*2017/03/30 13:57:51.42 *IOS HEADER VERSION 2.0 2016/04/28 2016/06/13 IVF16 *FILE START TIME : PDT 1993/06/22 04:15:29.000 NUMBER OF RECORDS : 498 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 2 498.8 2 Temperature 'deg C (IPTS68)' 4.78 14.43 3 Transmissivity %/metre 78.9 95.4 4 Fluorescence:Calibrated mg/m^3 0.271 2.882 5 Salinity PSS-78 30.9 34.07 6 Number_of_bin_records n/a 6 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 : JI9 EVENT NUMBER : 33 LATITUDE : 49 1.84000 N ! (deg min) LONGITUDE : 127 15.34000 W ! (deg min) WATER DEPTH : 500 *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 14:11:26 0 0 CALIB 5.0 1993/09/02 16:48:45 45970 45970 DESPIKE 1.0 1993/09/09 09:32:05 45970 45970 DELETE 4.0 1993/09/10 12:36:27 45970 4919 CTDEDIT 3.11 1993/09/15 14:55:04 4919 4919 METERAVE 2.0 1993/09/17 11:57:52 4919 498 CALIB 5.0 1993/09/17 13:31:05 498 498 CALIB 6.0 1994/04/27 15:35:48 498 498 REMOVECH 1.1 1994/04/28 13:18:11 498 498 CALIB 7.1 1997/04/17 11:17:11 498 498 CALIB 7.3 1998/01/06 14:02:58 498 498 CALIB 7.3 1998/01/06 14:07:41 498 498 CALIB 7.3 1998/01/06 14:14:06 498 498 CALIB 7.4 1998/07/17 15:07:36 499 498 CALIB 7.4 1998/07/20 20:17:18 498 498 REMOVECH 6.0 2003/08/26 14:34:10 498 498 HDREDIT2 1.6 2003/08/29 15:55:39 ? ? CLEAN 4.3.1 2003/08/29 15:56:04 498 498 HDREDIT2 2.2 2004/09/21 14:46:01 ? ? CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 14:41:42 498 498 HDREDIT2 3.1.1 2017/03/30 13:57:51 ? ? $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 1993/09/15 14:55:04 4919 4919 -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 13:57:51 Channel 4: Fluorescence:Calibrated [mg/m^3] Name: Fluorescence:URU ==> Fluorescence:Calibrated $END *RAW START TIME : PDT 1993/06/22 04:15:29.000 END TIME : PDT 1993/06/22 04:46:02.000 TIME INCREMENT : 0 0 0 0.4E-01 0 ! (day hr min sec ms) NUMBER OF RECORDS : 45970 $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 1993/06/22 04:15:29.000 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 !