*2017/03/30 14:35:43.82 *IOS HEADER VERSION 2.0 2016/04/28 2016/06/13 IVF16 *COMMENTS CTD/R/Plankton Alt S start position 48 24.66 N 126 15.88 W 15:30:02 08-07-1996 Tag #1 Frame 19402 48 24.68 N 126 15.90 W 15:42:58 500.02 5.141 0.76956 89.453 34.09867 Tag #2 Frame 27133 48 24.69 N 126 15.90 W 15:48:06 249.38 6.401 0.79059 89.354 33.97657 Tag #3 Frame 30707 48 24.69 N 126 15.87 W 15:50:28 150.45 7.171 0.80291 88.810 33.84759 Tag #4 Frame 32566 48 24.70 N 126 15.89 W 15:51:42 100.58 7.920 0.81064 88.662 33.50407 Tag #5 Frame 33882 48 24.69 N 126 15.88 W 15:52:34 74.63 8.390 0.80750 88.613 32.92775 Tag #6 Frame 35232 48 24.69 N 126 15.86 W 15:53:28 51.30 8.859 0.80975 88.662 32.60536 Tag #7 Frame 36458 48 24.69 N 126 15.85 W 15:54:17 31.20 10.361 0.83609 86.239 32.41143 Tag #8 Frame 37429 48 24.69 N 126 15.85 W 15:54:56 20.25 11.708 0.86061 78.475 32.26986 Tag #9 Frame 38438 48 24.69 N 126 15.85 W 15:55:36 10.57 12.573 0.87644 65.915 32.18198 Tag #10 Frame 39733 48 24.70 N 126 15.84 W 15:56:27 0.45 13.634 0.89554 67.646 32.05867 Alt S stop position 48 24.69 N 126 15.85 W 15:56:36 08-07-1996 CTDEDIT was used to clean S at 10db (1 point), 27-29db(3), 35-36(2),42(1),44(1),49-50(2). *FILE START TIME : PDT 1996/08/07 15:30:01.490 END TIME : PDT 1996/08/07 15:56:36.040 NUMBER OF RECORDS : 502 DATA DESCRIPTION : CTD FILE TYPE : ASCII DATA TYPE : real*4 NUMBER OF CHANNELS : 6 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- ------------------------- ---------------- -------------- -------------- 1 Pressure decibar 0.4 500.6 2 Temperature 'deg C (IPTS68)' 5.1577 13.6261 3 Fluorescence:Calibrated mg/m^3 0.534 8.8 4 Transmissivity %/metre 18.2 64.2 5 Salinity PSS-78 32.0418 34.0871 6 Number_of_bin_records n/a 2 53 $END $TABLE: CHANNEL DETAIL ! No Pad Start Width Format Type Decimal_Places !--- ---- ----- ----- ------ ------ -------------- 1 -99 ' ' 7 F ' ' 1 2 -99 ' ' 9 F ' ' 4 3 -99 ' ' 8 F ' ' 3 4 -99 ' ' 6 F ' ' 1 5 -99 ' ' 9 F REAL*4 4 6 -99 ' ' 5 I I 0 $END $REMARKS File name : 96140016.ACQ $END *ADMINISTRATION MISSION : 1996-14 AGENCY : IOS, Ocean Science and Productivity, Sidney, B.C. COUNTRY : Canada PROJECT : Laperouse, Junad de FUca, Haro SCIENTIST : Yelland D. PLATFORM : Vector *LOCATION GEOGRAPHIC AREA : Haro/JdF/LaPerouse STATION : A3 EVENT NUMBER : 16 LATITUDE : 48 24.66000 N ! (deg min) LONGITUDE : 126 15.88000 W ! (deg min) LATITUDE 2 : 48 24.69000 N ! (deg min) LONGITUDE 2 : 126 15.85000 W ! (deg min) WATER DEPTH : 900 $REMARKS Station Latitude : 48 24.70 N Longitude : 126 15.80 W Depth : 900 $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 : PDT 1996/08/07 15:30:01.490 END TIME : PDT 1996/08/07 15:56:36.040 TIME INCREMENT : 0 0 0 0 40 ! (day hr min sec ms) NUMBER OF RECORDS : 39884 $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 -99 (0 3000) Temperature 'DEG C (ITS68)' 10 -99 (0.11066E-01 0.9986) Conductivity_Ratio n/a 63 -99 (-0.24575E-03 1.0029) Chl_fluorescence mg/m**3 10 n/a (30 -0.6) Transmissivity '%/25 cm' 10 -99 (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 ' ' () (0.5088 0.348) Salinity psu 10 -99 () (-0.9E-02 1) $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! ------------------------ ------ ---------- -------- --------- --------- ACQCONV 2.02 1999/02/26 10:28:26 39884 39884 CALIB 7.5 1999/04/08 15:21:31 39884 39884 DESPIKE 1.4 1999/04/09 11:54:44 39884 39884 TIMECOMP 2.2 1999/04/09 12:16:28 39884 39884 DELETE 4.4 1999/04/09 12:22:22 39884 15309 BOXCAR 3.0 1999/04/09 13:22:30 15309 15309 BINAVE 3.0 1999/04/09 13:36:56 15309 502 CTDEDIT 4.14 1999/04/09 15:05:52 502 502 CALIB 7.5 1999/04/12 13:09:52 502 502 REMOVECH 3.1 1999/04/12 13:19:29 502 502 CALIB 8.3 2000/02/29 09:10:17 502 502 HDREDIT2 1.8 2003/10/14 18:52:48 ? ? CLEAN 4.5 2003/10/14 18:53:50 502 502 HDREDIT2 2.2 2004/09/21 16:03:07 ? ? CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 15:10:23 502 502 HDREDIT2 3.1.1 2017/03/30 14:35:43 ? ? $END $REMARKS -The following CALIB parameters were used: Calibration type = R Salinity is computed Transmissivity converted to %/metre Pressure offset = 0.0 Calibration file = w:\ctd\9614\58482.ccf -The following DESPIKE parameters were used: DESPIKE TABLE CHANNEL FIT OVER- MIN MAX MIN MAX SPIKE WIDTH LAP VALUE VALUE STDDEV STDDEV TOL. -------------------- ----- ----- ------- ------- ------- ------- ----- Pres 55 5 -2.00 2000.00 .10000 999.000 3.00 Temp 55 5 .00 20.00 .00500 999.000 3.00 Cond 55 5 .00 1.50 .00010 999.000 3.00 -The following TIMECOMP parameters were used: Temp. probe Dist (m): .0700 Sample period (sec): .0400 -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< .33m/s (calculated over 11 points) will be deleted Sample interval = .04 seconds. -The following FILTER parameters were used. Boxcar filter was used. Filter width = 21 The following channel(s) were filtered. SAL -The following BINAVE parameters were used: Bin channel = Pressure 