*2017/03/30 14:12:12.07 *IOS HEADER VERSION 2.0 2016/04/28 2016/06/13 IVF16 *COMMENTS ctd/r Alt S start position 48 47.69 N 127 58.20 W 20:15:30 09-23-1995 Tag #1 Frame 18776 48 48.01 N 127 58.28 W 20:28:04 20. 28. 04. 498.38 4.483 0.75191 0.1 84.668 3.9 33.89439 Tag #2 Frame 23813 48 48.12 N 127 58.33 W 20:31:24 20. 31. 24. 350.32 5.285 0.76480 0.1 84.570 3.9 33.79472 Tag #3 Frame 27184 48 48.15 N 127 58.37 W 20:33:39 20. 33. 39. 248.18 5.968 0.77614 0.1 84.521 3.9 33.71420 Tag #4 Frame 30600 48 48.21 N 127 58.41 W 20:35:55 20. 35. 54. 149.55 7.146 0.79323 0.0 84.619 3.9 33.41881 Tag #5 Frame 34482 48 48.23 N 127 58.44 W 20:38:29 20. 38. 29. 102.07 7.838 0.79105 0.1 84.619 3.9 32.68169 Tag #6 Frame 36140 48 48.26 N 127 58.44 W 20:39:35 20. 39. 35. 73.65 8.411 0.79696 0.4 84.277 3.9 32.43222 Tag #7 Frame 37369 48 48.29 N 127 58.46 W 20:40:24 20. 40. 24. 51.53 9.184 0.81051 1.5 83.252 3.9 32.34237 Tag #8 Frame 39271 48 48.33 N 127 58.49 W 20:41:39 20. 41. 39. 27.00 15.629 0.93750 1.1 81.445 3.9 32.03794 Tag #9 Frame 40633 48 48.35 N 127 58.50 W 20:42:34 20. 42. 33. 11.48 16.992 0.95905 0.4 82.373 3.9 31.76198 Tag #10 Frame 41815 48 48.35 N 127 58.52 W 20:43:21 20. 43. 20. 3.00 17.001 0.95915 0.3 80.859 3.9 31.76159 Alt S stop position 48 48.36 N 127 58.53 W 20:43:31 09-23-1995 *FILE START TIME : PDT 1995/09/23 20:15:30.060 END TIME : PDT 1995/09/23 20:43:31.950 NUMBER OF RECORDS : 501 DATA DESCRIPTION : CTD FILE TYPE : ASCII DATA TYPE : real*4 NUMBER OF CHANNELS : 7 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- ------------------------- ---------------- -------------- -------------- 1 Pressure decibar 1.2 500.7 2 Temperature 'deg C (IPTS68)' 4.4833 17.0298 3 Fluorescence:Calibrated mg/m^3 0 5.04 4 Transmissivity %/metre 36.2 53.5 5 PAR uE/m^2/sec 2.98 3.91 6 Salinity PSS-78 31.925 34.0967 7 Number_of_bin_records n/a 11 41 $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 ' ' 8 F ' ' 2 6 -99 ' ' 9 F ' ' 4 7 -99 ' ' 5 I I 0 $END $REMARKS File name : 95300054.ACQ $END *ADMINISTRATION MISSION : 1995-30 AGENCY : IOS, Ocean Science and Productivity, Sidney, B.C. COUNTRY : Canada PROJECT : Laperouse, JGOFS SCIENTIST : Mackas D. PLATFORM : John P. Tully *LOCATION GEOGRAPHIC AREA : W.C.V.I. STATION : NONE EVENT NUMBER : 54 LATITUDE : 48 47.69000 N ! (deg min) LONGITUDE : 127 58.21000 W ! (deg min) LATITUDE 2 : 48 48.36000 N ! (deg min) LONGITUDE 2 : 127 58.53000 W ! (deg min) WATER DEPTH : 2514 $REMARKS Station Latitude : 0 0.00 N Longitude : 0 0.00 W Depth : 9999 $END *INSTRUMENT TYPE : Guildline 8705 CTD MODEL : OE_Vectra SERIAL NUMBER : 58,482 $REMARKS Acquisition program : CTD.EXE version 1.42 CTD data type : 2 ! 