--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 2.0 14.43 78.9 2.564 30.90 11 3.0 14.42 79.6 2.685 30.91 9 4.0 14.41 79.4 2.696 30.93 10 5.0 14.41 79.0 2.641 30.93 12 5.9 14.40 79.7 2.685 30.99 9 6.9 14.33 81.8 2.667 31.32 9 8.0 14.25 85.0 2.289 31.52 13 9.1 14.11 87.8 1.808 31.86 10 10.0 13.97 89.3 1.507 32.09 10 11.0 13.91 90.2 1.265 32.15 12 12.0 13.89 90.6 1.222 32.17 11 12.9 13.88 90.7 1.177 32.18 9 14.0 13.87 90.7 1.195 32.19 12 15.0 13.86 90.7 1.212 32.19 12 16.0 13.86 90.7 1.246 32.20 10 17.0 13.86 90.7 1.293 32.20 13 18.0 13.87 90.9 1.322 32.20 13 18.9 13.86 91.0 1.326 32.21 12 20.0 13.83 91.0 1.377 32.22 11 21.0 13.79 90.9 1.438 32.21 9 22.0 13.64 90.8 1.493 32.22 9 23.0 13.59 90.7 1.617 32.23 8 24.0 13.55 90.7 1.690 32.23 11 25.1 13.53 90.7 1.745 32.23 9 25.9 13.48 90.7 1.737 32.24 11 27.0 13.34 90.6 1.796 32.24 12 27.9 13.20 90.7 1.890 32.24 11 29.0 12.52 90.5 2.056 32.23 9 30.0 11.76 90.3 2.254 32.27 9 31.0 11.58 90.4 2.561 32.29 12 32.0 11.45 90.6 2.783 32.29 9 33.0 11.32 90.5 2.817 32.29 11 34.0 11.00 90.6 2.862 32.30 10 35.0 10.79 90.8 2.882 32.30 12 36.0 10.77 91.0 2.851 32.32 9 36.9 10.68 91.3 2.753 32.28 8 37.9 10.55 91.6 2.681 32.26 9 39.0 10.44 91.7 2.562 32.27 8 40.0 10.39 91.8 2.474 32.27 9 41.0 10.36 91.8 2.454 32.26 12 42.0 10.31 91.8 2.531 32.26 8 43.0 10.23 91.8 2.512 32.28 8 44.0 10.16 91.9 2.547 32.27 8 45.0 10.13 92.0 2.547 32.27 8 46.0 10.11 92.0 2.542 32.28 10 46.9 10.09 92.2 2.489 32.28 10 48.0 9.99 92.5 2.408 32.28 10 49.0 9.88 92.7 2.328 32.29 8 50.0 9.87 92.8 2.120 32.30 14 51.0 9.81 93.0 1.982 32.31 12 52.0 9.75 93.3 1.882 32.31 9 53.0 9.62 93.5 1.805 32.32 9 54.0 9.54 93.7 1.676 32.33 10 55.0 9.51 93.8 1.470 32.33 9 56.0 9.45 93.9 1.361 32.34 9 57.1 9.40 94.0 1.278 32.34 9 58.0 9.38 94.1 1.180 32.34 10 59.0 9.34 94.3 1.092 32.35 10 60.1 9.29 94.4 1.033 32.35 9 61.0 9.29 94.4 0.938 32.36 8 62.0 9.26 94.6 0.760 32.38 11 63.0 9.20 94.7 0.697 32.39 11 64.0 9.05 94.8 0.665 32.41 11 65.0 8.96 94.9 0.607 32.42 13 66.0 8.94 94.9 0.556 32.41 11 67.0 8.87 94.9 0.541 32.41 9 68.0 8.80 95.0 0.525 32.42 10 69.0 8.78 95.0 0.502 32.43 9 70.0 8.76 95.0 0.498 32.43 9 70.9 8.74 95.0 0.493 32.44 10 72.0 8.73 95.0 0.474 32.44 10 72.9 8.71 95.0 0.461 32.45 10 73.9 8.67 95.1 0.446 32.46 10 75.0 8.67 95.1 0.444 32.48 12 76.0 8.68 95.1 0.409 32.49 11 76.9 8.68 95.1 0.408 32.51 12 78.0 8.67 95.1 0.411 32.52 11 78.9 8.67 95.1 0.402 32.53 9 80.0 8.67 95.1 0.396 32.54 10 81.0 8.55 95.1 0.396 32.58 11 82.0 8.44 95.2 0.389 32.62 7 83.0 8.40 95.2 0.383 32.64 12 84.1 8.38 95.2 0.384 32.65 10 85.0 8.34 95.2 0.381 32.67 9 86.0 8.29 95.2 0.361 32.69 12 87.1 8.26 95.2 0.370 32.70 9 88.0 8.27 