*2006/01/24 16:55:47.59 *IOS HEADER VERSION 1.5 2005/04/01 2005/04/22 *FILE START TIME : UTC 2005/10/07 17:29:30.000 TIME INCREMENT : 0 0 0 0.125 0 ! (day hr min sec ms) NUMBER OF RECORDS : 384 DATA DESCRIPTION : CTD FILE TYPE : ASCII NUMBER OF CHANNELS : 6 $TABLE: CHANNELS ! No Name Units Minimum Maximum ! -- ----------------------- --------------- -------------- -------------- 1 Pressure decibar 0 383 2 Temperature:Primary 'deg C (ITS90)' 8.3692 10.1266 3 Oxygen:Dissolved:SBE mL/L 2.374 5.904 4 Oxygen:Dissolved:SBE umol/kg 103.4004 259.1188 5 Salinity:T0:C0 PSS-78 2.3994 32.2752 6 Number_of_bin_records n/a 14 1097 $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 ' ' 2 4 -99 ' ' 6 F ' ' 1 5 -99 ' ' 9 F ' ' 4 6 -99 ' ' 5 I I 0 $END $REMARKS This file converted from Sea-Bird file: Q:\Cruise_Data\2005-30\CTD\derive\200 $END *ADMINISTRATION MISSION : 2005-30 AGENCY : IOS, Ocean Sciences Division, Sidney COUNTRY : Canada PROJECT : Broughton Oceanography & Circulation SCIENTIST : Stucchi D. PLATFORM : Vector *LOCATION GEOGRAPHIC AREA : QCS /Knight Inlet / Kingcome Inlet / Broughton Arch. STATION : Kin0 EVENT NUMBER : 66 LATITUDE : 50 51.72000 N ! (deg min) LONGITUDE : 126 37.22000 W ! (deg min) WATER DEPTH : 404 *INSTRUMENT TYPE : Sea-Bird CTD MODEL : SBE-25 SERIAL NUMBER : 0334 $TABLE: SENSORS ! Name Abs Depth Serial No ! -------------- -------------- ---------- temperature ' ' 4054 conductivity ' ' 2754 Pressure ' ' 290544 Oxygen:SBE ' ' 0047 $END $REMARKS SOFTWARE VERSION 1.30 $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! -------- ------ ---------- -------- --------- --------- SBE_IOS 2.9 2006/01/17 11:34:38 12814 12814 BINAVE 4.1 2006/01/23 15:30:55 11645 384 CALIB 11.7 2006/01/24 13:29:34 384 384 CLEAN 4.8.1 2006/01/24 16:16:58 384 384 CHGUNITS 2.1 2006/01/24 16:17:30 384 384 REMOVECH 7.0 2006/01/24 16:17:44 384 384 REORDER 1.2.1 2006/01/24 16:40:26 ? ? HDREDIT2 2.5.1 2006/01/24 16:55:47 ? ? $END $REMARKS -The following BINAVE parameters were used: Bin channel = Press* Averaging interval = 1.00 Minimum bin value = 0.000 Bin value was used Interpolated values were NOT used for empty bins Channel 'NUMBER_OF_BIN_RECORDS' was added to file. -CALIB parameters: 2006/01/24 13:29:34 Calibration type = Correct Mode: ONLY - calibration specs from Cal File only. Calibration file = Q:\Cruise_Data\2005-30\CTD\doc\2005-30-recal.ccf Calibrations applied: Ch Name Units Fmla Coefficents -- ----------------------------- --------- --- ----------------------------- 6 Oxygen:Dissolved:SBE mL/L 10 -0.1540000E+00 0.1574000E+01 -CLEAN functions: 2006/01/24 16:16:46 