8755 system binary frame Control String : KP3000TC148 $END *RAW START TIME : PDT 1995/09/23 20:15:30.060 END TIME : PDT 1995/09/23 20:43:31.950 TIME INCREMENT : 0 0 0 0 40 ! (day hr min sec ms) NUMBER OF RECORDS : 41966 $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_flourence Percent_FS Transmissivity Percent_FS Par_in_situ Percent_FS $END *CALIBRATION $TABLE: RAW CHANNELS ! Name Units Fmla Pad Coefficients ! -------------------- --------------- ---- ------ ------------ Pressure DBAR 10 n/a (0 3000) Temperature 'DEG C (ITS68)' 10 -99 (0.9076E-02 0.99855) Conductivity_Ratio n/a 10 -99 (-0.32673E-03 1.0029) Chl_flourence mg/m**3 10 -99 (30 -0.6) Transmissivity '%/25 cm' 10 -99 (101.044 -2.0213) Par_in_situ uE/m**2/sec 10 -99 (-2000 40) $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 ! -------------------- --------------- ---- ------ ------------ Temperature 'DEG C (ITS68)' 10 -99 () (0 1) Conductivity_Ratio n/a 10 -99 () (0 1) Temperature 'DEG C (ITS68)' 10 -99 () (0 1) Conductivity_Ratio n/a 10 -99 () (0 1) Chl_flourence mg/m**3 10 0.1E-05 () (-0.2645 0.7709) $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! ------------------------ ------ ---------- -------- --------- --------- ACQCONV 2.0 1995/11/29 22:07:22 41966 41966 CALIB 6.3 1996/05/13 12:18:15 41966 41966 SIMP_DSP 1.1 1996/05/13 19:46:39 41966 41966 TIMECOMP 2.2 1996/05/14 11:43:10 41966 41966 DELETE 4.3 1996/05/14 16:45:21 41966 11705 CTDEDIT 3.2 1996/11/25 11:38:38 11705 11705 CTDEDIT 3.2 1996/12/03 10:45:54 11705 11705 CALIB 7.1 1996/12/03 16:13:31 11705 11705 BOXCAR 2.3 1996/12/04 10:26:33 11705 11705 BINAVE 2.0 1996/12/04 10:44:08 11705 501 CALIB 7.2 1997/08/15 14:44:16 501 501 REMOVECH 3.0 1997/08/15 14:46:17 501 501 HDREDIT2 1.7 2003/09/16 13:53:04 ? ? CLEAN 4.4 2003/09/16 13:53:57 501 501 HDREDIT2 2.2 2004/09/21 15:50:22 ? ? CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 15:09:09 501 501 HDREDIT2 3.1.1 2017/03/30 14:12:12 ? ? $END $REMARKS -The following CALIB parameters were used: Calibration type = R Salinity is computed Transmissivity converted to %/metre Pressure offset = .0 Calibration file = n:\data\raw\ctd9530\9530cal.cnt -The following DESPIKE parameters were used: DESPIKE TABLE MIN MAX MAX CHANNEL VALUE VALUE DIFF REP. -------------------- ------- ------- ------- ---- Pres .00 520.00 5.000 T Temp 2.00 20.00 .500 T Cond .00 2.00 .010 T Chl_ .00 30.00 4.000 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): .0500 Sample period (sec): .0400 -The following DELETE parameters were used: Surface Record Removal: Last Press Min Maximum Surface Pressure (relative): 20.00 Surface Swell Pressure Tolerance: 1.00 Pressure filtered over width: 5 Swells deleted. Warning message if pressure difference of 3.00 Drop rates< .20m/s (calculated over 11 points) will be deleted Sample interval = .04 seconds. -The following CALIB parameters were used: Calibration type = C Salinity is computed Pressure offset = .0 Calibration file = g:\data\raw\ctd9530\re_sal.cnt -The following FILTER parameters were used. Boxcar filter was used. Filter width = 21 The following channel(s) were filtered. Tran Chl_ Sal -The following BINAVE parameters were used: Bin channel = Pressure Averaging interval = 1.0 Minimum bin value = .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 Salinity is computed Pressure offset = .0 Calibration file = E:\JGOFS\9530\CTD\recal\re_chl.cnt -The following CHANNEL(S) were removed from file. conductivity_ratio VOLTAGE:REFERENCE 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 14:12:12 Channel 3: Fluorescence:Calibrated [mg/m^3] Name: Fluorescence:URU ==> Fluorescence:Calibrated $END !--1--- ---2---- --3--- --4-- ---5--- ---6---- -7-- !Pressu Temperat Fluore Trans PAR Salinity Numb !re ure scence missi er_o ! : vity ~bin ! Calibr _rec ! ated ords !------ -------- ------ ----- ------- -------- ---- *END OF HEADER 1.2 17.0270 0.00 36.5 3.10 31.9607 17 2.0 17.0268 0.00 37.9 3.12 31.9628 26 3.0 17.0276 0.00 39.8 3.15 31.9632 41 4.0 17.0280 0.00 39.9 3.13 31.9635 24 5.0 17.0284 0.00 41.7 3.00 31.9653 27 6.0 17.0293 0.00 42.5 3.06 31.9653 31 7.0 17.0291 0.00 43.6 3.27 31.9654 37 8.0 17.0293 0.00 44.2 3.09 31.9654 25 9.0 17.0297 0.00 44.8 3.15 31.9701 22 10.0 17.0298 0.00 46.0 3.11 31.9658 28 11.0 17.0264 0.00 47.8 3.05 31.9658 33 12.0 17.0273 0.00 48.1 3.24 31.9655 38 12.9 17.0251 0.00 48.1 3.09 31.9646 31 13.9 17.0236 0.00 48.1 3.16 31.9650 21 14.9 17.0199 0.00 48.0 3.22 31.9669 20 15.9 17.0190 0.00 48.0 3.08 31.9649 19 17.0 16.9675 0.00 47.9 3.23 31.9788 29 18.0 16.9129 0.00 47.7 3.13 31.9640 30 19.0 16.9101 0.00 47.6 3.05 31.9533 17 20.0 16.8958 0.00 47.5 3.13 31.9547 20 21.0 16.8531 0.00 47.5 3.20 31.9492 25 22.0 16.8480 0.00 47.4 3.12 31.9448 21 23.0 16.7405 0.01 47.0 3.09 31.9428 18 24.0 16.6204 0.06 46.8 3.18 31.9389 27 25.0 16.5235 0.13 46.2 3.13 31.9942 29 26.0 16.2910 