95.2 0.362 32.71 8 89.0 8.31 95.2 0.359 32.75 10 90.0 8.30 95.3 0.364 32.78 10 91.0 8.29 95.2 0.358 32.85 11 92.0 8.27 95.3 0.345 32.88 10 93.1 8.19 95.3 0.343 32.89 10 94.0 8.18 95.3 0.335 32.90 9 95.0 8.18 95.3 0.333 32.90 10 96.0 8.16 95.3 0.333 32.91 11 96.9 8.10 95.3 0.317 32.95 9 98.0 8.02 95.3 0.312 32.97 9 99.0 7.94 95.3 0.303 33.00 9 100.0 7.90 95.3 0.296 33.03 9 101.0 7.75 95.4 0.284 33.08 10 102.0 7.72 95.3 0.284 33.08 11 102.9 7.71 95.3 0.284 33.09 7 104.0 7.71 95.3 0.282 33.09 10 105.0 7.67 95.3 0.277 33.11 10 105.9 7.64 95.4 0.275 33.12 10 107.0 7.59 95.3 0.284 33.14 7 107.9 7.53 95.3 0.275 33.18 11 109.0 7.47 95.3 0.274 33.20 9 110.0 7.43 95.3 0.271 33.22 11 111.0 7.41 95.3 0.280 33.23 10 112.0 7.38 95.3 0.284 33.24 8 113.0 7.37 95.3 0.284 33.24 13 114.0 7.36 95.3 0.284 33.26 9 114.9 7.39 95.3 0.276 33.27 8 116.0 7.42 95.3 0.284 33.27 13 117.1 7.45 95.3 0.284 33.28 10 118.0 7.50 95.3 0.284 33.32 9 119.0 7.53 95.3 0.287 33.35 10 120.0 7.53 95.3 0.295 33.35 10 120.9 7.53 95.3 0.290 33.36 9 122.0 7.51 95.2 0.285 33.38 10 123.0 7.50 95.3 0.284 33.38 12 124.0 7.49 95.3 0.288 33.39 11 125.0 7.48 95.3 0.289 33.40 11 126.0 7.40 95.3 0.286 33.42 11 126.9 7.40 95.2 0.284 33.44 8 128.0 7.41 95.3 0.286 33.45 10 129.1 7.44 95.2 0.284 33.45 9 130.0 7.41 95.2 0.291 33.47 12 131.0 7.46 95.2 0.296 33.50 11 131.9 7.49 95.2 0.296 33.51 8 132.9 7.49 95.1 0.296 33.52 9 134.0 7.46 95.1 0.301 33.53 10 135.0 7.46 95.1 0.302 33.55 10 135.9 7.46 95.1 0.296 33.55 12 137.0 7.47 95.1 0.296 33.56 10 138.0 7.47 95.1 0.296 33.57 10 138.9 7.46 95.1 0.299 33.57 10 139.9 7.49 95.1 0.309 33.58 10 140.9 7.50 95.1 0.297 33.62 10 142.0 7.51 95.1 0.307 33.63 9 143.1 7.52 95.1 0.296 33.64 11 144.0 7.52 95.1 0.303 33.64 11 145.0 7.53 95.1 0.296 33.67 8 146.0 7.50 95.1 0.302 33.68 10 147.0 7.48 95.1 0.309 33.68 10 148.0 7.47 95.2 0.306 33.69 9 149.0 7.49 95.2 0.308 33.70 11 150.0 7.53 95.2 0.306 33.72 9 151.0 7.52 95.2 0.309 33.72 8 152.1 7.52 95.2 0.309 33.73 8 153.1 7.51 95.2 0.309 33.73 9 154.0 7.49 95.2 0.302 33.73 11 155.1 7.49 95.2 0.305 33.74 10 156.0 7.50 95.2 0.309 33.74 8 157.0 7.50 95.2 0.309 33.75 8 158.0 7.46 95.2 0.305 33.75 11 159.1 7.49 95.2 0.300 33.77 10 159.9 7.50 95.2 0.302 33.77 8 161.0 7.50 95.2 0.309 33.78 12 162.0 7.51 95.2 0.309 33.78 10 162.9 7.51 95.2 0.309 33.78 11 164.0 7.51 95.2 0.309 