20 Insert Pad Values in Channel: Oxygen:Dissolved:SBE [mL/L] where channel Oxygen:Dissolved:SBE [mL/L] is in the range -10 to 0 6 data records in pad range. -CHANGE units: 'Oxygen:Dissolved:SBE' changed from mL/L to umol/kg -REMOVECH 2006/01/24 16:17:44 The following CHANNEL(S) were removed: Scan_Number Conductivity:Primary [S/m] Oxygen:Voltage:SBE [volts] Descent_Rate [m/s] Flag -HEADER EDITS: 2006/01/24 16:55:47 Applied edit header: Q:\Cruise_Data\2005-30\CTD\doc\2005-30-hdr.txt Channel 1: Pressure [decibar] Name: Pressure:StrainGauge ==> Pressure Units: dbars ==> decibar Format: F10.3 ==> F7.1 Channel 3: Oxygen:Dissolved:SBE [mL/L] Format: F8.3 ==> F7.2 Channel 6: Number_of_bin_records [n/a] Pad: ' ' ==> -99 $END *COMMENTS SBE HEADER Sea-Bird SBE25 Data File: FileName = C:\DATA\2005-30\2005-30-0066.hex Software Version 1.30 Temperature SN = 4054 Conductivity SN = 2754 System UpLoad Time = Oct 07 2005 10:52:40 Ship: Vector Cruise:2005-30 Depth:404 Kin0 ds SBE 25 CTD V 4.1a SN 334 10/07/05 17:57:29.807 external pressure sensor, range = 1450 psia, tcval = 37 xtal = 9437184 clk = 32767.511 vmain = 9.8 iop = 180 vlith = 5.1 ncasts = 4 samples = 41081 free = 797385 lwait = 0 msec CTD configuration: number of scans averaged = 1, data stored at 8 scans per second real time data transmitted at 1 scans per second minimum conductivity frequency for pump turn on = 2600 battery type = ALKALINE 1 external voltages sampled stored voltage # 0 = external voltage 4 S> dh cast 3 10/07 17:29:30 smpls 28266 to 41080 nv = 1 avg = 1 stp = switch of S> # nquan = 9 # nvalues = 12814 # units = specified # name 0 = scan: Scan Count # name 1 = prSM: Pressure, Strain Gauge [db] # name 2 = t090C: Temperature [ITS-90, deg C] # name 3 = c0S/m: Conductivity [S/m] # name 4 = sbeox0V: Oxygen Voltage, SBE 43 # name 5 = sbeox0ML/L: Oxygen, SBE 43 [ml/l] # name 6 = dz/dtM: Descent Rate [m/s] # name 7 = sal00: Salinity [PSU] # name 8 = flag: flag # span 0 = 1, 12814 # span 1 = 0.087, 382.970 # span 2 = -1.8876, 10.2979 # span 3 = 0.069868, 3.416593 # span 4 = 0.0000, 4.4701 # span 5 = -1.99666, 11.30415 # span 6 = -61.399, 63.411 # span 7 = 0.4861, 32.2758 # span 8 = 0.0000e+00, 0.0000e+00 # interval = seconds: 0.125 # start_time = Oct 07 2005 17:29:30 # bad_flag = -9.990e-29 # sensor 0 = Frequency 0 temperature, 4054, 14-Oct-04 # sensor 1 = Frequency 1 conductivity, 2754, 15-Oct-04, cpcor = -9.5700e-08 # sensor 2 = Pressure Voltage, 290544, 13-May-05, cpcor = -9.5700e-08 # sensor 3 = Extrnl Volt 0 Oxygen, SBE, primary, 0047, 10-Feb-05 # datcnv_date = Jan 16 2006 17:36:09, 5.32a # datcnv_in = Q:\Cruise_Data\2005-30\CTD\2005-30-0066.hex Q:\Cruise_Data\2005-30 \CTD\0334CTD.con # datcnv_skipover = 0 # wildedit_date = Jan 17 2006 10:57:32, 5.32a # wildedit_in = Q:\Cruise_Data\2005-30\CTD\convert\2005-30-0066.cnv # wildedit_pass1_nstd = 2.0 # wildedit_pass2_nstd = 20.0 # wildedit_pass2_mindelta = 0.000e+000 # wildedit_npoint = 25 # wildedit_vars = prSM t090C c0S/m # wildedit_excl_bad_scans = yes # alignctd_date = Jan 17 2006 11:02:20, 5.32a # alignctd_in = Q:\Cruise_Data\2005-30\CTD\wildedit\2005-30-0066.cnv # alignctd_adv = sbeox0ML/L 6.000 # wfilter_date = Jan 17 2006 11:03:42, 5.32a # wfilter_in = Q:\Cruise_Data\2005-30\CTD\align\2005-30-0066.cnv # wfilter_excl_bad_scans = yes # wfilter_action prSM = cosine, 5 # wfilter_action t090C = cosine, 5 # wfilter_action c0S/m = cosine, 5 # celltm_date = Jan 17 2006 11:28:09, 5.32a # celltm_in = Q:\Cruise_Data\2005-30\CTD\wfilter\2005-30-0066.cnv # celltm_alpha = 0.0300, 0.0000 # celltm_tau = 9.0000, 0.0000 # celltm_temp_sensor_use_for_cond = primary, # Derive_date = Jan 17 2006 11:29:51, 5.32a # Derive_in = Q:\Cruise_Data\2005-30\CTD\celltm\2005-30-0066.cnv Q:\Cruise_Data\ 2005-10\CTD\2005-10-ctd.CON # file_type = ascii END* *************************************************************** During this cruise there were problems with the pump operation in the top 50m of some downcasts. For consistency, the upcast data was selected for archiving for all casts. The salinity calibration is within 0.001psu, but there are other errors due to many stops for bottles. Away from the stop depths the errrors are expected to be on the order of 0.01psu in high gradient areas and much smaller at depth. The dissolved oxygen data in the CTD files should be considered • not reliable in top 2m • ±0.4ml/l from 2 - 125m • ±0.3ml/l from 125 – 200m • ±0.1ml/l below 200m *CALIBRATION $TABLE: CORRECTED CHANNELS ! Name Units Fmla Pad Coefficients ! ---------------------- ------ ---- ------ ------------ Oxygen:Dissolved:SBE mL/L 10 -99 () (-0.154 1.574) $END !--1--- ---2---- --3--- --4-- ---5---- -6-- !Pressu Temperat Oxygen Oxyge Salinity Numb !re ure: : n: :T0:C0 er_o ! Primary Dissol Disso ~bin ! ved: lved: _rec ! SBE SBE ords !------ -------- ------ ----- -------- ---- *END OF HEADER 0.0 9.9623 -99.00 -99.0 2.3994 45 1.0 10.1266 4.19 184.4 19.7907 1097 2.0 10.1230 5.90 259.1 22.4854 45 3.0 10.0795 5.29 231.9 24.1283 37 4.0 9.8173 4.76 208.0 27.4745 26 5.0 9.5996 4.44 193.9 28.6507 23 6.0 9.5293 4.23 184.5 29.0727 19 7.0 9.5259 4.09 178.5 29.3814 19 8.0 9.5163 3.99 174.2 29.5644 17 9.0 9.4698 3.92 171.1 29.7123 18 10.0 