*2017/03/30 14:12:14.60 *IOS HEADER VERSION 2.0 2016/04/28 2016/06/13 IVF16 *COMMENTS ROSETTE Alt S start position 49 17.53 N 127 10.48 W 04:58:56 10-01-1995 Alt S stop position 49 17.59 N 127 10.40 W 05:09:04 10-01-1995 *FILE START TIME : UTC 1995/10/01 04:58:56.350 END TIME : UTC 1995/10/01 05:09:04.320 NUMBER OF RECORDS : 470 DATA DESCRIPTION : CTD FILE TYPE : ASCII DATA TYPE : real*4 NUMBER OF CHANNELS : 5 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- ----------------------- ---------------- -------------- -------------- 1 Pressure decibar 1.4 469.5 2 Temperature 'deg C (IPTS68)' 5.2529 16.268 3 Transmissivity %/metre 42.5 56.4 4 Salinity PSS-78 31.9185 34.0347 5 Number_of_bin_records n/a 3 31 $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 : 95300116.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 : LH06 EVENT NUMBER : 116 LATITUDE : 49 17.53000 N ! (deg min) LONGITUDE : 127 10.48000 W ! (deg min) LATITUDE 2 : 49 17.59000 N ! (deg min) LONGITUDE 2 : 127 10.40000 W ! (deg min) WATER DEPTH : 492 $REMARKS Station Latitude : 49 17.60 N Longitude : 127 10.40 W Depth : 490 $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 1995/10/01 04:58:56.350 END TIME : UTC 1995/10/01 05:09:04.320 TIME INCREMENT : 0 0 0 0 50 ! (day hr min sec ms) NUMBER OF RECORDS : 24057 $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 16:06:00 24057 12001 CALIB 6.4 1996/02/11 13:29:25 12001 12001 DESPIKE 1.4 1996/02/25 14:41:32 12001 12001 TIMECOMP 2.2 1996/02/25 14:53:30 12001 12001 DELETE 4.3 1996/02/25 15:06:09 12001 8051 DESPIKE 1.4 1996/02/25 15:20:22 8051 8051 BOXCAR 2.3 1996/02/25 15:29:46 8051 8051 DERIVEDQ 2.0 1996/02/25 15:39:52 8051 8051 CTDEDIT 3.2 1996/02/26 19:24:16 8051 8051 BINAVE 1.3 1996/02/28 19:35:22 8051 470 CALIB 7.0 1996/02/28 20:05:08 470 470 REMOVECH 2.0 1996/02/28 20:14:50 470 470 HEADEDIT 1.1 1996/02/28 20:23:47 ' ' ' ' HDREDIT2 1.7 2003/09/16 14:17:59 ? ? CLEAN 4.4 2003/09/16 14:19:29 470 470 CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 15:09:13 470 470 HDREDIT2 3.1.1 2017/03/30 14:12:14 ? ? $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 14:12:14 - none. $END !--1--- ---2---- --3-- ---4---- -5-- !Pressu Temperat Trans Salinity Numb !re ure missi er_o ! vity ~bin ! _rec ! ords !