33.78 12 164.9 7.51 95.2 0.312 33.79 8 166.0 7.51 95.2 0.309 33.79 8 167.0 7.50 95.2 0.309 33.79 9 168.0 7.50 95.2 0.309 33.80 8 168.9 7.50 95.2 0.309 33.80 10 170.0 7.50 95.2 0.309 33.80 12 171.1 7.49 95.2 0.309 33.80 7 172.0 7.48 95.2 0.309 33.81 8 172.9 7.48 95.2 0.309 33.81 8 174.0 7.48 95.2 0.319 33.81 11 175.1 7.49 95.2 0.312 33.81 8 175.9 7.49 95.2 0.316 33.82 10 177.1 7.47 95.1 0.328 33.83 7 178.0 7.46 95.2 0.321 33.84 7 178.9 7.45 95.2 0.321 33.84 10 180.1 7.43 95.2 0.327 33.84 7 180.9 7.42 95.2 0.312 33.84 10 182.0 7.40 95.2 0.320 33.85 12 183.0 7.37 95.1 0.312 33.85 11 184.0 7.37 95.1 0.309 33.85 9 185.0 7.36 95.2 0.310 33.85 10 186.0 7.35 95.1 0.320 33.85 8 187.0 7.33 95.1 0.309 33.85 10 188.0 7.33 95.2 0.309 33.85 12 189.0 7.32 95.2 0.309 33.85 13 190.0 7.31 95.1 0.314 33.86 10 191.0 7.29 95.1 0.321 33.86 8 192.1 7.28 95.1 0.321 33.86 7 192.9 7.27 95.1 0.319 33.86 7 194.0 7.26 95.1 0.315 33.86 11 195.0 7.23 95.1 0.321 33.86 10 195.9 7.23 95.1 0.318 33.86 7 197.0 7.23 95.1 0.321 33.87 11 198.0 7.22 95.1 0.319 33.87 10 199.0 7.22 95.1 0.309 33.87 9 200.0 7.20 95.1 0.312 33.88 12 201.0 7.19 95.1 0.311 33.88 12 202.0 7.18 95.2 0.315 33.88 8 203.0 7.15 95.2 0.318 33.89 9 204.0 7.15 95.1 0.310 33.89 11 205.1 7.16 95.1 0.309 33.90 8 206.0 7.16 95.2 0.309 33.90 11 207.0 7.16 95.1 0.309 33.90 6 207.9 7.14 95.1 0.313 33.91 8 209.0 7.12 95.1 0.321 33.91 10 210.0 7.11 95.2 0.321 33.91 10 211.0 7.11 95.2 0.321 33.92 10 212.0 7.10 95.2 0.321 33.92 12 213.0 7.09 95.1 0.321 33.92 9 214.0 7.08 95.2 0.321 33.92 9 215.0 7.07 95.2 0.321 33.92 7 216.0 7.04 95.2 0.316 33.93 10 217.0 7.03 95.2 0.320 33.93 9 218.0 7.01 95.2 0.321 33.93 11 219.0 7.00 95.2 0.321 33.93 7 219.9 6.99 95.1 0.321 33.93 9 221.0 6.97 95.2 0.321 33.93 9 222.1 6.95 95.2 0.321 33.93 9 223.0 6.93 95.2 0.322 33.94 13 223.9 6.91 95.2 0.317 33.94 10 225.0 6.90 95.2 0.318 33.94 9 225.9 6.90 95.2 0.309 33.94 9 227.0 6.88 95.2 0.321 33.94 11 228.0 6.85 95.2 0.321 33.94 13 229.0 6.84 95.2 0.321 33.94 10 230.0 6.83 95.2 0.321 33.94 10 231.0 6.82 95.2 0.321 33.93 12 232.0 6.82 95.2 0.324 33.94 9 233.1 6.82 95.2 0.324 33.93 10 234.0 6.82 95.2 0.321 33.93 8 235.0 6.81 95.2 0.321 33.94 11 236.0 6.81 95.2 0.322 33.94 10 237.1 6.81 95.2 0.327 33.94 10 238.0 6.80 95.2 0.321 33.94 8 239.0 6.80 95.2 0.315 33.94 11 240.0 6.80 95.2 0.321 33.94 10 