*2017/03/30 13:57:50.31 *IOS HEADER VERSION 2.0 2016/04/28 2016/06/13 IVF16 *FILE START TIME : PDT 1993/06/19 19:04:49.000 NUMBER OF RECORDS : 503 DATA DESCRIPTION : CTD FILE TYPE : ASCII DATA TYPE : REAL*4 RECORD LENGTH : 52 NUMBER OF CHANNELS : 6 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- ------------------------- ---------------- -------------- -------------- 1 Pressure decibar 1.3 502.5 2 Temperature 'deg C (IPTS68)' 4.67 14.79 3 Transmissivity %/metre 81 91.4 4 Fluorescence:Calibrated mg/m^3 0.271 2.791 5 Salinity PSS-78 31.76 34.07 6 Number_of_bin_records n/a 1 14 $END $TABLE: CHANNEL DETAIL ! No Pad Start Width Format Type Decimal_Places !--- ---- ----- ----- ------ ---- -------------- 1 -99 ' ' 7 F ' ' 1 2 -99 ' ' 6 F ' ' 2 3 -99 ' ' 6 F ' ' 1 4 -99 ' ' 8 F ' ' 3 5 -99 ' ' 6 F ' ' 2 6 -99 ' ' 5 I I 0 $END *ADMINISTRATION MISSION : 1993-17 AGENCY : IOS, Ocean Ecology, Sidney, B.C. COUNTRY : Canada PROJECT : JGOFS SCIENTIST : Mackas D. PLATFORM : John P. Tully $REMARKS Leg 1 of cruise 93-17 $END *LOCATION STATION : JI3 EVENT NUMBER : 8 LATITUDE : 48 15.41000 N ! (deg min) LONGITUDE : 126 18.80000 W ! (deg min) *INSTRUMENT TYPE : Guildline CTD MODEL : 8705 SERIAL NUMBER : 58,482 $TABLE: SENSORS ! Name Abs Depth Serial No ! -------------------- -------------- ---------- Pressure n/a ? Temperature n/a ? Conductivity_Ratio n/a ? Transmissivity n/a ? Fluorometer n/a ? $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! ------------------------ ------ ---------- -------- --------- --------- RAW_CNVT 3.1 1993/08/26 13:36:34 0 0 CALIB 5.0 1993/09/01 18:05:49 37538 37538 DESPIKE 1.0 1993/09/08 17:48:27 37538 37538 DELETE 4.0 1993/09/10 11:59:29 37538 4555 CTDEDIT 3.11 1993/09/14 15:52:38 4555 4555 METERAVE 2.0 1993/09/17 11:50:54 4555 503 CALIB 5.0 1993/09/17 13:28:49 503 503 CALIB 6.0 1994/04/27 15:34:10 503 503 REMOVECH 1.1 1994/04/28 13:15:58 503 503 CALIB 7.1 1997/04/17 11:16:52 503 503 CALIB 7.3 1998/01/06 14:02:40 503 503 CALIB 7.3 1998/01/06 14:07:22 503 503 CALIB 7.3 1998/01/06 14:13:41 503 503 CALIB 7.4 1998/07/17 15:07:15 504 503 CALIB 7.4 1998/07/20 20:16:55 503 503 REMOVECH 6.0 2003/08/26 14:34:08 503 503 HDREDIT2 1.6 2003/08/29 15:55:35 ? ? CLEAN 4.3.1 2003/08/29 15:56:00 503 503 HDREDIT2 2.2 2004/09/21 14:44:34 ? ? CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 14:41:40 503 503 HDREDIT2 3.1.1 2017/03/30 13:57:50 ? ? $END $REMARKS -The following CALIB parameters were used: Calibration type = R Pressure offset = -1.2 Calibration file = 9317CAL.TXT -The following DESPIKE parameters were used: DESPIKE TABLE CHANNEL FIT OVER- MIN MAX MIN MAX SPIKE WIDTH LAP VALUE VALUE STDDEV