0.25 45.7 3.10 31.9677 23 27.0 16.1763 0.38 45.1 3.07 31.9250 29 28.0 15.8841 0.53 44.7 3.01 32.1019 26 29.0 15.1692 0.68 44.5 3.12 32.6691 31 30.0 14.4792 0.81 43.9 3.19 32.3245 26 30.9 13.8316 0.98 42.8 3.07 32.2376 21 32.0 13.1303 1.18 41.4 3.15 32.2898 18 33.0 12.8851 1.45 40.5 3.15 32.3290 18 34.1 12.6293 1.93 39.6 3.12 32.3833 31 34.9 12.4790 2.67 38.8 3.12 32.3606 21 36.0 12.3147 2.81 38.1 3.24 32.3589 16 37.0 12.1869 2.97 37.4 3.11 32.3678 16 38.1 11.7852 3.66 36.2 3.15 32.4174 22 39.0 10.8659 5.04 37.6 3.20 32.4610 22 40.0 10.4989 5.00 40.5 3.18 32.4361 20 41.0 10.3595 4.51 41.2 3.00 32.4583 28 42.0 10.2224 4.05 41.9 3.34 32.4900 24 43.0 10.0095 3.79 43.6 3.10 32.4959 23 44.0 9.7166 3.26 45.1 3.13 32.5180 29 45.0 9.6657 2.38 45.8 3.07 32.5241 28 45.9 9.4815 2.26 46.9 3.02 32.4990 21 47.0 9.3768 2.09 47.5 3.20 32.4988 22 48.0 9.3220 1.56 48.1 3.06 32.5218 31 49.0 9.1990 1.29 48.8 3.16 32.5071 21 50.0 9.1612 1.27 48.8 3.10 32.5040 17 51.0 9.0925 1.19 49.0 3.01 32.5126 24 52.0 9.0490 1.04 49.3 3.06 32.5308 23 53.0 8.9615 0.88 49.9 3.03 32.5202 20 54.0 8.8935 0.78 50.4 3.19 32.5326 23 55.0 8.8608 0.58 50.5 2.98 32.5465 19 56.0 8.8485 0.54 50.5 3.08 32.5525 19 57.1 8.8365 0.55 50.6 3.06 32.5563 22 58.0 8.8302 0.54 50.7 3.14 32.5605 32 59.0 8.8215 0.52 50.7 3.01 32.5593 24 60.0 8.8153 0.54 50.8 3.11 32.5626 27 61.0 8.8038 0.51 50.8 3.22 32.5612 24 62.0 8.7813 0.46 50.9 3.00 32.5656 28 63.0 8.7286 0.50 51.1 3.18 32.5701 20 64.0 8.6611 0.46 51.4 3.00 32.5737 15 65.1 8.6311 0.38 51.6 3.17 32.5820 25 66.0 8.6189 0.22 51.7 3.31 32.5865 31 67.0 8.5861 0.18 51.7 3.06 32.5863 23 68.0 8.5661 0.19 51.8 3.18 32.5870 20 69.1 8.5480 0.17 51.8 3.09 32.5971 25 70.0 8.5098 0.14 52.0 3.12 32.6089 21 71.0 8.4715 0.13 52.0 3.13 32.6104 20 72.0 8.4447 0.10 52.1 3.16 32.6171 26 73.0 8.3940 0.04 52.2 3.24 32.6250 19 74.0 8.3885 0.01 52.2 2.99 32.6287 16 75.1 8.3955 0.03 52.2 3.32 32.6332 15 75.9 8.3804 0.02 52.3 3.04 32.6385 26 77.0 8.3619 0.01 52.3 3.21 32.6383 28 77.9 8.3447 0.02 52.3 3.09 32.6406 24 79.0 8.3303 0.03 52.4 3.30 32.6375 21 79.9 8.3220 0.02 52.4 3.23 32.6384 26 81.0 8.3038 0.00 52.4 3.19 32.6386 19 82.1 8.2533 0.00 52.5 3.05 32.6476 17 83.1 8.1633 0.00 52.6 3.16 32.6551 26 83.9 8.0883 0.00 52.7 3.06 32.6507 23 85.0 7.9811 0.00 52.8 3.15 32.6648 22 86.0 7.9564 0.00 52.9 3.31 32.6617 23 87.0 7.9388 0.00 52.9 3.06 32.6553 23 88.0 7.9397 0.00 52.9 3.27 32.6580 29 89.0 7.9322 0.00 52.9 3.30 32.6575 21 90.1 7.9197 0.00 52.9 3.13 32.6613 25 90.9 7.8876 0.00 53.0 3.04 32.6748 