241.0 6.80 95.2 0.334 33.94 9 242.0 6.79 95.2 0.322 33.94 10 243.1 6.78 95.2 0.330 33.94 10 243.9 6.78 95.2 0.328 33.94 7 244.9 6.77 95.2 0.324 33.95 10 246.0 6.76 95.2 0.323 33.95 12 247.0 6.74 95.2 0.326 33.95 11 247.9 6.73 95.2 0.334 33.95 10 249.0 6.71 95.2 0.334 33.95 11 249.9 6.69 95.2 0.332 33.95 9 250.9 6.66 95.2 0.323 33.95 8 252.0 6.65 95.2 0.321 33.95 10 253.0 6.64 95.2 0.321 33.95 9 254.0 6.63 95.2 0.321 33.95 10 254.9 6.63 95.2 0.321 33.95 10 256.0 6.63 95.2 0.321 33.96 8 257.0 6.63 95.2 0.321 33.96 9 258.0 6.62 95.2 0.324 33.96 10 259.0 6.59 95.2 0.321 33.96 9 260.0 6.56 95.2 0.321 33.96 10 261.1 6.56 95.2 0.321 33.96 8 262.0 6.55 95.2 0.321 33.96 10 263.0 6.53 95.2 0.321 33.96 11 264.0 6.51 95.2 0.321 33.96 7 265.0 6.51 95.2 0.321 33.96 8 266.0 6.51 95.2 0.321 33.96 10 267.0 6.51 95.2 0.321 33.96 6 268.0 6.51 95.2 0.331 33.96 10 269.0 6.50 95.2 0.334 33.96 9 270.0 6.49 95.2 0.334 33.96 11 271.0 6.49 95.2 0.334 33.96 11 272.0 6.48 95.2 0.332 33.96 9 272.9 6.48 95.2 0.321 33.96 11 274.0 6.46 95.2 0.331 33.96 8 275.0 6.45 95.3 0.326 33.96 12 276.0 6.44 95.3 0.321 33.96 10 277.0 6.44 95.2 0.327 33.96 7 278.0 6.44 95.2 0.326 33.96 11 279.0 6.44 95.2 0.321 33.96 10 279.9 6.44 95.2 0.321 33.97 9 281.0 6.44 95.2 0.321 33.97 10 282.1 6.43 95.2 0.329 33.97 9 283.0 6.42 95.2 0.321 33.97 9 284.0 6.41 95.3 0.322 33.97 11 285.0 6.39 95.3 0.321 33.97 8 286.0 6.37 95.3 0.321 33.97 10 287.0 6.36 95.2 0.319 33.97 10 288.0 6.36 95.2 0.320 33.97 11 288.9 6.35 95.2 0.331 33.98 10 290.0 6.34 95.2 0.322 33.98 12 291.0 6.33 95.2 0.321 33.98 12 292.0 6.32 95.2 0.325 33.98 9 293.0 6.31 95.2 0.326 33.98 11 293.9 6.31 95.3 0.322 33.98 10 295.0 6.29 95.3 0.327 33.98 9 296.0 6.27 95.2 0.322 33.98 12 297.1 6.27 95.2 0.328 33.98 9 298.0 6.25 95.2 0.332 33.98 9 299.0 6.24 95.2 0.322 33.98 13 300.0 6.24 95.2 0.316 33.98 10 300.9 6.23 95.2 0.320 33.98 9 301.9 6.22 95.2 0.321 33.98 8 303.0 6.21 95.3 0.328 33.98 11 304.0 6.20 95.3 0.321 33.98 11 305.0 6.19 95.2 0.321 33.98 9 306.0 6.18 95.2 0.318 33.98 11 307.0 6.17 95.2 0.320 33.98 8 308.0 6.15 95.2 0.334 33.98 10 309.0 6.15 95.2 0.329 33.98 10 310.0 6.14 95.2 0.322 33.98 11 311.0 6.13 95.2 0.328 33.98 11 312.0 6.13 95.2 0.332 33.98 8 312.9 6.12 95.2 0.321 33.98 9 314.1 6.08 95.2 0.321 33.98 10 315.0 6.08 95.3 0.321 33.98 10 316.0 6.07 95.3 0.321 33.98 7 