*2017/03/30 14:31:20.23 *IOS HEADER VERSION 2.0 2016/04/28 2016/06/13 IVF16 *COMMENTS LB14: CTD/Rosette Alt S start position 48 8.43 N 126 0.13 W 20:23:08 06-07-1996 Tag #1 Frame 16228 48 8.32 N 126 0.11 W 20:33:58 499.80 4.979 0.76620 90.195 34.09853 Tag #2 Frame 23223 48 8.26 N 126 0.09 W 20:38:36 300.60 6.158 0.78604 90.442 33.97557 Tag #3 Frame 27428 48 8.22 N 126 0.14 W 20:41:23 201.38 7.099 0.80314 90.146 33.90417 Tag #4 Frame 34042 48 8.15 N 126 0.10 W 20:45:47 151.05 7.444 0.80790 89.849 33.81388 Tag #5 Frame 37253 48 8.13 N 126 0.10 W 20:47:54 100.05 7.991 0.81291 90.244 33.54007 Tag #6 Frame 40463 48 8.10 N 126 0.08 W 20:50:02 76.35 8.274 0.80931 90.195 33.11855 Tag #7 Frame 42321 48 8.08 N 126 0.06 W 20:51:16 51.30 9.084 0.80886 89.305 32.35998 Tag #8 Frame 44872 48 8.05 N 126 0.02 W 20:52:58 26.63 10.321 0.82109 85.744 31.80240 Tag #9 Frame 46630 48 8.03 N 126 0.04 W 20:54:08 10.88 12.500 0.85018 87.574 31.17112 Tag #10 Frame 48606 48 8.01 N 126 0.06 W 20:55:26 1.57 13.309 0.86659 85.893 31.17123 Alt S stop position 48 8.00 N 126 0.06 W 20:55:57 06-07-1996 *FILE START TIME : PDT 1996/06/07 20:23:08.590 END TIME : PDT 1996/06/07 20:55:57.950 NUMBER OF RECORDS : 499 DATA DESCRIPTION : CTD FILE TYPE : ASCII DATA TYPE : real*4 NUMBER OF CHANNELS : 6 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- ------------------------- ---------------- -------------- -------------- 1 Pressure decibar 2.2 499.8 2 Temperature 'deg C (IPTS68)' 4.9797 13.0862 3 Fluorescence:Calibrated mg/m^3 0.2 1.25 4 Transmissivity %/metre 47.8 67.3 5 Salinity PSS-78 31.1589 34.089 6 Number_of_bin_records n/a 10 43 $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 REAL*4 4 6 -99 ' ' 5 I I 0 $END $REMARKS File name : 96130035.ACQ $END *ADMINISTRATION MISSION : 1996-13 AGENCY : IOS, Ocean Science and Productivity, Sidney, B.C. COUNTRY : Canada PROJECT : Laperouse, JGOFS SCIENTIST : Mackas D. PLATFORM : John P. Tully *LOCATION GEOGRAPHIC AREA : LaPerouse/JGOFS/GLOBEC STATION : LB14 EVENT NUMBER : 35 LATITUDE : 48 8.43000 N ! (deg min) LONGITUDE : 126 0.12000 W ! (deg min) LATITUDE 2 : 48 8.00000 N ! (deg min) LONGITUDE 2 : 126 0.06000 W ! (deg min) WATER DEPTH : 1180 $REMARKS Station Latitude : 48 8.48 N Longitude : 126 0.00 W Depth : 1180 $END *INSTRUMENT TYPE : Guildline 8715 CTD MODEL : ASI/486 SERIAL NUMBER : 58482 $REMARKS Acquisition program : CTD.EXE version 1.46 CTD data type : 2 ! 8755 system binary frame Control String : KP3000TC14 $END *RAW START TIME : PST 1996/06/07 20:23:08.590 END TIME : PST 1996/06/07 20:55:57.950 TIME INCREMENT : 0 0 0 0 40 ! (day hr min sec ms) NUMBER OF RECORDS : 48949 $TABLE: CHANNELS ! Averaging (day hr min sec ms) !Name Raw Units Interval Time Lag !