28 92.0 7.8746 0.00 53.0 3.16 32.6816 30 93.0 7.8659 0.00 53.0 3.06 32.6905 31 94.0 7.8440 0.00 53.0 3.19 32.7049 23 95.0 7.8385 0.00 53.0 3.08 32.7140 27 96.0 7.8360 0.00 53.1 3.07 32.7236 28 97.0 7.8412 0.00 53.1 3.18 32.7313 32 97.9 7.8411 0.00 53.1 3.09 32.7532 25 99.0 7.8318 0.00 53.1 3.02 32.7626 32 99.9 7.8600 0.00 53.1 3.09 32.7740 24 101.0 7.9172 0.00 53.1 3.08 32.8180 20 102.0 7.8999 0.00 53.1 3.13 32.8459 20 103.0 7.8770 0.00 53.2 3.05 32.8632 24 104.0 7.8829 0.00 53.2 3.27 32.8699 29 105.0 7.8898 0.00 53.2 3.13 32.8832 25 105.9 7.9094 0.00 53.2 3.15 32.9080 22 107.0 7.9215 0.00 53.1 3.11 32.9423 16 108.0 7.9208 0.00 53.1 3.24 32.9515 16 109.0 7.9201 0.00 53.2 3.24 32.9563 22 109.9 7.9195 0.00 53.1 3.16 32.9702 17 111.0 7.9178 0.00 53.1 3.05 32.9845 16 112.0 7.9122 0.00 53.2 3.28 33.0093 28 113.0 7.9116 0.00 53.2 3.05 33.0128 25 114.0 7.8952 0.00 53.2 3.07 33.0474 21 115.0 7.8822 0.00 53.2 3.02 33.0815 21 116.0 7.8822 0.00 53.2 2.99 33.0996 17 117.0 7.8777 0.00 53.2 3.16 33.1059 30 118.0 7.8657 0.00 53.2 3.09 33.1184 25 119.0 7.8503 0.00 53.2 3.11 33.1275 22 120.0 7.8067 0.00 53.2 3.15 33.1587 31 121.0 7.7709 0.00 53.2 3.04 33.1922 26 122.0 7.7135 0.00 53.2 3.10 33.2223 23 123.0 7.6837 0.00 53.2 3.16 33.2413 21 124.0 7.6311 0.00 53.2 3.19 33.2661 34 124.9 7.5916 0.00 53.2 3.18 33.2741 20 126.0 7.5590 0.00 53.2 3.06 33.2868 22 126.9 7.5407 0.00 53.2 3.19 33.3009 30 128.0 7.4958 0.00 53.2 3.13 33.3206 24 129.1 7.4481 0.00 53.2 3.29 33.3362 30 130.0 7.4428 0.00 53.2 3.19 33.3442 34 131.0 7.4223 0.00 53.2 3.13 33.3587 35 132.0 7.4081 0.00 53.2 3.15 33.3659 27 133.0 7.3834 0.00 53.2 3.21 33.3871 21 134.0 7.3654 0.00 53.2 3.19 33.4044 23 135.0 7.3458 0.00 53.2 3.23 33.4239 29 136.0 7.3154 0.00 53.2 3.20 33.4500 29 137.0 7.3050 0.00 53.2 3.19 33.4599 30 138.0 7.2978 0.00 53.2 3.26 33.4646 27 138.9 7.2952 0.00 53.2 3.07 33.4687 21 139.9 7.2946 0.00 53.2 3.15 33.4708 27 140.9 7.2642 0.00 53.2 3.00 33.4969 27 142.0 7.2339 0.00 53.2 3.10 33.5239 23 143.1 7.2317 0.00 53.2 3.18 33.5324 27 144.1 7.2280 0.00 53.2 3.13 33.5398 29 145.0 7.2210 0.00 53.2 3.21 33.5465 38 146.0 7.2105 0.00 53.2 3.22 33.5551 34 147.0 7.1862 0.00 53.2 3.19 33.5782 26 148.0 7.1970 0.00 53.2 3.19 33.5914 23 149.0 7.2108 0.00 53.2 3.34 33.6047 26 150.0 7.1958 0.00 53.2 3.26 33.6204 24 151.0 7.1887 0.00 53.2 3.25 33.6230 28 152.0 7.1913 0.00 53.2 3.25 33.6251 37 153.0 7.1820 0.00 53.2 3.05 33.6290 24 154.0 7.1673 0.00 53.2 3.23 33.6340 23 155.0 7.1570 0.00 53.2 3.14 33.6358 28 156.0 7.1368 0.00 53.2 