99.0 2.878 32.2289 32. 295.0 8.0765 55.7 0.112 0.5 2.877 32.2290 14. 296.0 8.0765 55.7 0.112 0.5 2.877 32.2292 32. 297.0 8.0765 55.7 0.114 0.5 2.875 32.2298 33. 298.0 8.0763 55.6 0.112 0.5 2.875 32.2304 32. 299.0 8.0763 55.3 0.111 0.5 2.875 32.2306 30. 300.0 8.0762 55.4 0.110 0.5 2.874 32.2310 22. 301.0 8.0763 55.5 0.109 0.5 2.874 32.2309 32. 302.0 8.0763 55.6 0.112 0.5 2.872 32.2312 23. 303.0 8.0763 55.6 0.111 0.5 2.872 32.2317 32. 304.0 8.0761 55.5 0.112 0.5 2.868 32.2320 34. 305.0 8.0761 55.6 0.112 0.5 2.866 32.2323 31. 306.0 8.0761 55.5 0.114 0.5 2.862 32.2323 34. 307.0 8.0760 55.5 0.109 0.5 2.859 32.2325 31. 308.0 8.0758 55.5 0.112 0.5 2.857 32.2328 31. 309.0 8.0746 55.5 0.114 0.5 2.857 32.2344 22. 310.0 8.0738 55.2 0.120 0.5 2.858 32.2354 29. 311.0 8.0733 55.1 0.118 0.5 2.858 32.2360 38. 312.0 8.0734 54.9 0.109 0.5 2.856 32.2361 27. 313.0 8.0734 54.9 0.110 0.5 2.857 32.2361 30. 314.0 8.0739 54.8 0.114 0.5 2.856 32.2358 29. 315.0 8.0739 54.6 0.112 0.5 2.856 32.2358 34. 316.0 8.0743 54.7 0.111 0.5 2.854 32.2355 32. 317.0 8.0744 54.8 0.115 0.5 2.854 32.2355 33. 318.0 8.0747 54.7 0.113 0.5 2.853 32.2354 31. 319.0 8.0746 54.8 0.112 0.5 2.853 32.2354 27. 320.0 8.0748 54.8 0.113 0.5 2.851 32.2354 34. 321.0 8.0746 54.9 0.110 0.5 2.849 32.2357 32. 322.0 8.0745 54.9 0.115 0.5 2.848 32.2360 33. 323.0 8.0740 54.8 0.112 0.5 2.848 32.2367 31. 324.0 8.0740 54.8 0.110 0.5 2.849 32.2368 34. 325.0 8.0741 54.7 0.116 0.5 2.847 32.2368 21. 326.0 8.0742 54.7 0.110 0.5 2.845 32.2368 29. 327.0 8.0743 54.6 0.113 0.5 2.845 32.2368 30. 328.0 8.0743 54.7 0.114 0.5 2.844 32.2370 29. 329.0 8.0740 54.7 0.111 0.5 2.843 32.2374 31. 330.0 8.0741 54.6 0.113 0.5 2.842 32.2375 28. 331.0 8.0741 54.6 0.115 -99.0 2.840 32.2375 34. 332.0 8.0741 54.5 0.115 0.5 2.838 32.2376 19. 333.0 8.0737 54.3 0.117 0.5 2.835 32.2378 34. 334.0 8.0738 54.2 0.112 0.5 2.833 32.2378 27. 335.0 8.0733 54.3 0.114 0.5 2.832 32.2380 35. 336.0 8.0728 54.1 0.119 0.5 2.830 32.2384 31. 337.0 8.0728 54.0 0.115 0.5 2.825 32.2386 33. 338.0 8.0729 53.9 0.115 0.5 2.824 32.2388 34. 339.0 8.0718 53.7 0.118 0.5 2.822 32.2401 29. 340.0 8.0717 53.6 0.115 0.5 2.820 32.2403 37. 341.0 8.0713 53.5 0.112 0.5 2.817 32.2411 29. 342.0 8.0709 53.4 0.117 0.5 2.816 32.2414 35. 343.0 8.0708 53.2 0.115 0.5 2.813 32.2417 31. 344.0 8.0708 52.8 0.112 0.5 2.810 32.2418 33. 345.0 8.0706 53.0 0.117 0.5 2.807 32.2420 30. 