-------------------- --------------- --------- ----------- Pressure Percent_FS Temperature 'DEG C (ITS68)' Conductivity_Ratio n/a Chl_fluorescence Percent_FS Transmissivity Percent_FS $END *CALIBRATION $TABLE: RAW CHANNELS ! Name Units Fmla Pad Coefficients ! -------------------- --------------- ---- ------ ------------ Pressure DBAR 10 n/a (0 3000) Temperature 'DEG C (ITS68)' 10 n/a (0.9076E-02 0.99855) Conductivity_Ratio n/a 63 n/a (-0.327E-03 1.0029) Chl_fluorescence mg/m**3 10 n/a (30 -0.6) Transmissivity '%/25 cm' 10 n/a (101.272 -2.0255) $END $TABLE: CALCULATED CHANNELS ! Name Units Fmla Pad Coefficients ! ---------- -------- ---- ------ ------------ Salinity PSS-78 30 ' ' (Pressure Temperature Conductivity_ratio) () $END $TABLE: CORRECTED CHANNELS ! Name Units Fmla Pad Coefficients ! ------------------ --------- ---- ------ ------------ Chl_fluorescence mg/m**3 10 -99 () (0.1137 0.5649) Salinity psu 10 -99 () (-0.9E-02 1) $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! ------------------------ ------ ---------- -------- --------- --------- ACQCONV 2.02 1996/06/09 10:34:37 48949 48949 CALIB 7.1 1996/06/09 13:17:24 48949 48949 SIMP_DSP 1.1 1996/06/10 04:54:20 48949 48949 TIMECOMP 2.2 1996/06/10 05:44:59 48949 48949 DELETE 4.3 1996/06/10 10:02:45 48949 10501 CTDEDIT 4.14 1998/12/22 10:22:25 10501 10501 BINAVE 3.0 1998/12/22 11:05:06 10501 499 CALIB 7.5 1998/12/22 16:05:26 499 499 REMOVECH 3.1 1998/12/22 16:10:00 499 499 CALIB 7.5 1999/04/12 13:38:21 499 499 ADTIMCH 3.0 2002/03/11 12:04:50 499 499 HDREDIT2 1.7 2003/09/24 13:51:51 ? ? CLEAN 4.4 2003/09/24 13:52:28 499 499 HDREDIT2 2.1 2004/05/26 13:11:55 ? ? HDREDIT2 2.2 2004/09/21 16:01:56 ? ? CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 15:10:18 499 499 HDREDIT2 3.1.1 2017/03/30 14:31:20 ? ? $END $REMARKS -The following CALIB parameters were used: Calibration type = R Salinity is computed Transmissivity converted to %/metre Pressure offset = .0 -The following DESPIKE parameters were used: DESPIKE TABLE MIN MAX MAX CHANNEL VALUE VALUE DIFF REP. -------------------- ------- ------- ------- ---- Pres .00 500.00 4.000 T Temp 2.00 30.00 .500 T Cond .00 2.00 .020 T Chl_ .00 30.00 15.000 T Tran .00 100.00 5.000 T Replace Spikes with Avg. of Adjacent Records -The following TIMECOMP parameters were used: Temp. probe Dist (m): .0200 Sample period (sec): .0400 -The following DELETE parameters were used: Surface Record Removal: Low Sal & Last Press Min Maximum Surface Pressure (relative): 20.00 Minimum Surface Salinity: 10.000 Surface Swell Pressure Tolerance: 1.00 Pressure filtered over width: 5 Swells deleted. Warning