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 = w:\ctd\9614\recal.ccf -The following CHANNEL(S) were removed from file. Conductivity_Ratio -The following CALIB parameters were used: Calibration type = Correct Pressure offset = 0.0 Calibration file = c:\data\ctd\9614\9614fluor.cal 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 14:35:43 Channel 3: Fluorescence:Calibrated [mg/m^3] Name: Fluorescence:URU ==> Fluorescence:Calibrated $END !--1--- ---2---- ---3--- --4-- ---5---- -6-- !Pressu Temperat Fluores Trans Salinity Numb !re ure cence: missi er_o ! Calibra vity ~bin ! ted _rec ! ords !------ -------- ------- ----- -------- ---- *END OF HEADER 0.4 13.5797 1.982 19.9 32.0632 2 1.0 13.5938 1.980 19.9 32.0643 34 2.0 13.6065 1.889 20.0 32.0577 35 3.0 13.6126 1.771 20.0 32.0572 35 4.1 13.6261 1.929 20.1 32.0547 40 4.9 13.6199 1.908 20.2 32.0573 40 6.0 13.5803 2.011 20.3 32.0639 31 7.1 13.6024 2.158 20.3 32.0476 37 7.9 13.6102 2.318 20.1 32.0418 33 9.0 13.6096 2.164 20.2 32.0653 37 10.0 12.8437 3.183 21.0 32.1423 29 11.0 12.5817 4.182 20.7 32.1913 24 12.0 12.5682 5.385 19.8 32.1953 32 13.0 12.5545 6.310 19.2 32.1893 30 14.0 12.4423 8.367 18.2 32.1934 32 15.0 12.3702 8.639 19.5 32.2216 30 16.0 12.1822 8.800 22.3 32.2077 22 17.0 12.1422 7.702 24.6 32.2311 34 18.0 12.0108 6.663 28.4 32.2308 30 19.1 11.7672 5.778 31.6 32.2765 45 20.0 11.6870 4.592 36.2 32.3076 41 21.0 11.4489 3.164 42.8 32.3200 33 21.9 11.3527 2.306 47.0 32.3115 34 23.0 11.2067 1.572 50.0 32.3184 31 24.0 11.1320 1.503 51.0 32.3398 36 25.0 11.0709 1.295 49.9 32.3366 43 26.0 11.0088 1.589 50.0 32.3456 45 27.0 10.8355 1.418 49.2 32.3638 33 28.0 10.6090 1.166 52.3 32.3742 43 29.0 10.5090 1.088 52.8 32.3835 35 30.1 10.4228 1.001 53.7 32.3901 31 30.9 10.4142 0.900 53.9 32.3887 32 32.0 10.3962 0.935 54.0 32.3871 38 33.1 10.3959 0.993 54.7 32.3924 45 33.9 10.3836 1.015 55.7 32.4094 49 35.1 10.2715 0.864 57.0 32.4300 38 36.0 10.1830 0.725 57.5 32.4429 34 37.0 10.0157 0.710 58.1 32.4494 45 38.1 9.9653 0.683 58.5 32.4667 21 39.0 9.8879 0.666 59.0 32.4661 25 39.9 9.7849 0.655 59.4 32.4683 29 41.1 9.6626 0.639 60.1 32.5032 38 42.0 9.5975 0.636 60.2 32.5209 52 43.0 9.4038 0.629 60.9 32.5324 44 44.1 9.3472 0.639 61.3 32.5366 25 45.0 9.2475 0.693 61.5 32.5383 48 46.0 9.1459 0.650 61.6 32.5393 32 47.0 9.1036 0.630 61.6 32.5394 34 48.0 9.0464 0.621 61.5 32.5539 32 49.0 8.8726 0.614 61.6 32.5885 35 49.9 8.8538 0.618 61.5 32.5943 32 51.0 8.8326 0.646 