*2017/03/30 14:12:13.66 *IOS HEADER VERSION 2.0 2016/04/28 2016/06/13 IVF16 *COMMENTS DOWNCAST Alt S start position 49 16.02 N 127 47.27 W 01:44:45 09-30-1995 Alt S stop position 49 15.91 N 127 47.36 W 01:54:31 09-30-1995 *FILE START TIME : UTC 1995/09/30 01:44:45.520 END TIME : UTC 1995/09/30 01:54:31.730 NUMBER OF RECORDS : 502 DATA DESCRIPTION : CTD FILE TYPE : ASCII DATA TYPE : real*4 NUMBER OF CHANNELS : 5 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- ----------------------- ---------------- -------------- -------------- 1 Pressure decibar 0.9 501.6 2 Temperature 'deg C (IPTS68)' 4.7796 16.1776 3 Transmissivity %/metre 34.3 57.1 4 Salinity PSS-78 31.937 34.1085 5 Number_of_bin_records n/a 4 34 $END $TABLE: CHANNEL DETAIL ! No Pad Start Width Format Type Decimal_Places !--- ---- ----- ----- ------ ---- -------------- 1 -99 ' ' 7 F ' ' 1 2 -99 ' ' 9 F ' ' 4 3 -99 ' ' 6 F ' ' 1 4 -99 ' ' 9 F ' ' 4 5 -99 ' ' 5 I I 0 $END $REMARKS File name : 95300089.ACQ $END *ADMINISTRATION MISSION : 1995-30 AGENCY : IOS, Ocean Science and Productivity, Sidney, B.C. COUNTRY : Canada PROJECT : Laperouse, JGOFS SCIENTIST : Denman K.L. PLATFORM : John P. Tully *LOCATION GEOGRAPHIC AREA : Laperouse, WCVI STATION : LJ09 EVENT NUMBER : 89 LATITUDE : 49 16.02000 N ! (deg min) LONGITUDE : 127 47.27000 W ! (deg min) LATITUDE 2 : 49 15.91000 N ! (deg min) LONGITUDE 2 : 127 47.36000 W ! (deg min) WATER DEPTH : 2487 $REMARKS Station Latitude : 49 16.07 N Longitude : 127 47.33 W Depth : 999 $END *INSTRUMENT TYPE : Guildline WOCE CTD MODEL : WOCE SERIAL NUMBER : 59,901 $REMARKS Acquisition program : CTD.EXE version 1.42 CTD data type : 3 ! Guildline WOCE system Control String : Set by program GCTD $END *RAW START TIME : UTC 1995/09/30 01:44:45.520 END TIME : UTC 1995/09/30 01:54:31.730 TIME INCREMENT : 0 0 0 0 50 ! (day hr min sec ms) NUMBER OF RECORDS : 23212 $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 Transmissivity Percent_FS Temperature:Voltage_Reference n/a Temperature:thermistor1 n/a Temperature:thermistor2 n/a Time_stamp n/a Temperature:Analog_Probe n/a Temperature:digiquartz n/a $END $REMARKS The raw data channel order is not represented by the above table. $END *CALIBRATION $TABLE: RAW CHANNELS !Name Units Fmla Pad Coefficients !