version: teqc 2019Feb25 SV+|--------|--------|--------|--------|--------|--------|--------|--------+ SV 16|-_ _--IoooooooooooooIIII| 16 23|II-_ ______ ---Iooooooooooooo| 23 27|oIII _----II--_ _-----ooooooooo| 27 9|ooIII-_ _-----oIII_ _---ooooooooo| 9 8|oooooIIM_ ____ _---ooooooooo| 8 7|oooooooooMI-_ _--IIooooo| 7 11|oooooooooIII_ __------_ _---IIIo| 11 1|--oooooooooII-_ ---2IIII--__ _---| 1 30|ooooooooooooII-_ ____ _----o| 30 28|I2ooooooooooooooIIM1- _---| 28 17|---ooooooooooooooooooII--_ _| 17 13| _---------_ _---IIoooooooooIII_ | 13 19| _-IIooooooooooooooooIII--- | 19 3| _-----ooooIIII_ _---oooooooooII-_ | 3 22| __----__ ----ooooooooooooIII- | 22 6| _--IooooooooooooooooMII-_ | 6 2| _-IoooooooooooooooooooII-- | 2 24| _----IIIII-_ _------ooooooooII-_ | 24 12| _---oooooooooooIII_ _---I-IoIII- | 12 5| _-IIooooooooooooooooIII_ | 5 25| --- ''' _------oooooIII- | 25 20| ----ooooooooooooooooII--- | 20 29| _---ooooooooooooIII_ _-------_ | 29 15| -IIoooooooooooooooIII_ | 15 21| _---IIoooooooooooooII-_ | 21 18| _-IIIoooooooooooooooI-I--_ | 18 26| _ _---oooooooooooooIII-_ | 26 10| _---IoooooooooooooooII--_ | 10 14| ---IooooooooooooooooIII--_ | 14 31| _-IoooooooooooooooooIII-_ | 31 R10|_ --II~~~~~~~~IIII---_ |R10 R 2|-_ -----~~~~~~~~--_ ---.~~~~~~I--_|R 2 R 3|-__ _----~~~~~~~~~~II- _--------|R 3 R21|~-I- ---~~~~~~~~--_ _-----~~~~MI_ |R21 R11|c------_ ----cccccccccccc------|R11 R22|~~~~~~IIM_ ---2~~-I2-_ _-----~~~~~~|R22 R13|-----~~~~~~~~IM-- _____ _--------|R13 R23|-~~~~~~~~~~IcMI-^_ __---__ _---2~~~|R23 R24| _-----II~IcI2Icc-------_ _---|R24 R14| _-----~~~~~~I--- _---------_ _|R14 R17| _--I~~~~~~~~~~~~~~~II--- |R17 R 8| _--------_ _----~~~~~~~~~~~II- |R 8 R 7| ____ _-----~~~~~~~~~~~IM--_ |R 7 R15| --II~~~~~MI--_ _-----~~~IM-_ |R15 R 1| ----I~~~~IMI_ _---~~~~~~~~~M--_ |R 1 R18| _--II~~~~~~~~~~~~~II1- |R18 R 9| _----_ _--I~~~~~~~~~~~II- |R 9 R 4| ----~~~~~~~~~~~~IMM+_ __--|R 4 R19| _----~~~~~~~~~~~-I- ____ |R19 R 5| ------~~~~~~~~~~II----_ |R 5 R20| -----~~~~~~~I--- _--------_ |R20 R 6| --IIM~~~~~~~~~~~~~-----_ |R 6 -dn|323333445314334443454245422224211335443222454354344344333346554233443476|-dn +dn|6565558775576576657875687565466466686556548a8687757676666567878677775988|+dn + 5|ifggffhhhghjhhhihiiiigghhgggfggeggijiiiihgijjihjifghhghhheghhhhhhhhhgiih|+ 5 Pos|oooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooo|Pos Clk| |Clk +|--------|--------|--------|--------|--------|--------|--------|--------+ 00:00:00.000 23:59:30.000 2016 068 2016 068 ********************* QC of RINEX file(s) : prry0680.16o input RnxNAV