61.6 32.6050 33 52.0 8.8262 0.641 61.6 32.6094 33 52.9 8.7982 0.601 61.7 32.6206 38 54.0 8.7790 0.596 61.7 32.6283 38 54.9 8.7478 0.598 61.6 32.6491 40 56.0 8.6905 0.634 61.6 32.6814 40 57.0 8.6751 0.591 61.6 32.6920 28 58.0 8.6633 0.609 61.5 32.7026 23 59.0 8.6441 0.590 61.4 32.7238 34 60.0 8.6127 0.580 61.3 32.7559 26 61.0 8.6066 0.584 61.2 32.7611 41 62.0 8.6023 0.582 61.3 32.7642 31 63.0 8.5906 0.583 61.3 32.7719 38 64.1 8.5827 0.585 61.3 32.7765 28 65.1 8.5686 0.582 61.4 32.7834 44 66.1 8.5534 0.576 61.4 32.7948 28 67.0 8.5344 0.575 61.3 32.8051 26 68.0 8.5302 0.592 61.3 32.8084 37 68.9 8.5230 0.613 61.4 32.8130 35 69.9 8.5183 0.581 61.4 32.8158 32 70.9 8.5156 0.574 61.4 32.8175 26 72.0 8.4982 0.581 61.4 32.8314 25 72.9 8.4366 0.586 61.5 32.8808 34 74.0 8.3711 0.583 61.5 32.9318 24 75.0 8.3476 0.573 61.6 32.9532 34 76.0 8.3147 0.574 61.5 32.9713 31 77.0 8.2777 0.578 61.6 32.9967 47 78.0 8.2394 0.577 61.7 33.0455 47 79.0 8.2163 0.587 61.6 33.0944 40 80.0 8.2038 0.578 61.7 33.1213 43 81.0 8.1857 0.563 61.8 33.1578 39 82.0 8.1589 0.563 61.8 33.2077 47 83.0 8.1534 0.557 62.0 33.2166 52 84.0 8.1488 0.559 61.9 33.2235 42 85.0 8.1453 0.562 61.9 33.2284 31 86.0 8.1446 0.572 61.9 33.2298 43 86.9 8.1375 0.560 61.9 33.2383 31 88.1 8.1127 0.562 62.0 33.2628 34 89.0 8.1059 0.559 62.0 33.2672 28 90.1 8.0737 0.560 62.0 33.2805 38 91.2 8.0131 0.564 62.0 33.3084 22 92.0 7.9259 0.562 61.7 33.3983 40 93.0 7.9081 0.559 61.7 33.4580 48 94.0 7.9086 0.562 61.7 33.4606 41 94.9 7.9104 0.556 61.8 33.4619 25 95.9 7.9164 0.558 61.7 33.4731 44 97.0 7.9228 0.556 61.7 33.4852 41 98.1 7.9283 0.555 61.6 33.4965 40 98.9 7.9325 0.563 61.8 33.5056 47 100.0 7.9406 0.563 61.7 33.5307 30 101.0 7.9384 0.560 61.8 33.5496 26 101.9 7.9363 0.559 61.8 33.5506 23 103.0 7.9320 0.557 61.8 33.5533 44 104.0 7.9183 0.559 61.8 33.5604 53 105.0 7.9104 0.558 61.8 33.5626 35 106.0 7.8962 0.558 61.8 33.5673 40 107.0 7.8725 0.555 61.8 33.5789 29 108.0 7.8576 0.560 62.0 33.5886 33 109.0 7.8530 0.565 62.0 33.5954 44 109.9 7.8406 0.561 62.0 33.6144 40 111.0 7.8019 0.554 62.0 33.6405 32 112.1 7.7970 0.555 62.0 33.6523 42 112.9 7.7940 0.555 62.0 33.6549 36 114.0 7.7926 0.555 61.9 33.6555 35 115.0 7.7891 0.554 62.0 33.6563 24 116.1 7.7721 0.553 62.0 33.6642 31 117.1 7.7746 0.554 62.0 33.6632 34 118.0 7.7553 0.555 62.0 33.6726 44 118.9 7.7472 0.555 62.1 33.6773 36 119.9 7.7433 0.560 62.0 33.6788 29 121.0 7.7401 0.561 61.9 33.6808 25 121.9 7.7427 0.558 62.0 33.6797 