------------------------------- --------------- ---- ------ ------------ Temperature:Voltage_Reference n/a 10 n/a (-15600 1) Time_stamp none 10 n/a (0 1) Temperature:Analog_Probe n/a 10 n/a (-16480 1) Temperature:digiquartz n/a 10 n/a (0 1) Pressure dBars 10 -99 (0 1 0) Temperature 'DEG C (ITS68)' 10 -99 (-5.92425 0.38917E-04 0.48229E-13) Conductivity_ratio n/a 63 -99 (-0.519E-03 0.16918E-05 0.288885E-16) Transmissivity %/25cm 10 -99 (0 0.3052E-02) Temperature:thermistor1 'DEG C (ITS68)' 34 -99 (3591.57 -0.654089E-01 0.1017114E-02 0.2943959E-03 0.1568311E-06 0.22E-01) Temperature:thermistor2 'DEG C (ITS68)' 34 -99 (3628.5 -0.766183E-01 0.1045541E-02 0.2903017E-03 0.1588842E-06 0.21E-01) $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 PSS-78 11 ' ' (Pressure) (0.1805097E-01 -0.51919E-06) $END $REMARKS The following are the WOCE CTD temperature compensation values. Temperature Range 3900 4520 Zero Degrees C 3956 Cu Temperature .1240000E+01 .0000000E+00 Conductivity_Ratio -.4720000E+00 .0000000E+00 $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! ------------------------ ------ ---------- -------- --------- --------- ACQCONV 2.02 1996/02/10 15:54:04 23212 11579 CALIB 6.4 1996/02/11 13:22:44 11579 11579 DESPIKE 1.4 1996/02/25 14:38:38 11579 11579 TIMECOMP 2.2 1996/02/25 14:51:31 11579 11579 DELETE 4.3 1996/02/25 15:03:53 11579 9885 DESPIKE 1.4 1996/02/25 15:18:10 9885 9885 BOXCAR 2.3 1996/02/25 15:28:11 9885 9885 DERIVEDQ 2.0 1996/02/25 15:37:32 9885 9885 CTDEDIT 3.2 1996/02/26 18:57:44 9885 9885 BINAVE 1.3 1996/02/28 19:34:27 9885 502 CALIB 7.0 1996/02/28 20:04:52 502 502 REMOVECH 2.0 1996/02/28 20:14:40 502 502 HEADEDIT 1.1 1996/02/28 20:23:29 ' ' ' ' HDREDIT2 1.7 2003/09/16 14:17:56 ? ? CLEAN 4.4 2003/09/16 14:19:26 502 502 CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 15:09:12 502 502 HDREDIT2 3.1.1 2017/03/30 14:12:13 ? ? $END $REMARKS -The following CALIB parameters were used: Calibration type = R Salinity is computed Transmissivity converted to %/metre Pressure offset = 0.0 Calibration file = 9530RAW.CCF -The following DESPIKE parameters were used: DESPIKE TABLE CHANNEL FIT OVER- MIN MAX MIN MAX SPIKE WIDTH LAP VALUE VALUE STDDEV STDDEV TOL. -------------------- ----- ----- ------- ------- ------- ------- ----- PRESSURE 55 5 -2.00 3500.00 0.10000 999.000 3.00 TEMPERATURE 55 5 0.00 20.00 0.00500 999.000 3.00 CONDUCTIVITY_RATIO 55 5 0.60 1.00 0.00010 999.000 3.00 Transmissivity 55 5 0.00 85.00 0.10000 999.000 3.00 -The following TIMECOMP parameters were used: Temp. probe Dist (m): 0.0400 Sample period (sec): 0.0400 -The following DELETE parameters were used: Surface Record Removal: Low Sal & Last Press Min Maximum Surface Pressure (relative): 20.00 Minimum Surface