*2017/03/30 14:12:11.46 *IOS HEADER VERSION 2.0 2016/04/28 2016/06/13 IVF16 *COMMENTS CTD only Alt S start position 48 2.33 N 125 36.72 W 15:31:26 09-22-1995 Alt S stop position 48 2.27 N 125 36.53 W 15:44:33 09-22-1995 *FILE START TIME : PDT 1995/09/22 15:31:26.860 END TIME : PDT 1995/09/22 15:44:33.110 NUMBER OF RECORDS : 318 DATA DESCRIPTION : CTD FILE TYPE : ASCII DATA TYPE : real*4 NUMBER OF CHANNELS : 7 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- ------------------------- ---------------- -------------- -------------- 1 Pressure decibar 2.4 318.9 2 Temperature 'deg C (IPTS68)' 6.1081 14.9816 3 Fluorescence:Calibrated mg/m^3 0 15.4 4 Transmissivity %/metre 13.8 53.1 5 PAR uE/m^2/sec 3.91 930.08 6 Salinity PSS-78 31.5903 34.0844 7 Number_of_bin_records n/a 5 37 $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 : 95300041.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 : LA09 EVENT NUMBER : 41 LATITUDE : 48 2.33000 N ! (deg min) LONGITUDE : 125 36.73000 W ! (deg min) LATITUDE 2 : 48 2.27000 N ! (deg min) LONGITUDE 2 : 125 36.53000 W ! (deg min) WATER DEPTH : 349 $REMARKS Station Latitude : 48 2.36 N Longitude : 125 36.92 W Depth : 292 $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 1995/09/22 15:31:26.860 END TIME : PDT 1995/09/22 15:44:33.110 TIME INCREMENT : 0 0 0 0 40 ! (day hr min sec ms) NUMBER OF RECORDS : 9789 $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 20:47:15 9789 9789 CALIB 6.3 1996/05/13 11:21:32 9789 9789 SIMP_DSP 1.1 1996/05/13 18:53:17 9789 9789 TIMECOMP 2.2 1996/05/14 10:55:42 9789 9789 DELETE 4.3 1996/05/14 16:24:01 9789 6778 CTDEDIT 3.2 1996/11/29 13:55:57 6778 6778 CALIB 7.1 1996/12/03 16:16:03 6778 6778 BOXCAR 2.3 1996/12/04 10:25:17 6778 6778 BINAVE 2.0 1996/12/04 10:43:29 6778 318 CALIB 7.2 1997/08/15 14:44:01 318 318 REMOVECH 3.0 1997/08/15 14:46:08 318 318 HDREDIT2 1.7 2003/09/16 13:53:02 ? ? CLEAN 4.4 2003/09/16 13:53:55 318 318 HDREDIT2 2.2 2004/09/21 15:49:39 ? ? CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 15:09:08 318 318 HDREDIT2 3.1.1 2017/03/30 14:12:11 ? ? $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 14:12:11 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 2.4 14.9816 7.04 13.8 930.08 31.6764 5 3.0 14.9445 8.80 14.6 661.02 31.6684 27 4.0 14.8192 10.30 16.0 423.36 31.6750 29 5.0 14.9427 10.94 15.2 238.35 31.6574 27 6.0 14.2540 10.54 14.8 166.14 31.8001 23 7.0 13.8187 11.72 17.5 124.84 