33 123.1 7.7382 0.554 62.1 33.6818 27 123.9 7.7392 0.554 62.0 33.6818 40 125.1 7.7231 0.554 62.0 33.6894 39 126.0 7.7140 0.554 62.2 33.6943 48 127.0 7.7040 0.553 62.1 33.7022 52 127.9 7.6960 0.553 62.1 33.7070 26 129.0 7.6704 0.555 62.0 33.7165 17 130.0 7.6276 0.573 62.2 33.7231 23 131.0 7.5769 0.568 62.2 33.7296 33 132.0 7.5597 0.557 62.3 33.7332 38 133.0 7.5553 0.555 62.2 33.7313 35 134.0 7.5471 0.555 62.2 33.7300 26 135.0 7.5432 0.563 62.2 33.7298 23 136.0 7.5374 0.559 62.2 33.7242 21 137.0 7.5204 0.553 62.2 33.7255 22 138.0 7.4907 0.559 62.2 33.7232 25 139.0 7.4647 0.560 62.3 33.7211 39 139.9 7.4346 0.555 62.2 33.7296 30 141.0 7.4154 0.554 62.2 33.7278 26 142.0 7.3706 0.553 62.3 33.7318 35 143.0 7.3498 0.550 62.2 33.7305 26 144.0 7.3299 0.554 62.2 33.7307 21 145.0 7.2955 0.550 62.3 33.7286 22 146.0 7.2876 0.554 62.3 33.7314 25 147.0 7.2911 0.555 62.3 33.7316 39 147.9 7.2865 0.550 62.3 33.7298 26 149.0 7.2630 0.553 62.3 33.7549 16 150.0 7.2398 0.558 62.1 33.7902 22 150.9 7.2360 0.565 62.3 33.7968 30 152.0 7.2284 0.562 62.2 33.8008 19 153.0 7.2253 0.559 62.2 33.8047 17 154.0 7.2268 0.563 62.2 33.8070 24 155.0 7.2264 0.563 62.3 33.8094 49 155.9 7.2095 0.565 62.3 33.8169 25 157.0 7.1953 0.561 62.3 33.8220 22 158.0 7.1840 0.555 62.3 33.8259 33 158.9 7.1768 0.557 62.3 33.8284 23 160.0 7.1705 0.560 62.3 33.8301 18 161.0 7.1639 0.560 62.3 33.8318 18 162.0 7.1571 0.560 62.4 33.8339 31 162.9 7.1493 0.558 62.4 33.8362 34 164.0 7.1386 0.555 62.5 33.8401 38 164.9 7.1355 0.560 62.4 33.8408 28 166.0 7.1285 0.560 62.1 33.8423 22 167.0 7.1242 0.556 62.5 33.8438 25 167.9 7.1218 0.557 62.5 33.8445 46 169.0 7.1165 0.560 62.3 33.8455 22 170.0 7.1091 0.560 62.4 33.8472 21 171.0 7.1007 0.560 62.4 33.8492 24 172.0 7.0831 0.560 62.4 33.8537 26 173.0 7.0597 0.560 62.5 33.8598 22 174.0 7.0407 0.555 62.5 33.8639 23 175.0 7.0292 0.550 62.6 33.8662 29 176.1 6.9982 0.558 62.6 33.8731 34 177.0 6.9888 0.556 62.7 33.8742 42 178.0 6.9796 0.549 62.7 33.8739 33 179.0 6.9713 0.548 62.7 33.8746 28 180.0 6.9646 0.550 62.6 33.8755 20 181.0 6.9514 0.553 62.7 33.8758 22 182.0 6.9406 0.562 62.5 33.8754 30 183.0 6.9209 0.556 62.5 33.8771 39 184.0 6.8816 0.550 62.3 33.8816 22 185.0 6.8691 0.550 62.4 33.8841 17 186.0 6.8603 0.546 62.3 33.8852 15 187.0 6.8507 0.554 62.4 33.8878 19 188.0 6.8508 0.553 62.4 33.8897 30 189.0 6.8330 0.553 62.5 33.8961 19 190.0 6.8232 0.550 62.6 33.9027 16 191.1 6.8259 0.550 62.8 33.9075 26 191.9 6.8301 0.546 62.9 