*2013/12/16 15:19:46.68 *IOS HEADER VERSION 1.10 2011/10/26 2011/10/26 *FILE START TIME : UTC 1999/08/04 21:26:38.000 TIME INCREMENT : 0 0 0 0.416667E-01 0 ! (day hr min sec ms) NUMBER OF RECORDS : 554 DATA DESCRIPTION : CTD FILE TYPE : ASCII DATA TYPE : REAL*4 NUMBER OF CHANNELS : 6 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- -------------------------- --------------- -------------- -------------- 1 Pressure decibar 1.47 553.97 2 Temperature:Secondary 'deg C (ITS90)' 6.189 12.5704 3 Transmissivity %/metre 0.9 59 4 Fluorescence:URU:Wetlabs mg/m^3 0.13E-01 0.648 5 Salinity:T1:C1 PSS-78 20.958 33.4477 6 Number_of_bin_records n/a 6 51 $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 ' ' 8 F ' ' 3 5 -99 ' ' 9 F ' ' 4 6 -99 ' ' 5 I I 0 $END $REMARKS This file converted from Sea-Bird file: M:\data\9931\derive\99310081.cnv $END *ADMINISTRATION MISSION : 1999-31 AGENCY : IOS, Ocean Science and Productivity, Sidney, B.C. COUNTRY : Canada PROJECT : Inlets SCIENTIST : Stucchi D. PLATFORM : Vector *LOCATION GEOGRAPHIC AREA : B. C. Inlets STATION : PI 1 EVENT NUMBER : 81 LATITUDE : 54 40.58000 N ! (deg min) LONGITUDE : 130 28.25000 W ! (deg min) WATER DEPTH : 560 *INSTRUMENT TYPE : Sea-Bird CTD MODEL : Sea Bird 911+ SERIAL NUMBER : 0550 $TABLE: SENSORS ! Name Abs Depth Serial No ! ----------------- -------------- ---------- temperature ' ' primary conductivity ' ' primary pressure ' ' 75636 temperature ' ' secondary conductivity ' ' secondary WET ' ' 'WETStar fluorometer' transmissometer ' ' 192D $END $REMARKS SOFTWARE VERSION 4.236 $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! ------------------------ ------ ---------- -------- --------- --------- SBE_IOS 1.2 1999/09/19 15:31:24 51425 51425 DELETE 4.4 1999/09/20 11:07:26 51206 13543 BINAVE 3.0 1999/09/20 11:35:44 13543 554 CALIB 8.2 1999/09/20 16:49:05 554 554 REMOVECH 3.1 1999/09/21 13:19:19 554 554 HDREDIT2 1.9 2004/01/15 13:39:32 ? ? CLEAN 4.5 2004/01/15 13:40:27 554 554 HDREDIT2 1.9 2004/01/16 09:58:17 ? ? CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 15:19:46 554 554 $END $REMARKS -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: 15 Swells deleted. Warning message if pressure difference of 2.00 Drop rates< .30m/s (calculated over 15 points) will be deleted Sample interval = .04 seconds. -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 = Correct Pressure offset = 0.0 Calibration file = W:\ctd\9931\9931rcal.ccf -The following CHANNEL(S) were removed from file. Conductivity:Primary Conductivity:Secondary Scan_Number flag Salinity:t0:c0 Temperature:Primary CLEAN functions: - Reset #RECS, MIN & MAX values in header. - Change Pad Value to -99 in All Channels. $END *COMMENTS SBE HEADER Sea-Bird SBE 9 Raw Data File: FileName = C:\DATA\9931\99310081.DAT Software Version 4.236 Temperature SN = 2038 Conductivity SN = 1766 Number of Bytes Per Scan = 24 Number of Voltage Words = 2 System UpLoad Time = Aug 04 1999 21:26:38 NMEA Latitude = 54 40.58 N NMEA Longitude = 130 28.25 W NMEA UTC (Time) = Aug 04 1999 21:26:38 Store Lat/Lon Data = Add to Header Only Command Line = seasave Ship: CCGS VECTOR Cruise: 9931 Station: PI 1 