31.7651 25 8.0 13.5917 15.40 19.8 88.30 31.8122 26 9.0 13.5946 12.56 18.2 61.52 31.7644 21 10.1 13.2787 11.65 19.8 42.33 31.5903 26 11.0 13.3262 12.01 20.8 30.78 31.7202 29 12.0 13.4185 11.41 21.6 22.14 31.7220 24 13.0 12.4706 11.13 33.3 16.10 31.9378 27 14.0 11.8986 7.55 35.7 12.44 31.9934 30 15.0 12.3239 5.16 39.9 10.50 32.2125 24 16.0 12.2835 3.65 42.8 9.28 32.3026 22 17.0 12.1014 2.94 42.6 8.79 32.3158 25 18.0 11.7020 2.78 42.2 8.79 32.3377 27 19.0 11.3664 2.78 42.2 8.79 32.3516 21 20.0 11.1277 2.80 42.4 7.74 32.3563 26 21.0 11.0333 2.71 42.4 6.84 32.3393 24 22.0 10.9337 2.71 42.5 6.84 32.3110 22 23.0 10.8350 2.79 42.8 6.84 32.3020 24 24.0 10.5902 2.70 43.2 6.23 32.2931 24 25.0 10.4682 2.58 43.3 5.74 32.3253 24 26.0 10.4310 2.50 43.4 5.22 32.3227 29 27.1 10.4083 2.42 43.5 4.88 32.3238 29 28.0 10.3948 2.63 43.6 4.88 32.3239 22 29.0 10.3649 2.64 43.6 4.88 32.3252 24 30.0 10.2847 2.44 43.6 4.88 32.3337 25 31.0 10.2516 2.60 44.0 4.88 32.3290 20 32.0 10.0985 2.77 45.1 4.83 32.3484 19 33.0 9.8443 2.33 46.3 4.46 32.3498 16 34.0 9.6282 1.92 47.2 3.97 32.3784 15 35.0 9.5319 1.57 47.7 3.91 32.4097 22 36.0 9.4729 1.32 48.0 3.91 32.4237 27 37.0 9.4399 1.14 48.2 3.91 32.4208 21 37.9 9.3759 1.06 48.6 3.91 32.4264 22 39.0 9.1789 0.98 49.1 3.91 32.4650 21 40.0 9.1546 0.85 49.3 3.91 32.4652 24 41.0 9.1326 0.77 49.5 3.91 32.4669 28 42.0 9.1066 0.75 49.6 3.91 32.4666 20 43.0 9.0702 0.71 49.8 3.91 32.4732 22 44.0 9.0371 0.68 50.0 3.91 32.4759 21 45.0 8.9829 0.65 50.3 3.91 32.4815 19 46.0 8.9089 0.58 50.7 3.91 32.4992 24 47.0 8.8833 0.48 50.8 3.91 32.5112 34 48.0 8.8567 0.44 51.0 3.91 32.5101 23 49.0 8.8040 0.41 51.2 3.91 32.5122 20 50.0 8.7268 0.37 51.4 3.91 32.5266 20 51.0 8.6531 0.29 51.7 3.91 32.5429 19 52.0 8.6171 0.22 51.9 3.91 32.5712 20 53.0 8.6044 0.17 52.0 3.91 32.5728 21 54.0 8.5818 0.14 52.1 3.91 32.5748 17 55.0 8.5514 0.11 52.1 3.91 32.6037 17 56.0 8.4818 0.07 52.3 3.91 32.6374 16 57.1 8.4076 0.02 52.4 3.91 32.6605 29 58.0 8.3966 0.00 52.5 3.91 32.6676 28 59.0 8.3735 0.01 52.5 3.91 32.6818 22 60.0 8.3333 0.00 52.5 3.91 32.7122 22 61.0 8.3033 0.00 52.6 3.91 32.7158 21 62.0 8.2764 0.00 52.6 3.91 32.7276 18 63.0 8.2650 0.00 52.7 3.91 32.7373 21 64.0 8.2410 0.00 52.7 3.91 32.7422 22 65.0 8.2181 0.00 52.7 3.91 32.7536 24 66.0 8.2024 0.00 52.7 3.91 32.7615 23 67.0 8.1968 0.00 52.7 3.91 32.7651 18 68.0 8.1910 0.00 52.7 3.91 32.7710 18 69.0 8.1721 0.00 52.8 3.91 32.7819 19 70.0 8.1531 0.00 