33.9076 52 192.9 6.8346 0.544 62.8 33.9082 20 194.0 6.8422 0.544 62.9 33.9097 19 195.0 6.8412 0.544 63.0 33.9117 23 196.0 6.8383 0.542 63.0 33.9134 44 196.9 6.8353 0.543 62.9 33.9142 26 198.0 6.8318 0.544 63.0 33.9151 20 199.1 6.8259 0.545 63.1 33.9184 30 200.0 6.8256 0.545 63.2 33.9197 40 201.0 6.8265 0.544 63.0 33.9199 22 202.0 6.8277 0.544 63.2 33.9203 19 203.1 6.8281 0.542 63.2 33.9210 34 203.9 6.8286 0.544 63.2 33.9213 37 205.0 6.8291 0.544 63.2 33.9225 25 206.0 6.8294 0.539 63.3 33.9234 27 207.0 6.8286 0.539 63.3 33.9246 31 208.0 6.8272 0.543 63.4 33.9264 36 208.9 6.8273 0.539 63.3 33.9276 32 210.0 6.8282 0.539 63.5 33.9305 20 211.0 6.8243 0.539 63.4 33.9326 22 212.0 6.8146 0.539 63.4 33.9345 23 213.0 6.7936 0.544 63.3 33.9372 27 214.0 6.7765 0.542 63.3 33.9406 35 215.0 6.7656 0.539 63.4 33.9418 34 216.0 6.7422 0.544 63.3 33.9409 29 217.0 6.7172 0.545 63.2 33.9410 20 218.0 6.6973 0.540 63.3 33.9395 18 219.0 6.6813 0.541 63.2 33.9424 30 219.9 6.6780 0.541 63.2 33.9424 25 221.0 6.6649 0.544 63.2 33.9422 17 222.0 6.6587 0.542 63.3 33.9456 28 222.9 6.6538 0.546 63.2 33.9503 31 224.0 6.6353 0.542 63.3 33.9520 17 225.0 6.6330 0.539 63.3 33.9533 17 226.0 6.6316 0.539 63.4 33.9535 20 227.0 6.6304 0.535 63.5 33.9537 27 228.0 6.6293 0.539 63.5 33.9542 38 229.0 6.6262 0.539 63.4 33.9529 27 230.0 6.5983 0.539 63.4 33.9555 25 231.0 6.5918 0.540 63.6 33.9575 44 231.9 6.5837 0.541 63.6 33.9569 36 233.0 6.5634 0.540 63.5 33.9588 21 234.0 6.5440 0.539 63.6 33.9633 18 235.1 6.5322 0.539 63.6 33.9624 26 236.0 6.5234 0.537 63.7 33.9618 40 237.0 6.5201 0.539 63.6 33.9596 34 237.9 6.5140 0.539 63.7 33.9597 34 238.9 6.5092 0.542 63.7 33.9601 21 240.0 6.5036 0.544 63.5 33.9608 16 241.0 6.4987 0.544 63.6 33.9617 14 242.1 6.4922 0.541 63.6 33.9622 28 242.9 6.5084 0.543 63.6 33.9581 29 244.0 6.4890 0.541 63.7 33.9630 22 245.0 6.4874 0.539 63.7 33.9627 24 246.0 6.4842 0.539 63.5 33.9628 32 247.0 6.4820 0.539 63.6 33.9628 34 248.0 6.4806 0.539 63.7 33.9624 22 249.0 6.4734 0.539 63.6 33.9559 23 250.0 6.4202 0.540 63.8 33.9588 37 250.9 6.4048 0.540 63.8 33.9623 26 252.0 6.4023 0.539 63.8 33.9590 19 253.0 6.4019 0.539 63.6 33.9586 18 254.1 6.4006 0.539 63.8 33.9583 32 255.0 6.3916 0.538 63.9 33.9591 46 256.0 6.3602 0.539 63.9 33.9615 26 257.0 6.3554 0.539 63.9 33.9603 19 258.1 6.3520 0.539 63.9 33.9603 32 259.0 6.3455 0.539 64.0 33.9627 30 260.1 6.3361 0.541 63.8 33.9627 22 261.0 6.3394 0.539 64.0 33.9644 27 262.0 6.3394 0.539 