317.0 6.06 95.2 0.333 33.98 11 318.0 6.06 95.2 0.321 33.98 8 319.0 6.06 95.2 0.322 33.98 10 319.9 6.06 95.2 0.326 33.98 10 321.0 6.06 95.2 0.332 33.98 9 321.9 6.06 95.2 0.327 33.98 10 323.0 6.05 95.2 0.334 33.99 12 324.0 6.04 95.2 0.334 33.99 9 325.0 6.03 95.2 0.334 33.99 9 326.1 6.02 95.2 0.334 33.99 9 327.1 6.02 95.2 0.334 33.99 10 328.0 6.01 95.3 0.334 33.99 10 329.0 6.01 95.3 0.333 33.99 10 330.0 6.01 95.2 0.334 33.99 9 331.0 6.00 95.2 0.333 33.99 11 332.0 5.99 95.2 0.330 34.00 13 332.9 5.98 95.2 0.321 34.00 8 334.0 5.99 95.2 0.316 34.00 9 334.9 5.96 95.2 0.321 33.99 10 336.1 5.90 95.2 0.321 33.98 7 337.0 5.86 95.2 0.325 33.98 10 338.0 5.86 95.2 0.334 33.98 11 339.0 5.88 95.2 0.334 33.99 8 340.0 5.89 95.2 0.327 33.99 8 341.0 5.89 95.2 0.334 33.99 12 342.0 5.89 95.3 0.322 33.99 11 343.0 5.88 95.2 0.325 33.99 9 344.0 5.84 95.2 0.334 33.99 10 345.0 5.79 95.2 0.334 33.99 9 346.0 5.78 95.2 0.325 33.98 10 347.1 5.76 95.2 0.333 33.98 10 348.0 5.76 95.2 0.321 33.98 11 349.0 5.77 95.2 0.321 33.99 11 350.0 5.83 95.2 0.324 34.00 11 351.0 5.82 95.2 0.331 34.00 8 352.0 5.78 95.2 0.334 34.00 11 353.0 5.75 95.2 0.333 33.99 10 354.1 5.70 95.2 0.327 33.99 8 355.0 5.67 95.2 0.330 33.99 11 356.0 5.65 95.2 0.334 33.98 13 357.0 5.70 95.2 0.334 33.99 7 358.0 5.70 95.2 0.323 33.99 12 359.0 5.70 95.2 0.331 33.99 11 360.0 5.70 95.3 0.327 33.99 10 360.9 5.70 95.3 0.321 34.00 10 362.0 5.69 95.2 0.325 34.00 11 363.0 5.68 95.2 0.328 34.00 11 364.0 5.67 95.2 0.321 34.00 13 365.0 5.66 95.2 0.331 34.00 13 366.0 5.64 95.2 0.326 34.00 11 367.0 5.56 95.2 0.334 34.00 8 367.9 5.52 95.2 0.322 33.98 10 369.0 5.49 95.2 0.321 33.98 10 369.9 5.47 95.2 0.322 33.97 9 371.0 5.45 95.2 0.321 33.98 12 372.1 5.41 95.2 0.324 33.97 8 373.0 5.41 95.2 0.325 33.97 9 374.0 5.43 95.2 0.329 33.97 11 375.0 5.44 95.2 0.322 33.97 9 376.0 5.41 95.2 0.321 33.97 10 377.0 5.41 95.2 0.320 33.97 13 378.0 5.33 95.2 0.332 33.96 9 378.9 5.27 95.2 0.334 33.96 8 380.0 5.25 95.2 0.334 33.95 12 380.9 5.21 95.2 0.334 33.96 7 381.9 5.18 95.2 0.334 33.95 12 383.0 5.18 95.2 0.334 33.95 12 384.0 5.20 95.2 0.332 33.95 9 385.0 5.19 95.2 0.329 33.95 8 385.9 5.17 95.2 0.327 33.95 9 387.0 5.15 95.2 0.330 33.95 11 388.0 5.14 95.2 0.327 33.95 9 389.0 5.15 95.2 0.327 33.95 10 390.0 5.14 95.2 0.324 33.95 13 390.9 5.13 95.2 0.321 33.95 8 391.9 5.11 95.2 0.321 33.95 14 