3.28 33.6454 28 157.0 7.1187 0.00 53.2 3.20 33.6629 22 158.0 7.1266 0.00 53.2 3.19 33.6835 19 159.0 7.1240 0.00 53.2 3.21 33.6921 21 160.0 7.1251 0.00 53.2 3.32 33.6986 25 161.0 7.1257 0.00 53.2 3.30 33.6985 24 161.9 7.1263 0.00 53.2 3.12 33.7019 21 163.0 7.1168 0.00 53.2 3.19 33.7150 19 164.0 7.1040 0.00 53.2 3.16 33.7260 26 165.0 7.0965 0.00 53.2 3.20 33.7300 25 166.0 7.0874 0.00 53.2 3.05 33.7401 24 167.0 7.0688 0.00 53.2 3.13 33.7544 24 168.0 7.0504 0.00 53.2 3.23 33.7631 23 169.0 7.0387 0.00 53.2 3.32 33.7720 28 170.0 7.0279 0.00 53.2 3.44 33.7790 25 171.0 7.0239 0.00 53.2 3.45 33.7822 19 172.0 7.0234 0.00 53.2 3.04 33.7831 18 173.0 7.0146 0.00 53.1 3.08 33.7904 19 174.0 6.9902 0.00 53.2 3.50 33.8083 19 175.0 6.9872 0.00 53.2 3.37 33.8096 20 176.0 6.9825 0.00 53.1 3.32 33.8104 25 177.0 6.9722 0.00 53.1 3.17 33.8169 25 178.0 6.9559 0.00 53.1 3.32 33.8258 28 179.0 6.9369 0.00 53.1 3.22 33.8351 27 180.0 6.9176 0.00 53.1 3.42 33.8473 20 181.0 6.9045 0.00 53.0 3.20 33.8472 18 182.0 6.8523 0.00 52.9 3.10 33.8479 17 183.0 6.8642 0.00 53.0 3.09 33.8564 18 184.0 6.8676 0.00 53.1 3.26 33.8611 27 185.0 6.8710 0.00 53.2 3.18 33.8652 27 186.0 6.8641 0.00 53.2 3.36 33.8686 23 186.9 6.8488 0.00 53.1 3.45 33.8733 19 188.0 6.8289 0.00 53.1 3.26 33.8785 18 189.0 6.8177 0.00 53.1 3.33 33.8820 17 190.0 6.8103 0.00 53.1 3.47 33.8835 20 191.0 6.8008 0.00 53.1 3.24 33.8849 22 192.0 6.7782 0.00 53.1 3.19 33.8862 23 192.9 6.7477 0.00 53.0 3.30 33.8815 24 193.9 6.7019 0.00 53.0 3.19 33.8780 23 195.0 6.7079 0.00 53.0 3.46 33.8806 22 196.0 6.7012 0.00 53.0 3.30 33.8794 21 197.0 6.6887 0.00 53.0 3.23 33.8737 23 198.0 6.6637 0.00 53.0 3.32 33.8610 28 198.9 6.6265 0.00 53.0 3.46 33.8764 26 200.0 6.5991 0.00 53.0 3.38 33.8811 26 201.0 6.5865 0.00 53.0 3.28 33.8809 17 202.1 6.5778 0.00 53.0 3.44 33.8817 21 203.0 6.5708 0.00 53.0 3.39 33.8818 19 204.0 6.5494 0.00 53.0 3.37 33.8826 18 205.0 6.5448 0.00 53.0 3.18 33.8849 16 206.0 6.5255 0.00 53.0 3.37 33.8858 18 207.0 6.5171 0.00 53.0 3.26 33.8874 18 208.0 6.5116 0.00 53.0 3.44 33.8937 29 209.0 6.4691 0.00 53.0 3.42 33.8954 22 210.0 6.4571 0.00 53.0 3.54 33.8925 24 211.0 6.4552 0.00 53.0 3.14 33.8921 23 212.0 6.4472 0.00 53.0 3.27 33.8943 26 213.0 6.4365 0.00 53.0 3.44 33.8942 23 214.0 6.4263 0.00 52.9 3.28 33.8946 17 215.0 6.4081 0.00 53.0 3.30 33.8966 16 216.0 6.3891 0.00 52.9 3.22 33.8996 20 216.9 6.3787 0.00 52.9 3.37 33.9002 20 218.0 6.3654 0.00 53.0 3.26 33.9019 21 219.1 6.3512 0.00 53.0 3.24 33.9051 25 220.0 6.3490 0.00 53.0 3.42 33.9052 