*2017/03/30 14:12:09.87 *IOS HEADER VERSION 2.0 2016/04/28 2016/06/13 IVF16 *COMMENTS SH11 - No calibration coefficients Alt S start position 48 28.64 N 123 8.61 W 19:30:18 09-19-1995 Tag #1 Frame 11627 48 28.60 N 123 8.57 W 19:38:06 19. 38. 06. 90 265.42 7.720 0.80474 1.5 77.002 3.9 33.3 Tag #2 Frame 14665 48 28.62 N 123 8.59 W 19:40:07 19. 40. 07. 90 200.55 8.096 0.80568 1.0 80.566 3.9 33.0 Tag #3 Frame 16837 48 28.59 N 123 8.62 W 19:41:33 19. 41. 33. 90 150.07 8.438 0.80623 1.2 82.275 4.9 32.7 Tag #4 Frame 19084 48 28.56 N 123 8.65 W 19:43:03 19. 43. 02. 90 99.90 8.813 0.80607 1.3 83.398 3.9 32.4 Tag #5 Frame 21447 48 28.54 N 123 8.66 W 19:44:36 19. 44. 36. 90 74.63 8.894 0.80562 1.3 83.301 3.9 32.3 Tag #6 Frame 23816 48 28.55 N 123 8.67 W 19:46:11 19. 46. 11. 90 52.95 9.445 0.80509 2.6 82.959 3.9 31.8 Tag #7 Frame 25482 48 28.55 N 123 8.71 W 19:47:17 19. 47. 17. 90 21.90 11.014 0.80244 4.1 81.396 3.9 30.4 Tag #8 Frame 26591 48 28.56 N 123 8.73 W 19:48:01 19. 48. 01. 90 11.40 11.232 0.79885 11.5 79.932 3.9 30.0 Tag #9 Frame 29410 48 28.57 N 123 8.77 W 19:49:53 19. 49. 53. 90 0.68 11.300 0.79861 6.3 76.855 3.9 30.0 Alt S stop position 48 28.56 N 123 8.78 W 19:50:53 09-19-1995 *FILE START TIME : PDT 1995/09/19 19:30:17.460 END TIME : PDT 1995/09/19 19:50:53.840 NUMBER OF RECORDS : 267 DATA DESCRIPTION : CTD FILE TYPE : ASCII DATA TYPE : real*4 NUMBER OF CHANNELS : 7 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- ------------------------- ---------------- -------------- -------------- 1 Pressure decibar 0.4 265.6 2 Temperature 'deg C (IPTS68)' 7.692 11.4117 3 Fluorescence:Calibrated mg/m^3 0.18 6.33 4 Transmissivity %/metre 27.1 51 5 PAR uE/m^2/sec 3.91 8.79 6 Salinity PSS-78 30.1479 33.4615 7 Number_of_bin_records n/a 1 39 $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 : 95300005.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 : NEWS EVENT NUMBER : 5 LATITUDE : 48 28.64000 N ! (deg min) LONGITUDE : 123 8.61000 W ! (deg min) LATITUDE 2 : 48 28.56000 N ! (deg min) LONGITUDE 2 : 123 8.78000 W ! (deg min) WATER DEPTH : 270 $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 : KP3000TCR148 $END *RAW START TIME : PDT 1995/09/19 19:30:17.460 END TIME : PDT 1995/09/19 19:50:53.840 TIME INCREMENT : 0 0 0 0 40 ! (day hr min sec ms) NUMBER OF RECORDS : 29912 $TABLE: CHANNELS ! Averaging (day hr min sec ms) !Name Raw Units Interval Time Lag !