346.0 8.0703 52.9 0.117 0.5 2.806 32.2422 22. 347.0 8.0696 52.8 0.116 0.5 2.805 32.2433 31. 348.0 8.0691 52.7 0.113 0.5 2.803 32.2440 22. 349.0 8.0693 52.6 0.117 0.5 2.801 32.2439 32. 350.0 8.0694 52.4 0.116 0.5 2.800 32.2439 22. 351.0 8.0693 52.3 0.113 0.5 2.799 32.2442 30. 352.0 8.0693 52.4 0.113 0.5 2.796 32.2443 22. 353.0 8.0692 52.3 0.118 0.5 2.795 32.2446 28. 354.0 8.0689 52.4 0.116 0.5 2.794 32.2449 33. 355.0 8.0688 52.3 0.116 0.5 2.793 32.2451 20. 356.0 8.0686 52.1 0.116 0.5 2.793 32.2453 32. 357.0 8.0687 52.0 0.114 0.5 2.792 32.2455 31. 358.0 8.0686 51.8 0.115 0.5 2.790 32.2455 30. 359.0 8.0686 52.0 0.117 0.5 2.787 32.2457 31. 360.0 8.0685 52.0 0.116 0.5 2.786 32.2458 34. 361.0 8.0684 52.0 0.118 0.5 2.784 32.2459 33. 362.0 8.0684 51.8 0.115 0.5 2.783 32.2462 26. 363.0 8.0683 51.8 0.115 0.5 2.782 32.2462 35. 364.0 8.0684 51.7 0.119 0.5 2.782 32.2463 29. 365.0 8.0683 51.7 0.119 0.5 2.782 32.2463 34. 366.0 8.0682 51.3 0.113 0.5 2.781 32.2465 29. 367.0 8.0682 51.4 0.119 0.5 2.781 32.2466 30. 368.0 8.0683 51.3 0.120 0.5 2.781 32.2467 34. 369.0 8.0683 51.4 0.114 0.5 2.782 32.2467 28. 370.0 8.0681 51.3 0.118 0.5 2.779 32.2469 34. 371.0 8.0682 51.4 0.113 0.5 2.778 32.2469 32. 372.0 8.0682 51.3 0.116 0.5 2.778 32.2471 28. 373.0 8.0681 51.2 0.119 0.5 2.778 32.2472 27. 374.0 8.0682 51.3 0.116 0.5 2.778 32.2472 29. 375.0 8.0683 51.1 0.116 0.5 2.778 32.2471 30. 376.0 8.0684 51.0 0.114 0.5 2.776 32.2471 29. 377.0 8.0685 51.0 0.117 -99.0 2.776 32.2471 34. 378.0 8.0687 51.1 0.116 0.5 2.777 32.2472 18. 379.0 8.0687 50.9 0.114 0.5 2.776 32.2471 33. 380.0 8.0689 50.7 0.118 0.5 2.776 32.2471 28. 381.0 8.0690 51.0 0.121 0.5 2.775 32.2471 31. 382.0 8.0691 51.1 0.115 0.5 2.775 32.2471 29. 383.0 8.0693 51.1 0.117 0.5 2.776 32.2470 28. 384.0 8.0692 51.1 0.116 0.5 2.775 32.2471 33. 385.0 8.0693 51.0 0.119 0.5 2.774 32.2471 30. 386.0 8.0692 51.0 0.118 0.5 2.773 32.2473 34. 387.0 8.0693 51.0 0.115 0.5 2.772 32.2474 30. 388.0 8.0694 50.8 0.117 0.5 2.772 32.2473 34. 389.0 8.0695 50.9 0.116 0.5 2.770 32.2473 30. 390.0 8.0695 50.9 0.117 0.5 2.769 32.2474 29. 391.0 8.0694 51.0 0.117 0.5 2.768 32.2475 32. 392.0 8.0691 50.8 0.117 0.5 2.765 32.2478 53. 393.0 8.0687 51.0 0.118 0.5 2.761 32.2480 43. 394.0 8.0679 50.8 0.115 0.5 2.759 32.2487 29. 395.1 8.0671 50.5 0.117 0.5 2.756 32.2492 110. 396.0 8.0670 50.3 0.118 0.5 2.751 32.2493 255. 396.6 8.0676 50.5 0.118 0.5 2.753 32.2490 84.