Latitude: Longitude: Depth: 560 DARIO,TARA AND LIZZIE. PARTLY CLOUDY AND RIPPLED SEA # nquan = 11 # nvalues = 51425 # units = metric # name 0 = scan: scan number # name 1 = pr: pressure [db] # name 2 = t090: temperature, pri, ITS-90 [deg C] # name 3 = t190: temperature, sec, ITS-90 [deg C] # name 4 = c0S/m: conductivity, primary [S/m] # name 5 = c1S/m: conductivity, secondary [S/m] # name 6 = xmiss: transmissometer # name 7 = wetStar: WET Labs, WETStar chlorophyll concentration [ęg/l] # name 8 = sal00: salinity, PSS-78 [PSU], T0, C0 # name 9 = sal11: salinity, PSS-78 [PSU], T1, C1 # name 10 = flag: 0.000e+00 # span 0 = 1, 51425 # span 1 = 0.392, 554.405 # span 2 = 6.1859, 13.1926 # span 3 = 6.1876, 13.0880 # span 4 = 2.427134, 3.340199 # span 5 = 2.443313, 3.339724 # span 6 = 24.29, 87.96 # span 7 = 0.0093, 0.6692 # span 8 = 19.5252, 33.4472 # span 9 = 19.7220, 33.4404 # span 10 = 0.000e+00, 0.000e+00 # interval = seconds: 0.0416667 # start_time = Aug 04 1999 21:26:38 # bad_flag = -9.990e-29 # sensor 0 = Frequency 0 temperature, primary, 2038, 16-Jun-99s # sensor 1 = Frequency 1 conductivity, primary, 1766, 06-May-99s, cpcor = -9.5 700e-08 # sensor 2 = Frequency 2 pressure, 75636, 04-06-1999 # sensor 3 = Frequency 3 temperature, secondary, 2374, 05-Jun-99s # sensor 4 = Frequency 4 conductivity, secondary, 2173, 29-May-99s, cpcor = -9 .5700e-08 # sensor 5 = Extrnl Volt 0 WET Labs, WETStar fluorometer, WS1S-097, 07/30/97 # sensor 6 = Extrnl Volt 3 transmissometer, 192D, 20/07/1999 # datcnv_date = Sep 09 1999 16:41:27, 4.229 # datcnv_in = 99310081.DAT 99310001.CON # datcnv_skipover = 0 # alignctd_date = Sep 17 1999 14:13:24, 4.229 # alignctd_in = 99310081.CNV # alignctd_cond_advSecs = -0.013, 0.060 # alignctd_temp_advSecs = 0.000, 0.000 # alignctd_oxygen_current_advSecs = 0.000, 0.000 # alignctd_oxygen_temp_advSecs = 0.000, 0.000 # alignctd_wetstar_advSecs = 0.000 # wildedit_date = Sep 17 1999 16:30:27, 4.229 # wildedit_in = 99310081.CNV # wildedit_pass1_nstd = 2.0 # wildedit_pass2_nstd = 5.0 # wildedit_npoint = 50 # wildedit_vars = pr t090 t190 c0S/m c1S/m # wildedit_excl_bad_scans = yes # celltm_date = Sep 17 1999 17:26:27, 4.229 # celltm_in = 99310081.CNV # celltm_alpha = 0.0300, 0.0300 # celltm_tau = 9.0000, 9.0000 # celltm_temp_sensor_use_for_cond = primary, secondary # derive_date = Sep 17 1999 18:46:41, 4.229 # derive_in = 99310081.CNV 99310001.CON # file_type = ascii END* *CALIBRATION $TABLE: CORRECTED CHANNELS ! Name Units Fmla Pad Coefficients ! ---------------- -------- ---- ------ ------------ Salinity:T1:C1 PSS-78 10 -9.99 () (0.8E-02 1) $END !--1--- ---2---- --3-- ---4--- ---5---- -6-- !Pressu Temperat Trans Fluores Salinity Numb !re ure: missi cence: :T1:C1 er_o ! Secondar vity URU: ~bin ! y Wetlabs _rec ! ords !