-------------------- --------------- --------- ----------- Voltage:reference Percent_FS 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 ! -------------------- --------------- ---- ------ ------------ Voltage:reference volts 10 n/a (0 1) 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 17:33:46 29912 29912 CALIB 6.3 1996/05/13 08:59:58 29912 29912 SIMP_DSP 1.1 1996/05/13 16:41:55 29912 29912 TIMECOMP 2.2 1996/05/14 08:50:27 29912 29912 DELETE 4.3 1996/05/14 15:29:35 29912 7647 CTDEDIT 3.2 1996/05/16 15:38:32 7647 7647 CTDEDIT 3.2 1996/11/28 09:32:15 7647 7647 CTDEDIT 3.2 1996/11/28 10:33:22 7647 7647 CALIB 7.1 1996/12/03 16:10:42 7647 7647 BOXCAR 2.3 1996/12/04 10:21:37 7647 7647 BINAVE 2.0 1996/12/04 10:41:44 7647 267 CALIB 7.2 1997/08/15 14:43:17 267 267 REMOVECH 3.0 1997/08/15 14:45:44 267 267 HDREDIT2 1.7 2003/09/16 13:52:57 ? ? CLEAN 4.4 2003/09/16 13:53:50 267 267 HDREDIT2 2.2 2004/09/21 15:47:59 ? ? CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 15:09:06 267 267 HDREDIT2 3.1.1 2017/03/30 14:12:09 ? ? $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 14:12:09 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 0.4 11.3978 5.96 27.1 8.79 30.1705 1 1.0 11.4117 5.50 33.5 7.32 30.1479 22 2.0 11.3916 5.56 36.5 5.55 30.1538 35 3.0 11.3796 6.03 37.5 5.18 30.1588 26 4.0 11.3478 4.59 40.3 4.88 30.1737 25 5.0 11.3339 4.33 40.6 4.88 30.1575 38 6.0 11.3273 4.59 41.0 4.88 30.1547 31 7.0 11.3266 4.66 41.0 4.88 30.1509 34 8.0 11.3205 5.02 41.1 4.73 30.1507 33 9.0 11.3149 4.88 41.0 4.75 30.1560 30 10.0 11.3016 4.12 41.4 4.05 30.1694 27 11.0 11.2837 3.52 41.4 3.91 30.1865 31 12.0 11.2732 5.09 41.3 3.91 30.1921 28 13.0 11.2649 5.86 41.8 3.91 30.2025 25 14.0 11.2508 5.47 42.9 3.91 30.2304 33 15.0 11.2338 4.82 43.6 3.91 30.2898 23 16.0 11.1731 3.99 44.6 3.91 30.3636 36 17.0 11.1391 3.98 45.1 3.91 30.4080 28 18.0 11.0388 3.36 45.6 3.91 30.4887 32 19.0 10.9909 5.79 45.8 3.91 30.5184 36 20.0 10.9760 6.33 46.1 3.91 30.5306 34 21.0 10.9478 5.00 45.8 3.91 30.5477 33 22.0 10.9330 3.14 46.3 3.91 30.5555 31 23.0 10.9260 4.21 46.3 3.91 30.5560 27 24.0 10.9188 3.18 46.6 3.91 30.5580 28 25.0 10.9195 3.47 46.5 3.91 30.5559 28 26.0 10.9184 2.77 46.3 3.91 30.5630 36 27.0 10.9141 2.72 46.5 3.91 30.5690 