STDDEV TOL. -------------------- ----- ----- ------- ------- ------- ------- ----- PRES 25 5 0.00 510.00 0.1000 30.0000 2.50 TEMP 25 5 4.00 20.00 0.0010 3.0000 2.50 COND 25 5 0.50 1.00 0.0005 0.0050 2.50 TRAN 25 5 50.00 99.00 0.1000 5.0000 2.50 FLUO 25 5 0.00 30.00 0.1000 5.0000 2.50 -The following DELETE parameters were used: Swells deleted CTDEDIT 3.11 1993/09/14 15:52:38 4555 4555 -The following METERAVE parameters were used: Averaging interval = 1.0 . Bin type = press Average press was used Interpolated values were NOT used for empty bins -The following CALIB parameters were used: Calibration type = C Pressure offset = 0.0 Calibration file = 9317CAL.FIN -The following CALIB parameters were used: Calibration type = C Pressure offset = .0 Calibration file = m:\data\1ma\ctd9317\9317fin2.cal -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 = 9317COR.CCF -The following CALIB parameters were used: Calibration type = C Pressure offset = .0 Calibration file = E:\9317_fix\9317cor2.ccf -The following CALIB parameters were used: Calibration type = C Pressure offset = .0 Calibration file = E:\9317_fix\9317cor3.ccf -The following CALIB parameters were used: Calibration type = C Pressure offset = 0.0 Calibration file = 9317COR4.CCF -The following CALIB parameters were used: Calibration type = C Pressure offset = 0.0 Calibration file = e:\jgofs\9317\ctd\july98\refluor.cnt -The following CALIB parameters were used: Calibration type = C Pressure offset = 0.0 Calibration file = e:\jgofs\9431\ctd\july98\refluor3.cnt -No channels were removed. 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 4: Fluorescence:URU [mg/m^3] Name ==> Fluorescence -HEADER EDITS: 2017/03/30 13:57:50 Channel 4: Fluorescence:Calibrated [mg/m^3] Name: Fluorescence:URU ==> Fluorescence:Calibrated $END *RAW START TIME : PDT 1993/06/19 19:04:49.000 END TIME : PDT 1993/06/19 19:29:46.000 TIME INCREMENT : 0 0 0 0.4E-01 0 ! (day hr min sec ms) NUMBER OF RECORDS : 37538 $TABLE: CHANNELS ! Averaging (day hr min sec ms) !Name Raw Units Interval Time Lag !-------------------- ------------ --------- ----------- Pressure Percent_FS Temperature 'DEG C' Conductivity_Ratio n/a Transmissivity Percent_FS Fluorometer Percent_FS $END *CALIBRATION START TIME : PDT 1993/06/19 19:04:49.000 TIME INCREMENT : 0 0 0 0.4E-01 0 ! (day hr min sec ms) $TABLE: RAW CHANNELS ! Name Units Fmla Pad Coefficients ! -------------------- ----- ---- ------ ------------ Pressure n/a 10 ' ' (-1.2 3000) Temperature n/a 10 ' ' (-0.561E-02 1.001288) Conductivity_Ratio n/a 10 ' ' (0 1) Transmissivity n/a 10 ' ' (104.8151 -2.0976) Fluorometer n/a 10 ' ' (30 -0.6) $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 ! ------------- -------- ---- ------ ------------ Salinity ' ' 10 ' ' () (0.169569 0.99258) Fluorometer mg/m3 10 ' ' () (0.8435 0.4945) Salinity PSS-78 10 -99 () (0.1787 1) Salinity PSS-78 10 -99 () (-0.1787 1) Salinity PSS-78 10 -99 () (-0.170837 1.00748) Salinity PSS-78 10 -99 () (-0.1756 1.00818) Fluorometer mg/m3 10 ' ' () (-1.705763 2.022245) Fluorometer mg/m3 10 ' ' () (0.2961 0.8554) $END *COMMENTS JI3 CTD/Rosette, 2 bongos, neuston !--1--- --2-- --3-- ---4--- --5-- -6-- !Pressu Tempe Trans Fluores Salin Numb !re ratur missi cence: ity er_o ! e vity Calibra ~bin ! ted _rec ! ords !------ ----- ----- ------- ----- ---- *END OF HEADER 1.3 14.79 81.0 0.630 31.76 3 2.0 14.79 84.7 0.619 31.76 12 3.0 14.79 86.0 0.613 31.76 8 4.0 14.79 86.0 0.609 31.76 9 4.9 14.79 86.0 0.629 31.76 9 6.1 14.79 86.0 0.622 31.76 9 7.1 14.79 86.0 0.623 31.76 8 8.1 14.79 86.0 0.623 31.76 9 8.9 14.79 86.0 0.632 31.76 9 10.0 14.79 86.0 0.651 31.76 9 11.0 14.77 86.0 0.631 31.78 10 12.0 14.66 86.1 0.624 31.86 10 13.0 14.40 86.3 0.619 32.01 8 14.0 13.79 87.0 0.614 32.26 8 15.0 13.65 87.4 0.568 32.29 8 16.0 13.56 87.3 0.550 32.31 9 17.0 13.51 87.2 0.567 32.29 12 18.0 13.46 87.2 0.582 32.28 6 18.9 13.36 87.2 0.609 32.28 9 19.9 13.26 87.2 0.633 32.30 10 21.1 12.94 87.3 0.641 32.35 7 21.9 12.76 87.1 0.661 32.36 10 22.9 12.59 87.0 0.702 32.35 8 24.0 12.40 86.9 0.734 32.35 11 25.0 12.33 86.9 0.767 32.34 7 26.0 12.25 86.8 0.808 32.35 9 27.0 12.20 86.7 0.843 32.34 9 28.0 12.10 86.6 0.892 32.34 9 28.9 11.98 86.8 0.924 32.34 11 30.0 11.86 87.0 0.935 32.34 8 31.0 11.80 87.2 0.945 32.35 5 31.9 11.74 87.2 0.955 32.35 10 32.9 11.60 87.3 0.942 32.35 9 33.9 11.53 86.9 0.981 32.36 8 35.1 11.51 86.9 1.069 32.35 9 36.0 11.48 87.2 1.118 32.35 10 36.9 11.46 87.3 1.111 32.33 7 38.0 11.40 87.1 1.165 32.34 9 39.0 11.37 86.5 1.190 32.34 6 40.0 11.32 86.2 1.298 32.35 7 40.9 11.29 86.0 1.492 32.34 11 41.9 11.20 85.4 1.612 32.34 9 42.9 11.13 84.4 2.000 32.35 11 44.0 11.10 84.6 2.464 32.35 11 45.0 11.07 84.7 2.710 32.35 9 46.0 11.04 85.1 2.791 32.35 7 47.0 10.98 85.9 2.699 32.35 9 48.0 10.93 86.2 2.467 32.36 11 48.9 10.81 86.7 2.358 32.37 9 49.9 10.64 87.3 2.245 32.37 8 51.0 10.48 87.5 2.149 32.41 7 51.9 10.43 87.8 2.072 32.41 8 52.9 10.38 88.0 2.050 32.41 10 53.9 10.38 88.1 2.002 32.41 7 54.9 10.34 88.2 1.931 32.42 6 56.0 10.32 88.4 1.834 32.42 10 57.0 10.30 88.5 1.760 32.42 10 57.9 10.26 88.4 1.779 32.41 9 58.9 10.26 88.6 1.736 32.43 9 60.0 10.18 88.7 1.671 32.44 8 61.0 10.10 88.9 1.601 32.44 8 62.0 10.01 89.0 1.524 32.43 7 63.0 10.05 89.0 1.498 32.45 10 63.9 9.98 89.2 1.491 32.47 9 65.0 9.79 89.4 1.392 32.46 7 66.0 9.56 