file(s) : /ngs/projects/cors/dmt/local-data/ngs-vsu-etna/Brdc/brdc0680.16n /ngs/projects/cors/dmt/local-data/ngs-vsu-etna/Brdc/brdc0680.16g ********************* 4-character ID : PRRY Receiver type : LEICA GR10 (# = 1702011) (fw = 3.22/6.521) Antenna type : LEIAR20 NONE (# = 16226005) Time of start of window : 2016 068 00:00:00.000 Time of end of window : 2016 068 23:59:30.000 Time line window length : 23.99 hour(s), ticked every 3.0 hour(s) mean antenna; # of pos : 116 antenna WGS 84 (xyz) : 618179.0897 -5489237.8383 3177841.9335 (m) antenna WGS 84 (geo) : N 30 deg 04' 40.18" W 83 deg 34' 28.63" antenna WGS 84 (geo) : 30.077829 deg 276.425382 deg (= -83.574618 deg) WGS 84 height : -1.1582 m |qc - header| position : 11.9518 m qc position offsets : 11.7727 m vertical 2.0614 m horizontal Observation interval : 30.0000 seconds Total satellites w/ obs : 52 NAVSTAR GPS unhealthy SV: 4 25 32 NAVSTAR GPS SVs w/o OBS : 4 32 NAVSTAR GPS SVs w/o NAV : GLONASS unhealthy SV: 26 GLONASS SVs w/o OBS : 12 16 25 26 27 GLONASS SVs w/o NAV : Rx tracking capability : 32 SVs Poss. # of obs epochs : 2880 Epochs w/ observations : 2880 Epochs repeated : 0 (0.00%) Poss win obs > 0.0 deg: 52683 Poss win obs > 5.0 deg: 46533 Possible obs > 0.0 deg: 52683 Possible obs > 5.0 deg: 46533 Complete obs > 5.0 deg: 30852 Deleted obs > 5.0 deg: 1653 Masked obs < 5.0 deg: 13990 Obs w/ SV duplication : 0 (within non-repeated epochs) Moving average MP12 : 0.694221 m Moving average MP21 : 0.496616 m Points in MP moving avg : 50 Mean S1 : 5.75 (sd=1.37 n=32504) Mean S2 : 4.88 (sd=1.34 n=30649) No. of Rx clock offsets : 0 Total Rx clock drift : 0.000000 ms Rate of Rx clock drift : 0.000 ms/hr Avg time between resets : Inf minute(s) Freq no. and timecode : 2 13211 ffffff Report gap > than : 10.00 minute(s) epochs w/ msec clk slip : 0 other msec mp events : 0 (: 1694) {expect ~= 1:50} IOD signifying a slip : >400.0 cm/minute IOD slips < 5.0 deg* : 17 IOD slips > 5.0 deg : 809 IOD or MP slips < 5.0*: 18 IOD or MP slips > 5.0 : 908 * or unknown elevation first epoch last epoch sn1 sn2 SSN 2016:068 00:00 2016:068 23:59 5.75 4.88 first epoch last epoch hrs dt #expt #have % mp1 mp2 o/slps SUM 2016:068 00:00 2016:068 23:59 24.00 30 46533 30852 66 0.69 0.50 34 SWN 2016:068 00:00 2016:068 23:59 24.00 30 46533 30852 66 0.69 0.50 34 Processing parameters are: Receiver tracking capability : 32 SVs Maximum ionospheric rate (L1) : 400.00 cm/min Report data gap greater than : 10.00 min Expected rms of MP12 multipath : 65.00 cm Expected rms of MP21 multipath : 65.00 cm Multipath slip sigma threshold : 4.00 sigma % increase in MP rms for C/A | A/S : 100.00 % Points in MP moving averages : 50 Minimum signal to noise for L1 : 4 Minimum signal to noise for L2 : 4 Elevation mask (cutoff) : 5.00 degrees Elevation comparison threshold : 25.00 degrees SVs w/ code data for position try : 6 Width of ASCII summary plot : 72 Data indicators on summary plot : yes Do ionospheric observable : yes Do ionospheric derivative : yes Do multipath observables : yes Do 1-ms receiver clock slips : yes Tolerance for 1-ms clock slips : 1.00e-02 ms Do receiver LLI slips : yes Do plot file(s) : no Observations start : 2016 068 00:00:00.000 Observations end : 2016 068 23:59:30.000 Observation interval : 30.0000 second(s) SV #+hor #+mask #reprt #compl L1 L2 P1 P2 C1 C2 --- ------ ----- ------ ----- ------ ------ ------ ------ ------ ------ ------ ------ G01 1166 23.46 1017 26.53 562 537 562 537 0 537 562 0 G02 1021 37.89 966 39.90 833 823 833 823 0 823 833 0 G05 907 39.66 837 42.77 778 765 778 765 0 765 778 0 G06 952 38.41 887 41.05 752 750 752 750 0 750 752 0 G07 880 40.18 810 43.44 670 669 670 669 0 669 670 0 G08 971 32.86 752 41.92 628 624 628 624 0 624 628 0 G09 1159 23.95 1006 27.21 684 665 684 665 0 665 684 0 G12 1166 23.41 1026 26.27 791 773 791 773 0 773 791 0 G13 1132 24.67 980 28.11 496 473 496 473 0 473 496 0 G14 1018 36.99 962 39.00 757 748 757 748 0 748 757 0 G15 852 39.82 784 43.06 737 721 737 721 0 721 737 0 G16 872 39.35 801 42.61 658 633 658 633 0 633 658 0 G17 1029 36.54 965 38.80 785 770 785 770 0 770 785 0 G18 1010 38.61 952 40.81 737 721 737 721 0 721 737 0 G19 1002 36.18 944 38.25 752 743 752 743 0 743 752 0 G20 999 37.49 940 39.69 748 735 748 735 0 735 748 0 G21 857 39.17 789 42.33 647 626 647 626 0 626 647 0 G23 1013 29.98 738 40.20 630 624 630 624 0 624 630 0 G24 1180 22.62 1029 25.57 517 507 517 507 0 507 517 0 G25 727 20.24 631 22.94 301 291 301 291 0 291 301 0 G26 860 37.56 757 42.45 632 619 632 619 0 619 632 0 G27 1125 25.19 969 28.83 546 535 546 535 0 535 546 0 G28 992 37.93 930 40.29 693 673 693 673 0 673 693 0 G29 1092 26.52 926 30.82 577 571 577 571 0 571 577 0 G30 953 33.26 754 41.64 639 637 639 637 0 637 639 0 G31 958 37.97 893 40.55 794 784 794 784 0 784 794 0 G03 1213 21.59 1067 24.20 738 725 738 725 0 725 738 0 G10 939 38.83 872 41.62 683 666 683 666 0 666 683 0 G11 1105 25.67 911 30.59 600 566 600 566 0 566 600 0 G22 1060 27.47 831 34.30 604 592 604 592 0 592 604 0 R01 1121 28.36 1015 31.07 706 637 706 637 0 638 706 0 R02 1201 26.73 1062 29.91 711 700 710 700 0 701 711 0 R03 1116 28.93 966 33.01 480 477 480 477 0 477 480 0 R04 915 32.82 