30 27.9 10.7864 4.63 47.5 3.91 30.6781 36 29.0 10.6352 3.67 48.9 3.91 30.8042 35 30.0 10.5847 2.32 49.7 3.91 30.8464 29 31.0 10.5264 2.64 49.8 3.91 30.9081 30 32.0 10.4913 2.43 49.7 3.91 30.9459 27 33.0 10.3188 1.81 50.0 3.91 31.1285 30 34.0 10.2162 1.51 49.8 3.91 31.2323 34 35.1 10.0805 1.55 50.6 3.91 31.3719 29 36.0 10.0122 1.59 51.0 3.91 31.4383 39 37.0 9.9785 1.19 50.5 3.91 31.4673 26 38.0 9.9319 1.02 50.6 3.91 31.5094 38 39.0 9.8201 0.97 50.1 3.91 31.6118 31 40.0 9.7863 2.05 50.5 3.91 31.6399 36 41.0 9.7361 2.36 50.5 3.91 31.6828 39 42.0 9.7066 1.89 50.5 3.91 31.7081 31 43.0 9.6968 1.29 50.5 3.91 31.7230 34 44.0 9.6824 0.91 50.3 3.91 31.7337 36 45.0 9.6576 1.45 49.8 3.91 31.7539 31 46.0 9.6386 1.33 49.9 3.91 31.7711 29 47.0 9.6330 1.35 50.1 3.91 31.7767 32 48.0 9.5846 0.84 50.1 3.91 31.8238 28 49.0 9.5094 0.86 50.0 3.91 31.8910 30 50.0 9.4695 1.18 50.3 3.91 31.9249 34 51.0 9.4442 1.51 49.8 3.91 31.9463 34 51.9 9.4358 1.18 50.4 3.91 31.9531 37 53.0 9.4241 1.00 50.5 3.91 31.9626 29 54.0 9.4209 0.92 50.6 3.91 31.9687 32 55.0 9.4124 1.12 50.7 3.91 31.9789 28 56.0 9.4067 1.15 50.4 3.91 31.9843 31 57.0 9.4115 0.94 50.7 3.91 31.9787 33 58.0 9.4121 0.84 50.5 3.91 31.9780 33 59.0 9.3658 1.19 50.6 3.91 32.0203 24 60.0 9.1176 1.26 50.6 3.91 32.2487 30 61.0 9.0177 1.08 50.6 3.91 32.3358 33 62.0 9.0112 1.09 50.7 3.91 32.3371 29 63.0 8.9976 1.06 50.5 3.91 32.3478 33 64.0 8.9810 1.59 50.8 3.91 32.3611 35 65.1 8.9613 0.59 50.5 3.91 32.3783 30 66.0 8.9511 0.47 50.5 3.91 32.3879 28 67.0 8.9544 0.51 50.5 3.91 32.3837 28 68.0 8.9555 0.49 50.5 3.91 32.3832 29 69.0 8.9540 0.36 50.6 3.91 32.3843 28 70.0 8.9513 0.43 50.5 3.91 32.3868 25 71.0 8.9508 0.44 50.7 3.91 32.3864 25 72.0 8.9492 0.54 50.6 3.91 32.3880 31 73.0 8.9470 0.44 50.6 3.91 32.3989 27 74.0 8.9467 0.63 50.7 3.91 32.3995 30 75.0 8.9471 0.56 50.5 3.91 32.3996 28 76.0 8.9469 0.59 50.7 3.91 32.3998 27 77.0 8.9436 0.58 50.7 3.91 32.4033 30 78.0 8.9397 0.60 50.7 3.91 32.4062 28 78.9 8.9390 0.57 50.4 3.91 32.4066 27 80.0 8.9390 0.68 50.5 3.91 32.4074 30 81.0 8.9371 0.61 50.6 3.91 32.4084 26 82.0 8.9354 0.46 50.7 3.91 32.4107 29 82.9 8.9377 0.51 50.6 3.91 32.4094 26 84.0 8.9311 0.56 50.7 3.91 32.4153 34 85.0 8.9302 0.41 50.5 3.91 32.4162 24 86.0 8.9346 0.44 50.6 3.91 32.4128 28 87.0 8.9348 0.41 50.6 3.91 32.4133 27 88.0 8.9255 0.41 50.4 