90.0 1.238 32.48 7 67.0 9.48 90.2 1.053 32.51 10 68.0 9.46 90.2 0.929 32.52 9 69.0 9.49 90.3 0.869 32.53 10 70.0 9.56 90.4 0.853 32.56 10 71.1 9.60 90.4 0.810 32.58 10 72.0 9.54 90.5 0.842 32.58 10 73.0 9.54 90.6 0.760 32.60 9 73.9 9.53 90.7 0.719 32.60 8 75.0 9.48 90.7 0.677 32.60 11 76.0 9.44 90.8 0.666 32.61 8 77.0 9.42 90.9 0.639 32.64 9 78.0 9.38 91.0 0.606 32.65 7 79.1 9.37 91.0 0.587 32.66 10 79.9 9.40 91.0 0.572 32.68 12 81.0 9.40 91.0 0.555 32.72 6 82.0 9.40 91.1 0.532 32.75 7 83.0 9.41 91.1 0.503 32.78 9 84.0 9.41 91.1 0.482 32.79 11 84.9 9.41 91.1 0.481 32.80 9 85.9 9.40 91.1 0.462 32.81 9 87.0 9.40 91.1 0.459 32.82 8 88.0 9.39 91.1 0.459 32.83 8 89.1 9.39 91.2 0.454 32.83 10 90.0 9.38 91.2 0.446 32.84 10 91.0 9.23 91.2 0.441 32.93 7 92.0 9.16 91.2 0.434 32.96 8 93.0 9.15 91.2 0.427 32.97 7 94.0 9.15 91.2 0.420 32.97 8 94.9 9.03 91.3 0.409 33.00 11 96.0 8.84 91.3 0.393 33.02 8 97.0 8.76 91.4 0.373 33.03 10 98.0 8.75 91.4 0.354 33.03 11 99.0 8.69 91.3 0.346 33.04 11 100.0 8.61 91.4 0.346 33.04 6 101.0 8.50 91.4 0.343 33.08 10 102.1 8.51 91.4 0.334 33.09 8 103.0 8.50 91.4 0.334 33.09 6 104.0 8.47 91.4 0.322 33.09 9 105.0 8.39 91.4 0.315 33.13 10 106.0 8.40 91.4 0.307 33.15 8 107.0 8.35 91.4 0.296 33.16 11 108.0 8.32 91.4 0.296 33.18 8 109.1 8.28 91.4 0.306 33.18 6 109.9 8.23 91.4 0.300 33.19 10 110.9 8.18 91.4 0.289 33.19 9 112.0 8.14 91.4 0.287 33.20 8 113.0 8.09 91.4 0.292 33.20 10 113.9 8.04 91.4 0.289 33.21 9 114.9 7.99 91.3 0.289 33.21 7 116.0 7.94 91.3 0.284 33.22 9 117.2 7.91 91.3 0.271 33.26 8 117.9 7.91 91.3 0.281 33.27 9 119.0 7.89 91.3 0.272 33.28 12 120.0 7.87 91.3 0.271 33.29 10 120.9 7.84 91.3 0.271 33.30 8 122.0 7.79 91.4 0.271 33.32 11 123.0 7.75 91.4 0.271 33.33 7 124.0 7.72 91.4 0.280 33.34 10 125.0 7.69 91.4 0.281 33.34 10 126.0 7.66 91.4 0.282 33.36 10 127.1 7.65 91.4 0.271 33.36 7 127.9 7.65 91.4 0.275 33.36 10 129.0 7.64 91.4 0.278 33.35 11 130.0 7.63 91.4 0.280 33.37 9 131.0 7.63 91.4 0.280 33.39 9 132.0 7.62 91.4 0.273 33.41 8 133.1 7.60 91.4 0.280 33.42 8 133.9 7.60 91.3 0.284 33.42 10 135.0 7.58 91.3 0.284 33.45 10 136.0 7.57 91.3 0.284 33.47 9 137.0 7.56 91.3 0.284 33.49 11 138.1 7.59 91.3 0.290 33.50 8 138.9 7.59 91.3 0.289 33.51 10 140.0 7.59 91.3 0.284 33.51 11 141.0 7.59 91.3 0.284 33.53 8 141.9 7.57 91.2 0.284 33.55 5 143.0 7.57 91.2 0.292 33.55 9 144.0 7.57 91.2 0.289 33.55 7 144.9 7.56 91.2 0.284 33.56 8 146.0 7.55 91.2 0.285 33.57 10 147.1 7.53 91.3 0.284 33.57 7 148.0 7.51 91.2 0.291 33.59 8 149.0 7.50 91.2 0.294 33.60 12 150.0 7.46 91.3 0.286 33.61 10 151.0 7.21 91.3 0.295 33.61 8 151.9 7.14 91.4 0.296 33.63 9 153.0 7.17 91.3 0.296 33.63 10 154.0 7.15 91.3 0.289 