30 221.0 6.3468 0.00 53.0 3.28 33.9056 25 222.0 6.3422 0.00 52.9 3.34 33.9066 19 223.0 6.3378 0.00 53.0 3.32 33.9076 25 224.1 6.3359 0.00 53.0 3.35 33.9082 33 224.9 6.3253 0.00 53.0 3.29 33.9111 27 225.9 6.3104 0.00 53.0 3.35 33.9116 21 227.0 6.3027 0.00 53.0 3.33 33.9121 17 228.1 6.2830 0.00 52.9 3.30 33.9159 16 229.0 6.2592 0.00 52.9 3.30 33.9180 16 230.0 6.2504 0.00 53.0 3.48 33.9172 23 230.9 6.2360 0.00 53.0 3.34 33.9170 24 231.9 6.2250 0.00 52.9 3.22 33.9177 20 233.0 6.2224 0.00 52.9 3.31 33.9184 23 234.0 6.2209 0.00 53.0 3.35 33.9208 30 235.0 6.2122 0.00 53.0 3.19 33.9224 26 236.0 6.1921 0.00 52.9 3.42 33.9232 18 237.0 6.1723 0.00 53.0 3.32 33.9252 20 238.0 6.1509 0.00 53.0 3.30 33.9265 24 239.0 6.1193 0.00 53.0 3.50 33.9260 24 240.0 6.0992 0.00 53.0 3.37 33.9270 20 241.0 6.0973 0.00 52.9 3.26 33.9282 18 242.0 6.0881 0.00 53.0 3.45 33.9286 19 243.0 6.0848 0.00 53.0 3.33 33.9296 22 244.0 6.0707 0.00 53.0 3.37 33.9322 29 245.0 6.0552 0.00 53.0 3.31 33.9317 26 246.0 6.0470 0.00 53.0 3.39 33.9304 17 247.0 6.0313 0.00 53.0 3.37 33.9302 20 248.0 6.0001 0.00 53.0 3.54 33.9290 29 249.0 5.9780 0.00 53.0 3.43 33.9290 35 250.0 5.9668 0.00 53.0 3.40 33.9278 25 251.0 5.9618 0.00 53.0 3.55 33.9265 19 251.9 5.9467 0.00 53.0 3.56 33.9255 17 253.0 5.9278 0.00 53.0 3.20 33.9274 18 254.0 5.9155 0.00 53.0 3.48 33.9287 16 255.0 5.9054 0.00 53.0 3.45 33.9292 19 256.0 5.8931 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410.0 4.9825 0.00 53.3 3.78 34.0280 15 411.0 4.9798 0.00 53.3 3.55 34.0264 19 412.0 4.9775 0.00 53.3 3.46 34.0259 11 412.9 4.9749 0.00 53.3 3.64 34.0288 25 414.0 4.9686 0.00 53.3 3.64 34.0326 22 415.0 4.9746 0.00 53.3 3.81 34.0276 28 415.9 4.9743 0.00 53.3 3.74 34.0290 23 417.0 4.9718 0.00 53.3 3.52 34.0286 20 418.0 4.9626 0.00 53.3 3.75 34.0349 24 419.0 4.9582 0.00 53.3 3.61 34.0382 29 420.0 4.9579 0.00 53.3 3.64 34.0429 18 421.0 4.9480 0.00 53.3 3.69 34.0451 18 422.1 4.9454 0.00 53.3 3.80 34.0407 18 423.0 4.9481 0.00 53.3 3.68 34.0346 26 424.0 4.9218 0.00 53.3 3.84 34.0518 15 425.0 4.9265 0.00 53.3 3.70 34.0349 19 426.0 4.9126 0.00 53.3 3.64 34.0420 22 426.9 4.9116 0.00 53.3 3.81 34.0402 28 428.0 4.9039 0.00 53.3 3.78 34.0415 22 429.0 4.9006 0.00 53.3 3.82 34.0425 22 430.0 4.8988 0.00 53.3 3.83 34.0427 25 431.0 4.8939 0.00 53.3 3.71 34.0452 30 432.0 4.8855 0.00 53.3 3.79 34.0478 34 433.0 4.8806 0.00 53.4 3.72 34.0487 31 434.0 4.8769 0.00 53.3 3.87 34.0493 22 435.0 4.8658 0.00 53.3 3.78 34.0506 23 436.0 4.8587 0.00 53.4 3.86 34.0529 20 437.0 4.8578 0.00 53.4 