782 37.95 589 582 589 582 0 582 589 0 R05 909 32.09 852 34.07 521 520 521 520 0 520 521 0 R06 922 31.56 867 33.40 657 597 657 597 0 597 657 0 R07 959 30.84 769 38.03 479 469 479 469 0 469 479 0 R08 1058 30.45 932 34.23 496 485 496 485 0 486 496 0 R09 901 30.42 733 36.79 528 521 528 521 0 521 528 0 R10 815 35.84 715 40.51 604 471 604 471 0 474 604 0 R11 1160 30.94 1109 32.24 694 0 694 0 0 0 694 0 R13 1167 30.40 940 37.21 428 428 428 428 0 428 428 0 R14 1001 25.22 861 28.93 295 295 295 295 0 295 295 0 R15 1022 23.20 917 25.57 523 523 523 523 0 523 523 0 R17 927 31.16 873 32.94 676 662 676 662 0 662 676 0 R18 850 34.34 784 37.02 635 632 635 632 0 633 635 0 R19 822 35.12 655 43.68 526 517 526 517 0 517 526 0 R20 969 26.29 849 29.66 334 334 334 334 0 334 334 0 R21 1180 22.11 1050 24.54 700 691 700 691 0 691 700 0 R22 1237 30.36 1121 33.24 765 762 765 762 0 762 765 0 R23 1192 33.05 1007 38.64 752 699 752 699 0 699 752 0 R24 1029 29.79 948 32.12 437 284 437 284 0 287 437 0 Obs below mask ( 5.00 deg) : 117 Obs reported w/ code | phase : 32622 Obs deleted (any reason) : 1770 Obs complete : 30852 | G | R | % Obs above mask w/ no L1 : 0.0 0.0 % Obs above mask w/ no L2 : 2.0 10.0 % Obs above mask w/ no P2 : 2.0 9.9 % Obs above mask w/ no C1 : 0.0 0.0 % Obs above mask w/ low L1 S/N: 3.3 5.8 % Obs above mask w/ low L2 S/N: 15.7 15.7 No. of Rx clock offsets : 0 Total Rx clock drift : 0.000000 ms Rate of Rx clock drift : 0.000000 ms/hr elev (deg) tot slps 5=% 1|m 15=% 2|m 85 - 90 176 0 0.000000 80 - 85 350 0 0.000000 75 - 80 877 0 0.000000 70 - 75 1209 0 0.000000 65 - 70 1455 0 0.000000 60 - 65 2063 0 0.000000 55 - 60 2778 0 0.000000 50 - 55 3032 4 0.000000 45 - 50 2947 2 0.000000 40 - 45 3093 4 0.000000 35 - 40 2737 21 0.000000 = 30 - 35 2860 37 0.000000 == 25 - 30 2466 64 0.000000 ===== 20 - 25 2181 112 0.000000 ========== 15 - 20 1644 241 0.000000 ============================= 10 - 15 736 207 0.000000 ==============================================> 5 - 10 198 117 0.000000 ==============================================> 0 - 5 15 8 0.000000 ==============================================> < 0 58 9 0.000000 =============================== MP12 RMS summary (per SV): slips L1 rx L2 rx slips L1 rx L2 rx SV obs> 5 # del MP12 rms [m] < 25 < 25 < 25 > 25 > 25 > 25 G01 562 25 36.90 4.836503 15 1 1 0 0 0 G02 833 10 44.81 0.382385 15 0 0 1 0 0 G05 778 13 46.05 0.319073 22 4 4 0 0 0 G06 752 2 46.58 0.625520 11 0 0 0 0 0 G07 670 1 50.37 0.613615 12 0 0 0 0 0 G08 628 4 48.23 0.379852 7 0 0 0 0 0 G09 684 19 35.46 0.711140 38 2 2 0 0 0 G12 791 18 31.30 1.080226 