9.4427 3.85 168.1 29.7937 17 11.0 9.3898 3.80 165.7 29.8842 18 12.0 9.3297 3.75 163.7 30.1106 17 13.0 9.3119 3.71 161.9 30.2306 17 14.0 9.2941 3.67 160.2 30.3115 17 15.0 9.2876 3.63 158.4 30.3583 17 16.0 9.2609 3.59 156.8 30.4318 16 17.0 9.2151 3.56 155.4 30.5690 18 18.0 9.2073 3.54 154.3 30.6192 16 19.0 9.1940 3.51 153.2 30.7039 17 20.0 9.1803 3.91 170.4 30.7440 17 21.0 9.1753 3.48 151.6 30.7827 16 22.0 9.1678 3.46 151.1 30.8182 16 23.0 9.1605 3.45 150.4 30.8438 15 24.0 9.1493 3.44 149.9 30.8809 17 25.0 9.1384 3.43 149.5 30.9245 15 26.0 9.1129 3.41 148.7 30.9790 17 27.0 9.0801 3.40 148.2 31.0304 16 28.0 9.0622 3.40 148.1 31.0636 16 29.0 9.0527 3.39 148.0 31.1079 15 30.0 9.0195 3.39 147.7 31.1834 16 31.0 8.9949 3.38 147.2 31.2251 15 32.0 9.0002 3.38 147.2 31.2494 17 33.0 8.9852 3.37 146.8 31.2959 15 34.0 8.9751 3.35 146.1 31.3314 15 35.0 8.9819 3.35 145.8 31.3561 17 36.0 8.9851 3.34 145.6 31.3761 16 37.0 8.9795 3.34 145.7 31.3935 14 38.0 8.9641 3.35 146.1 31.4091 17 39.0 8.9468 3.36 146.3 31.4160 15 40.0 8.9331 3.37 146.8 31.4148 15 41.0 8.9276 3.37 146.9 31.4173 16 42.0 8.9152 3.38 147.1 31.4202 16 43.0 8.9039 3.39 147.6 31.4279 15 44.0 8.8729 3.39 147.8 31.4559 15 45.0 8.8510 3.39 147.8 31.4842 17 46.0 8.8459 3.40 148.0 31.4933 15 47.0 8.8427 3.39 147.8 31.5104 16 48.0 8.8388 3.39 147.6 31.5363 15 49.0 8.8368 3.38 147.3 31.5540 15 50.0 8.8371 3.37 146.9 31.5662 16 51.0 8.8382 3.36 146.5 31.5798 16 52.0 8.8361 3.35 146.2 31.5970 16 53.0 8.8338 3.35 145.8 31.6135 16 54.0 8.8351 3.34 145.5 31.6202 15 55.0 8.8356 3.33 145.2 31.6244 16 56.0 8.8341 3.33 144.9 31.6302 14 57.0 8.8282 3.33 144.9 31.6386 16 58.0 8.8079 3.31 144.4 31.6535 14 59.0 8.7903 3.30 144.0 31.6761 16 60.0 8.7790 3.30 143.6 31.6934 17 61.0 8.7503 3.29 143.1 31.7171 14 62.0 8.7258 3.28 142.7 31.7322 16 63.0 8.7086 3.27 142.4 31.7431 15 64.0 8.7046 3.26 142.1 31.7473 16 65.0 8.7027 3.26 142.0 31.7481 15 66.0 8.6971 3.25 141.6 31.7495 16 67.0 8.6943 3.25 141.4 31.7533 15 68.0 8.6899 3.24 141.1 31.7552 15 69.0 8.6845 3.24 141.3 31.7576 14 70.0 8.6787 3.23 140.9 31.7608 16 71.0 8.6742 3.23 140.7 31.7619 15 72.0 8.6749 3.22 140.3 31.7639 16 73.0 8.6663 3.21 139.8 31.7667 16 74.0 8.6405 3.19 139.2 31.7732 17 75.0 8.6242 3.18 138.5 31.7869 16 76.0 8.6209 3.16 137.6 31.7954 15 77.0 8.6043 3.13 136.3 31.8086 20 78.0 8.5901 3.10 135.0 31.8243 16 79.0 8.5724 3.05 133.1 31.8485 17 80.0 8.5632 3.02 131.7 31.8647 16 81.0 8.5679 2.98 130.0 31.8798 17 82.0 8.5471 2.94 128.3 31.8977 15 83.0 8.5207 2.91 126.6 31.9127 17 84.0 8.5010 2.86 124.7 31.9231 17 85.0 8.4755 2.82 122.8 31.9328 16 86.0 8.4566 2.78 121.0 