Salinity: 25.000 Surface Swell Pressure Tolerance: 0.50 Pressure filtered over width: 11 Swells deleted. Warning message if pressure difference of 2.00 Drop rates< 0.50m/s (calculated over 11 points) will be deleted Sample interval = 0.05 seconds. -The following DESPIKE parameters were used: DESPIKE TABLE CHANNEL FIT OVER- MIN MAX MIN MAX SPIKE WIDTH LAP VALUE VALUE STDDEV STDDEV TOL. -------------------- ----- ----- ------- ------- ------- ------- ----- Salinity 21 3 0.00 35.00 0.01000 999.000 2.50 -The following FILTER parameters were used. Median filter was used. Filter width = 21 The following channel(s) were filtered. SALINITY -The following DERIVEQ parameters were used Reference channel for pressure is: Pressure Reference channel for temperature is: Temperature Reference channel for conductivity ratio is: Conductivity Reference channel for salinity is: Salinity Computed properties Derived Properties Ref Press Temp Type Replace ------------------ --------- --------- ------- Sigma-t 0.0 Insitu YES -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 = 9530COR.CCF -The following CHANNEL(S) were removed from file. CONDUCTIVITY_RATIO TEMPERATURE:THERMISTOR1 TEMPERATURE:THERMISTOR2 SIGMA-T 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: 2017/03/30 14:12:13 - none. $END !--1--- ---2---- --3-- ---4---- -5-- !Pressu Temperat Trans Salinity Numb !re ure missi er_o ! vity ~bin ! _rec ! ords !------ -------- ----- -------- ---- *END OF HEADER 0.9 16.1653 39.4 31.9370 7 2.1 16.1603 34.3 31.9383 21 3.0 16.1559 40.6 31.9406 24 4.0 16.1570 45.1 31.9415 24 4.8 16.1595 47.7 31.9430 18 6.0 16.1611 48.2 31.9444 18 7.0 16.1611 48.3 31.9446 24 8.0 16.1636 48.4 31.9456 29 9.2 16.1670 48.6 31.9503 21 10.0 16.1614 48.5 31.9501 33 11.1 16.1609 48.6 31.9515 15 12.0 16.1619 48.5 31.9503 21 13.0 16.1683 48.6 31.9514 23 14.0 16.1702 48.6 31.9528 23 15.1 16.1729 48.6 31.9530 26 16.1 16.1756 48.6 31.9551 20 17.0 16.1763 48.6 31.9567 23 17.9 16.1776 48.7 31.9585 8 19.0 16.1763 48.7 31.9610 21 20.1 16.1720 48.6 31.9619 24 21.0 16.1662 48.6 31.9638 16 22.0 16.1540 48.6 31.9689 21 23.0 16.0115 48.4 32.0528 25 24.4 15.3949 46.1 32.1319 5 25.0 15.3355 46.1 32.1517 21 26.0 14.9071 45.1 32.2174 31 27.2 13.9616 44.3 32.2839 4 28.0 13.7412 44.2 32.3162 15 29.2 13.5669 44.7 32.3123 17 30.0 13.4590 44.7 32.3108 25 30.8 13.0253 45.2 32.3479 22 32.2 12.6255 45.5 32.3623 15 33.0 12.3510 46.0 32.3678 28 33.9 12.0306 46.5 32.3864 9 35.0 11.5344 47.3 32.3975 29 36.0 11.2792 47.8 32.4149 28 