52.7 3.91 32.7912 21 70.9 8.1533 0.00 52.8 3.91 32.7960 21 72.0 8.1545 0.00 52.7 3.91 32.7989 19 73.0 8.1553 0.00 52.8 3.91 32.7993 24 74.0 8.1567 0.00 52.8 3.91 32.8014 23 75.0 8.1596 0.00 52.8 3.91 32.8074 23 76.0 8.1744 0.00 52.8 3.91 32.8362 24 77.0 8.2048 0.00 52.8 3.91 32.8688 22 78.0 8.2127 0.00 52.8 3.91 32.8731 26 78.9 8.2157 0.00 52.8 3.91 32.8811 28 80.0 8.2225 0.00 52.7 3.91 32.9036 21 81.0 8.1876 0.00 52.7 3.91 32.9267 18 82.0 8.1755 0.00 52.5 3.91 32.9900 16 83.0 8.1747 0.00 52.5 3.91 33.0173 22 84.0 8.1585 0.00 52.5 3.91 33.0373 29 85.0 8.1455 0.00 52.4 3.91 33.0613 25 86.0 8.1298 0.00 52.4 3.91 33.0945 18 87.0 8.1099 0.00 52.5 3.91 33.1253 19 88.0 8.1031 0.00 52.6 3.91 33.1355 17 89.1 8.0986 0.00 52.6 3.91 33.1424 18 90.0 8.0830 0.00 52.6 3.91 33.1698 18 91.0 8.0786 0.00 52.8 3.91 33.1899 25 92.1 8.0753 0.00 52.8 3.91 33.1820 27 92.9 8.0657 0.00 52.8 3.91 33.2162 20 94.0 8.0531 0.00 52.8 3.91 33.2405 17 95.0 8.0406 0.00 52.8 3.91 33.2657 14 96.0 8.0393 0.00 52.8 3.91 33.2725 16 97.1 8.0402 0.00 52.9 3.91 33.2717 16 98.1 8.0399 0.00 53.0 3.91 33.2833 28 99.0 8.0189 0.00 53.0 3.91 33.2978 27 100.0 7.9836 0.00 53.1 3.91 33.3605 21 101.0 7.9742 0.00 53.0 3.91 33.3673 18 101.9 7.9503 0.00 53.0 3.91 33.3826 20 103.1 7.9370 0.00 52.9 3.91 33.3920 26 104.0 7.9290 0.00 52.9 3.91 33.3975 28 104.9 7.9070 0.00 52.8 3.91 33.4075 24 106.0 7.8957 0.00 52.8 3.91 33.4116 17 106.9 7.8776 0.00 52.6 3.91 33.4194 20 108.0 7.8634 0.00 52.5 3.91 33.4267 18 109.0 7.8558 0.00 52.5 3.91 33.4306 27 110.0 7.8462 0.00 52.5 3.91 33.4410 33 110.9 7.8304 0.00 52.4 3.91 33.4452 29 112.0 7.8156 0.00 52.3 3.91 33.4529 16 113.0 7.7883 0.00 52.2 3.91 33.4752 20 114.0 7.7405 0.00 52.0 3.91 33.5127 18 115.0 7.6963 0.00 52.0 3.91 33.5479 18 116.0 7.6743 0.00 51.9 3.91 33.5676 18 117.0 7.6634 0.00 51.9 3.91 33.5838 22 118.0 7.6569 0.00 51.9 3.91 33.6021 20 119.0 7.6603 0.00 52.0 3.91 33.6245 20 120.0 7.6734 0.00 52.1 3.91 33.6452 22 121.0 7.6724 0.00 52.1 3.91 33.6501 22 122.0 7.6729 0.00 52.2 3.91 33.6575 37 122.9 7.6779 0.00 52.2 3.91 33.6663 33 124.0 7.6812 0.00 52.2 3.91 33.6801 25 125.0 7.6784 0.00 52.2 3.91 33.6893 22 125.9 7.6746 0.00 52.2 3.91 33.6927 17 127.0 7.6776 0.00 52.2 3.91 33.6988 14 127.9 7.6790 0.00 52.2 3.91 33.7011 13 128.9 7.6789 0.00 52.2 3.91 33.7037 13 129.9 7.6858 0.00 52.2 3.91 33.7091 14 131.1 7.6870 0.00 52.3 3.91 33.7104 20 132.0 7.6868 0.00 52.3 3.91 33.7035 23 133.0 7.6834 0.00 