------ -------- ----- -------- ---- *END OF HEADER 1.4 16.2613 46.6 31.9187 8 2.1 16.2641 45.5 31.9185 11 3.0 16.2668 46.2 31.9187 17 4.0 16.2670 48.9 31.9197 23 5.1 16.2666 50.1 31.9206 20 6.0 16.2680 50.1 31.9203 22 6.9 16.2667 50.1 31.9203 22 8.0 16.2659 50.1 31.9205 29 9.0 16.2650 50.1 31.9206 24 10.0 16.2631 50.1 31.9206 26 11.0 16.2657 50.2 31.9207 29 11.6 16.2663 50.2 31.9203 5 13.1 16.2659 50.2 31.9200 20 14.0 16.2637 50.1 31.9210 23 15.0 16.2628 50.1 31.9210 20 15.9 16.2649 50.1 31.9206 16 17.0 16.2663 50.1 31.9205 15 18.0 16.2664 50.2 31.9208 17 19.0 16.2547 50.3 31.9259 27 19.9 16.1025 50.2 31.9750 15 21.0 15.0414 49.7 32.2161 11 22.0 13.4347 46.8 32.3861 11 23.0 12.5554 44.6 32.3992 10 24.0 12.2325 43.3 32.3823 12 25.1 12.0268 42.8 32.4005 15 25.9 11.7749 43.5 32.4192 17 26.9 11.5487 43.2 32.4179 10 28.0 11.3375 43.4 32.4134 9 29.0 11.2446 42.5 32.4137 9 30.0 11.1379 43.0 32.4144 11 31.1 11.0923 43.6 32.4164 22 32.0 11.1189 43.7 32.4365 15 33.0 10.6898 43.9 32.4643 10 34.0 10.5482 45.7 32.4389 12 35.0 10.5044 46.4 32.4382 13 36.1 10.4713 46.9 32.4448 22 37.1 10.4478 46.1 32.4499 14 38.0 10.2201 47.1 32.4698 20 39.0 10.0434 50.2 32.4970 21 40.0 9.9617 50.9 32.5190 17 41.0 9.7204 51.4 32.5396 16 42.0 9.5757 52.1 32.5416 16 43.0 9.4575 52.5 32.5439 20 44.0 9.3904 52.7 32.5451 22 45.3 9.1558 52.8 32.5305 9 46.0 9.1458 53.2 32.5204 17 47.0 9.1031 53.3 32.5182 16 48.0 9.0635 53.5 32.5161 16 49.1 9.0486 53.6 32.5153 23 50.1 9.0358 53.7 32.5157 28 51.0 9.0245 53.7 32.5136 24 52.0 8.9881 53.8 32.5117 20 53.0 8.8838 54.1 32.5190 20 54.0 8.8349 54.4 32.5224 26 54.9 8.8184 54.4 32.5219 27 56.0 8.7651 54.6 32.5306 25 56.9 8.7165 54.8 32.5414 20 58.0 8.7032 54.8 32.5372 23 59.0 8.6959 54.8 32.5370 14 60.0 8.6829 54.8 32.5389 15 61.0 8.6531 55.0 32.5425 16 61.8 8.6298 55.1 32.5553 16 63.1 8.5891 55.2 32.5680 12 64.0 8.5009 55.3 32.5814 15 65.0 8.4762 55.4 32.5812 18 65.8 8.4676 55.5 32.5826 12 67.0 8.4504 55.5 32.5853 20 68.0 8.4050 55.4 32.5937 15 69.0 8.3317 55.5 32.6067 11 70.0 8.2490 55.7 32.6147 13 71.1 8.2018 55.8 32.6197 24 72.1 8.1689 55.6 32.6427 12 73.0 8.1154 55.9 32.6649 15 74.0 8.1046 56.0 32.6693 12 75.0 8.0798 56.0 32.6840 12 76.0 8.0174 56.1 32.7713 14 77.0 7.9994 56.2 32.8031 18 77.7 7.9961 56.2 32.8168 11 79.2 7.9997 56.3 32.8199 19 80.0 8.0035 56.3 32.8320 20 81.0 7.9893 56.2 32.8733 18 82.0 7.9700 56.2 32.9010 14 83.0 7.9654 56.2 32.9032 15 84.0 7.9589 56.2 32.9095 15 85.0 7.9550 56.2 32.9148 15 86.0 7.9515 56.2 32.9240 19 87.1 7.9394 56.3 32.9472 24 88.0 7.9373 56.3 32.9526 15 88.9 7.9354 56.2 32.9537 14 90.0 7.9223 56.1 32.9611 11 91.1 7.8852 56.1 32.9917 9 92.0 7.8671 56.1 33.0079 8 93.0 7.8393 56.1 33.0372 11 94.1 7.8315 56.3 33.0511 19 95.1 7.8560 56.3 33.0533 17 96.0 7.8313 56.3 33.0580 19 97.0 7.8092 56.3 33.0651 17 98.0 7.8069 56.3 33.0684 19 99.0 7.7953 56.3 33.0736 17 100.0 7.7804 56.2 33.0764 16 101.0 7.7751 56.2 33.0804 19 102.0 7.7710 56.2 33.0955 18 102.9 7.7485 56.3 33.1588 18 104.0 7.7717 56.3 33.1967 21 104.8 7.7935 56.4 33.2045 16 