3.82 34.0541 23 438.0 4.8532 0.00 53.3 3.76 34.0537 20 439.0 4.8501 0.00 53.4 3.80 34.0550 26 440.0 4.8513 0.00 53.4 3.77 34.0557 34 441.0 4.8470 0.00 53.3 3.82 34.0569 23 442.0 4.8437 0.00 53.4 3.70 34.0578 23 443.0 4.8433 0.00 53.4 3.75 34.0588 31 444.1 4.8442 0.00 53.4 3.83 34.0596 24 445.0 4.8443 0.00 53.4 3.83 34.0602 37 446.0 4.8356 0.00 53.4 3.76 34.0617 26 447.0 4.8248 0.00 53.4 3.75 34.0620 24 448.0 4.8127 0.00 53.4 3.76 34.0625 27 449.0 4.7992 0.00 53.4 3.77 34.0643 36 450.0 4.7879 0.00 53.4 3.85 34.0653 32 451.0 4.7861 0.00 53.4 3.82 34.0634 33 452.0 4.7801 0.00 53.4 3.81 34.0651 28 453.1 4.7545 0.00 53.4 3.77 34.0643 21 454.0 4.7405 0.00 53.4 3.71 34.0647 30 455.0 4.7359 0.00 53.4 3.71 34.0652 25 456.0 4.7329 0.00 53.4 3.91 34.0630 17 456.9 4.7313 0.00 53.4 3.81 34.0624 20 458.0 4.7174 0.00 53.4 3.87 34.0637 25 459.0 4.7060 0.00 53.4 3.82 34.0656 31 460.0 4.6982 0.00 53.4 3.83 34.0615 24 461.1 4.6965 0.00 53.4 3.79 34.0636 32 462.0 4.6965 0.00 53.4 3.82 34.0642 31 463.0 4.6941 0.00 53.4 3.87 34.0664 26 463.9 4.6879 0.00 53.4 3.77 34.0667 21 465.0 4.6792 0.00 53.4 3.76 34.0644 20 466.0 4.6748 0.00 53.4 3.87 34.0662 23 467.0 4.6731 0.00 53.4 3.86 34.0684 37 468.0 4.6738 0.00 53.4 3.87 34.0676 27 469.0 4.6665 0.00 53.4 3.88 34.0690 34 470.0 4.6663 0.00 53.4 3.73 34.0685 27 471.0 4.6682 0.00 53.4 3.91 34.0689 22 472.0 4.6633 0.00 53.4 3.83 34.0712 24 473.0 4.6644 0.00 53.4 3.81 34.0714 39 474.0 4.6561 0.00 53.5 3.88 34.0719 29 475.0 4.6454 0.00 53.5 3.85 34.0752 32 476.0 4.6336 0.00 53.5 3.84 34.0764 30 477.0 4.6232 0.00 53.4 3.87 34.0759 24 478.0 4.6195 0.00 53.5 3.91 34.0728 24 479.1 4.6132 0.00 53.5 3.83 34.0757 26 480.0 4.6133 0.00 53.5 3.91 34.0785 27 481.0 4.6083 0.00 53.5 3.91 34.0796 24 482.0 4.6007 0.00 53.5 3.86 34.0797 20 483.0 4.5962 0.00 53.5 3.91 34.0818 22 484.0 4.5874 0.00 53.5 3.87 34.0839 27 485.0 4.5756 0.00 53.5 3.85 34.0818 16 486.0 4.5597 0.00 53.4 3.85 34.0842 17 487.0 4.5506 0.00 53.4 3.86 34.0840 18 488.0 4.5395 0.00 53.4 3.72 34.0852 21 489.0 4.5337 0.00 53.5 3.87 34.0858 22 490.0 4.5340 0.00 53.5 3.77 34.0892 34 491.0 4.5294 0.00 53.5 3.80 34.0872 18 492.0 4.5149 0.00 53.5 3.86 34.0903 18 493.1 4.5115 0.00 53.5 3.75 34.0914 25 494.0 4.5116 0.00 53.5 3.88 34.0911 28 495.0 4.5064 0.00 53.5 3.82 34.0921 23 496.0 4.5040 0.00 53.5 3.86 34.0920 18 497.0 4.4996 0.00 53.5 3.83 34.0942 25 498.0 4.4940 0.00 53.5 3.91 34.0964 33 499.0 4.4852 0.00 53.5 3.87 34.0953 26 500.0 4.4833 0.00 53.5 3.91 34.0967 28 500.7 4.4842 0.00 53.5 3.82 34.0956 11