393.0 5.11 95.2 0.321 33.95 8 394.0 5.11 95.2 0.331 33.95 9 395.0 5.12 95.2 0.324 33.95 9 396.0 5.13 95.2 0.321 33.96 11 396.9 5.12 95.2 0.321 33.96 8 397.9 5.12 95.2 0.321 33.96 9 399.0 5.12 95.2 0.321 33.96 9 400.0 5.13 95.2 0.321 33.96 11 401.0 5.13 95.2 0.324 33.96 14 401.9 5.14 95.2 0.334 33.96 10 403.0 5.13 95.2 0.334 33.96 9 404.0 5.12 95.2 0.334 33.96 10 405.0 5.11 95.2 0.334 33.97 8 406.0 5.09 95.2 0.330 33.97 10 407.0 5.09 95.2 0.321 33.97 12 408.0 5.09 95.2 0.330 33.97 11 409.1 5.09 95.2 0.328 33.97 9 410.0 5.09 95.2 0.321 33.97 13 411.0 5.08 95.2 0.321 33.97 10 412.0 5.08 95.2 0.319 33.97 10 413.0 5.09 95.2 0.321 33.97 8 414.0 5.10 95.2 0.321 33.98 10 415.0 5.10 95.2 0.321 33.98 11 416.0 5.10 95.2 0.321 33.98 10 417.1 5.10 95.2 0.321 33.98 9 418.1 5.10 95.2 0.333 33.99 10 418.9 5.10 95.2 0.334 33.99 9 419.9 5.07 95.2 0.325 33.99 7 421.0 5.07 95.2 0.321 33.99 10 422.0 5.08 95.2 0.322 33.99 12 423.0 5.07 95.2 0.330 33.99 11 424.0 5.04 95.2 0.334 33.99 11 424.9 5.03 95.2 0.331 33.99 9 426.0 5.02 95.2 0.321 33.99 9 427.0 5.01 95.2 0.321 33.99 9 428.0 5.01 95.2 0.331 34.00 10 429.1 5.01 95.2 0.326 34.00 11 429.9 5.01 95.2 0.328 34.00 11 430.9 5.00 95.2 0.331 34.00 9 432.0 4.98 95.2 0.334 34.00 10 433.0 4.98 95.2 0.334 34.00 9 434.0 4.98 95.2 0.333 34.00 11 435.1 4.99 95.2 0.330 34.00 7 436.0 4.99 95.3 0.321 34.00 11 437.0 4.99 95.3 0.323 34.01 14 438.0 4.98 95.3 0.321 34.01 8 439.0 4.96 95.2 0.321 34.01 11 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34.05 8 473.0 4.90 95.3 0.326 34.05 8 474.0 4.90 95.2 0.328 34.05 9 475.0 4.91 95.3 0.329 34.06 10 476.0 4.90 95.3 0.334 34.06 11 477.0 4.87 95.3 0.334 34.06 9 478.0 4.86 95.2 0.334 34.06 9 479.0 4.85 95.3 0.322 34.06 12 480.0 4.85 95.3 0.321 34.06 11 481.0 4.85 95.3 0.321 34.06 12 482.0 4.84 95.3 0.321 34.06 12 483.0 4.84 95.3 0.321 34.06 10 484.0 4.83 95.3 0.322 34.06 11 485.0 4.82 95.3 0.328 34.06 9 485.9 4.81 95.3 0.333 34.06 10 487.0 4.81 95.3 0.321 34.06 11 488.0 4.81 95.3 0.325 34.06 11 489.0 4.82 95.3 0.322 34.07 13 490.0 4.82 95.3 0.321 34.07 10 491.0 4.82 95.3 0.322 34.07 12 492.0 4.81 95.3 0.324 34.07 10 493.0 4.80 95.3 0.321 34.07 10 494.1 4.80 95.3 0.321 34.07 10 495.0 4.79 95.3 0.321 34.07 12 496.0 4.79 95.3 0.322 34.07 10 497.0 4.78 95.3 0.321 34.07 12 497.9 4.78 95.3 0.321 34.07 9 498.8 4.79 95.3 0.319 34.07 6