message if pressure difference of 2.00 Slow Drop Rate NOT deleted -The following BINAVE parameters were used: Bin channel = pres Averaging interval = 1.0 Minimum bin value = 0.000 Average value was used Interpolated values were NOT used for empty bins Channel 'NUMBER_OF_BIN_RECORDS' was added to file. -The following CALIB parameters were used: Calibration type = C Pressure offset = 0.0 Calibration file = C:\DATA\temp\CTD9440\MISC\corCAL.CCF -The following CHANNEL(S) were removed from file. conductivity_ratio -The following CALIB parameters were used: Calibration type = C Pressure offset = 0.0 Calibration file = w:\ctd\9613\9613rcal.ccf -The following ADTIMCH parameters were used. Change time zone to PDT in header file section CLEAN functions: - Reset #RECS, MIN & MAX values in header. - Change Pad Value to -99 in All Channels. - Delete Empty Channels: 0 deleted. - Set channel name post-colon letters to upper case. -HEADER EDITS: Channel 3: Fluorescence:URU [mg/m^3] Name ==> Fluorescence -HEADER EDITS: 2017/03/30 14:31:20 Channel 3: Fluorescence:Calibrated [mg/m^3] Name: Fluorescence:URU ==> Fluorescence:Calibrated $END !--1--- ---2---- --3--- --4-- ---5---- -6-- !Pressu Temperat Fluore Trans Salinity Numb !re ure scence missi er_o ! : vity ~bin ! Calibr _rec ! ated ords !------ -------- ------ ----- -------- ---- *END OF HEADER 2.2 13.0368 0.35 54.0 31.1793 22 2.9 13.0862 0.33 55.3 31.1630 36 4.0 12.9776 0.33 55.6 31.1798 30 5.0 12.9743 0.33 55.8 31.1589 26 6.0 12.9377 0.34 56.3 31.1675 27 7.0 12.8943 0.32 54.8 31.1789 27 7.9 12.8388 0.33 57.2 31.1792 21 9.0 12.7153 0.34 57.5 31.1788 21 10.0 12.6177 0.33 57.8 31.1804 34 10.9 12.5449 0.32 58.2 31.1828 32 12.0 12.3416 0.31 58.4 31.1774 20 13.0 12.1268 0.32 57.8 31.2203 21 14.0 11.8305 0.35 55.5 31.4131 31 14.9 11.7743 0.39 55.6 31.4913 28 16.0 11.6118 0.42 54.7 31.4873 26 17.0 11.5772 0.45 54.6 31.5110 20 18.0 11.5804 0.46 54.6 31.5175 23 19.0 11.4487 0.47 52.2 31.5553 21 20.0 11.1669 0.53 49.9 31.5965 29 21.0 11.0843 0.68 49.4 31.6151 30 22.0 10.8826 0.75 48.5 31.6075 22 23.0 10.7363 0.86 47.8 31.6112 18 24.0 10.6385 1.03 50.2 31.6487 22 25.1 10.6606 1.16 50.7 31.6718 25 26.0 10.6569 1.25 51.4 31.6873 36 26.9 10.4792 1.20 53.9 31.7565 24 28.0 10.1610 1.09 54.9 31.8091 17 29.0 9.9671 1.07 55.7 31.8201 15 30.0 9.8247 0.99 56.7 31.8381 15 31.1 9.7288 0.90 57.9 31.8797 24 32.0 9.7906 0.90 58.2 31.9244 26 33.0 9.6541 0.83 58.5 31.9169 17 34.0 9.6006 0.80 58.8 31.9427 17 35.0 9.5161 0.77 59.4 31.9900 19 36.0 9.3748 0.71 60.7 32.0696 24 37.0 9.3346 0.65 61.3 32.0952 30 38.0 9.2669 0.56 62.1 32.1525 29 39.0 9.2440 0.51 62.5 32.1703 17 40.0 9.2249 0.48 62.7 32.1807 23 41.0 9.2073 