105.9 7.9636 56.3 33.2395 16 107.0 8.0390 56.1 33.3125 10 107.9 8.0667 56.1 33.3328 9 109.0 8.0739 56.0 33.3716 10 110.1 8.0563 56.1 33.4107 9 111.0 8.0315 56.3 33.4431 14 111.9 8.0145 56.4 33.4535 19 113.0 8.0222 56.3 33.4537 18 114.0 7.9765 56.3 33.4668 14 115.0 7.9427 56.2 33.4969 14 116.0 7.8868 56.2 33.5388 13 117.0 7.8522 56.2 33.5627 11 118.0 7.8124 56.2 33.5875 11 119.0 7.7819 56.2 33.6039 12 120.0 7.7306 56.2 33.6360 14 120.9 7.7615 56.2 33.6137 19 122.0 7.7116 56.2 33.6425 13 123.0 7.6646 56.2 33.6581 13 124.0 7.6619 56.2 33.6600 12 125.0 7.6455 56.3 33.6655 16 126.0 7.6322 56.3 33.6690 17 126.9 7.6128 56.3 33.6792 15 128.1 7.5530 56.3 33.6980 17 129.0 7.5329 56.3 33.7010 15 130.1 7.5277 56.4 33.7018 31 131.2 7.5278 56.3 33.7010 12 131.9 7.5234 56.3 33.7032 21 133.0 7.5139 56.2 33.7104 14 134.0 7.5091 56.3 33.7168 12 135.0 7.4898 56.3 33.7324 12 136.0 7.4741 56.2 33.7448 15 137.0 7.4740 56.2 33.7478 23 138.1 7.4827 56.2 33.7456 17 139.0 7.4745 56.2 33.7503 14 140.0 7.4698 56.1 33.7554 12 141.0 7.4654 56.1 33.7575 11 142.0 7.4568 56.1 33.7642 11 143.0 7.4460 56.1 33.7703 14 144.0 7.4285 56.1 33.7762 14 145.0 7.4210 56.2 33.7806 18 145.9 7.4046 56.2 33.7863 23 147.0 7.3962 56.0 33.7878 10 148.0 7.3695 55.9 33.7887 8 149.0 7.3600 55.8 33.7905 6 150.0 7.3166 55.8 33.7993 7 151.0 7.2835 55.9 33.8032 8 152.0 7.2735 56.0 33.8084 10 153.1 7.2657 56.3 33.8140 19 153.9 7.3196 56.2 33.7980 17 155.0 7.2921 56.2 33.8114 14 156.0 7.2274 56.0 33.8323 10 157.0 7.2221 56.0 33.8340 14 158.0 7.2180 56.0 33.8362 12 159.0 7.2050 56.0 33.8428 18 160.0 7.1178 56.1 33.8620 28 160.9 7.1011 56.2 33.8597 19 162.0 7.0994 56.1 33.8662 13 163.0 7.0837 56.1 33.8769 12 164.0 7.0837 55.9 33.8853 13 164.9 7.0797 55.9 33.8904 17 165.9 7.0830 55.9 33.8905 10 167.0 7.0694 55.4 33.8931 8 167.9 7.0652 55.3 33.8935 7 169.0 7.0592 55.2 33.8948 8 170.0 7.0427 55.3 33.9000 10 171.0 7.0300 55.5 33.9051 15 172.0 7.0437 55.7 33.9007 31 173.0 7.0324 55.6 33.9036 13 174.0 6.9994 55.4 33.9110 14 174.9 6.9836 55.3 33.9122 14 176.0 6.9677 55.3 33.9136 12 177.0 6.9602 55.3 33.9161 13 178.0 6.9222 55.3 33.9219 18 178.7 6.9139 55.4 33.9223 14 180.0 6.8737 55.3 33.9260 14 180.9 6.8381 55.0 33.9261 10 182.0 6.8302 54.7 33.9256 10 183.0 6.8098 54.4 33.9261 7 184.0 6.7981 54.0 33.9246 10 185.0 6.7948 54.0 33.9240 10 186.0 6.7947 54.1 33.9239 15 187.1 6.7939 54.0 33.9240 27 188.0 6.7962 54.2 33.9230 19 189.0 6.7896 53.7 33.9228 14 190.0 6.7869 53.4 33.9218 14 191.0 6.7850 53.3 33.9214 14 192.0 6.7822 53.1 33.9216 16 192.9 6.7808 53.1 33.9213 19 194.1 6.7782 53.1 33.9210 13 195.0 6.7782 52.8 33.9205 21 196.0 6.7792 52.8 33.9207 19 197.0 6.7773 