------ -------- ----- ------- -------- ---- *END OF HEADER 1.5 12.5704 2.8 0.389 20.9580 6 2.0 12.4022 1.8 0.324 21.3059 18 3.0 11.4956 0.9 0.275 23.8796 41 4.0 11.2209 2.0 0.274 25.0851 34 5.0 9.9705 4.2 0.340 25.9961 33 6.0 10.7184 13.1 0.433 27.3053 25 7.0 10.6528 16.6 0.603 27.8849 27 8.0 10.5208 24.2 0.648 28.0878 26 9.0 10.4741 24.8 0.557 28.1402 25 10.0 10.4049 25.2 0.399 28.2209 28 11.0 10.2436 26.6 0.288 28.5049 27 12.0 9.9003 30.1 0.219 28.9122 27 13.0 9.6984 38.7 0.201 29.2978 28 14.0 9.6015 44.1 0.213 29.6356 29 15.0 9.7819 48.4 0.176 29.8924 27 16.0 9.8219 54.1 0.131 30.0784 24 17.0 9.7057 58.8 0.101 30.3222 28 18.0 9.3501 59.0 0.072 30.5738 28 19.0 9.0707 58.5 0.056 30.7510 28 20.0 8.9712 58.6 0.043 30.7725 27 21.0 8.8173 58.4 0.033 30.7883 28 22.0 8.6733 57.7 0.033 30.8200 26 23.0 8.6447 57.5 0.030 30.8355 22 24.0 8.7200 58.1 0.029 31.0016 23 25.0 8.7229 57.8 0.027 31.0982 29 26.0 8.7061 57.3 0.025 31.1200 28 27.0 8.7016 57.7 0.025 31.1261 27 28.0 8.6825 57.5 0.027 31.1277 29 29.0 8.5744 57.6 0.031 31.1669 25 30.0 8.4982 57.7 0.031 31.2081 25 31.0 8.4630 58.2 0.030 31.2284 28 32.0 8.4230 58.3 0.028 31.2643 27 33.0 8.2962 58.0 0.027 31.4590 21 34.0 8.2094 58.6 0.025 31.5902 28 35.0 8.1826 58.6 0.023 31.6145 28 36.0 8.0933 58.6 0.025 31.6771 27 37.0 8.0156 58.0 0.024 31.7072 27 38.0 7.9911 57.8 0.023 31.7137 27 39.0 7.9640 57.6 0.022 31.7197 27 40.0 7.9222 57.1 0.024 31.7317 25 41.0 7.8970 57.0 0.023 31.7489 25 42.0 7.8916 56.9 0.020 31.7645 29 43.0 7.8827 56.9 0.020 31.7832 27 44.0 7.9000 57.2 0.021 31.8006 20 45.0 7.9201 57.7 0.020 31.8177 25 46.0 7.9022 57.7 0.020 31.8310 26 47.0 7.8943 57.7 0.020 31.8435 25 48.0 7.8838 57.7 0.021 31.8510 25 49.0 7.8607 57.5 0.020 31.8619 25 50.0 7.8306 57.3 0.022 31.8648 25 51.0 7.8125 57.1 0.022 31.8620 27 52.0 7.7887 56.7 0.020 31.8580 26 53.0 7.7816 56.4 0.020 31.8567 25 54.0 7.7692 56.3 0.019 31.8578 23 55.0 7.7204 56.0 0.019 31.8661 24 56.0 7.6693 55.4 0.018 31.8822 25 57.0 7.6681 55.6 0.017 31.9150 27 58.0 7.6991 56.1 0.017 31.9340 24 59.0 7.7438 56.6 0.017 32.0027 24 60.0 7.6705 56.9 0.018 32.0942 25 61.0 7.6336 56.6 0.017 32.1076 26 62.0 7.5308 56.0 0.018 32.1213 22 63.0 7.2874 54.5 0.018 32.2198 25 64.0 7.2362 54.2 0.017 32.2582 22 65.0 7.1783 53.8 0.019 32.2849 24 66.0 7.1124 52.8 0.020 32.2971 24 67.0 7.0476 51.9 0.017 32.3362 26 68.0 6.9915 51.4 0.016 32.3876 26 69.0 6.9286 50.8 0.016 32.4639 23 70.0 6.8950 50.7 0.016 32.5233 23 71.0 6.8426 50.8 0.016 32.6162 25 72.0 6.8264 50.5 0.016 32.6434 25 73.0 6.7806 50.8 0.016 32.7258 25 74.0 6.7434 50.5 0.016 32.7676 25 75.0 6.6579 48.4 0.016 32.8465 24 76.0 6.5922 46.5 0.016 32.9337 24 77.0 6.5794 45.9 0.016 32.9493 24 78.0 6.5611 45.8 0.015 32.9834 24 79.0 6.5436 46.2 0.016 33.0139 24 80.0 6.5391 46.5 0.016 33.0212 26 81.0 6.5304 46.5 0.015 33.0378 25 82.0 6.5083 47.2 0.016 33.0761 21 83.0 6.4721 48.4 0.016 33.1371 25 84.0 6.4676 48.2 0.015 33.1429 25 85.0 6.4626 48.1 0.015 33.1498 26 86.0 6.4539 47.9 0.015 33.1621 23 87.0 6.4344 48.0 0.015 33.1911 24 88.0 6.4239 48.7 0.015 33.2051 22 89.0 6.4205 46.6 0.015 33.2100 25 90.0 6.4181 46.5 0.015 33.2129 26 91.0 6.4097 47.1 0.015 33.2222 25 92.0 6.4001 47.0 0.015 33.2334 26 93.0 6.3938 46.8 0.015 33.2404 25 94.0 6.3901 46.8 0.015 33.2442 25 95.0 6.3876 46.9 0.015 33.2471 23 96.0 6.3837 47.3 0.015 33.2512 24 97.0 6.3811 47.5 0.014 33.2540 23 98.0 6.3804 47.3 0.014 33.2547 22 99.0 6.3803 47.2 0.015 33.2551 25 100.0 6.3795 47.6 0.015 33.2560 27 101.0 6.3772 47.8 0.014 33.2584 27 102.0 6.3713 48.0 0.015 33.2646 24 103.0 6.3610 49.0 0.014 