0.44 62.9 32.1983 43 42.0 9.1814 0.41 63.0 32.2111 27 43.0 9.1566 0.39 63.5 32.2430 21 44.0 9.1565 0.37 63.6 32.2505 18 45.0 9.1509 0.35 63.6 32.2613 16 46.0 9.1367 0.34 63.8 32.2801 17 47.0 9.1123 0.34 64.0 32.3039 20 48.1 9.1048 0.34 64.0 32.3217 27 49.0 9.1022 0.34 64.0 32.3237 27 50.0 9.0867 0.34 64.0 32.3371 17 51.0 9.0670 0.34 63.8 32.3454 17 52.0 9.0469 0.34 63.8 32.3525 16 53.0 9.0285 0.34 63.8 32.3591 18 54.0 9.0095 0.35 63.9 32.3668 19 55.0 8.9850 0.35 64.2 32.3829 24 56.0 8.9461 0.32 64.5 32.3965 27 57.0 8.9297 0.31 64.5 32.4156 31 58.0 8.9566 0.32 64.8 32.4619 22 59.0 8.9732 0.31 65.0 32.4818 22 60.0 8.9692 0.29 65.1 32.4960 20 61.0 8.9593 0.27 65.2 32.5038 21 62.1 8.9598 0.26 65.4 32.5124 24 63.0 8.9155 0.26 65.3 32.5199 24 64.0 8.8864 0.26 65.4 32.5419 20 65.0 8.8944 0.27 65.4 32.5435 18 66.0 8.8823 0.27 65.5 32.5565 19 67.0 8.8249 0.26 65.6 32.5970 29 68.0 8.7740 0.25 65.8 32.6445 29 68.9 8.7385 0.24 65.9 32.6754 20 70.0 8.6881 0.23 66.1 32.7485 18 71.0 8.6421 0.23 66.3 32.8194 14 72.0 8.6153 0.23 66.4 32.8524 19 73.0 8.6039 0.23 66.5 32.8714 27 74.0 8.6263 0.24 66.6 32.8539 30 75.0 8.6352 0.23 66.4 32.9145 20 76.0 8.6584 0.24 66.4 32.9271 15 77.0 8.6640 0.23 66.4 32.9312 12 77.9 8.6661 0.23 66.4 32.9395 13 79.0 8.6090 0.23 66.2 32.9602 17 80.1 8.4336 0.23 66.4 32.9775 18 81.1 8.3416 0.23 66.4 33.0110 26 82.0 8.3485 0.23 66.4 33.0093 37 83.0 8.2878 0.22 66.2 33.0619 25 84.0 8.2664 0.22 66.2 33.1087 15 85.0 8.2464 0.22 66.2 33.1315 17 86.0 8.2254 0.22 66.2 33.1539 14 87.0 8.2034 0.22 66.2 33.1910 20 88.0 8.1839 0.22 66.2 33.2358 27 89.0 8.1764 0.21 66.2 33.2628 24 90.0 8.1803 0.21 66.2 33.2849 17 91.0 8.1909 0.21 66.3 33.2931 18 92.1 8.1998 0.21 66.3 33.2985 19 93.1 8.2087 0.21 66.5 33.3064 23 93.9 8.2079 0.21 66.5 33.3116 36 95.0 8.2174 0.21 66.4 33.3283 16 96.0 8.2288 0.21 66.5 33.3511 15 97.0 8.2397 0.20 66.6 33.3725 11 98.0 8.2365 0.20 66.6 33.3815 12 99.0 8.2020 0.20 66.6 33.4007 18 100.0 8.1326 0.20 66.6 33.4397 20 101.0 8.1037 0.20 66.4 33.4470 22 102.1 8.0335 0.21 66.0 33.4774 21 103.0 8.0195 0.20 65.9 33.4908 27 104.0 7.9937 0.20 65.7 33.5085 29 105.0 7.9910 0.20 66.0 33.5256 27 106.0 7.9894 0.20 66.1 33.5366 29 106.9 7.9732 0.20 65.9 33.5433 22 108.0 7.9433 0.20 65.8 33.5546 16 109.0 7.9432 0.20 65.9 33.5585 13 110.0 7.9281 0.20 65.7 33.5666 14 111.1 7.9060 0.20 65.7 33.5800 11 112.1 7.8946 0.20 65.8 33.5923 13 113.1 7.8862 0.20 66.0 33.6020 17 114.0 7.8981 0.20 66.1 33.5933 34 114.9 7.8490 0.20 66.2 33.6324 23 116.0 7.8276 0.20 66.2 33.6651 21 117.0 7.8294 0.20 66.3 33.6690 18 118.0 7.8312 0.20 66.2 33.6718 21 119.0 7.8315 0.20 66.2 33.6764 22 120.0 7.8283 0.20 66.3 33.6813 22 121.0 7.8145 0.21 66.2 