34 1 1 0 0 0 G13 496 23 43.99 0.878583 17 0 0 12 0 0 G14 757 9 46.02 0.505423 6 0 0 4 0 0 G15 737 16 46.15 0.686349 27 0 0 0 0 0 G16 658 25 50.84 0.716752 31 1 1 1 0 0 G17 785 15 45.26 0.320253 9 1 1 4 0 0 G18 737 16 48.26 0.446460 20 0 0 5 0 0 G19 752 9 44.56 0.647996 13 0 0 11 0 0 G20 748 13 47.05 0.318218 4 0 0 2 0 0 G21 647 21 50.35 3.666950 9 0 0 1 0 0 G23 630 6 45.64 0.512914 21 0 0 0 0 0 G24 517 10 35.13 1.231360 27 0 0 0 1 1 G25 301 10 31.51 1.109735 13 0 0 0 0 0 G26 632 13 49.46 0.357301 15 0 0 0 0 0 G27 546 11 40.83 1.636798 20 0 0 0 0 0 G28 693 20 49.72 1.207484 2 0 0 12 1 1 G29 577 6 44.06 0.148218 13 0 0 0 0 0 G30 639 2 47.30 0.755447 9 0 0 0 0 0 G31 794 10 44.96 1.140647 19 0 0 0 0 0 G03 738 13 29.89 0.391037 39 1 1 0 0 0 G10 683 17 50.09 0.527807 9 0 0 3 2 2 G11 600 34 43.61 0.514140 29 0 0 21 0 0 G22 604 12 44.68 0.528187 18 0 0 0 0 0 R01 706 69 40.69 0.361978 11 1 1 1 0 0 R02 711 11 37.34 0.400454 2 0 0 0 1 1 R03 480 3 51.21 0.113833 4 0 0 0 0 0 R04 589 7 47.17 0.374760 6 0 0 0 0 0 R05 521 1 43.11 0.611266 0 1 1 1 1 1 R06 657 60 40.06 0.491844 11 2 2 0 0 0 R07 479 10 51.63 0.099367 1 0 0 4 0 0 R08 496 11 53.73 0.058247 6 0 0 0 0 0 R09 528 7 48.54 0.254559 4 1 1 0 0 0 R10 604 133 53.52 1.427965 3 1 1 14 0 0 R13 428 0 58.42 0.233010 1 0 0 3 1 1 R14 295 0 52.32 0.089274 0 0 0 6 0 0 R15 523 0 33.56 0.257981 12 1 1 7 0 0 R17 676 14 38.63 0.183034 4 0 0 7 0 0 R18 635 3 43.02 0.447991 10 1 1 4 0 0 R19 526 9 51.96 0.126417 2 0 0 0 0 0 R20 334 0 51.54 0.162554 1 0 0 1 0 0 R21 700 9 29.84 0.203147 9 2 2 0 0 0 R22 765 3 41.50 1.112924 4 0 0 0 0 0 R23 752 53 50.43 0.525669 5 0 0 1 0 0 R24 437 153 50.71 0.790208 0 0 0 10 0 0 mean MP12 rms : 0.694212 m total mean elevation : 44.53 degrees # MP12 obs > 5 : 30852 # qc MP12 slips < 25 : 620 # Rvr L1 slips < 25 : 21 # Rvr L2 slips < 25 : 21 # qc MP12 slips > 25 : 136 # Rvr L1 slips > 25 : 7 # Rvr L2 slips > 25 : 7 elev (deg) tot slps 5=% 1|m 15=% 2|m 85 - 90 176 0 0.030852 | 80 - 85 350 0 0.028820 | 75 - 80 877 0 0.028202 | 70 - 75 1209 0 0.034324 | 65 - 70 1455 0 0.031680 | 60 - 65 2063 0 0.038147 | 55 - 60 2778 0 0.039125 | 50 - 55 3032 5 0.101206 || 45 - 50 2947 3 0.217164 |||| 40 - 45 3093 3 0.531948 ||||||||||| 35 - 40 2737 18 0.454318 #|||||||| 30 - 35 2860 42 0.642076 ##||||||||||| 25 - 30 2466 65 0.955595 #####|||||||||||||| 20 - 25 2181 102 1.474823 #########|||||||||||||||||||| 15 - 20 1644 185 3.583995 ######################||||||||||||||||||||||||> 10 - 15 736 208 2.032621 #########################################=====> 5 - 10 198 125 1.577578 ################################==============> 