63.8 33.9650 41 263.0 6.3291 0.539 64.0 33.9633 30 264.0 6.3048 0.539 64.1 33.9652 22 265.0 6.3037 0.539 64.0 33.9655 25 266.0 6.3023 0.540 64.1 33.9662 46 267.0 6.3001 0.534 64.0 33.9672 34 268.0 6.2963 0.536 64.1 33.9699 34 269.0 6.2861 0.539 64.1 33.9699 33 270.0 6.2793 0.540 63.8 33.9683 22 271.0 6.2698 0.539 64.0 33.9670 28 271.9 6.2638 0.539 64.1 33.9684 40 273.0 6.2532 0.538 63.9 33.9670 24 274.0 6.2424 0.535 64.1 33.9673 30 275.0 6.2366 0.538 64.1 33.9679 49 276.0 6.2272 0.536 64.1 33.9674 23 277.0 6.2236 0.536 64.0 33.9682 21 278.1 6.2216 0.535 64.2 33.9698 41 278.9 6.2208 0.537 64.0 33.9696 30 280.0 6.2191 0.538 64.2 33.9695 28 280.9 6.2162 0.537 64.2 33.9701 39 282.0 6.2065 0.535 64.1 33.9717 21 283.0 6.1994 0.534 63.8 33.9733 19 284.0 6.1961 0.538 64.2 33.9749 42 285.0 6.1943 0.539 64.1 33.9751 33 286.0 6.1922 0.539 64.0 33.9756 39 286.9 6.1882 0.538 64.0 33.9763 37 288.0 6.1860 0.539 64.0 33.9767 26 289.0 6.1851 0.536 64.1 33.9770 29 290.0 6.1846 0.539 64.1 33.9774 40 291.0 6.1805 0.535 63.9 33.9784 31 292.0 6.1568 0.539 64.0 33.9815 27 293.0 6.1305 0.539 63.8 33.9841 31 294.0 6.1241 0.539 63.9 33.9836 26 295.0 6.1222 0.539 63.9 33.9828 40 295.9 6.1226 0.539 63.8 33.9821 37 297.0 6.1211 0.539 63.7 33.9811 22 298.1 6.1193 0.543 63.9 33.9808 38 299.0 6.1162 0.539 63.8 33.9802 33 300.0 6.1096 0.539 63.8 33.9803 27 301.0 6.1078 0.542 63.8 33.9811 35 301.9 6.1049 0.539 63.7 33.9806 26 303.0 6.1015 0.539 63.8 33.9808 24 304.0 6.0990 0.539 63.7 33.9807 42 305.0 6.0581 0.539 63.7 33.9777 33 306.0 6.0251 0.539 63.7 33.9817 30 307.0 6.0215 0.539 63.6 33.9810 28 308.0 6.0188 0.539 63.7 33.9809 42 309.0 6.0154 0.540 63.5 33.9810 34 310.0 6.0121 0.541 63.5 33.9811 29 311.0 6.0108 0.535 63.6 33.9814 32 312.0 6.0094 0.539 63.5 33.9818 28 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484.0 5.2079 0.542 63.8 34.0706 29 485.1 5.2053 0.539 63.9 34.0709 33 486.0 5.2048 0.539 63.9 34.0704 33 487.0 5.2016 0.539 63.9 34.0702 23 488.0 5.1979 0.539 63.9 34.0714 26 489.0 5.1977 0.539 63.9 34.0714 44 490.0 5.1975 0.538 63.9 34.0715 30 491.0 5.1964 0.536 63.9 34.0718 29 492.0 5.1961 0.539 63.9 34.0719 47 493.0 5.1932 0.542 64.0 34.0714 30 494.0 5.1898 0.543 64.0 34.0706 37 495.0 5.1801 0.540 64.0 34.0706 38 496.0 5.1694 0.539 64.0 34.0760 24 497.0 5.1677 0.539 64.0 34.0762 27 497.9 5.1692 0.540 64.1 34.0765 29 499.0 5.1577 0.542 64.0 34.0792 30 500.0 5.1596 0.542 64.0 34.0776 37 500.6 5.1588 0.544 64.1 34.0871 12