52.3 3.91 33.7139 25 134.0 7.6790 0.00 52.3 3.91 33.7223 21 135.0 7.6698 0.00 52.3 3.91 33.7310 16 135.9 7.6618 0.00 52.3 3.91 33.7398 22 137.0 7.6542 0.00 52.3 3.91 33.7456 21 138.0 7.6516 0.00 52.3 3.91 33.7492 22 139.1 7.6473 0.00 52.3 3.91 33.7526 30 140.0 7.6340 0.00 52.2 3.91 33.7705 25 141.0 7.6236 0.00 52.2 3.91 33.7844 19 142.0 7.6213 0.00 52.1 3.91 33.7869 23 143.0 7.6083 0.00 52.1 3.91 33.7974 27 144.0 7.5934 0.00 52.1 3.91 33.8083 35 144.9 7.5737 0.00 52.0 3.91 33.8137 25 146.0 7.5582 0.00 52.0 3.91 33.8201 18 147.0 7.5448 0.00 51.9 3.91 33.8276 15 148.0 7.5313 0.00 51.9 3.91 33.8324 15 149.0 7.4666 0.00 51.9 3.91 33.8669 15 150.0 7.4465 0.00 51.9 3.91 33.8943 18 151.0 7.4398 0.00 51.9 3.91 33.8954 23 152.0 7.4334 0.00 52.0 3.91 33.8996 26 153.0 7.4210 0.00 51.9 3.91 33.9045 29 154.0 7.3883 0.00 51.9 3.91 33.9114 22 155.0 7.3477 0.00 51.9 3.91 33.9223 17 156.0 7.3343 0.00 51.9 3.91 33.9303 18 157.0 7.3278 0.00 51.9 3.91 33.9299 22 158.0 7.2976 0.00 51.8 3.91 33.9383 29 159.0 7.2739 0.00 51.9 3.91 33.9454 20 160.0 7.2626 0.00 51.9 3.91 33.9468 23 161.0 7.2469 0.00 51.8 3.91 33.9512 23 162.0 7.2227 0.00 51.7 3.91 33.9570 20 163.0 7.2139 0.00 51.6 3.91 33.9590 23 164.0 7.2105 0.00 51.7 3.91 33.9592 27 165.0 7.2039 0.00 51.6 3.91 33.9610 21 166.0 7.1812 0.00 51.4 3.91 33.9671 19 167.0 7.1624 0.00 51.3 3.91 33.9707 18 168.0 7.1590 0.00 51.2 3.91 33.9706 20 169.0 7.1386 0.00 51.1 3.91 33.9704 19 170.0 7.1223 0.00 51.1 3.91 33.9765 22 171.0 7.1188 0.00 51.0 3.91 33.9778 21 172.0 7.1058 0.00 51.0 3.91 33.9809 18 173.0 7.0896 0.00 51.0 3.91 33.9837 21 174.1 7.0774 0.00 51.0 3.91 33.9865 22 175.1 7.0611 0.00 51.0 3.91 33.9934 29 176.0 7.0700 0.00 50.8 3.91 34.0045 26 176.9 7.0544 0.00 50.8 3.91 33.9913 16 177.9 7.0515 0.00 50.8 3.91 33.9922 15 179.0 7.0514 0.00 50.7 3.91 33.9920 16 180.0 7.0494 0.00 50.7 3.91 33.9925 13 181.0 7.0409 0.00 50.6 3.91 33.9933 14 182.0 7.0244 0.00 50.6 3.91 33.9945 18 183.0 7.0138 0.00 50.6 3.91 33.9977 21 183.9 7.0041 0.00 50.5 3.91 34.0015 25 185.0 6.9992 0.00 50.3 3.91 34.0008 20 186.0 6.9959 0.00 50.3 3.91 34.0013 13 187.0 6.9888 0.00 50.2 3.91 34.0021 14 188.0 6.9779 0.00 50.2 3.91 34.0038 13 189.0 6.9774 0.00 50.2 3.91 34.0023 16 189.9 6.9867 0.00 50.2 3.91 34.0008 28 191.0 6.9728 0.00 50.1 3.91 34.0045 18 191.9 6.9667 0.00 50.0 3.91 34.0043 15 192.9 6.9658 0.00 50.0 3.91 34.0040 15 193.9 6.9616 0.00 50.0 3.91 34.0047 17 195.0 6.9590 0.00 50.0 