33.2748 23 104.0 6.3580 49.4 0.015 33.2775 24 105.0 6.3573 49.9 0.016 33.2782 24 106.0 6.3564 49.9 0.015 33.2792 24 107.0 6.3560 49.9 0.014 33.2795 25 108.0 6.3551 50.2 0.014 33.2805 26 109.0 6.3540 49.8 0.014 33.2817 24 110.0 6.3529 50.5 0.014 33.2826 25 111.0 6.3517 50.9 0.014 33.2839 25 112.0 6.3502 50.8 0.014 33.2850 24 113.0 6.3467 51.2 0.014 33.2881 23 114.0 6.3444 51.2 0.015 33.2903 25 115.0 6.3425 51.3 0.015 33.2927 27 116.0 6.3378 51.0 0.014 33.2970 25 117.0 6.3358 51.1 0.014 33.2987 23 118.0 6.3356 51.4 0.014 33.2989 23 119.0 6.3354 51.3 0.014 33.2993 24 120.0 6.3345 50.9 0.014 33.3000 25 121.0 6.3279 51.2 0.015 33.3064 25 122.0 6.3232 51.7 0.016 33.3109 24 123.0 6.3226 51.8 0.015 33.3114 26 124.0 6.3216 51.9 0.014 33.3124 25 125.0 6.3210 52.1 0.014 33.3130 25 126.0 6.3211 52.0 0.014 33.3130 26 127.0 6.3211 52.0 0.014 33.3130 25 128.0 6.3191 52.1 0.014 33.3150 23 129.0 6.3152 52.6 0.014 33.3187 24 130.0 6.3137 52.8 0.014 33.3203 25 131.0 6.3135 53.1 0.017 33.3205 25 132.0 6.3134 52.8 0.023 33.3206 25 133.0 6.3134 53.2 0.016 33.3207 26 134.0 6.3122 53.2 0.014 33.3221 26 135.0 6.3110 53.3 0.014 33.3233 24 136.0 6.3101 53.5 0.013 33.3243 24 137.0 6.3074 53.1 0.013 33.3267 23 138.0 6.3052 54.0 0.013 33.3288 24 139.0 6.3050 53.4 0.014 33.3291 26 140.0 6.3047 53.9 0.013 33.3293 27 141.0 6.3047 54.2 0.014 33.3295 23 142.0 6.3044 54.0 0.014 33.3299 22 143.0 6.3031 53.3 0.014 33.3310 24 144.0 6.3011 54.2 0.014 33.3327 26 145.0 6.2964 54.1 0.014 33.3367 26 146.0 6.2930 53.9 0.014 33.3397 24 147.0 6.2910 54.0 0.014 33.3414 26 148.0 6.2884 53.9 0.014 33.3435 27 149.0 6.2851 53.7 0.014 33.3463 24 150.0 6.2829 53.7 0.014 33.3483 23 151.0 6.2816 53.5 0.013 33.3495 24 152.0 6.2812 53.5 0.013 33.3498 23 153.0 6.2814 53.7 0.014 33.3498 24 154.0 6.2813 53.6 0.013 33.3500 25 155.0 6.2801 53.7 0.014 33.3509 26 156.0 6.2774 53.8 0.014 33.3534 26 157.0 6.2764 53.5 0.014 33.3544 23 158.0 6.2767 53.7 0.013 33.3542 25 159.0 6.2773 53.8 0.013 33.3536 26 160.0 6.2768 53.7 0.013 33.3542 25 161.0 6.2756 53.6 0.014 33.3555 22 162.0 6.2746 53.6 0.015 33.3564 22 163.0 6.2742 53.7 0.014 33.3567 24 164.0 6.2735 53.8 0.014 33.3574 25 165.0 6.2732 53.7 0.014 33.3577 27 166.0 6.2727 54.0 0.014 33.3581 28 167.0 6.2724 53.8 0.014 33.3585 25 168.0 6.2722 53.7 0.014 33.3587 23 169.0 6.2716 53.7 0.014 33.3592 23 170.0 6.2713 53.7 0.014 33.3596 24 171.0 6.2714 53.8 0.014 33.3596 23 172.0 6.2709 53.7 0.014 33.3601 24 173.0 6.2700 53.7 0.014 33.3610 26 174.0 6.2696 53.7 0.014 33.3613 25 175.0 6.2693 53.6 0.014 33.3615 26 176.0 6.2686 53.7 0.013 33.3622 27 177.0 6.2682 53.6 0.014 33.3626 26 178.0 6.2684 53.5 0.014 33.3626 22 179.0 6.2684 53.5 0.013 33.3627 21 180.0 6.2682 53.4 0.014 33.3628 23 181.0 6.2683 53.6 0.014 33.3629 26 182.0 6.2681 53.7 0.014 33.3631 25 183.0 6.2683 53.6 0.014 33.3629 25 184.0 6.2684 53.7 0.014 33.3629 25 185.0 6.2684 53.7 0.014 33.3630 22 186.0 6.2684 53.5 0.014 33.3630 24 187.0 6.2683 53.5 0.014 33.3630 24 188.0 6.2678 53.6 0.014 33.3637 25 189.0 6.2676 53.2 0.014 33.3639 23 190.0 6.2677 53.3 0.013 33.3639 23 191.0 6.2677 53.0 0.014 33.3639 25 192.0 6.2678 53.4 0.014 33.3639 25 193.0 6.2675 53.6 0.014 33.3642 