31.9388 16 87.0 8.4389 2.73 119.1 31.9517 17 88.0 8.4376 2.70 117.8 31.9566 16 89.0 8.4301 2.68 116.8 31.9587 15 90.0 8.4250 2.66 116.1 31.9654 18 91.0 8.4312 2.65 115.5 31.9772 16 92.0 8.4298 2.64 115.0 31.9828 20 93.0 8.4282 2.63 114.6 31.9903 21 94.0 8.4250 2.62 114.0 31.9990 30 95.0 8.4271 2.59 112.9 32.0046 218 96.0 8.4160 2.53 110.1 32.0268 31 97.0 8.4121 2.51 109.2 32.0345 24 98.0 8.4111 2.49 108.6 32.0362 23 99.0 8.4092 2.48 108.1 32.0383 21 100.0 8.4041 2.47 107.5 32.0416 23 101.0 8.3968 2.45 106.9 32.0441 20 102.0 8.3933 2.44 106.2 32.0463 22 103.0 8.3898 2.43 105.8 32.0485 19 104.0 8.3840 2.42 105.4 32.0502 18 105.0 8.3819 2.41 105.2 32.0534 20 106.0 8.3872 2.42 105.2 32.0555 19 107.0 8.3912 2.42 105.3 32.0567 17 108.0 8.3948 2.42 105.5 32.0573 17 109.0 8.3989 2.43 105.7 32.0575 16 110.0 8.3984 2.41 105.1 32.0589 16 111.0 8.3951 2.40 104.6 32.0623 17 112.0 8.3811 2.39 103.9 32.0720 18 113.0 8.3692 2.38 103.7 32.0817 15 114.0 8.3722 2.38 103.6 32.0872 16 115.0 8.3835 2.38 103.7 32.0929 16 116.0 8.3901 2.38 103.9 32.0969 17 117.0 8.3934 2.39 104.2 32.1035 17 118.0 8.3880 2.40 104.5 32.1087 16 119.0 8.3886 2.40 104.8 32.1119 15 120.0 8.3943 2.41 104.9 32.1166 18 121.0 8.3975 2.42 105.2 32.1189 15 122.0 8.3984 2.42 105.4 32.1194 16 123.0 8.4005 2.43 105.7 32.1215 17 124.0 8.4011 2.43 105.9 32.1219 15 125.0 8.4010 2.43 106.1 32.1226 17 126.0 8.4017 2.44 106.3 32.1235 14 127.0 8.4046 2.45 106.5 32.1249 17 128.0 8.4060 2.45 106.5 32.1274 15 129.0 8.4078 2.46 107.0 32.1297 17 130.0 8.4095 2.45 106.9 32.1312 16 131.0 8.4108 2.45 106.9 32.1318 16 132.0 8.4097 2.45 106.8 32.1331 15 133.0 8.4060 2.44 106.1 32.1326 17 134.0 8.3939 2.42 105.2 32.1317 15 135.0 8.3865 2.40 104.7 32.1320 17 136.0 8.3817 2.39 104.1 32.1311 14 137.0 8.3798 2.38 103.7 32.1307 16 138.0 8.3804 2.38 103.7 32.1306 17 139.0 8.3791 2.38 103.5 32.1320 16 140.0 8.3765 2.37 103.4 32.1325 17 141.0 8.3791 2.38 103.7 32.1328 16 142.0 8.3792 2.39 104.0 32.1338 15 143.0 8.3814 2.40 104.4 32.1355 17 144.0 8.3865 2.42 105.3 32.1372 15 145.0 8.3898 2.44 106.1 32.1380 16 146.0 8.3944 2.45 106.9 32.1398 17 147.0 8.3974 2.47 107.6 32.1425 16 148.0 8.3977 2.49 108.3 32.1439 15 149.0 8.3987 2.49 108.7 32.1471 17 150.0 8.4007 2.51 109.4 32.1551 17 151.0 8.4004 2.53 110.0 32.1597 16 152.0 8.3990 2.54 110.5 32.1661 16 153.0 8.3978 2.55 110.8 32.1706 15 154.0 8.3980 2.56 111.3 32.1729 16 155.0 8.3979 2.56 111.5 32.1745 16 156.0 8.3971 2.56 111.7 32.1777 17 157.0 8.3970 2.57 111.8 32.1800 18 158.0 8.3971 2.57 111.9 32.1814 15 159.0 8.3970 2.57 111.9 32.1840 17 160.0 8.3970 2.57 112.1 32.1870 16 161.0 8.3976 