3.91 32.4215 23 89.0 8.9228 0.49 50.5 3.91 32.4246 29 90.0 8.9187 0.61 50.7 3.91 32.4285 29 91.0 8.9058 0.54 50.6 3.91 32.4412 27 92.0 8.9036 0.45 50.5 3.91 32.4436 29 93.0 8.8896 0.36 50.6 3.91 32.4561 26 94.0 8.8733 0.34 50.5 3.91 32.4702 26 95.1 8.8712 0.41 50.4 3.91 32.4724 27 96.0 8.8751 0.61 50.4 3.91 32.4714 27 97.0 8.8823 0.60 50.5 3.91 32.4672 25 98.0 8.8838 0.42 50.5 3.91 32.4668 27 99.0 8.8839 0.71 50.6 3.91 32.4671 30 100.0 8.8834 0.68 50.7 3.91 32.4677 28 100.9 8.8728 0.69 50.7 3.91 32.4775 27 102.0 8.8726 0.78 50.9 3.91 32.4791 27 103.0 8.8601 0.63 50.5 3.91 32.4918 27 104.0 8.8429 0.61 50.5 3.91 32.5079 30 105.0 8.8410 0.65 50.4 3.91 32.5100 27 106.1 8.8317 1.00 50.7 3.91 32.5197 27 107.0 8.8092 0.66 50.3 3.91 32.5412 24 108.0 8.7921 0.83 50.3 3.91 32.5578 26 109.0 8.7806 0.72 50.3 3.91 32.5688 27 110.0 8.7772 0.74 50.4 3.91 32.5721 30 111.0 8.7747 0.48 50.2 3.91 32.5749 29 112.1 8.7753 0.29 50.0 3.91 32.5748 27 113.0 8.7758 0.25 50.0 3.91 32.5747 27 114.0 8.7738 0.35 50.4 3.91 32.5764 28 115.0 8.7645 0.50 50.3 3.91 32.5851 31 116.0 8.7538 0.59 50.1 3.91 32.5949 26 117.0 8.7332 0.59 50.3 3.91 32.6149 29 118.0 8.7283 0.38 50.2 3.91 32.6197 27 119.0 8.7189 0.29 49.9 3.91 32.6280 27 120.0 8.7209 1.31 50.1 3.91 32.6267 26 121.0 8.7224 0.95 50.2 3.91 32.6258 30 122.0 8.7173 1.30 50.3 3.91 32.6309 27 123.0 8.7051 0.91 49.9 3.91 32.6430 28 124.0 8.6977 0.48 50.1 3.91 32.6499 29 125.0 8.6915 0.91 50.1 3.91 32.6562 25 125.9 8.6859 1.33 50.0 3.91 32.6619 30 127.0 8.6823 0.81 49.8 3.91 32.6656 30 128.0 8.6812 0.57 50.0 3.91 32.6671 29 129.0 8.6797 0.61 49.9 3.91 32.6683 28 130.0 8.6788 0.51 49.9 3.91 32.6699 28 131.0 8.6787 0.68 49.7 3.91 32.6703 29 131.9 8.6769 0.44 49.7 3.91 32.6721 27 133.0 8.6755 0.35 49.9 3.91 32.6737 23 134.0 8.6728 0.47 50.0 3.91 32.6764 22 134.9 8.6695 0.42 49.7 3.91 32.6798 28 136.0 8.6655 0.50 50.0 3.91 32.6835 24 137.0 8.6601 0.69 49.9 3.91 32.6885 28 138.0 8.6557 0.38 49.9 3.91 32.6924 31 139.0 8.6549 0.35 49.8 3.91 32.6930 28 140.0 8.6435 0.94 49.8 3.91 32.7032 30 141.0 8.6113 0.75 49.7 3.91 32.7298 28 142.0 8.5781 0.48 49.5 3.91 32.7583 24 143.0 8.5743 0.34 49.3 3.91 32.7609 28 144.0 8.5683 0.46 49.2 3.91 32.7656 28 145.0 8.5625 0.39 49.2 3.91 32.7704 26 146.1 8.5064 0.37 48.5 3.91 32.8162 28 147.0 8.4880 0.31 48.5 3.91 32.8307 28 148.0 