33.63 10 155.0 7.25 91.3 0.284 33.68 8 156.0 7.36 91.2 0.287 33.69 8 157.1 7.36 91.2 0.293 33.70 9 157.9 7.35 91.2 0.296 33.70 9 159.1 7.33 91.2 0.299 33.70 8 160.0 7.31 91.2 0.300 33.72 9 161.0 7.32 91.2 0.299 33.73 9 162.0 7.28 91.2 0.296 33.73 10 163.0 7.25 91.2 0.298 33.74 9 164.0 7.25 91.3 0.307 33.74 8 165.0 7.27 91.2 0.304 33.75 10 166.0 7.25 91.2 0.304 33.74 11 167.0 7.13 91.2 0.296 33.74 10 168.0 7.09 91.3 0.296 33.73 6 168.9 7.04 91.3 0.296 33.73 8 170.0 7.03 91.3 0.297 33.73 12 171.0 7.01 91.3 0.304 33.74 9 171.9 7.00 91.3 0.297 33.75 11 173.0 7.00 91.3 0.307 33.75 9 174.1 7.01 91.3 0.296 33.76 9 175.0 7.01 91.3 0.296 33.76 10 176.1 7.00 91.3 0.296 33.76 8 177.0 7.00 91.3 0.296 33.77 8 178.0 6.99 91.3 0.296 33.77 8 179.0 6.99 91.3 0.296 33.77 11 180.0 6.98 91.3 0.296 33.78 11 180.9 6.98 91.3 0.296 33.78 9 182.0 6.99 91.3 0.299 33.79 10 183.0 6.99 91.3 0.296 33.79 9 184.0 6.99 91.3 0.305 33.79 7 185.0 6.98 91.3 0.300 33.79 9 186.1 6.98 91.3 0.302 33.80 8 187.0 6.98 91.2 0.301 33.80 10 188.0 6.98 91.2 0.296 33.81 13 189.0 6.97 91.3 0.304 33.81 11 189.9 6.96 91.2 0.310 33.82 9 190.9 6.94 91.2 0.309 33.82 10 192.0 6.92 91.2 0.309 33.83 10 193.0 6.91 91.2 0.309 33.84 9 194.0 6.90 91.2 0.309 33.84 10 195.0 6.89 91.2 0.309 33.84 9 195.9 6.90 91.2 0.306 33.84 9 197.0 6.88 91.2 0.298 33.85 9 198.0 6.86 91.2 0.296 33.85 7 199.0 6.86 91.2 0.296 33.86 7 199.9 6.85 91.2 0.302 33.86 10 201.0 6.84 91.2 0.309 33.86 9 201.9 6.84 91.2 0.309 33.86 8 203.0 6.83 91.2 0.309 33.86 13 204.0 6.82 91.2 0.309 33.86 6 205.0 6.81 91.2 0.309 33.87 8 206.0 6.79 91.2 0.303 33.87 9 206.9 6.78 91.2 0.304 33.87 10 207.9 6.78 91.2 0.309 33.88 10 209.0 6.78 91.2 0.309 33.88 12 209.9 6.77 91.1 0.309 33.88 9 211.0 6.76 91.2 0.309 33.88 9 212.0 6.76 91.2 0.309 33.88 8 213.0 6.75 91.2 0.312 33.88 8 213.9 6.75 91.1 0.315 33.88 8 215.0 6.72 91.1 0.309 33.89 9 216.0 6.71 91.1 0.313 33.89 8 217.0 6.70 91.1 0.321 33.89 11 217.9 6.69 91.1 0.321 33.89 5 219.1 6.68 91.1 0.313 33.90 9 220.0 6.69 91.1 0.310 33.90 8 220.9 6.69 91.2 0.306 33.90 10 222.0 6.69 91.1 0.304 33.90 8 223.0 6.68 91.1 0.309 33.91 9 224.0 6.68 91.1 0.309 33.91 9 225.1 6.67 91.1 0.309 33.91 10 225.9 6.67 91.1 0.309 33.91 7 227.0 6.66 91.1 0.309 33.91 9 228.1 6.65 91.1 0.309 33.91 7 228.9 6.65 91.1 0.309 33.91 9 230.0 6.65 91.1 0.309 33.92 9 231.0 6.64 91.1 0.309 33.93 8 232.0 6.63 91.1 0.310 33.93 12 233.0 6.63 91.0 0.315 33.93 13 234.0 6.63 91.0 0.309 33.94 8 234.9 6.63 91.0 0.309 33.94 10 236.0 6.63 91.0 0.313 33.94 8 237.1 6.63 91.0 0.310 33.94 8 238.0 6.63 91.0 0.309 33.94 10 239.0 6.62 91.0 0.309 33.94 10 240.0 6.61 91.0 0.309 33.94 8 241.0 6.61 91.0 0.313 33.94 8 242.0 