2.58 112.2 32.1890 17 162.0 8.3985 2.58 112.4 32.1921 18 163.0 8.4015 2.58 112.5 32.1985 15 164.0 8.4026 2.58 112.4 32.2003 17 165.0 8.4036 2.57 112.1 32.2023 18 166.0 8.4046 2.57 112.1 32.2036 16 167.0 8.4045 2.57 111.9 32.2042 16 168.0 8.4043 2.56 111.6 32.2048 17 169.0 8.4045 2.56 111.5 32.2049 15 170.0 8.4049 2.55 111.0 32.2055 18 171.0 8.4043 2.54 110.7 32.2061 17 172.0 8.4020 2.53 110.4 32.2066 17 173.0 8.4010 2.53 110.1 32.2069 17 174.0 8.4005 2.53 110.1 32.2075 15 175.0 8.4014 2.53 110.1 32.2082 17 176.0 8.4036 2.53 110.2 32.2095 16 177.0 8.4049 2.54 110.5 32.2107 17 178.0 8.4068 2.54 110.8 32.2115 15 179.0 8.4090 2.55 111.1 32.2128 17 180.0 8.4102 2.56 111.4 32.2141 19 181.0 8.4110 2.56 111.6 32.2148 16 182.0 8.4120 2.57 111.9 32.2157 18 183.0 8.4130 2.57 112.1 32.2167 17 184.0 8.4140 2.58 112.2 32.2172 18 185.0 8.4149 2.58 112.5 32.2178 18 186.0 8.4155 2.59 112.7 32.2181 18 187.0 8.4166 2.59 112.8 32.2195 19 188.0 8.4181 2.60 113.1 32.2205 21 189.0 8.4188 2.60 113.3 32.2212 23 190.0 8.4194 2.61 113.8 32.2222 256 191.0 8.4196 2.61 113.5 32.2224 29 192.0 8.4198 2.61 113.7 32.2226 22 193.0 8.4199 2.62 113.9 32.2233 23 194.0 8.4204 2.62 114.1 32.2248 22 195.0 8.4205 2.62 114.3 32.2255 19 196.0 8.4195 2.63 114.5 32.2264 18 197.0 8.4190 2.63 114.7 32.2272 17 198.0 8.4189 2.64 114.9 32.2277 18 199.0 8.4171 2.64 115.0 32.2291 17 200.0 8.4164 2.65 115.3 32.2295 16 201.0 8.4157 2.65 115.5 32.2296 18 202.0 8.4153 2.66 115.7 32.2303 17 203.0 8.4144 2.66 115.8 32.2311 16 204.0 8.4146 2.66 116.1 32.2317 15 205.0 8.4132 2.67 116.2 32.2319 18 206.0 8.4123 2.67 116.2 32.2322 16 207.0 8.4115 2.67 116.3 32.2322 16 208.0 8.4112 2.67 116.3 32.2324 16 209.0 8.4097 2.67 116.4 32.2325 17 210.0 8.4100 2.68 116.5 32.2325 16 211.0 8.4087 2.68 116.7 32.2330 17 212.0 8.4067 2.68 116.8 32.2334 16 213.0 8.4070 2.68 116.9 32.2338 16 214.0 8.4079 2.69 117.1 32.2352 16 215.0 8.4083 2.69 117.2 32.2355 15 216.0 8.4087 2.69 117.4 32.2358 18 217.0 8.4093 2.70 117.5 32.2365 16 218.0 8.4092 2.70 117.5 32.2369 17 219.0 8.4084 2.70 117.8 32.2376 15 220.0 8.4066 2.70 117.8 32.2379 17 221.0 8.4062 2.71 117.9 32.2388 17 222.0 8.4044 2.71 117.9 32.2401 18 223.0 8.4030 2.71 118.0 32.2408 15 224.0 8.4031 2.71 118.1 32.2409 17 225.0 8.4034 2.71 118.1 32.2411 18 226.0 8.4041 2.71 118.2 32.2414 15 227.0 8.4049 2.71 118.2 32.2423 17 228.0 8.4063 2.71 118.2 32.2438 18 229.0 8.4068 2.71 118.2 32.2447 17 230.0 8.4066 2.72 118.3 32.2451 18 231.0 8.4069 2.72 118.4 32.2464 17 232.0 8.4085 2.72 118.3 32.2473 19 233.0 8.4089 2.72 118.4 32.2472 19 234.0 8.4092 2.72 118.4 32.2475 16 235.0 8.4097 2.72 118.4 