52.7 33.9205 20 198.0 6.7752 52.5 33.9200 17 199.0 6.7747 52.4 33.9198 19 200.0 6.7740 52.5 33.9198 20 200.8 6.7684 52.3 33.9198 11 202.0 6.7649 51.9 33.9191 23 203.0 6.7638 51.8 33.9191 16 204.0 6.7649 51.8 33.9191 16 205.0 6.7651 52.0 33.9193 14 206.0 6.7634 51.9 33.9194 18 207.0 6.7628 51.9 33.9195 24 208.3 6.7623 51.9 33.9195 8 208.9 6.7613 51.9 33.9199 20 210.0 6.7532 51.7 33.9206 18 211.0 6.7513 51.7 33.9204 14 212.0 6.7508 51.7 33.9206 17 213.0 6.7491 51.8 33.9210 18 213.8 6.7488 51.9 33.9208 16 215.0 6.7490 51.9 33.9207 23 216.0 6.7477 51.8 33.9208 16 217.0 6.7472 51.8 33.9206 17 218.0 6.7477 51.8 33.9207 25 219.0 6.7482 51.9 33.9207 3 219.9 6.7450 51.7 33.9204 24 221.0 6.7449 51.6 33.9206 19 222.0 6.7434 51.6 33.9209 19 223.1 6.7417 51.6 33.9210 25 224.0 6.7408 51.6 33.9209 11 225.0 6.7403 51.5 33.9208 24 226.0 6.7375 51.6 33.9213 19 227.0 6.7347 51.5 33.9218 14 228.0 6.7291 51.5 33.9223 16 229.0 6.7272 51.6 33.9223 16 230.0 6.7272 51.6 33.9223 21 230.8 6.7273 51.7 33.9222 16 232.0 6.7271 51.6 33.9219 17 233.0 6.7275 51.6 33.9217 14 234.0 6.7276 51.5 33.9217 12 235.0 6.7254 51.6 33.9224 13 236.1 6.7129 51.6 33.9244 15 237.0 6.7035 51.6 33.9259 26 237.9 6.6996 51.4 33.9240 15 239.0 6.6993 51.4 33.9237 13 240.0 6.6988 51.3 33.9238 12 241.0 6.6991 51.4 33.9238 13 242.1 6.7003 51.5 33.9237 22 243.0 6.7007 51.4 33.9236 21 243.9 6.6996 51.4 33.9236 18 245.0 6.6990 51.4 33.9235 17 246.0 6.7004 51.5 33.9237 22 247.0 6.7022 51.6 33.9234 26 248.0 6.7022 51.5 33.9236 23 249.0 6.6940 51.4 33.9261 23 250.0 6.6839 51.5 33.9271 26 251.0 6.6663 51.5 33.9289 24 252.1 6.6616 51.6 33.9286 28 253.0 6.6609 51.5 33.9288 24 254.0 6.6526 51.6 33.9282 21 255.0 6.6540 51.5 33.9275 17 256.0 6.6566 51.5 33.9271 19 257.0 6.6510 51.6 33.9283 29 258.0 6.6469 51.6 33.9287 26 259.0 6.6417 51.6 33.9284 23 260.0 6.6423 51.6 33.9276 15 261.0 6.6369 51.5 33.9283 19 262.1 6.6130 51.9 33.9332 26 263.0 6.6023 52.2 33.9363 28 264.0 6.5912 52.3 33.9362 20 265.0 6.5628 52.7 33.9372 21 266.0 6.5526 52.9 33.9368 18 267.0 6.5495 53.0 33.9367 19 268.0 6.5486 53.0 33.9364 21 269.0 6.5475 53.0 33.9363 18 270.0 6.5419 53.2 33.9375 20 270.9 6.5320 53.2 33.9383 23 272.2 6.5228 53.4 33.9389 13 273.0 6.5081 53.2 33.9399 16 274.0 6.4975 53.2 33.9394 14 275.0 6.4915 53.1 33.9393 11 276.0 6.4735 53.1 33.9415 16 277.0 6.4393 53.0 33.9449 20 278.0 6.4309 53.0 33.9455 22 278.9 6.4301 53.0 33.9420 22 280.0 6.4244 53.1 33.9428 28 280.9 6.4067 53.3 33.9479 16 282.0 6.3730 53.3 33.9466 20 283.0 6.3629 53.3 33.9452 14 284.0 6.3185 53.4 33.9514 15 285.0 6.2997 53.7 33.9497 16 286.0 6.3006 53.8 33.9490 21 286.7 6.2953 53.9 33.9492 14 288.0 6.2932 53.9 