24 194.0 6.2672 53.2 0.014 33.3645 25 195.0 6.2670 53.7 0.014 33.3646 28 196.0 6.2667 53.7 0.014 33.3650 24 197.0 6.2666 53.3 0.014 33.3651 23 198.0 6.2655 53.2 0.013 33.3660 25 199.0 6.2648 53.6 0.013 33.3668 26 200.0 6.2642 53.5 0.014 33.3673 23 201.0 6.2641 53.5 0.014 33.3676 25 202.0 6.2636 53.6 0.014 33.3680 25 203.0 6.2628 53.4 0.015 33.3687 24 204.0 6.2625 53.3 0.014 33.3692 23 205.0 6.2622 53.4 0.014 33.3695 23 206.0 6.2622 53.3 0.014 33.3694 28 207.0 6.2616 53.4 0.014 33.3699 26 208.0 6.2598 53.3 0.014 33.3716 23 209.0 6.2587 52.8 0.014 33.3727 24 210.0 6.2561 53.4 0.013 33.3749 25 211.0 6.2554 53.2 0.014 33.3755 24 212.0 6.2551 53.4 0.014 33.3759 25 213.0 6.2551 53.3 0.014 33.3760 25 214.0 6.2521 53.4 0.014 33.3787 23 215.0 6.2477 53.3 0.013 33.3826 25 216.0 6.2450 53.1 0.014 33.3846 25 217.0 6.2381 53.1 0.014 33.3907 25 218.0 6.2323 53.1 0.014 33.3958 23 219.0 6.2316 53.5 0.014 33.3963 23 220.0 6.2315 53.3 0.013 33.3964 24 221.0 6.2315 53.2 0.014 33.3965 24 222.0 6.2317 53.2 0.014 33.3962 23 223.0 6.2317 53.4 0.014 33.3964 27 224.0 6.2320 53.6 0.014 33.3963 25 225.0 6.2316 53.5 0.014 33.3968 23 226.0 6.2305 53.5 0.014 33.3978 25 227.0 6.2298 52.9 0.014 33.3984 25 228.0 6.2284 53.0 0.014 33.3997 23 229.0 6.2254 53.0 0.013 33.4022 20 230.0 6.2247 52.9 0.013 33.4029 24 231.0 6.2243 53.3 0.013 33.4031 26 232.0 6.2241 52.7 0.014 33.4034 26 233.0 6.2246 53.1 0.013 33.4032 24 234.0 6.2251 53.1 0.013 33.4027 25 235.0 6.2259 53.1 0.013 33.4020 24 236.0 6.2261 53.3 0.013 33.4019 24 237.0 6.2260 53.1 0.014 33.4022 23 238.0 6.2254 53.1 0.014 33.4027 24 239.0 6.2255 53.2 0.013 33.4028 24 240.0 6.2255 53.2 0.014 33.4028 23 241.0 6.2262 53.2 0.013 33.4022 25 242.0 6.2254 53.2 0.014 33.4029 25 243.0 6.2263 53.2 0.014 33.4022 25 244.0 6.2262 53.2 0.013 33.4024 24 245.0 6.2252 53.2 0.014 33.4032 25 246.0 6.2254 53.1 0.014 33.4032 24 247.0 6.2246 53.0 0.014 33.4040 22 248.0 6.2238 53.1 0.014 33.4046 24 249.0 6.2237 53.1 0.014 33.4048 25 250.0 6.2235 53.1 0.014 33.4049 24 251.0 6.2237 53.3 0.014 33.4049 25 252.0 6.2242 53.3 0.014 33.4045 26 253.0 6.2240 53.0 0.015 33.4048 23 254.0 6.2240 53.3 0.014 33.4049 22 255.0 6.2238 53.2 0.014 33.4051 25 256.0 6.2238 52.9 0.014 33.4051 24 257.0 6.2238 53.2 0.014 33.4052 24 258.0 6.2245 53.2 0.013 33.4047 25 259.0 6.2251 53.2 0.014 33.4043 24 260.0 6.2251 52.7 0.014 33.4043 25 261.0 6.2249 53.4 0.014 33.4046 23 262.0 6.2244 53.3 0.014 33.4051 22 263.0 6.2244 53.2 0.014 33.4050 24 264.0 6.2237 53.2 0.014 33.4058 26 265.0 6.2229 53.1 0.015 33.4066 25 266.0 6.2216 53.2 0.016 33.4077 25 267.0 6.2215 53.2 0.017 33.4078 24 268.0 6.2207 53.0 0.015 33.4086 19 269.0 6.2197 53.0 0.015 33.4095 23 270.0 6.2190 53.3 0.014 33.4099 24 271.0 6.2190 53.3 0.014 33.4101 25 272.0 6.2189 52.5 0.014 33.4102 25 273.0 6.2173 53.2 0.014 33.4115 28 274.0 6.2169 53.2 0.014 33.4120 23 275.0 6.2164 53.0 0.013 33.4125 21 276.0 6.2155 53.0 0.014 33.4132 21 277.0 6.2146 52.9 0.014 33.4140 24 278.0 6.2144 52.3 0.014 33.4141 25 279.0 6.2144 52.8 0.015 33.4142 25 280.0 6.2146 52.7 0.014 33.4142 23 281.0 6.2142 53.2 0.014 33.4144 26 282.0 6.2130 52.7 0.014 33.4155 26 283.0 6.2124 52.7 0.014 33.4161 24 284.0 