32.2477 19 236.0 8.4098 2.72 118.5 32.2481 19 237.0 8.4094 2.73 118.7 32.2488 223 238.0 8.4128 2.72 118.5 32.2510 52 239.0 8.4145 2.72 118.6 32.2517 25 240.0 8.4163 2.72 118.6 32.2525 21 241.0 8.4165 3.55 154.7 32.2525 18 242.0 8.4165 2.72 118.6 32.2526 19 243.0 8.4169 2.72 118.6 32.2526 16 244.0 8.4175 2.72 118.6 32.2529 18 245.0 8.4175 3.00 130.7 32.2533 18 246.0 8.4169 2.72 118.6 32.2537 15 247.0 8.4168 2.72 118.6 32.2537 18 248.0 8.4166 2.72 118.6 32.2539 16 249.0 8.4164 2.72 118.6 32.2540 18 250.0 8.4161 2.72 118.6 32.2541 16 251.0 8.4155 2.72 118.6 32.2546 17 252.0 8.4152 2.72 118.6 32.2548 17 253.0 8.4151 2.72 118.7 32.2549 16 254.0 8.4150 2.72 118.7 32.2550 17 255.0 8.4151 2.72 118.7 32.2549 18 256.0 8.4150 2.72 118.7 32.2551 16 257.0 8.4149 2.72 118.7 32.2550 19 258.0 8.4151 2.72 118.6 32.2552 17 259.0 8.4151 2.72 118.5 32.2551 18 260.0 8.4148 2.72 118.6 32.2553 19 261.0 8.4144 2.73 118.8 32.2555 198 262.0 8.4143 2.73 119.0 32.2555 164 263.0 8.4137 2.72 118.6 32.2557 29 264.0 8.4133 2.72 118.7 32.2558 24 265.0 8.4131 2.73 118.7 32.2560 21 266.0 8.4122 2.73 118.7 32.2564 21 267.0 8.4110 2.73 118.7 32.2570 18 268.0 8.4101 2.73 118.7 32.2573 20 269.0 8.4095 2.73 118.7 32.2575 19 270.0 8.4093 2.73 118.7 32.2576 18 271.0 8.4092 2.73 118.7 32.2577 18 272.0 8.4092 2.73 118.7 32.2576 19 273.0 8.4091 2.73 118.7 32.2578 20 274.0 8.4090 2.73 118.7 32.2577 18 275.0 8.4084 2.73 118.8 32.2579 18 276.0 8.4082 2.73 118.9 32.2580 18 277.0 8.4075 2.73 118.9 32.2580 19 278.0 8.4063 2.73 118.9 32.2584 18 279.0 8.4060 2.73 118.9 32.2586 19 280.0 8.4052 2.73 118.9 32.2589 19 281.0 8.4052 2.73 119.0 32.2588 19 282.0 8.4047 2.73 118.9 32.2590 16 283.0 8.4042 2.73 119.0 32.2590 21 284.0 8.4040 2.73 119.1 32.2590 22 285.0 8.4019 2.75 119.8 32.2595 244 286.0 8.4008 2.73 119.1 32.2598 40 287.0 8.4010 2.73 119.1 32.2600 30 288.0 8.4010 2.74 119.2 32.2601 24 289.0 8.4009 2.53 110.2 32.2600 21 290.0 8.4010 2.73 119.1 32.2600 19 291.0 8.4008 2.74 119.2 32.2600 18 292.0 8.4001 2.74 119.2 32.2601 18 293.0 8.4002 2.74 119.2 32.2600 15 294.0 8.4002 2.74 119.2 32.2597 18 295.0 8.4001 2.74 119.2 32.2602 18 296.0 8.3999 2.74 119.3 32.2604 17 297.0 8.4001 2.74 119.2 32.2603 17 298.0 8.4000 2.74 119.2 32.2606 16 299.0 8.4000 2.74 119.2 32.2608 18 300.0 8.4000 2.74 119.2 32.2607 17 301.0 8.4000 2.74 119.2 32.2607 18 302.0 8.4002 2.74 119.2 32.2610 18 303.0 8.4003 2.74 119.2 32.2612 17 304.0 8.4003 2.74 119.2 32.2611 17 305.0 8.4004 2.74 119.2 32.2612 19 306.0 8.4003 2.74 119.2 32.2615 18 307.0 8.4003 2.73 119.1 32.2617 20 308.0 8.4003 2.74 119.2 32.2617 20 309.0 8.4003 2.74 119.4 32.2617 