33.9479 21 289.0 6.2928 53.9 33.9472 17 290.0 6.2861 53.9 33.9501 13 291.0 6.2228 54.7 33.9599 13 292.0 6.1880 55.2 33.9590 15 293.0 6.1779 55.1 33.9575 19 294.0 6.1730 55.1 33.9577 25 294.9 6.1730 55.2 33.9563 18 296.3 6.1591 55.0 33.9544 10 297.0 6.1529 54.7 33.9531 21 297.9 6.1445 54.5 33.9530 14 298.9 6.1434 54.5 33.9524 11 300.0 6.1391 54.5 33.9524 12 301.0 6.1310 54.6 33.9537 11 302.0 6.1104 54.7 33.9560 12 303.0 6.0920 54.8 33.9561 23 304.0 6.0938 54.3 33.9557 15 305.0 6.0808 54.5 33.9556 10 306.0 6.0715 54.5 33.9552 12 307.0 6.0655 54.5 33.9549 13 308.0 6.0627 54.7 33.9548 18 309.0 6.0586 54.7 33.9557 30 309.8 6.0551 54.7 33.9550 22 311.1 6.0470 54.6 33.9563 17 312.0 5.9995 54.6 33.9607 14 313.1 5.9804 54.5 33.9587 12 314.0 5.9757 54.5 33.9575 11 315.0 5.9733 54.6 33.9575 14 316.0 5.9730 54.6 33.9574 20 316.8 5.9747 54.6 33.9571 15 317.9 5.9748 54.6 33.9568 21 319.0 5.9743 54.5 33.9567 18 320.0 5.9744 54.5 33.9567 16 321.0 5.9751 54.4 33.9568 20 321.8 5.9754 54.5 33.9571 18 323.1 5.9755 54.5 33.9573 16 324.0 5.9760 54.6 33.9579 17 325.0 5.9756 54.8 33.9599 15 326.0 5.9659 55.3 33.9622 15 327.0 5.9600 55.5 33.9622 19 327.7 5.9587 55.6 33.9623 16 329.0 5.9559 55.6 33.9617 17 330.0 5.9546 55.5 33.9616 14 331.0 5.9506 55.5 33.9620 13 332.0 5.9455 55.5 33.9623 14 333.0 5.9349 55.6 33.9638 21 333.9 5.9315 55.6 33.9640 12 335.0 5.9269 55.6 33.9642 18 336.0 5.9219 55.7 33.9643 17 337.1 5.9215 55.7 33.9643 27 337.9 5.9215 55.7 33.9641 10 339.0 5.9213 55.6 33.9637 19 340.0 5.9218 55.7 33.9635 16 341.0 5.9220 55.6 33.9636 14 342.0 5.9207 55.6 33.9637 22 342.9 5.9185 55.7 33.9642 24 344.0 5.9099 55.7 33.9648 18 345.0 5.8975 55.6 33.9651 16 346.0 5.8858 55.5 33.9659 16 346.8 5.8828 55.5 33.9657 20 348.0 5.8790 55.3 33.9643 18 349.0 5.8775 55.2 33.9636 12 350.0 5.8764 55.1 33.9635 13 351.0 5.8743 55.1 33.9638 12 352.0 5.8728 55.1 33.9641 17 352.9 5.8732 55.2 33.9641 24 354.0 5.8711 55.1 33.9636 12 355.0 5.8692 54.9 33.9635 10 356.0 5.8650 54.8 33.9633 10 357.0 5.8641 54.9 33.9633 11 358.0 5.8633 54.9 33.9636 11 359.0 5.8590 55.0 33.9650 26 360.0 5.8596 54.9 33.9646 18 361.0 5.8544 54.9 33.9646 14 362.0 5.8519 55.1 33.9655 17 363.0 5.8372 55.0 33.9684 19 364.0 5.8225 54.7 33.9695 20 365.0 5.8055 54.7 33.9719 25 366.0 5.7878 54.8 33.9732 26 367.0 5.7812 54.7 33.9719 24 368.0 5.7801 54.8 33.9716 26 369.0 5.7795 54.7 33.9712 26 370.0 5.7785 54.7 33.9713 19 371.0 5.7749 54.7 33.9723 15 372.0 5.7732 54.7 33.9728 18 372.9 5.7734 54.8 33.9731 25 374.1 5.7727 54.7 33.9730 15 375.0 5.7725 54.7 33.9729 16 376.0 5.7695 54.7 33.9741 17 377.1 5.7643 54.7 33.9751 23 378.0 5.7594 54.8 33.9758 16 379.0 5.7534 54.7 