3.91 34.0055 16 196.0 6.9578 0.00 50.0 3.91 34.0049 23 197.0 6.9584 0.00 50.0 3.91 34.0076 36 197.9 6.9546 0.00 49.9 3.91 34.0049 23 199.0 6.9547 0.00 49.8 3.91 34.0050 15 200.0 6.9561 0.00 49.8 3.91 34.0053 14 201.0 6.9570 0.00 49.8 3.91 34.0050 14 202.0 6.9572 0.00 49.8 3.91 34.0050 13 203.0 6.9569 0.00 49.9 3.91 34.0046 18 204.0 6.9563 0.00 50.0 3.91 34.0051 27 204.9 6.9564 0.00 50.0 3.91 34.0048 24 206.0 6.9559 0.00 49.9 3.91 34.0050 21 207.0 6.9551 0.00 49.9 3.91 34.0050 17 208.0 6.9528 0.00 49.7 3.91 34.0047 21 209.0 6.9514 0.00 49.7 3.91 34.0043 23 210.1 6.9520 0.00 49.8 3.91 34.0041 28 211.0 6.9523 0.00 49.8 3.91 34.0047 33 212.0 6.9497 0.00 49.8 3.91 34.0059 31 212.9 6.9495 0.00 49.8 3.91 34.0055 19 213.9 6.9499 0.00 49.6 3.91 34.0055 15 215.0 6.9495 0.00 49.6 3.91 34.0054 15 216.0 6.9504 0.00 49.6 3.91 34.0061 13 217.0 6.9529 0.00 49.6 3.91 34.0050 14 218.0 6.9522 0.00 49.6 3.91 34.0049 13 219.0 6.9518 0.00 49.6 3.91 34.0051 12 220.0 6.9505 0.00 49.6 3.91 34.0045 14 221.0 6.9477 0.00 49.6 3.91 34.0057 16 222.1 6.9471 0.00 49.6 3.91 34.0052 26 223.0 6.9451 0.00 49.8 3.91 34.0065 30 224.0 6.9371 0.00 49.8 3.91 34.0081 23 225.0 6.9370 0.00 49.8 3.91 34.0076 20 226.0 6.9367 0.00 49.8 3.91 34.0084 22 227.0 6.9348 0.00 49.9 3.91 34.0087 31 228.0 6.9290 0.00 50.0 3.91 34.0115 29 229.0 6.9156 0.00 50.1 3.91 34.0127 23 229.9 6.8975 0.00 50.2 3.91 34.0154 20 231.0 6.8942 0.00 50.2 3.91 34.0156 21 232.0 6.8902 0.00 50.2 3.91 34.0160 27 233.0 6.8860 0.00 50.2 3.91 34.0157 26 234.0 6.8824 0.00 50.3 3.91 34.0161 21 234.9 6.8803 0.00 50.3 3.91 34.0162 21 235.9 6.8778 0.00 50.4 3.91 34.0169 19 237.0 6.8742 0.00 50.4 3.91 34.0166 14 238.0 6.8686 0.00 50.6 3.91 34.0174 14 239.0 6.8643 0.00 50.7 3.91 34.0177 14 240.0 6.8601 0.00 50.7 3.91 34.0179 15 241.0 6.8534 0.00 50.8 3.91 34.0171 17 242.0 6.8441 0.00 50.8 3.91 34.0186 26 243.0 6.8329 0.00 50.8 3.91 34.0216 25 244.0 6.8121 0.00 50.8 3.91 34.0239 27 245.0 6.8029 0.00 50.7 3.91 34.0325 28 246.0 6.7764 0.00 50.6 3.91 34.0257 22 247.0 6.7671 0.00 50.6 3.91 34.0258 25 247.9 6.7620 0.00 50.6 3.91 34.0262 22 249.0 6.6937 0.00 50.7 3.91 34.0348 21 250.0 6.6688 0.00 50.7 3.91 34.0336 15 251.0 6.6590 0.00 50.7 3.91 34.0340 15 252.0 6.6528 0.00 50.7 3.91 34.0335 16 253.0 6.6382 0.00 50.7 3.91 34.0331 19 254.0 6.6273 0.00 50.8 3.91 34.0358 21 255.0 6.6095 0.00 50.8 3.91 34.0410 16 256.0 6.5980 0.00 50.8 3.91 34.0397 20 257.0 6.5914 0.00 50.8 3.91 