33.6889 20 122.1 7.7928 0.20 66.0 33.6963 15 123.0 7.7732 0.20 66.0 33.7025 14 124.1 7.7501 0.20 65.9 33.7087 18 125.1 7.7325 0.21 65.9 33.7184 23 126.1 7.7179 0.21 65.8 33.7259 30 127.0 7.6629 0.21 65.4 33.7290 34 127.9 7.6552 0.21 65.3 33.7346 29 129.0 7.6617 0.21 65.6 33.7375 16 130.0 7.6486 0.21 65.5 33.7366 15 131.0 7.5908 0.21 65.0 33.7295 12 132.0 7.5534 0.21 64.7 33.7345 14 133.0 7.5281 0.21 64.6 33.7447 17 134.0 7.5321 0.21 64.8 33.7474 27 134.9 7.5323 0.21 64.7 33.7430 30 136.0 7.5019 0.20 64.6 33.7510 18 137.0 7.5256 0.21 64.7 33.7582 15 138.0 7.5435 0.21 65.0 33.7605 16 139.0 7.5471 0.21 65.1 33.7620 20 140.0 7.5228 0.21 64.8 33.7638 27 141.0 7.4969 0.21 64.7 33.7672 23 141.9 7.4882 0.21 64.8 33.7691 21 142.9 7.4890 0.21 64.9 33.7720 19 144.0 7.4870 0.21 64.9 33.7728 21 145.0 7.4847 0.21 65.0 33.7745 23 145.9 7.4819 0.21 64.9 33.7750 30 146.9 7.4758 0.21 64.8 33.7758 16 148.0 7.4672 0.21 64.8 33.7783 14 149.0 7.4595 0.21 64.8 33.7852 11 150.0 7.4645 0.21 64.7 33.7895 12 151.0 7.4646 0.21 64.9 33.7889 12 152.0 7.4752 0.21 65.3 33.8059 13 153.0 7.4765 0.21 65.5 33.8031 27 153.9 7.4698 0.21 65.4 33.8048 28 155.0 7.4635 0.21 65.5 33.8072 15 156.0 7.4625 0.21 65.5 33.8111 15 157.0 7.4660 0.21 65.6 33.8200 14 158.0 7.4689 0.21 65.9 33.8238 20 159.0 7.4696 0.21 65.9 33.8253 33 160.0 7.4691 0.21 66.0 33.8267 16 160.9 7.4487 0.20 65.7 33.8258 16 162.0 7.4271 0.21 65.7 33.8308 14 163.0 7.4295 0.20 65.8 33.8318 12 164.0 7.4302 0.21 65.9 33.8346 14 165.0 7.4344 0.20 66.0 33.8353 15 166.1 7.4323 0.21 66.0 33.8353 19 167.1 7.4287 0.21 66.0 33.8367 24 167.9 7.4238 0.21 65.9 33.8351 35 169.0 7.3973 0.20 65.9 33.8426 21 170.0 7.3935 0.21 65.9 33.8428 17 171.0 7.3924 0.21 65.9 33.8427 16 172.0 7.3945 0.21 65.9 33.8448 18 173.1 7.3962 0.21 66.0 33.8443 23 174.0 7.3945 0.21 66.0 33.8435 32 174.9 7.3880 0.21 65.9 33.8441 26 175.9 7.3961 0.21 65.9 33.8444 15 176.9 7.3799 0.21 66.0 33.8456 15 178.0 7.3359 0.21 65.9 33.8557 15 179.0 7.3173 0.21 65.8 33.8590 15 180.0 7.3121 0.21 66.0 33.8587 20 181.0 7.2956 0.21 65.7 33.8590 28 182.0 7.2651 0.20 65.6 33.8599 28 183.0 7.2594 0.21 65.6 33.8625 25 184.0 7.2532 0.21 65.7 33.8651 27 185.0 7.2422 0.21 65.7 33.8688 27 186.0 7.2409 0.21 65.8 33.8727 20 187.0 7.2387 0.21 66.0 33.8741 21 188.0 7.2037 0.21 65.9 33.8796 22 189.0 7.1689 0.21 65.9 33.8874 24 190.0 7.1419 0.21 66.1 33.8953 26 191.0 7.1396 0.21 66.1 33.8940 21 192.0 7.1374 0.21 66.0 33.8940 18 193.0 7.1368 0.21 66.0 33.8938 17 194.0 7.1367 0.20 66.2 33.8940 16 195.0 7.1364 0.20 66.0 33.8940 15 196.0 7.1344 0.21 66.2 33.8941 19 197.0 7.1301 0.21 66.3 33.8958 28 198.0 7.1277 0.21 66.3 33.8960 28 199.0 7.1212 0.21 66.3 33.8965 29 199.9 7.1145 