171 310.0 8.4002 2.73 119.1 32.2619 33 311.0 8.4002 2.73 119.1 32.2620 25 312.0 8.4001 2.73 119.1 32.2620 22 313.0 8.4001 2.73 119.1 32.2620 18 314.0 8.3997 2.74 119.2 32.2621 20 315.0 8.3995 2.73 119.1 32.2620 18 316.0 8.3992 2.73 119.1 32.2621 20 317.0 8.3993 2.74 119.2 32.2622 19 318.0 8.3994 2.73 119.1 32.2620 19 319.0 8.3992 2.73 119.1 32.2622 20 320.0 8.3989 2.74 119.2 32.2622 17 321.0 8.3986 2.73 119.1 32.2623 20 322.0 8.3985 2.73 119.1 32.2623 19 323.0 8.3985 2.73 119.1 32.2625 18 324.0 8.3983 2.73 119.1 32.2626 19 325.0 8.3979 2.73 119.1 32.2627 18 326.0 8.3980 2.73 119.0 32.2629 20 327.0 8.3982 2.73 119.1 32.2631 18 328.0 8.3979 2.73 119.0 32.2632 20 329.0 8.3980 2.73 119.1 32.2633 18 330.0 8.3979 2.73 119.1 32.2635 20 331.0 8.3979 2.73 119.1 32.2634 22 332.0 8.3981 2.73 119.1 32.2635 25 333.0 8.3980 2.74 119.2 32.2634 308 334.0 8.3979 2.73 119.0 32.2638 33 335.0 8.3980 3.03 131.8 32.2639 27 336.0 8.3981 2.73 119.0 32.2639 23 337.0 8.3981 2.73 119.0 32.2642 20 338.0 8.3982 2.73 119.1 32.2645 20 339.0 8.3983 2.73 119.0 32.2645 19 340.0 8.3983 2.73 119.0 32.2645 18 341.0 8.3980 2.73 119.0 32.2646 18 342.0 8.3976 2.73 118.9 32.2649 17 343.0 8.3971 2.73 119.1 32.2651 17 344.0 8.3963 2.73 119.0 32.2656 20 345.0 8.3951 2.73 119.1 32.2663 19 346.0 8.3931 2.73 119.0 32.2679 20 347.0 8.3926 2.73 119.1 32.2683 21 348.0 8.3924 2.73 119.1 32.2685 21 349.0 8.3923 2.73 119.1 32.2687 20 350.0 8.3905 2.73 119.1 32.2699 24 351.0 8.3894 2.73 119.1 32.2709 25 352.0 8.3893 2.72 118.5 32.2708 251 353.0 8.3890 2.73 119.0 32.2713 32 354.0 8.3889 2.73 119.0 32.2716 27 355.0 8.3888 2.73 119.1 32.2718 25 356.0 8.3889 2.73 119.1 32.2720 24 357.0 8.3888 2.73 119.1 32.2722 20 358.0 8.3889 2.73 119.1 32.2724 21 359.0 8.3889 2.73 119.1 32.2725 22 360.0 8.3890 2.73 119.1 32.2725 21 361.0 8.3888 2.74 119.2 32.2728 271 362.0 8.3887 2.73 118.9 32.2728 47 363.0 8.3885 2.73 119.1 32.2730 30 364.0 8.3883 2.73 119.1 32.2732 24 365.0 8.3881 2.73 119.1 32.2733 22 366.0 8.3880 2.73 119.0 32.2736 23 367.0 8.3880 2.73 118.9 32.2736 22 368.0 8.3880 2.73 118.9 32.2738 21 369.0 8.3880 2.73 118.9 32.2741 25 370.0 8.3880 2.73 118.9 32.2741 25 371.0 8.3883 2.73 119.1 32.2738 140 372.0 8.3879 2.73 118.8 32.2745 31 373.0 8.3879 2.73 118.8 32.2745 28 374.0 8.3880 2.73 118.8 32.2745 23 375.0 8.3882 2.73 118.7 32.2746 24 376.0 8.3883 2.73 118.7 32.2747 25 377.0 8.3883 2.73 118.7 32.2748 24 378.0 8.3885 2.73 118.7 32.2748 28 379.0 8.3886 2.73 118.7 32.2750 31 380.0 8.3887 2.72 118.7 32.2750 184 381.0 8.3888 2.72 118.7 32.2752 42 382.0 8.3889 2.72 118.7 32.2752 42 383.0 8.3887 2.72 118.7 32.2751 957