36.5 11.1882 47.9 32.4191 5 38.2 10.7394 49.0 32.4440 14 38.9 10.6083 49.3 32.4514 27 40.0 10.4082 50.0 32.4586 22 41.0 10.2925 50.6 32.4725 28 42.0 9.9701 51.7 32.4881 30 43.0 9.8263 52.3 32.5040 26 44.0 9.6770 52.8 32.5089 23 44.9 9.5789 53.1 32.5056 22 46.3 9.3902 53.4 32.4877 11 47.0 9.3346 53.6 32.4784 24 48.0 9.2290 53.8 32.4732 20 49.0 9.1532 54.0 32.4844 23 50.0 9.1141 54.1 32.4998 30 50.8 9.0783 54.2 32.5288 16 52.2 9.0428 54.3 32.5242 16 53.0 9.0335 54.4 32.5196 25 54.0 9.0264 54.4 32.5178 26 55.0 8.9906 54.5 32.5344 34 56.0 8.9524 54.6 32.5554 25 57.0 8.9297 54.7 32.5562 25 57.7 8.8747 54.8 32.5562 12 59.0 8.7181 55.0 32.5574 22 60.0 8.6887 55.0 32.5727 22 61.0 8.6465 55.1 32.5957 26 62.0 8.6012 55.2 32.6149 23 62.9 8.5825 55.2 32.6149 24 64.3 8.4771 55.3 32.6149 14 65.0 8.4659 55.4 32.6149 28 66.0 8.4693 55.4 32.6149 24 67.0 8.4870 55.3 32.6168 17 68.0 8.4541 55.3 32.6317 19 69.0 8.3985 55.5 32.6512 20 70.1 8.3890 55.5 32.6610 28 70.9 8.4006 55.6 32.6826 28 72.0 8.3901 55.6 32.7006 21 73.0 8.3767 55.7 32.7086 21 74.0 8.3664 55.7 32.7151 25 75.0 8.3508 55.8 32.7253 27 76.0 8.3387 55.8 32.7333 22 77.0 8.2983 55.8 32.7657 17 78.0 8.2905 56.0 32.7810 16 79.0 8.3046 56.0 32.7927 17 80.0 8.3550 56.2 32.8212 21 81.0 8.3882 56.3 32.8644 30 82.0 8.3836 56.4 32.8840 25 83.0 8.3652 56.3 32.9019 20 84.0 8.3347 56.3 32.9194 20 84.9 8.3080 56.3 32.9228 19 86.0 8.3152 56.2 32.9341 16 87.0 8.2829 56.2 32.9504 16 88.1 8.2286 56.2 32.9654 16 89.1 8.2004 56.3 33.0182 23 89.8 8.1865 56.3 33.0306 16 90.9 8.1489 56.2 33.0534 17 92.0 8.1071 56.2 33.1318 14 93.0 8.0965 56.2 33.1777 15 94.0 8.0988 56.3 33.1944 19 95.0 8.1128 56.4 33.2123 23 96.0 8.1220 56.4 33.2318 26 97.0 8.1232 56.5 33.2446 23 98.0 8.1232 56.5 33.2507 24 99.0 8.1220 56.5 33.2545 21 100.0 8.1055 56.4 33.2763 16 101.0 8.0929 56.4 33.2892 15 102.0 8.0760 56.4 33.3050 18 102.9 8.0389 56.5 33.3232 19 104.0 8.0249 56.5 33.3265 22 105.0 8.0168 56.5 33.3330 19 106.0 7.9988 56.5 33.3439 19 107.0 7.9660 56.5 33.3591 22 108.0 7.9552 56.5 33.3637 16 109.0 7.9538 56.5 33.3636 16 110.0 7.9534 56.5 33.3633 15 111.0 7.9531 56.5 33.3636 21 111.8 7.9513 56.5 33.3642 14 113.0 7.9491 56.5 33.3638 19 114.0 7.9578 56.5 33.3728 15 115.0 7.9787 56.4 33.3974 14 116.0 7.9533 56.5 33.4176 18 117.0 7.9387 56.5 33.4241 26 117.9 7.9124 56.5 33.4334 20 119.0 7.7847 56.4 33.4330 17 120.0 7.7458 56.4 33.4285 15 121.0 7.6991 56.4 33.4354 17 122.0 7.6938 56.5 33.4402 23 123.0 7.6948 56.5 33.4430 31 124.0 7.6931 56.5 33.4426 22 125.0 