0.21 66.3 33.8990 28 200.9 7.0979 0.21 66.3 33.8982 20 202.0 7.0782 0.21 66.4 33.9028 19 203.0 7.0712 0.21 66.3 33.9031 12 203.9 7.0618 0.20 66.3 33.9037 12 204.9 7.0543 0.20 66.3 33.9039 12 205.9 7.0396 0.20 66.2 33.9056 11 207.0 7.0306 0.21 66.4 33.9071 16 208.1 7.0240 0.21 66.5 33.9102 27 208.9 7.0371 0.21 66.3 33.9037 28 210.0 7.0088 0.21 66.4 33.9118 20 211.0 6.9984 0.21 66.6 33.9158 17 212.1 6.9819 0.21 66.7 33.9187 21 213.0 6.9684 0.21 66.8 33.9210 21 214.0 6.9587 0.21 66.8 33.9224 26 214.9 6.9390 0.21 66.7 33.9244 27 215.9 6.9062 0.21 66.8 33.9234 20 217.0 6.8866 0.21 66.8 33.9227 20 218.0 6.8732 0.21 66.9 33.9241 28 219.0 6.8479 0.21 66.7 33.9273 28 220.0 6.8364 0.21 66.8 33.9280 17 221.0 6.8295 0.21 66.8 33.9278 15 222.0 6.8221 0.21 66.8 33.9285 13 223.0 6.8133 0.21 66.8 33.9297 15 224.1 6.8112 0.21 66.8 33.9306 26 225.0 6.8151 0.21 66.8 33.9252 19 226.0 6.8071 0.21 66.8 33.9309 13 227.0 6.8069 0.21 66.7 33.9314 11 228.0 6.7897 0.21 66.8 33.9290 11 229.0 6.7600 0.22 66.7 33.9295 11 230.1 6.7376 0.22 66.7 33.9377 19 231.0 6.7491 0.21 66.7 33.9349 29 231.9 6.7383 0.21 66.8 33.9304 22 233.0 6.7021 0.21 66.7 33.9368 17 234.0 6.6847 0.21 66.6 33.9385 13 235.0 6.6721 0.21 66.7 33.9380 14 236.0 6.6647 0.21 66.7 33.9393 16 237.1 6.6607 0.21 66.7 33.9398 24 237.9 6.6413 0.21 66.7 33.9439 32 238.9 6.5973 0.21 66.7 33.9431 19 240.0 6.5730 0.21 66.7 33.9413 18 241.0 6.5645 0.21 66.7 33.9404 23 241.9 6.5638 0.21 66.7 33.9419 28 242.9 6.5632 0.21 66.7 33.9422 17 244.0 6.5620 0.21 66.6 33.9424 11 244.9 6.5556 0.21 66.4 33.9427 12 246.0 6.5530 0.21 66.6 33.9438 11 247.0 6.5511 0.21 66.6 33.9434 11 248.0 6.5470 0.20 66.6 33.9401 11 249.1 6.5349 0.21 66.6 33.9369 17 250.0 6.5321 0.21 66.6 33.9455 33 251.0 6.5229 0.21 66.8 33.9434 27 252.0 6.5029 0.21 66.8 33.9479 28 252.9 6.4866 0.21 66.8 33.9483 21 253.9 6.4556 0.21 66.7 33.9456 19 255.0 6.4191 0.21 66.6 33.9449 13 255.9 6.4011 0.21 66.5 33.9442 13 257.0 6.3899 0.21 66.5 33.9445 12 258.0 6.3846 0.21 66.5 33.9455 16 259.1 6.3850 0.21 66.5 33.9486 21 259.9 6.3856 0.21 66.6 33.9493 20 260.9 6.3805 0.21 66.7 33.9491 14 262.0 6.3742 0.21 66.6 33.9498 13 263.1 6.3693 0.22 66.6 33.9501 14 264.0 6.3674 0.21 66.8 33.9513 15 265.0 6.3656 0.21 66.7 33.9514 24 266.0 6.3594 0.21 66.8 33.9526 37 267.0 6.3545 0.21 66.8 33.9523 27 268.0 6.3416 0.21 66.7 33.9520 19 269.0 6.3341 0.21 66.7 33.9535 19 270.0 6.3311 0.21 66.7 33.9541 26 271.0 6.3301 0.21 66.6 33.9542 33 271.9 6.3258 0.21 66.7 33.9552 20 273.0 6.3242 0.21 66.7 33.9559 14 274.0 6.3226 0.21 66.6 33.9549 12 275.0 6.3193 0.21 66.7 33.9562 14 276.0 6.3169 0.21 66.7 33.9563 16 277.0 6.3147 0.21 66.7 33.9573 24 278.0 6.3117 0.21 66.7 33.9567 