33.9758 19 380.0 5.7508 54.6 33.9757 16 381.0 5.7484 54.6 33.9758 13 382.0 5.7465 54.6 33.9763 15 383.1 5.7433 54.6 33.9770 24 383.8 5.7424 54.6 33.9775 12 384.9 5.7225 54.6 33.9814 24 386.0 5.7160 54.6 33.9804 18 387.0 5.7132 54.5 33.9804 14 388.0 5.7056 54.5 33.9813 17 389.0 5.6996 54.4 33.9828 28 390.0 5.7005 54.5 33.9821 24 391.0 5.6941 54.5 33.9828 20 392.1 5.6931 54.5 33.9846 30 393.0 5.6857 54.4 33.9845 25 394.0 5.6832 54.4 33.9846 19 395.0 5.6824 54.3 33.9844 16 396.0 5.6825 54.3 33.9844 16 397.0 5.6779 54.4 33.9853 24 398.3 5.6767 54.3 33.9852 9 399.0 5.6785 54.3 33.9847 18 400.0 5.6788 54.3 33.9849 20 401.0 5.6700 54.3 33.9874 21 402.0 5.6645 54.2 33.9882 19 403.0 5.6625 54.1 33.9884 27 403.8 5.6586 54.1 33.9891 13 404.9 5.6572 54.0 33.9884 20 406.0 5.6514 54.0 33.9899 15 407.0 5.6443 54.0 33.9913 12 408.0 5.6201 54.0 33.9949 15 409.0 5.6197 54.1 33.9935 21 410.0 5.6194 54.1 33.9951 19 411.0 5.5826 54.1 33.9998 23 412.0 5.5794 54.1 33.9997 25 413.0 5.5952 54.0 33.9947 17 414.0 5.5968 54.0 33.9945 13 415.0 5.5896 53.9 33.9970 14 416.1 5.5807 54.0 33.9980 20 416.9 5.5825 53.8 33.9978 15 418.0 5.5468 53.8 34.0041 12 419.0 5.5263 53.9 34.0049 10 420.0 5.5251 53.9 34.0048 12 421.1 5.5146 54.1 34.0054 22 422.1 5.5231 53.8 34.0066 19 423.0 5.5060 54.0 34.0081 21 424.0 5.4831 54.2 34.0123 30 425.0 5.4721 54.3 34.0099 21 426.0 5.4668 54.4 34.0089 19 427.0 5.4547 54.5 34.0099 28 428.0 5.4455 54.7 34.0112 26 429.0 5.4378 54.7 34.0092 22 430.0 5.4369 54.8 34.0088 19 430.9 5.4354 54.8 34.0091 26 432.1 5.4232 54.8 34.0087 15 433.0 5.4167 54.9 34.0077 16 434.0 5.3942 55.2 34.0086 13 435.0 5.3843 55.3 34.0082 14 436.1 5.3803 55.4 34.0082 27 437.3 5.3810 55.4 34.0090 9 438.0 5.3681 55.2 34.0092 20 439.0 5.3577 55.4 34.0102 22 439.8 5.3437 55.5 34.0146 19 441.1 5.3394 55.3 34.0151 18 442.0 5.3329 55.2 34.0152 17 443.0 5.3239 55.1 34.0169 14 444.0 5.3173 55.1 34.0175 16 444.9 5.3048 55.3 34.0199 26 446.0 5.3013 55.3 34.0188 20 447.0 5.2978 55.3 34.0187 17 448.0 5.2873 55.2 34.0219 21 449.0 5.2890 55.1 34.0225 24 450.0 5.2879 54.8 34.0243 20 451.0 5.2869 54.7 34.0257 26 452.0 5.2880 54.7 34.0260 24 453.0 5.2887 54.5 34.0266 21 453.9 5.2885 54.6 34.0268 19 455.0 5.2868 54.4 34.0273 23 456.0 5.2793 54.3 34.0300 17 457.0 5.2724 54.3 34.0316 15 458.0 5.2683 54.2 34.0320 13 459.0 5.2630 54.3 34.0328 19 459.8 5.2554 54.5 34.0347 16 461.0 5.2529 54.4 34.0333 20 462.0 5.2548 54.4 34.0331 17 463.0 5.2554 54.3 34.0333 16 464.0 5.2559 54.3 34.0334 20 465.0 5.2568 54.3 34.0330 27 466.0 5.2595 54.3 34.0327 7 467.0 5.2602 54.3 34.0329 18 468.0 5.2610 54.2 34.0328 14 469.1 5.2644 54.2 34.0338 22 469.5 5.2642 54.3 34.0337 3