6.2121 52.5 0.014 33.4163 24 285.0 6.2116 52.7 0.014 33.4169 22 286.0 6.2102 52.8 0.014 33.4180 22 287.0 6.2102 52.8 0.014 33.4180 23 288.0 6.2098 52.8 0.014 33.4185 23 289.0 6.2091 52.8 0.014 33.4191 27 290.0 6.2093 52.7 0.014 33.4189 26 291.0 6.2095 52.8 0.014 33.4189 23 292.0 6.2094 53.0 0.014 33.4190 24 293.0 6.2091 52.8 0.015 33.4194 25 294.0 6.2092 52.6 0.015 33.4194 23 295.0 6.2092 52.9 0.014 33.4194 24 296.0 6.2094 52.7 0.014 33.4193 24 297.0 6.2093 52.5 0.014 33.4195 22 298.0 6.2084 52.8 0.014 33.4203 23 299.0 6.2083 52.7 0.014 33.4204 26 300.0 6.2068 52.8 0.014 33.4217 25 301.0 6.2060 52.9 0.015 33.4223 22 302.0 6.2049 52.7 0.014 33.4232 23 303.0 6.2045 52.9 0.015 33.4237 24 304.0 6.2037 52.6 0.014 33.4243 24 305.0 6.2034 52.7 0.014 33.4246 24 306.0 6.2033 53.0 0.015 33.4246 24 307.0 6.2030 52.7 0.015 33.4251 25 308.0 6.2031 52.6 0.014 33.4249 21 309.0 6.2029 52.8 0.015 33.4253 23 310.0 6.2025 52.8 0.016 33.4256 23 311.0 6.2025 52.8 0.015 33.4256 24 312.0 6.2025 52.7 0.015 33.4257 22 313.0 6.2025 52.9 0.015 33.4259 24 314.0 6.2023 52.8 0.014 33.4261 24 315.0 6.2024 52.7 0.014 33.4261 25 316.0 6.2025 52.7 0.014 33.4262 24 317.0 6.2025 52.5 0.015 33.4261 25 318.0 6.2024 51.7 0.014 33.4262 25 319.0 6.2026 52.7 0.015 33.4263 22 320.0 6.2025 52.6 0.015 33.4263 21 321.0 6.2025 52.7 0.015 33.4263 24 322.0 6.2026 52.9 0.015 33.4264 25 323.0 6.2027 52.4 0.015 33.4264 24 324.0 6.2027 52.8 0.015 33.4264 24 325.0 6.2027 52.8 0.015 33.4265 25 326.0 6.2024 53.1 0.014 33.4268 23 327.0 6.2022 52.8 0.015 33.4271 22 328.0 6.2021 53.0 0.014 33.4273 23 329.0 6.2018 52.8 0.015 33.4275 24 330.0 6.2017 52.7 0.015 33.4277 25 331.0 6.2017 53.0 0.015 33.4278 25 332.0 6.2018 52.8 0.014 33.4278 23 333.0 6.2017 53.0 0.015 33.4280 24 334.0 6.2017 53.0 0.015 33.4280 22 335.0 6.2016 53.0 0.015 33.4281 23 336.0 6.2016 52.9 0.015 33.4282 25 337.0 6.2016 52.8 0.015 33.4283 24 338.0 6.2015 52.4 0.015 33.4284 24 339.0 6.2015 52.8 0.014 33.4285 23 340.0 6.2013 52.9 0.015 33.4287 24 341.0 6.2011 53.2 0.015 33.4289 24 342.0 6.2011 53.1 0.015 33.4291 23 343.0 6.2005 53.2 0.016 33.4296 23 344.0 6.2004 52.9 0.015 33.4297 24 345.0 6.2003 53.0 0.015 33.4298 24 346.0 6.2004 52.9 0.015 33.4298 22 347.0 6.2005 52.9 0.015 33.4299 23 348.0 6.2004 52.9 0.015 33.4298 24 349.0 6.2002 52.9 0.015 33.4300 23 350.0 6.2000 53.0 0.015 33.4304 24 351.0 6.1998 52.5 0.014 33.4306 24 352.0 6.2001 52.8 0.015 33.4304 23 353.0 6.2003 52.8 0.015 33.4304 23 354.0 6.2003 52.7 0.015 33.4305 22 355.0 6.2003 52.8 0.015 33.4305 23 356.0 6.2003 52.8 0.015 33.4306 24 357.0 6.2003 52.7 0.015 33.4306 24 358.0 6.2003 52.5 0.015 33.4307 24 359.0 6.2004 52.8 0.014 33.4306 22 360.0 6.2004 53.0 0.015 33.4308 22 361.0 6.2004 52.9 0.014 33.4307 25 362.0 6.2005 52.7 0.015 33.4308 22 363.0 6.2007 52.8 0.015 33.4307 22 364.0 6.2009 52.9 0.015 33.4307 23 365.0 6.2010 52.9 0.014 33.4306 23 366.0 6.2010 53.1 0.015 33.4306 22 367.0 6.2009 52.4 0.015 33.4309 22 368.0 6.2010 52.9 0.015 33.4309 24 369.0 6.2010 52.8 0.014 33.4309 24 370.0 6.2012 53.1 0.014 33.4308 23 371.0 6.2013 53.0 0.015 33.4308 23 372.0 6.2012 53.0 0.014 33.4309 24 373.0 6.2013 53.1 0.015 33.4310 22 374.0 6.2012 