7.7404 56.4 33.4478 20 126.0 7.7934 56.4 33.4746 16 127.0 7.8302 56.4 33.4934 15 128.0 7.8366 56.5 33.5092 17 129.0 7.7781 56.4 33.5388 19 130.0 7.7328 56.4 33.5633 22 131.0 7.7134 56.5 33.5721 24 132.0 7.6623 56.5 33.5913 28 133.0 7.6318 56.5 33.6050 26 134.0 7.6062 56.5 33.6158 17 135.0 7.5837 56.4 33.6326 14 136.0 7.5811 56.4 33.6447 15 137.0 7.5425 56.4 33.6636 14 138.0 7.5274 56.5 33.6689 17 139.0 7.5265 56.5 33.6695 22 139.9 7.5172 56.5 33.6802 27 141.2 7.4970 56.4 33.6881 15 142.0 7.4735 56.4 33.7106 15 142.9 7.4247 56.3 33.7387 14 144.0 7.3756 56.2 33.7587 12 145.0 7.3446 56.2 33.7631 11 146.0 7.3249 56.2 33.7746 12 147.0 7.3170 56.2 33.7798 15 148.0 7.3171 56.3 33.7817 25 149.3 7.3070 56.3 33.7856 13 149.9 7.3002 56.3 33.7879 19 151.0 7.2752 56.2 33.7954 20 152.0 7.1948 56.2 33.8014 20 153.0 7.1763 56.2 33.8039 15 154.0 7.1476 56.2 33.8045 15 155.0 7.1392 56.2 33.8036 15 156.0 7.1301 56.2 33.8036 17 157.0 7.1550 56.2 33.8076 29 158.2 7.1601 56.2 33.8122 11 159.0 7.1555 56.2 33.8161 18 160.0 7.1480 56.2 33.8188 14 161.0 7.1474 56.1 33.8226 13 162.0 7.1403 56.2 33.8259 15 163.0 7.1310 56.2 33.8260 17 164.0 7.1267 56.2 33.8269 25 165.0 7.1196 56.2 33.8276 23 166.0 7.1161 56.2 33.8273 20 167.0 7.1062 56.2 33.8276 18 168.0 7.0954 56.2 33.8316 22 169.0 7.0731 56.2 33.8361 27 170.0 7.0686 56.2 33.8371 24 171.0 7.0695 56.2 33.8398 20 172.0 7.0651 56.2 33.8413 14 173.0 7.0630 56.1 33.8418 15 174.0 7.0595 56.2 33.8426 15 175.0 7.0564 56.2 33.8438 19 176.0 7.0494 56.2 33.8458 24 177.0 7.0342 56.2 33.8501 28 178.0 7.0253 56.2 33.8508 28 179.0 7.0137 56.2 33.8538 20 180.0 6.9925 56.1 33.8577 18 181.0 6.9795 56.2 33.8592 14 182.0 6.9768 56.2 33.8595 15 183.0 6.9665 56.2 33.8632 18 184.0 6.9523 56.3 33.8645 28 185.0 6.9480 56.2 33.8641 26 185.9 6.9322 56.2 33.8663 21 187.0 6.9141 56.2 33.8685 17 188.0 6.8936 56.2 33.8718 18 189.0 6.8832 56.2 33.8730 18 190.0 6.8610 56.2 33.8774 16 190.9 6.8435 56.2 33.8797 15 192.0 6.8342 56.2 33.8793 19 193.0 6.8326 56.3 33.8793 24 194.0 6.8333 56.3 33.8804 26 195.0 6.8128 56.2 33.8851 23 196.0 6.7955 56.2 33.8847 18 197.0 6.7852 56.2 33.8863 24 198.0 6.7703 56.3 33.8896 26 199.0 6.7508 56.2 33.8929 23 200.0 6.7341 56.2 33.8942 17 201.0 6.7179 56.2 33.8971 13 202.0 6.7084 56.2 33.8971 15 203.0 6.7015 56.2 33.8963 19 204.0 6.6992 56.2 33.8961 27 205.0 6.6927 56.2 33.8964 27 206.0 6.6618 56.2 33.8971 17 207.0 6.6522 56.2 33.8945 16 208.0 6.6486 56.2 33.8947 16 209.0 6.6254 56.2 33.8971 18 210.0 6.5954 56.1 33.8961 20 211.0 6.5740 56.1 