6.61 91.0 0.312 33.94 12 243.0 6.60 91.0 0.315 33.94 8 243.9 6.60 91.0 0.309 33.95 8 245.1 6.58 91.0 0.310 33.95 9 246.0 6.58 91.0 0.319 33.95 11 246.9 6.58 91.0 0.321 33.95 8 248.0 6.57 91.0 0.321 33.95 10 249.1 6.55 91.0 0.318 33.95 9 250.0 6.54 91.0 0.321 33.95 9 251.0 6.53 91.0 0.321 33.95 10 252.0 6.53 91.0 0.309 33.95 8 252.9 6.52 91.0 0.314 33.95 10 253.9 6.51 91.0 0.321 33.95 9 254.9 6.51 91.0 0.330 33.95 10 255.9 6.50 91.0 0.321 33.95 9 257.0 6.50 91.0 0.323 33.95 8 258.1 6.50 91.0 0.310 33.95 8 259.0 6.49 91.0 0.310 33.95 11 259.9 6.48 91.0 0.312 33.95 7 261.0 6.48 91.0 0.309 33.95 8 262.0 6.47 91.0 0.321 33.94 9 263.0 6.46 91.0 0.319 33.95 10 264.0 6.45 91.0 0.309 33.95 9 265.0 6.44 91.0 0.309 33.95 8 266.1 6.43 90.9 0.315 33.95 8 267.0 6.42 90.9 0.312 33.95 7 268.0 6.41 90.9 0.312 33.95 11 269.0 6.40 90.9 0.321 33.95 9 270.0 6.39 90.8 0.321 33.96 10 271.1 6.39 90.8 0.321 33.96 9 272.0 6.38 90.8 0.321 33.95 10 273.0 6.37 90.7 0.321 33.96 11 273.9 6.37 90.7 0.316 33.96 7 275.0 6.36 90.7 0.318 33.96 9 276.0 6.36 90.7 0.321 33.96 10 276.9 6.35 90.6 0.314 33.96 7 278.0 6.35 90.6 0.309 33.96 9 279.0 6.35 90.6 0.320 33.96 11 279.9 6.35 90.6 0.323 33.96 12 281.0 6.35 90.6 0.327 33.96 8 282.0 6.35 90.6 0.332 33.96 7 283.0 6.34 90.6 0.321 33.96 8 284.0 6.34 90.6 0.325 33.96 10 284.9 6.34 90.6 0.328 33.96 9 286.0 6.33 90.6 0.334 33.96 9 287.0 6.32 90.6 0.334 33.96 8 288.0 6.31 90.5 0.334 33.96 8 289.0 6.31 90.5 0.322 33.96 11 290.0 6.30 90.5 0.320 33.96 11 291.1 6.29 90.5 0.323 33.96 8 292.0 6.28 90.5 0.334 33.97 8 293.0 6.28 90.5 0.334 33.97 8 294.0 6.28 90.5 0.329 33.97 9 294.9 6.28 90.5 0.325 33.96 6 295.9 6.27 90.5 0.334 33.96 8 297.0 6.26 90.5 0.322 33.97 9 298.0 6.25 90.5 0.321 33.97 10 298.9 6.26 90.5 0.327 33.97 11 300.0 6.25 90.5 0.321 33.97 10 300.9 6.24 90.5 0.330 33.97 7 302.0 6.24 90.5 0.329 33.97 9 303.0 6.23 90.5 0.321 33.97 10 304.0 6.23 90.5 0.331 33.97 10 305.0 6.22 90.5 0.334 33.97 7 306.0 6.22 90.5 0.329 33.97 10 306.9 6.22 90.5 0.326 33.97 8 308.0 6.21 90.5 0.321 33.97 11 309.1 6.21 90.5 0.321 33.97 8 310.0 6.20 90.5 0.321 33.97 9 310.9 6.20 90.6 0.327 33.98 9 312.0 6.19 90.5 0.328 33.98 9 312.9 6.19 90.6 0.324 33.98 9 314.0 6.19 90.6 0.322 33.98 10 315.0 6.19 90.6 0.321 33.98 8 315.9 6.18 90.6 0.321 33.98 9 316.9 6.17 90.6 0.321 33.98 8 318.1 6.17 90.5 0.321 33.98 8 318.9 6.16 90.5 0.321 33.98 8 319.9 6.16 90.5 0.321 33.98 11 321.1 6.15 90.5 0.321 33.98 9 321.9 6.15 90.5 0.322 33.98 9 323.0 6.14 90.5 0.334 33.98 9 324.0 6.14 90.5 0.328 33.98 9 325.0 6.13 90.5 0.314 33.98 9 326.1 6.13 90.5 0.315 33.98 8 327.0 6.13 90.5 0.320 33.98 9 328.0 6.12 90.5 0.321 33.98 8 329.0 6.11 90.6 