34.0396 19 258.1 6.5911 0.00 50.8 3.91 34.0381 25 259.0 6.5851 0.00 50.8 3.91 34.0389 25 260.0 6.5780 0.00 50.8 3.91 34.0362 19 261.0 6.5500 0.00 50.8 3.91 34.0408 16 262.0 6.5397 0.00 50.8 3.91 34.0425 22 263.1 6.5308 0.00 50.8 3.91 34.0438 21 264.0 6.5289 0.00 50.8 3.91 34.0418 29 265.0 6.5261 0.00 50.8 3.91 34.0492 25 266.0 6.5016 0.00 50.8 3.91 34.0457 19 267.0 6.4958 0.00 50.7 3.91 34.0455 16 268.0 6.4913 0.00 50.7 3.91 34.0465 16 269.0 6.4915 0.00 50.7 3.91 34.0458 15 270.0 6.4897 0.00 50.8 3.91 34.0461 16 271.0 6.4631 0.00 50.8 3.91 34.0470 18 272.0 6.4282 0.00 50.8 3.91 34.0538 20 273.0 6.4099 0.00 50.8 3.91 34.0573 23 274.0 6.4051 0.00 50.8 3.91 34.0549 25 275.0 6.4001 0.00 50.7 3.91 34.0534 22 276.0 6.3896 0.00 50.8 3.91 34.0539 24 277.0 6.3867 0.00 50.8 3.91 34.0539 26 278.0 6.3724 0.00 50.8 3.91 34.0574 31 279.0 6.3721 0.00 50.9 3.91 34.0684 25 279.9 6.3573 0.00 50.8 3.91 34.0574 22 281.0 6.3525 0.00 50.6 3.91 34.0571 15 282.0 6.3395 0.00 50.4 3.91 34.0585 13 283.0 6.3299 0.00 50.2 3.91 34.0593 14 284.0 6.3159 0.00 50.0 3.91 34.0607 14 285.0 6.3048 0.00 50.1 3.91 34.0611 13 286.0 6.2896 0.00 50.3 3.91 34.0638 12 287.0 6.2773 0.00 50.5 3.91 34.0635 14 288.0 6.2760 0.00 50.5 3.91 34.0634 17 289.0 6.2760 0.00 50.5 3.91 34.0617 22 290.0 6.2742 0.00 50.5 3.91 34.0620 27 291.0 6.2725 0.00 50.5 3.91 34.0661 27 292.0 6.2622 0.00 50.5 3.91 34.0646 16 293.0 6.2590 0.00 50.4 3.91 34.0648 15 294.0 6.2540 0.00 50.4 3.91 34.0641 14 295.1 6.2431 0.00 50.4 3.91 34.0666 20 296.0 6.2575 0.00 50.4 3.91 34.0620 25 297.0 6.2384 0.00 50.4 3.91 34.0674 22 298.0 6.2314 0.00 50.4 3.91 34.0667 18 299.0 6.2281 0.00 50.3 3.91 34.0665 18 300.0 6.2226 0.00 50.2 3.91 34.0672 19 301.0 6.2147 0.00 50.2 3.91 34.0674 22 302.0 6.2007 0.00 50.4 3.91 34.0702 20 303.0 6.1970 0.00 50.4 3.91 34.0708 22 304.0 6.1924 0.00 50.5 3.91 34.0709 21 305.0 6.1863 0.00 50.5 3.91 34.0718 20 306.0 6.1842 0.00 50.4 3.91 34.0698 18 307.0 6.1738 0.00 50.5 3.91 34.0728 21 308.0 6.1667 0.00 50.7 3.91 34.0731 16 309.0 6.1579 0.00 50.8 3.91 34.0732 20 310.0 6.1509 0.00 50.9 3.91 34.0744 18 311.0 6.1432 0.00 51.0 3.91 34.0752 21 312.0 6.1390 0.00 50.9 3.91 34.0752 30 313.0 6.1396 0.00 51.0 3.91 34.0844 37 314.0 6.1365 0.00 51.0 3.91 34.0770 29 315.0 6.1358 0.00 50.9 3.91 34.0738 32 316.0 6.1320 0.00 50.9 3.91 34.0755 26 317.0 6.1284 0.00 50.8 3.91 34.0747 26 318.0 6.1243 0.00 50.8 3.91 34.0756 28 318.9 6.1081 0.00 50.7 3.91 34.0800 27