33.8961 25 212.0 6.5525 56.1 33.8969 26 213.1 6.5506 56.1 33.8961 22 214.0 6.5475 56.1 33.8962 21 215.0 6.5454 56.1 33.8964 15 216.0 6.5441 56.0 33.8970 14 217.0 6.5409 56.0 33.8973 13 218.0 6.5382 56.1 33.8975 16 219.0 6.5339 56.1 33.8982 21 220.0 6.5253 56.1 33.8999 29 221.0 6.5175 56.1 33.9003 22 222.0 6.5075 56.1 33.9010 16 223.0 6.4845 56.0 33.9040 16 224.1 6.4633 56.1 33.9039 19 225.1 6.4574 56.2 33.9022 25 226.0 6.4517 56.1 33.9030 23 227.0 6.4423 56.2 33.9028 24 228.0 6.4301 56.1 33.9043 16 229.0 6.4204 56.1 33.9045 16 230.0 6.4188 56.1 33.9038 16 231.0 6.4156 56.1 33.9042 19 232.0 6.4105 56.1 33.9043 22 233.0 6.4066 56.1 33.9064 24 234.0 6.4010 56.2 33.9075 20 235.0 6.3952 56.1 33.9074 22 236.0 6.3891 56.1 33.9085 18 237.0 6.3798 56.1 33.9102 19 238.0 6.3575 56.1 33.9113 17 239.0 6.3500 56.2 33.9115 24 240.0 6.3135 56.2 33.9124 29 241.0 6.3041 56.2 33.9093 20 242.0 6.3029 56.1 33.9091 19 243.0 6.2916 56.2 33.9114 22 244.0 6.2524 56.2 33.9127 21 245.0 6.2475 56.2 33.9103 23 246.0 6.2397 56.2 33.9117 20 247.0 6.1860 56.2 33.9155 19 248.0 6.1613 56.3 33.9132 20 249.0 6.1538 56.2 33.9120 18 250.0 6.1419 56.3 33.9128 22 251.0 6.1358 56.4 33.9155 21 252.0 6.1182 56.4 33.9166 26 253.0 6.1051 56.3 33.9151 21 254.0 6.0954 56.4 33.9143 17 255.0 6.0916 56.4 33.9138 19 256.0 6.0877 56.4 33.9142 19 257.0 6.0777 56.4 33.9165 16 258.0 6.0646 56.4 33.9180 17 259.0 6.0466 56.4 33.9185 20 260.0 6.0206 56.5 33.9182 30 261.0 6.0086 56.5 33.9172 25 262.0 5.9979 56.4 33.9165 19 263.0 5.9861 56.4 33.9176 17 264.0 5.9785 56.4 33.9189 15 265.0 5.9556 56.4 33.9234 18 266.0 5.9406 56.4 33.9218 26 267.0 5.9387 56.5 33.9209 25 267.9 5.9404 56.4 33.9230 21 269.0 5.9276 56.4 33.9252 15 270.0 5.9332 56.4 33.9286 14 271.0 5.9190 56.3 33.9345 16 272.0 5.9255 56.4 33.9344 21 273.0 5.9307 56.4 33.9366 26 274.0 5.9303 56.4 33.9372 20 275.0 5.9276 56.3 33.9380 17 276.0 5.9250 56.3 33.9381 17 277.0 5.9205 56.3 33.9386 17 278.0 5.9139 56.4 33.9394 21 279.0 5.8984 56.4 33.9398 24 280.0 5.8923 56.4 33.9391 34 281.0 5.8896 56.4 33.9394 23 282.0 5.8804 56.4 33.9410 17 283.0 5.8644 56.4 33.9417 13 284.0 5.8503 56.4 33.9398 14 285.0 5.8528 56.3 33.9395 15 286.0 5.8504 56.4 33.9407 18 287.0 5.8457 56.4 33.9409 20 288.0 5.8268 56.4 33.9426 22 289.0 5.7838 56.4 33.9416 18 290.0 5.7532 56.5 33.9376 21 290.9 5.7432 56.5 33.9362 19 292.0 5.7249 56.5 33.9363 26 293.0 5.7085 56.5 33.9340 17 294.0 5.7027 56.4 33.9328 15 295.0 5.6988 56.5 33.9326 22 296.0 5.6925 56.5 33.9324 26 297.0 5.6908 56.5 33.9318 