52.8 0.015 33.4312 22 375.0 6.2011 52.9 0.015 33.4313 23 376.0 6.2010 53.0 0.014 33.4315 23 377.0 6.2010 53.1 0.015 33.4317 22 378.0 6.2011 53.1 0.015 33.4316 22 379.0 6.2009 53.1 0.014 33.4317 25 380.0 6.2005 53.1 0.015 33.4320 26 381.0 6.1959 52.8 0.015 33.4357 24 382.0 6.1955 52.6 0.015 33.4361 23 383.0 6.1965 52.7 0.015 33.4354 20 384.0 6.1970 52.7 0.015 33.4351 21 385.0 6.1973 52.6 0.015 33.4350 22 386.0 6.1966 52.6 0.015 33.4354 23 387.0 6.1963 52.4 0.014 33.4358 25 388.0 6.1964 52.7 0.014 33.4357 24 389.0 6.1966 52.0 0.015 33.4357 24 390.0 6.1975 51.9 0.014 33.4349 21 391.0 6.1975 52.7 0.014 33.4351 22 392.0 6.1971 52.4 0.015 33.4355 21 393.0 6.1963 52.6 0.014 33.4362 21 394.0 6.1947 52.6 0.015 33.4374 23 395.0 6.1953 52.3 0.015 33.4370 24 396.0 6.1957 52.2 0.014 33.4368 23 397.0 6.1941 52.0 0.014 33.4380 22 398.0 6.1960 52.3 0.015 33.4367 21 399.0 6.1954 52.4 0.015 33.4372 22 400.1 6.1912 51.9 0.015 33.4404 19 401.0 6.1908 51.8 0.015 33.4408 25 402.0 6.1906 51.8 0.015 33.4410 25 403.0 6.1907 51.2 0.015 33.4410 22 404.0 6.1907 51.5 0.015 33.4410 20 405.0 6.1909 51.5 0.015 33.4411 20 406.0 6.1910 51.6 0.014 33.4411 21 407.0 6.1910 51.3 0.015 33.4410 24 408.0 6.1909 51.2 0.014 33.4412 25 409.0 6.1909 51.4 0.014 33.4412 25 410.0 6.1911 51.5 0.014 33.4411 23 411.0 6.1911 51.4 0.015 33.4411 21 412.0 6.1912 51.6 0.015 33.4413 22 413.0 6.1911 51.0 0.015 33.4413 23 414.0 6.1911 51.5 0.015 33.4414 22 415.0 6.1908 51.7 0.015 33.4418 21 416.0 6.1906 51.5 0.016 33.4420 20 417.0 6.1906 51.5 0.015 33.4420 21 418.0 6.1907 51.5 0.015 33.4419 23 419.0 6.1908 51.0 0.015 33.4420 24 420.0 6.1910 51.2 0.015 33.4419 23 421.0 6.1909 51.1 0.015 33.4421 20 422.0 6.1910 50.7 0.014 33.4422 21 423.0 6.1910 51.1 0.014 33.4420 22 424.0 6.1911 50.8 0.015 33.4421 24 425.0 6.1908 51.3 0.015 33.4425 23 426.0 6.1898 51.4 0.015 33.4433 23 427.0 6.1890 50.8 0.015 33.4439 22 428.0 6.1890 51.1 0.015 33.4440 23 429.0 6.1890 50.9 0.015 33.4440 22 430.0 6.1891 50.6 0.015 33.4441 23 431.0 6.1891 50.5 0.015 33.4441 21 432.0 6.1892 50.7 0.015 33.4442 22 433.0 6.1892 50.8 0.015 33.4441 22 434.0 6.1892 50.8 0.015 33.4442 22 435.0 6.1893 50.8 0.015 33.4443 23 436.0 6.1894 50.8 0.015 33.4441 25 437.0 6.1895 50.8 0.015 33.4442 25 438.0 6.1897 50.6 0.015 33.4441 21 439.0 6.1897 50.6 0.015 33.4442 20 440.0 6.1898 50.8 0.017 33.4443 21 441.0 6.1897 50.7 0.016 33.4443 21 442.0 6.1893 50.8 0.016 33.4445 22 443.0 6.1896 50.8 0.016 33.4445 26 444.0 6.1901 51.0 0.015 33.4442 25 445.0 6.1903 50.8 0.015 33.4442 23 446.0 6.1904 50.9 0.015 33.4441 22 447.0 6.1905 50.3 0.015 33.4441 21 448.0 6.1904 50.8 0.015 33.4442 21 449.0 6.1902 50.9 0.015 33.4444 22 450.0 6.1901 50.6 0.015 33.4446 22 451.0 6.1895 50.7 0.015 33.4451 24 452.0 6.1896 51.0 0.016 33.4451 24 453.0 6.1898 50.8 0.015 33.4450 23 454.0 6.1899 50.6 0.015 33.4450 23 455.0 6.1899 50.9 0.015 33.4452 23 456.0 6.1902 50.6 0.015 33.4449 23 457.0 6.1905 50.3 0.015 33.4448 21 458.0 6.1905 50.6 0.015 33.4448 21 459.0 6.1906 50.7 0.015 33.4448 21 460.0 6.1906 50.4 0.015 33.4448 23 461.0 6.1906 51.0 0.015 33.4450 24 462.0 6.1907 50.4 0.015 33.4450 24 463.0 6.1907 50.6 0.015 33.4449 24 464.0 6.1907 51.0 0.015 