41 278.9 6.3074 0.21 66.7 33.9579 22 279.9 6.2988 0.21 66.8 33.9606 19 281.0 6.2883 0.21 66.8 33.9627 18 282.0 6.2817 0.21 66.8 33.9628 15 283.0 6.2723 0.21 66.8 33.9642 22 284.0 6.2815 0.21 66.8 33.9615 30 284.9 6.2709 0.21 66.8 33.9634 17 286.0 6.2579 0.21 66.7 33.9639 15 287.0 6.2464 0.21 66.3 33.9633 11 288.0 6.2266 0.21 66.7 33.9643 10 289.0 6.2169 0.21 66.7 33.9668 11 290.0 6.2130 0.21 66.7 33.9669 13 291.0 6.2169 0.21 66.8 33.9685 24 292.0 6.2222 0.21 66.6 33.9650 13 293.0 6.1977 0.21 66.6 33.9671 10 294.0 6.1898 0.21 66.7 33.9653 12 295.0 6.1836 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34.0325 20 413.0 5.5463 0.21 67.3 34.0315 19 414.0 5.5339 0.21 67.2 34.0296 16 415.0 5.5043 0.21 67.2 34.0308 21 416.0 5.4957 0.21 67.2 34.0318 21 417.0 5.4849 0.21 67.1 34.0313 21 418.1 5.4752 0.21 67.2 34.0338 26 419.0 5.4761 0.21 67.2 34.0337 25 420.0 5.4739 0.21 67.1 34.0322 29 421.0 5.4536 0.21 67.0 34.0320 35 422.0 5.4391 0.21 66.9 34.0283 26 423.0 5.4226 0.21 66.8 34.0291 17 424.0 5.4103 0.21 66.7 34.0324 14 425.0 5.4067 0.21 66.8 34.0342 12 426.0 5.4052 0.21 66.8 34.0343 13 427.0 5.4020 0.21 66.7 34.0345 15 428.0 5.4007 0.21 66.9 34.0351 29 429.0 5.3947 0.21 66.9 34.0346 29 430.0 5.3807 0.21 66.8 34.0365 32 430.9 5.3763 0.21 66.8 34.0365 31 432.0 5.3642 0.21 66.7 34.0383 21 433.0 5.3612 0.21 66.6 34.0369 17 434.0 5.3499 0.21 66.4 34.0353 16 435.0 5.3351 0.21 66.2 34.0346 16 436.0 5.3354 0.21 66.3 34.0409 19 437.0 5.3374 0.21 66.6 34.0385 21 438.0 5.3257 0.21 66.5 34.0410 32 439.0 5.3204 0.21 66.3 34.0393 30 440.0 5.3136 0.21 66.3 34.0405 28 441.0 5.3082 0.21 66.2 34.0406 20 442.0 5.3044 0.21 66.4 34.0425 17 443.0 5.3062 0.21 66.6 34.0451 20 444.0 5.3066 0.21 66.8 34.0469 22 445.0 5.3023 0.21 66.8 34.0468 33 446.0 5.2848 0.21 66.8 34.0498 28 447.0 5.2767 0.21 66.8 34.0507 24 448.0 5.2735 0.21 66.8 34.0508 22 449.0 5.2710 0.21 66.8 34.0503 23 450.0 5.2612 0.21 66.7 34.0508 23 451.0 5.2470 0.40 66.6 34.0526 24 452.0 5.2393 0.21 66.6 34.0536 24 453.0 5.2290 0.21 66.5 34.0549 23 454.0 5.2221 0.21 66.6 34.0572 25 455.0 5.2184 0.21 66.7 34.0575 33 456.0 5.2124 0.21 66.7 34.0588 19 456.9 5.2075 0.21 66.6 34.0583 17 457.9 5.2025 0.21 66.4 34.0586 17 459.0 5.1858 0.21 66.5 34.0583 17 460.0 5.1738 0.21 66.7 34.0631 20 461.0 5.1709 0.21 66.7 34.0644 30 461.9 5.1687 0.21 66.7 34.0647 33 463.0 5.1660 0.21 66.7 34.0644 23 464.0 5.1608 0.21 66.6 34.0635 15 465.0 5.1562 0.21 66.3 34.0638 15 466.0 5.1517 0.21 66.5 34.0648 19 467.0 5.1469 0.21 66.4 34.0646 34 468.0 5.1346 0.21 66.3 34.0694 22 468.9 5.1280 0.21 66.4 34.0696 19 470.0 5.1231 0.21 66.3 34.0683 15 471.0 5.1170 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34.0890 16