20 298.0 5.6868 56.5 33.9317 17 299.0 5.6837 56.4 33.9316 18 300.0 5.6778 56.5 33.9322 21 300.9 5.6706 56.6 33.9325 25 302.0 5.6876 56.5 33.9345 26 303.0 5.6486 56.5 33.9473 17 304.0 5.5562 56.5 33.9355 14 305.0 5.5540 56.5 33.9278 13 306.0 5.5595 56.5 33.9270 14 307.0 5.5768 56.5 33.9277 16 308.0 5.6173 56.7 33.9365 28 309.0 5.6185 56.7 33.9420 21 310.0 5.6085 56.7 33.9436 24 311.0 5.5932 56.6 33.9438 16 312.0 5.5692 56.6 33.9468 15 313.0 5.5344 56.6 33.9452 22 314.0 5.5386 56.6 33.9421 17 315.0 5.5441 56.7 33.9451 16 316.0 5.5419 56.7 33.9452 23 317.0 5.5470 56.7 33.9459 25 317.9 5.5540 56.7 33.9506 24 319.0 5.5398 56.6 33.9574 15 320.0 5.5190 56.6 33.9582 14 321.0 5.4908 56.6 33.9609 14 322.0 5.4600 56.5 33.9609 17 323.0 5.4813 56.7 33.9562 21 324.0 5.4837 56.7 33.9576 25 325.0 5.4935 56.7 33.9587 33 326.0 5.4924 56.7 33.9626 24 327.0 5.4643 56.7 33.9634 17 328.0 5.4451 56.6 33.9614 15 329.0 5.4330 56.6 33.9610 13 330.0 5.4246 56.7 33.9637 15 331.0 5.4132 56.7 33.9643 19 332.0 5.3982 56.7 33.9605 23 333.0 5.3906 56.7 33.9600 22 334.0 5.3869 56.7 33.9590 28 335.0 5.3831 56.8 33.9588 20 335.9 5.3761 56.7 33.9593 18 337.0 5.3678 56.7 33.9603 14 338.0 5.3631 56.7 33.9605 13 339.0 5.3592 56.7 33.9609 16 340.0 5.3575 56.7 33.9609 16 341.0 5.3543 56.8 33.9610 24 342.0 5.3518 56.8 33.9609 25 343.0 5.3488 56.8 33.9613 28 344.0 5.3460 56.8 33.9619 20 345.0 5.3357 56.8 33.9636 20 346.0 5.3239 56.8 33.9651 15 347.0 5.3155 56.7 33.9648 16 348.0 5.3125 56.7 33.9652 13 349.0 5.3057 56.7 33.9658 15 350.0 5.3035 56.8 33.9659 15 351.0 5.2997 56.8 33.9668 20 352.0 5.2938 56.8 33.9679 27 353.0 5.2870 56.8 33.9692 22 354.0 5.2742 56.8 33.9708 19 355.0 5.2632 56.8 33.9695 24 356.0 5.2620 56.8 33.9694 28 357.0 5.2610 56.8 33.9703 21 358.0 5.2575 56.7 33.9707 16 359.0 5.2571 56.7 33.9706 14 360.0 5.2477 56.7 33.9710 15 361.0 5.2254 56.8 33.9709 15 362.0 5.2070 56.8 33.9682 23 363.0 5.1782 56.8 33.9663 22 364.0 5.1676 56.8 33.9625 20 365.0 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33.9987 17 400.0 5.0397 56.9 33.9993 14 401.0 5.0364 56.9 34.0000 17 402.0 5.0353 57.0 34.0010 23 403.0 5.0344 57.0 34.0031 20 404.0 5.0321 57.0 34.0037 28 405.0 5.0284 57.0 34.0041 23 405.9 4.9946 56.9 34.0058 18 407.0 4.9779 56.9 34.0028 16 408.0 4.9855 56.9 34.0076 16 409.0 4.9853 57.0 34.0088 17 410.0 4.9851 57.0 34.0090 18 411.0 4.9849 57.0 34.0093 20 412.0 4.9809 57.0 34.0116 16 413.0 4.9771 57.0 34.0128 16 414.0 4.9759 57.0 34.0130 16 415.0 4.9720 57.0 34.0146 19 416.0 4.9664 57.0 