0.321 33.98 9 330.0 6.11 90.7 0.321 33.98 10 330.9 6.11 90.7 0.321 33.98 9 331.8 6.10 90.7 0.323 33.98 8 332.9 6.08 90.7 0.321 33.98 10 333.9 6.07 90.7 0.321 33.99 9 334.9 6.06 90.7 0.321 33.99 9 335.9 6.05 90.6 0.320 33.99 8 337.0 6.04 90.6 0.312 33.99 11 338.0 6.03 90.6 0.321 33.99 8 339.0 6.02 90.7 0.321 33.99 8 340.0 6.01 90.6 0.318 33.99 8 341.0 6.00 90.7 0.321 33.99 12 342.0 5.99 90.7 0.321 33.99 7 343.0 5.98 90.7 0.309 33.99 9 344.0 5.97 90.7 0.316 33.99 10 345.0 5.96 90.7 0.327 33.99 9 346.0 5.96 90.7 0.323 33.99 7 346.9 5.96 90.7 0.309 34.00 9 348.0 5.95 90.7 0.320 33.99 11 348.9 5.93 90.7 0.328 33.99 9 350.0 5.93 90.7 0.321 34.00 10 351.1 5.93 90.7 0.321 34.00 8 352.0 5.92 90.7 0.322 34.00 11 353.0 5.92 90.7 0.321 34.00 7 353.9 5.92 90.7 0.321 34.00 11 355.0 5.90 90.6 0.321 33.99 8 356.0 5.90 90.6 0.321 33.99 8 357.0 5.88 90.6 0.321 33.99 8 358.0 5.87 90.6 0.321 34.00 9 358.9 5.87 90.6 0.321 33.99 9 360.0 5.86 90.6 0.328 34.00 12 361.0 5.85 90.6 0.327 34.00 9 362.0 5.83 90.6 0.326 33.99 10 362.9 5.82 90.6 0.324 34.00 8 363.9 5.81 90.6 0.327 34.00 10 364.9 5.80 90.6 0.329 34.00 11 366.0 5.78 90.6 0.321 34.00 11 367.0 5.77 90.5 0.321 34.00 8 367.9 5.75 90.6 0.322 34.00 11 369.0 5.75 90.6 0.321 34.00 9 370.0 5.74 90.6 0.322 34.00 11 371.0 5.73 90.6 0.321 34.00 11 372.1 5.71 90.6 0.321 34.00 7 373.0 5.71 90.6 0.321 34.00 10 374.0 5.71 90.6 0.321 34.00 11 375.0 5.72 90.6 0.321 34.00 9 376.0 5.73 90.6 0.321 34.00 6 377.0 5.70 90.6 0.321 34.00 11 378.0 5.67 90.6 0.312 34.01 8 379.0 5.66 90.5 0.314 34.01 10 379.9 5.65 90.5 0.321 34.01 11 381.0 5.64 90.4 0.318 34.01 8 382.0 5.63 90.4 0.320 34.01 8 383.0 5.62 90.4 0.321 34.01 10 384.0 5.62 90.4 0.323 34.01 12 384.9 5.60 90.4 0.321 34.02 9 386.0 5.58 90.5 0.321 34.02 12 387.1 5.57 90.5 0.321 34.02 10 388.1 5.57 90.4 0.321 34.02 7 389.0 5.57 90.4 0.318 34.02 12 390.0 5.57 90.4 0.325 34.02 9 390.9 5.57 90.4 0.322 34.02 9 392.0 5.55 90.3 0.321 34.02 10 393.0 5.54 90.3 0.327 34.02 9 394.0 5.55 90.3 0.321 34.02 11 394.9 5.54 90.3 0.321 34.02 7 395.9 5.53 90.3 0.324 34.02 10 397.0 5.52 90.3 0.334 34.02 6 398.0 5.51 90.3 0.329 34.03 9 399.1 5.52 90.3 0.322 34.02 11 399.9 5.51 90.3 0.321 34.02 9 401.0 5.49 90.3 0.327 34.03 11 402.0 5.48 90.3 0.332 34.03 9 402.9 5.48 90.3 0.334 34.03 11 404.0 5.48 90.3 0.324 34.03 9 405.0 5.47 90.3 0.325 34.03 7 405.9 5.47 90.3 0.321 34.03 10 407.0 5.46 90.3 0.326 34.02 8 408.0 5.44 90.4 0.321 34.03 9 409.0 5.42 90.4 0.331 34.03 9 410.0 5.41 90.4 0.332 34.03 7 410.9 5.40 90.4 0.321 34.02 8 412.0 5.39 90.4 0.321 34.02 9 413.0 5.39 90.4 0.321 34.02 10 414.0 5.36 90.4 0.321 34.02 9 415.0 5.33 90.4 0.321 34.02 5 416.0 5.31 90.4 0.321 34.02 