8.4814 0.30 48.3 3.91 32.8361 26 149.0 8.4858 0.30 48.5 3.91 32.8321 30 150.0 8.4900 0.24 48.8 3.91 32.8297 28 151.0 8.4729 0.45 48.2 3.91 32.8498 26 152.0 8.3802 0.44 47.6 3.91 32.9284 26 152.9 8.3802 0.28 47.6 3.91 32.9277 30 154.0 8.3564 0.24 47.4 3.91 32.9464 28 155.0 8.3602 0.28 47.2 3.91 32.9428 34 156.0 8.3609 0.41 47.3 3.91 32.9423 25 157.0 8.3577 0.90 47.3 3.91 32.9443 28 157.9 8.3251 0.65 47.0 3.91 32.9717 27 159.0 8.3189 0.54 46.8 3.91 32.9763 29 160.0 8.2964 0.55 46.6 3.91 32.9941 27 161.0 8.2855 0.48 46.5 3.91 33.0032 32 162.0 8.2789 0.37 46.5 3.91 33.0081 29 163.0 8.2724 0.35 46.3 3.91 33.0137 29 164.0 8.2695 0.31 46.3 3.91 33.0158 29 165.0 8.2567 0.50 46.0 3.91 33.0231 31 165.9 8.2329 0.55 45.9 3.91 33.0428 26 167.1 8.2318 0.65 45.5 3.91 33.0442 25 167.9 8.2262 0.51 46.0 3.91 33.0493 26 168.9 8.2216 0.75 45.8 3.91 33.0536 30 170.0 8.2173 1.29 45.6 3.91 33.0572 27 170.9 8.2132 1.25 45.7 3.91 33.0606 29 172.0 8.2038 0.81 45.8 3.91 33.0680 27 173.0 8.1997 0.93 45.9 3.91 33.0717 28 174.0 8.1990 0.51 45.8 3.91 33.0720 27 175.0 8.1866 0.42 45.6 3.91 33.0816 24 176.0 8.1828 0.55 45.6 3.91 33.0848 24 177.0 8.1827 0.75 45.7 3.91 33.0843 26 178.0 8.1723 0.62 45.5 3.91 33.0934 29 178.9 8.1701 0.76 45.6 3.91 33.0953 26 180.1 8.1649 0.75 45.6 3.91 33.0992 27 181.0 8.1621 0.53 45.6 3.91 33.1012 23 181.9 8.1690 0.48 45.5 3.91 33.0959 27 183.0 8.1604 0.33 45.8 3.91 33.1029 26 183.9 8.1556 0.82 45.9 3.91 33.1068 28 185.0 8.1446 0.44 45.7 3.91 33.1153 28 186.0 8.1194 0.29 45.3 3.91 33.1343 34 187.0 8.1153 0.37 45.2 3.91 33.1373 28 188.0 8.1089 1.21 45.0 3.91 33.1413 27 189.0 8.1010 1.11 44.7 3.91 33.1474 29 190.0 8.0996 0.54 44.9 3.91 33.1488 25 191.0 8.0989 0.58 44.9 3.91 33.1494 28 192.0 8.0982 0.92 44.9 3.91 33.1497 28 193.0 8.0960 0.68 45.0 3.91 33.1515 34 194.0 8.0972 0.48 44.9 3.91 33.1505 32 195.0 8.0815 0.64 45.0 3.91 33.1622 28 196.0 8.0615 0.56 44.7 3.91 33.1785 29 197.0 8.0575 0.51 44.2 3.91 33.1814 28 198.0 8.0545 0.52 44.6 3.91 33.1838 30 199.0 8.0529 0.41 44.7 3.91 33.1846 31 200.0 8.0456 0.53 44.8 3.91 33.1900 26 201.0 8.0411 0.41 44.8 3.91 33.1939 29 202.0 8.0337 0.24 44.6 3.91 33.1993 26 202.9 8.0390 0.18 44.3 3.91 33.1954 29 204.0 8.0402 0.18 44.8 3.91 33.1943 24 205.0 8.0383 0.24 44.8 3.91 33.1959 29 206.1 8.0392 0.31 44.8 3.91 33.1954 27 207.0 8.0391 0.34 44.7 