33.4450 23 465.0 6.1905 50.8 0.015 33.4452 22 466.0 6.1906 50.4 0.016 33.4453 21 467.0 6.1907 50.6 0.016 33.4453 21 468.0 6.1904 50.7 0.015 33.4457 21 469.0 6.1898 50.6 0.015 33.4461 21 470.0 6.1899 49.5 0.017 33.4460 23 471.0 6.1900 50.6 0.016 33.4460 25 472.0 6.1903 50.5 0.015 33.4460 24 473.0 6.1904 50.2 0.015 33.4460 24 474.0 6.1906 50.4 0.015 33.4460 21 475.0 6.1906 50.0 0.016 33.4460 21 476.0 6.1909 50.0 0.016 33.4457 22 477.0 6.1909 50.2 0.015 33.4459 22 478.0 6.1912 50.5 0.015 33.4457 22 479.0 6.1916 50.4 0.016 33.4455 23 480.0 6.1913 50.2 0.015 33.4458 21 481.0 6.1908 50.3 0.015 33.4462 21 482.0 6.1914 50.6 0.015 33.4457 23 483.0 6.1918 50.2 0.015 33.4455 24 484.0 6.1921 50.7 0.015 33.4454 24 485.0 6.1918 50.3 0.015 33.4457 23 486.0 6.1918 50.4 0.015 33.4458 21 487.0 6.1920 50.0 0.016 33.4456 22 488.0 6.1920 50.3 0.016 33.4457 22 489.0 6.1921 50.6 0.015 33.4457 23 490.0 6.1922 50.8 0.015 33.4457 24 491.0 6.1925 50.3 0.016 33.4455 22 492.0 6.1926 50.4 0.016 33.4456 21 493.0 6.1927 50.4 0.015 33.4455 21 494.0 6.1930 50.2 0.016 33.4453 21 495.0 6.1930 48.5 0.015 33.4455 22 496.0 6.1928 50.2 0.016 33.4456 24 497.0 6.1924 50.5 0.015 33.4460 27 498.0 6.1925 50.3 0.015 33.4459 24 499.0 6.1927 50.4 0.015 33.4460 22 500.0 6.1926 50.2 0.015 33.4461 20 501.0 6.1926 50.1 0.016 33.4461 20 502.0 6.1926 50.1 0.016 33.4461 21 503.0 6.1928 50.3 0.016 33.4461 21 504.0 6.1932 50.2 0.015 33.4459 22 505.0 6.1933 50.4 0.016 33.4459 23 506.0 6.1934 50.2 0.015 33.4459 24 507.0 6.1933 50.7 0.015 33.4460 24 508.0 6.1934 50.3 0.015 33.4459 23 509.0 6.1935 50.4 0.016 33.4459 24 510.0 6.1939 49.9 0.015 33.4458 23 511.0 6.1940 50.3 0.016 33.4458 21 512.0 6.1943 50.2 0.015 33.4455 21 513.0 6.1943 50.2 0.015 33.4457 20 514.0 6.1943 50.4 0.017 33.4456 23 515.0 6.1943 50.7 0.016 33.4457 26 516.0 6.1943 50.6 0.016 33.4458 26 517.0 6.1941 50.5 0.017 33.4460 25 518.0 6.1940 50.4 0.017 33.4462 22 519.0 6.1949 49.9 0.015 33.4456 21 520.0 6.1949 50.6 0.015 33.4457 21 521.0 6.1944 48.5 0.016 33.4461 23 522.0 6.1943 49.7 0.016 33.4463 24 523.0 6.1945 50.6 0.016 33.4462 25 524.0 6.1943 50.3 0.015 33.4463 24 525.0 6.1944 50.5 0.015 33.4464 25 526.0 6.1943 50.0 0.015 33.4465 25 527.0 6.1944 50.1 0.016 33.4465 28 528.0 6.1945 50.2 0.016 33.4465 27 529.0 6.1945 50.1 0.015 33.4466 25 530.0 6.1943 50.0 0.016 33.4468 24 531.0 6.1944 50.0 0.015 33.4468 24 532.0 6.1944 50.3 0.016 33.4467 27 533.0 6.1945 50.3 0.015 33.4469 28 534.0 6.1946 50.3 0.015 33.4469 30 535.0 6.1943 50.2 0.015 33.4472 27 536.0 6.1940 49.8 0.016 33.4474 28 537.0 6.1943 49.8 0.016 33.4472 30 538.0 6.1948 50.1 0.015 33.4469 32 539.0 6.1948 50.0 0.015 33.4469 33 540.0 6.1950 50.4 0.015 33.4468 35 541.0 6.1949 50.3 0.015 33.4471 33 542.0 6.1951 50.3 0.016 33.4469 35 543.0 6.1953 50.4 0.015 33.4469 35 544.0 6.1953 50.4 0.015 33.4469 39 545.0 6.1954 50.6 0.015 33.4469 39 546.0 6.1955 50.3 0.015 33.4469 36 547.0 6.1954 50.5 0.016 33.4470 36 548.0 6.1954 50.3 0.015 33.4470 37 549.0 6.1961 50.0 0.016 33.4466 38 550.0 6.1960 50.6 0.015 33.4467 41 551.0 6.1959 50.7 0.015 33.4470 42 552.0 6.1954 49.9 0.016 33.4474 42 553.0 6.1958 49.9 0.015 33.4472 41 554.0 6.1952 49.1 0.015 33.4477 51