10 417.0 5.27 90.5 0.317 34.01 10 418.0 5.24 90.5 0.325 34.01 11 419.0 5.20 90.5 0.321 34.01 10 419.9 5.18 90.5 0.329 34.00 9 421.0 5.15 90.5 0.321 34.00 8 422.0 5.14 90.6 0.317 34.00 11 423.0 5.14 90.6 0.317 34.00 9 424.0 5.13 90.6 0.320 34.00 10 424.9 5.13 90.6 0.321 34.00 8 426.0 5.12 90.6 0.320 34.00 9 426.9 5.12 90.5 0.321 34.00 10 428.0 5.12 90.5 0.317 34.01 9 429.0 5.11 90.5 0.321 34.01 9 430.0 5.11 90.5 0.335 34.01 8 431.0 5.10 90.5 0.325 34.01 14 432.0 5.09 90.5 0.324 34.01 11 433.0 5.09 90.5 0.321 34.01 9 434.0 5.08 90.5 0.318 34.01 9 435.0 5.08 90.5 0.316 34.01 9 436.0 5.07 90.5 0.314 34.01 9 437.0 5.06 90.5 0.322 34.01 9 438.0 5.04 90.5 0.321 34.02 11 439.0 5.04 90.5 0.321 34.02 9 439.9 5.03 90.5 0.313 34.02 8 441.0 5.02 90.5 0.309 34.02 10 442.0 5.02 90.5 0.313 34.02 8 443.0 5.01 90.5 0.309 34.02 10 444.1 5.01 90.5 0.316 34.02 7 445.0 5.00 90.5 0.309 34.01 6 446.0 4.99 90.5 0.309 34.02 9 447.0 4.98 90.5 0.319 34.02 10 448.0 4.98 90.5 0.320 34.02 12 449.0 4.98 90.5 0.321 34.02 11 450.0 4.98 90.5 0.321 34.02 9 451.0 4.98 90.5 0.321 34.03 11 452.0 4.99 90.5 0.321 34.03 10 453.0 4.98 90.5 0.317 34.03 10 454.0 4.97 90.5 0.309 34.03 10 455.0 4.97 90.5 0.316 34.03 9 456.0 4.98 90.5 0.318 34.03 7 457.0 4.97 90.5 0.315 34.03 11 458.0 4.97 90.5 0.321 34.03 12 459.0 4.97 90.5 0.316 34.04 9 460.0 4.97 90.5 0.320 34.04 8 461.0 4.96 90.5 0.315 34.04 10 462.0 4.96 90.5 0.313 34.04 8 463.0 4.94 90.5 0.321 34.03 10 464.0 4.92 90.5 0.318 34.04 7 465.0 4.93 90.4 0.320 34.04 9 466.0 4.93 90.5 0.318 34.04 9 467.0 4.93 90.4 0.309 34.04 11 468.0 4.92 90.4 0.321 34.04 6 469.0 4.90 90.4 0.321 34.04 9 470.0 4.89 90.4 0.321 34.04 8 471.1 4.86 90.4 0.316 34.04 10 472.0 4.84 90.4 0.311 34.04 12 473.0 4.83 90.4 0.321 34.04 10 474.0 4.82 90.4 0.324 34.04 5 475.0 4.82 90.4 0.321 34.04 10 476.0 4.82 90.4 0.319 34.04 7 477.0 4.82 90.4 0.315 34.04 8 478.0 4.82 90.4 0.312 34.04 9 479.0 4.82 90.4 0.324 34.04 11 480.0 4.81 90.4 0.327 34.04 9 481.0 4.82 90.4 0.321 34.04 11 481.9 4.82 90.4 0.321 34.04 10 483.0 4.83 90.4 0.320 34.05 9 484.1 4.84 90.4 0.321 34.05 7 485.0 4.84 90.4 0.320 34.05 13 485.9 4.84 90.4 0.309 34.05 9 486.9 4.82 90.4 0.321 34.05 9 487.9 4.78 90.4 0.314 34.05 10 489.0 4.77 90.4 0.319 34.05 10 490.0 4.76 90.4 0.314 34.05 9 491.0 4.76 90.4 0.321 34.05 10 492.0 4.76 90.4 0.321 34.06 8 493.0 4.77 90.4 0.321 34.06 8 494.0 4.76 90.4 0.317 34.06 11 495.0 4.71 90.4 0.321 34.06 9 496.0 4.70 90.4 0.321 34.07 6 497.0 4.70 90.4 0.321 34.07 10 498.0 4.69 90.4 0.314 34.07 11 498.9 4.69 90.4 0.317 34.07 9 500.0 4.68 90.4 0.313 34.07 12 500.9 4.68 90.4 0.320 34.07 11 502.0 4.68 90.4 0.314 34.07 9 502.5 4.67 90.3 0.321 34.07 1