3.91 33.1955 28 208.0 8.0311 0.47 45.0 3.91 33.2016 27 209.0 8.0278 0.42 44.5 3.91 33.2039 26 210.0 8.0317 0.36 44.6 3.91 33.2013 26 211.0 8.0343 0.58 44.7 3.91 33.1993 27 212.0 8.0329 0.41 44.5 3.91 33.2007 32 213.0 8.0349 0.38 44.7 3.91 33.1989 29 214.0 8.0167 0.40 44.7 3.91 33.2116 27 215.0 8.0004 0.47 44.5 3.91 33.2238 28 216.0 7.9948 0.42 44.3 3.91 33.2278 31 217.0 8.0010 0.39 44.4 3.91 33.2235 26 218.0 8.0137 0.42 44.5 3.91 33.2149 25 219.0 8.0085 0.59 44.5 3.91 33.2180 29 219.9 8.0040 0.44 44.5 3.91 33.2220 23 220.9 8.0199 0.37 44.5 3.91 33.2101 28 222.0 8.0253 0.58 44.7 3.91 33.2065 31 223.0 8.0218 0.70 44.5 3.91 33.2090 30 224.0 8.0024 0.61 44.3 3.91 33.2225 29 225.0 8.0008 0.58 44.3 3.91 33.2242 29 226.0 7.9955 0.71 44.4 3.91 33.2280 28 227.0 7.9938 1.28 44.3 3.91 33.2295 29 228.0 7.9986 0.86 44.4 3.91 33.2259 27 229.0 7.9968 0.55 44.5 3.91 33.2272 30 230.0 7.9969 0.48 44.3 3.91 33.2270 29 231.0 7.9983 0.81 44.2 3.91 33.2265 29 232.0 7.9963 0.88 44.5 3.91 33.2281 31 233.0 7.9927 0.56 44.6 3.91 33.2306 25 234.0 7.9960 0.75 44.3 3.91 33.2274 27 235.0 7.9965 0.84 44.5 3.91 33.2279 27 236.0 7.9941 0.60 44.4 3.91 33.2300 25 237.0 7.9906 0.63 44.5 3.91 33.2326 25 238.0 7.9902 1.25 44.3 3.91 33.2326 32 239.0 7.9989 0.95 44.4 3.91 33.2268 28 240.0 7.9943 0.50 44.7 3.91 33.2301 27 241.0 7.9908 0.49 44.3 3.91 33.2333 26 242.0 7.9894 0.61 44.1 3.91 33.2343 27 243.0 7.9915 0.58 44.5 3.91 33.2330 29 244.0 7.9889 0.48 44.2 3.91 33.2341 28 245.0 7.9868 1.02 44.2 3.91 33.2360 31 246.0 7.9979 1.07 44.3 3.91 33.2277 29 247.0 7.9880 0.58 44.1 3.91 33.2369 31 247.9 7.9567 0.59 43.8 3.91 33.2584 35 249.0 7.9503 0.71 43.7 3.91 33.2629 33 249.9 7.9511 0.48 43.7 3.91 33.2625 25 251.0 7.9568 0.33 44.1 3.91 33.2584 24 251.9 7.9474 0.28 43.8 3.91 33.2651 31 253.0 7.9577 0.35 44.0 3.91 33.2581 31 254.0 7.9589 0.41 43.9 3.91 33.2567 34 255.0 7.9503 0.31 43.9 3.91 33.2632 28 256.0 7.9536 0.31 43.9 3.91 33.2620 27 257.0 7.9456 0.39 43.9 3.91 33.2663 30 258.0 7.9569 0.41 43.8 3.91 33.2573 28 259.0 7.9419 0.54 43.4 3.91 33.2686 30 260.0 7.9070 0.60 43.2 3.91 33.2963 31 261.0 7.8770 0.43 42.9 3.91 33.3175 31 262.0 7.8768 0.44 42.8 3.91 33.3156 33 263.0 7.8508 0.54 39.8 3.91 33.3364 34 263.9 7.7059 0.78 35.4 3.91 33.4548 30 265.1 7.6963 0.94 34.6 3.91 33.4592 28 265.6 7.6920 1.34 34.2 3.91 33.4615 8