0 - 5 15 7 0.827392 #################=============================> < 0 58 7 2.191439 ########################|||||||||||||||||||| MP21 RMS summary (per SV): slips L1 rx L2 rx slips L1 rx L2 rx SV obs> 5 # del MP21 rms [m] < 25 < 25 < 25 > 25 > 25 > 25 G01 562 25 36.90 0.728329 63 1 6 0 0 0 G02 833 10 44.81 0.284408 17 0 4 1 0 0 G05 778 13 46.05 0.688160 26 4 5 0 0 0 G06 752 2 46.58 0.468801 14 0 1 0 0 0 G07 670 1 50.37 0.750366 12 0 1 0 0 0 G08 628 4 48.23 0.627798 9 0 1 0 0 0 G09 684 19 35.46 0.509964 41 2 7 0 0 0 G12 791 18 31.30 0.868599 40 1 4 0 0 0 G13 496 23 43.99 0.464329 20 0 7 15 0 3 G14 757 9 46.02 0.574235 5 0 1 4 0 1 G15 737 16 46.15 0.750451 27 0 3 0 0 0 G16 658 25 50.84 0.405799 38 1 15 1 0 0 G17 785 15 45.26 0.342821 11 1 4 3 0 2 G18 737 16 48.26 0.579047 21 0 2 5 0 0 G19 752 9 44.56 0.368799 15 0 1 12 0 1 G20 748 13 47.05 0.422456 4 0 1 2 0 0 G21 647 21 50.35 1.427051 23 0 3 2 0 0 G23 630 6 45.64 0.391038 23 0 4 0 0 0 G24 517 10 35.13 0.775689 30 0 5 0 1 1 G25 301 10 31.51 1.138192 14 0 1 0 0 0 G26 632 13 49.46 0.442224 15 0 1 0 0 0 G27 546 11 40.83 0.598950 24 0 5 0 0 0 G28 693 20 49.72 0.522953 9 0 1 11 1 3 G29 577 6 44.06 0.174059 14 0 0 0 0 0 G30 639 2 47.30 1.025396 9 0 1 0 0 0 G31 794 10 44.96 0.215202 23 0 4 0 0 0 G03 738 13 29.89 0.813167 38 1 6 0 0 0 G10 683 17 50.09 0.486751 10 0 1 4 2 0 G11 600 34 43.61 0.498007 31 0 8 22 0 0 G22 604 12 44.68 0.582506 22 0 7 0 0 0 R01 706 69 40.69 0.223580 14 1 0 2 0 1 R02 711 11 37.34 0.500118 2 0 0 0 1 1 R03 480 3 51.21 0.092715 3 0 0 0 0 0 R04 589 7 47.17 0.433437 4 0 0 0 0 0 R05 521 1 43.11 0.780096 0 1 1 1 1 1 R06 657 60 40.06 0.543952 10 2 4 0 0 0 R07 479 10 51.63 0.130009 1 0 0 4 0 0 R08 496 11 53.73 0.080149 6 0 0 0 0 0 R09 528 7 48.54 0.111413 6 1 0 0 0 0 R10 604 133 53.52 0.908413 3 1 0 21 0 2 R13 428 0 58.42 0.354066 1 0 0 3 1 1 R14 295 0 52.32 0.154650 0 0 0 6 0 1 R15 523 0 33.56 0.275934 12 1 1 7 0 0 R17 676 14 38.63 0.120126 4 0 0 8 0 0 R18 635 3 43.02 0.441057 13 1 2 4 0 0 R19 526 9 51.96 0.177251 2 0 0 0 0 0 R20 334 0 51.54 0.205564 1 0 0 2 0 0 R21 700 9 29.84 0.238558 8 2 1 0 0 0 R22 765 3 41.50 0.361064 12 0 0 0 0 0 R23 752 53 50.43 0.318290 5 0 0 2 0 0 R24 437 153 50.71 1.067411 0 0 0 12 0 5 mean MP21 rms : 0.496599 m total mean elevation : 44.53 degrees # MP21 obs > 5 : 30852 # qc MP21 slips < 25 : 755 # Rvr L1 slips < 25 : 21 # Rvr L2 slips < 25 : 119 # qc MP21 slips > 25 : 154 # Rvr L1 slips > 25 : 7 # Rvr L2 slips > 25 : 23 elev (deg) tot slps 5=% 1|m 15=% 2|m 85 - 90 176 0 0.018891 80 - 85 350 0 0.044084 | 75 - 80 877 0 0.034019 | 70 - 75 1209 0 0.034181 | 65 - 70 1455 0 0.040690 | 60 - 65 2063 0 0.041525 | 55 - 60 2778 0 0.057120 | 50 - 55 3032 5 0.124643 || 45 - 50 2947 5 0.226205 ||||| 40 - 45 3093 3 0.305506 |||||| 35 - 40 2737 21 0.341790 #|||||| 30 - 35 2860 45 0.547642 ###|||||||| 25 - 30 2466 75 0.794713 ######|||||||||| 20 - 25 2181 128 1.087246 ###########||||||||||| 15 - 20 1644 261 1.217428 ########################======= 10 - 15 736 231 1.390730 ############################==================> 5 - 10 198 135 1.488647 ##############################================> 0 - 5 15 8 1.067592 #####################=========================> < 0 58 7 2.320254 ########################|||||||||||||||||||||| S/N L1 summary (per elevation bin): elev (deg) tot SN1 sig mean 0|5 1|0 85 - 90 176 1.090 6.869 ####||||||||||||||||||||||| 80 - 85 350 1.003 7.234 ####||||||||||||||||||||||||| 75 - 80 878 0.713 7.342 ###|||||||||||||||||||||||||| 70 - 75 1209 0.641 7.456 ###||||||||||||||||||||||||||| 65 - 70 1455 0.687 7.234 ###|||||||||||||||||||||||||| 60 - 65 2065 0.812 6.970 ###||||||||||||||||||||||||| 55 - 60 2778 0.611 6.906 ##|||||||||||||||||||||||||| 50 - 55 3193 0.804 6.546 ###||||||||||||||||||||||| 45 - 50 3057 0.863 6.311 ###|||||||||||||||||||||| 40 - 45 3255 0.841 5.822 ###|||||||||||||||||||| 35 - 40 2920 0.749 5.480 ###||||||||||||||||||| 30 - 35 3035 0.718 4.959 ###||||||||||||||||| 25 - 30 2624 0.635 4.522 ###||||||||||||||| 20 - 25 2357 0.519 4.131 ##||||||||||||||| 15 - 20 1845 0.504 3.829 ##||||||||||||| 10 - 15 906 0.527 3.599 ##|||||||||||| 5 - 10 401 0.548 3.499 ##|||||||||||| 0 - 5 53 0.648 3.245 ###|||||||||| < 0 64 0.672 3.734 ###|||||||||||| S/N L2 summary (per elevation bin): elev (deg) tot SN2 sig mean 0|5 1|0 85 - 90 176 0.883 7.051 ####|||||||||||||||||||||||| 80 - 85 350 0.779 7.240 ###|||||||||||||||||||||||||| 75 - 80 878 0.910 6.730 ####||||||||||||||||||||||| 70 - 75 1209 0.985 6.533 ####|||||||||||||||||||||| 65 - 70 1455 0.774 6.293 ###|||||||||||||||||||||| 60 - 65 2065 0.861 5.990 ###||||||||||||||||||||| 55 - 60 2778 0.778 5.864 ###|||||||||||||||||||| 50 - 55 3032 0.869 5.455 ###||||||||||||||||||| 45 - 50 2949 0.922 5.062 ####|||||||||||||||| 40 - 45 3093 0.802 4.740 ###|||||||||||||||| 35 - 40 2735 0.769 4.388 ###||||||||||||||| 30 - 35 2858 0.707 4.024 ###||||||||||||| 25 - 30 2449 0.640 3.731 ###|||||||||||| 20 - 25 2165 0.679 3.478 ###||||||||||| 15 - 20 1581 0.700 3.178 ###|||||||||| 10 - 15 702 0.681 2.999 ###||||||||| 5 - 10 174 0.694 2.874 ###|||||||| 0 - 5 14 1.016 2.429 ####|||||| < 0 56 0.804 3.161 ###||||||||||