34.0158 22 417.0 4.9610 57.1 34.0170 30 418.0 4.9633 57.0 34.0173 27 419.0 4.9783 57.0 34.0197 19 420.0 4.9729 57.0 34.0226 15 421.0 4.9684 57.0 34.0229 13 422.0 4.9581 57.0 34.0233 14 423.0 4.9484 57.0 34.0230 15 424.0 4.9443 57.1 34.0229 17 425.0 4.9433 57.1 34.0234 24 426.0 4.9386 57.1 34.0242 25 427.0 4.9291 57.1 34.0245 24 428.0 4.9382 57.0 34.0258 18 429.0 4.9441 57.0 34.0297 16 430.0 4.9398 57.0 34.0318 17 431.0 4.9225 57.0 34.0329 15 432.0 4.9099 57.0 34.0310 17 433.0 4.9086 57.1 34.0302 17 434.0 4.9129 57.1 34.0309 23 435.0 4.9142 57.1 34.0317 24 436.0 4.9202 57.1 34.0324 19 437.0 4.9289 57.0 34.0363 18 438.0 4.9265 57.1 34.0387 20 439.0 4.9238 57.1 34.0392 23 440.0 4.9215 57.0 34.0399 19 441.0 4.9248 57.0 34.0402 18 442.0 4.9404 57.0 34.0445 17 443.0 4.9391 57.1 34.0474 24 444.0 4.9342 57.1 34.0486 19 444.9 4.9299 57.0 34.0502 19 446.0 4.9272 57.0 34.0516 15 447.0 4.9264 57.0 34.0527 15 448.0 4.9249 57.0 34.0535 18 449.0 4.9217 57.0 34.0547 18 450.0 4.9174 57.0 34.0556 21 451.0 4.9125 57.1 34.0559 21 452.0 4.9064 57.1 34.0559 23 453.0 4.8966 57.1 34.0562 21 454.0 4.8927 57.1 34.0563 18 455.0 4.9041 57.1 34.0597 15 456.0 4.9139 57.0 34.0651 17 457.0 4.9139 57.0 34.0667 17 458.0 4.9135 57.1 34.0674 21 459.0 4.9160 57.0 34.0679 24 460.0 4.9157 57.1 34.0720 18 461.0 4.9002 57.0 34.0740 18 462.0 4.8888 57.0 34.0715 18 463.0 4.8928 57.1 34.0705 20 464.0 4.8963 57.1 34.0726 21 465.0 4.8889 57.1 34.0737 18 466.0 4.8933 57.1 34.0745 17 467.0 4.8952 57.1 34.0770 15 468.0 4.8955 57.1 34.0781 18 469.0 4.8911 57.1 34.0793 21 470.0 4.8877 57.1 34.0793 19 471.0 4.8824 57.1 34.0799 24 472.0 4.8785 57.1 34.0816 26 473.0 4.8759 57.1 34.0833 26 474.0 4.8729 57.1 34.0844 18 475.0 4.8749 57.0 34.0849 16 476.0 4.8755 57.0 34.0873 14 477.0 4.8774 57.0 34.0878 15 478.0 4.8776 57.1 34.0885 16 479.0 4.8763 57.1 34.0891 19 480.0 4.8731 57.1 34.0899 21 481.0 4.8709 57.0 34.0904 18 482.0 4.8664 57.1 34.0925 19 483.0 4.8655 57.1 34.0936 24 484.0 4.8654 57.1 34.0939 27 485.0 4.8632 57.1 34.0946 21 485.9 4.8591 57.1 34.0953 20 487.0 4.8563 57.1 34.0957 16 488.0 4.8528 57.1 34.0963 15 489.0 4.8521 57.1 34.0967 18 490.0 4.8516 57.1 34.0972 21 491.0 4.8494 57.1 34.0979 21 492.0 4.8469 57.1 34.0983 23 493.0 4.8444 57.1 34.0998 27 494.0 4.8389 57.1 34.1008 20 495.0 4.8351 57.1 34.1012 16 496.0 4.8238 57.0 34.1022 17 497.0 4.8151 57.0 34.1029 16 498.1 4.8066 57.1 34.1044 23 499.1 4.8010 57.1 34.1050 14 500.0 4.7937 57.0 34.1053 22 501.0 4.7858 57.1 34.1071 30 501.6 4.7796 57.1 34.1085 10