version: teqc 2011Oct11 SV+---------|--------|--------|--------|--------|--------|--------|--------+ SV 1| -~~~~~~~~~~~~~~~~~~~~~~Z | 1 2| IIoooooooooI- IIoooooooooooooooI | 2 3| IooooooooooooooooooooII | 3 4| -IooooII .IoooooooooooooooooI- | 4 5|~~~~~I -IIIII I-~~~~~~~~~~~~~| 5 6| IooooooooooooooooooooooI | 6 7| II~~~~~~~~I I~~~~~~~~~~~~~~~~I-| 7 8|oooI IoooooIII Mooooooooooooooo| 8 9|oooooooooooooooooo-- Mooo| 9 10|I MooooooooooooooooooooI| 10 11| -IoooooooooooooooooooooI | 11 12| --~~~~~~~~~~~~~~~~~~~~I | 12 13| IIIIII IooooooooooooooooooI- | 13 14| IIoooooooooooooooI -IoooooooooIM | 14 15|~~~~~~~~~~~~~~I M~~~~~~~| 15 16| IIooooooooooooooooooI --MIIM | 16 17|II~~~~~~~~~II I~~~~~~~~~~~~~~~I | 17 18|oooooooooooooI IoooooooooooooI- MI| 18 19| -ooooooooooooooooooooo- | 19 20| -ooooooooooooooooooooII | 20 21|ooII -Moooooooooooooooo-M MIoooo| 21 22| IIoooooooooo- -Mooooooooooooooo- | 22 23| -IooooMII MooooooooooooooooooM | 23 24|~~~~~~~~~~~~~~~~~~- 1~~~~| 24 25| --~~~~~~~~~~~~~~~~~~~~~- | 25 26|ooooooooooI -oooooooooooo| 26 27| -~~~~~~~~~~~I~~~~~~~~I- | 27 28|oooooooI cIooooooooooo-- Ioooooooo| 28 29| I~~~~~~~~~~~~~~~~~~-I IIIII | 29 30| IIooooooooooooooooooI- --- | 30 31| I~~~~~~~~~~~~~~~~~~- -II~~~~-IM | 31 32| III -ooooooooooooooooooII- | 32 R 5| IMI -~~~~~~~~~~~~~~~~~~~M |R 5 R 6|~~- I~I -~~~~~~~~~~~~~~~~~~~~- |R 6 R 7|~~~~~~- -~~~~M 2~~~~~~~~~~~~~~~~~~|R 7 R 8|~~~~~~~~~~I --M~~~~~~I MI~~~~~~~~~~|R 8 R 9|~~~~~~~I I~~~~~~~I M~~~~~~~~~~~~~~|R 9 R10|~~~~~~~~~~~cII- III~III -~~~~~~~~~~|R10 R11|~~~~~~~~~~~~~~~~~~~~- 2M2I- I~~~~~|R11 R15| Ic~~~~~~~~~~~~- -~~~~~~~~~~MI |R15 R16|?? I~I~~~~~~III -~~~~~~~~~~~~I |R16 R17|? -~~~~~~~~~~~~~~~~~~~~- I~I |R17 R22| -~~~~~~~~~~~~~~~- cI~~~~~~~~~~I |R22 R23| -~~~~~~~~~~~~~~~~~I -I~~~~~~~I |R23 R24| -~~~~~I~~~~~~~~~~~II- MI~~III |R24 R18|--~~~2 -~~~~~~~~~~~~~~~~~~~- ??|R18 R 1|I~~~~~~~~~~~~~I MI~~~~~~~~~I MI~~~~|R 1 R19| -I~~~~~~~- II~~~~~~~~~~~~~~~~I |R19 R20| 22~~~~~~~~~~I -I~~~~~~~~~~~~~~I |R20 R12| II~~~~~~~~~~~~~~~~~II -III- ?|R12 R 2| Ic~~~~~~~~~I- -~~~~~~~~~~~~I- |R 2 R21| -~~~~~~~~~~~~I I~~~~~~~~~~~~-- |R21 R 3| I~~~~~~~I -~~~~~~~~~~~~~~~M |R 3 R13| 1I~~~~~~~~~~~~~~~~- -~~~~~M |R13 R 4| MI~~~II -~~~~~~~~~~~~~~~~~- |R 4 R14| II~~~~~~~~~~~~~~I -M~~~~~~I |R14 -dn| 1 + |-dn +dn|32331312 12232342222223333232321121133311113212422211233333323322 342121|+dn + 0|jkkljklljkllmnnlkkljijkknnlonmnllnnn+++nmklmmiilmljjkmnlklmlmmmkkillkihh|+ 0 Pos|o o oo ooo oo oo oooooo |Pos Clk| |Clk +---------|--------|--------|--------|--------|--------|--------|--------+ 00:00:00.000 23:59:30.000 2012 Nov 7 2012 Nov 7 ********************* QC of RINEX file(s) : SALA3120.12O input RnxNAV file(s) : SALA3120.12N SALA3120.12G ********************* 4-character ID : SALA (# = 13469M001) Receiver type : LEICA GRX1200+GNSS (# = 495071) (fw = 8.51/6.111) Antenna type : LEIAR25 NONE (# = 08510035) Time of start of window : 2012 Nov 7 00:00:00.000 Time of end of window : 2012 Nov 7 23:59:30.000 Time line window length : 23.99 hour(s), ticked every 3.0 hour(s) antenna WGS 84 (xyz) : 4803111.6757 -462118.3551 4158404.4070 (m) antenna WGS 84 (geo) : N 40 deg 56' 41.75" W 5 deg 29' 44.31" antenna WGS 84 (geo) : 40.944930 deg 354.504358 deg (= -5.495642 deg) WGS 84 height : 913.6462 m |qc - header| position : 63.8239 m Observation interval : 30.0000 seconds Total satellites w/ obs : 56 NAVSTAR GPS SVs w/o OBS : NAVSTAR GPS SVs w/o NAV : GLONASS SVs w/o OBS : GLONASS SVs w/o NAV : Rx tracking capability : 26 SVs Poss. # of obs epochs : 2880 Epochs w/ observations : 2880 Epochs repeated : 0 (0.00%) Possible obs > 0.0 deg: 57861 Possible obs > 0.0 deg: 57861 Complete obs > 0.0 deg: 55179 Deleted obs > 0.0 deg: 508 Masked obs < 0.0 deg: 2173 Obs w/ SV duplication : 0 (within non-repeated epochs) Moving average MP1 : 0.451187 m Moving average MP2 : 0.467071 m Points in MP moving avg : 50 Mean S1 S2 : 47.05 (sd=3.56 n=55687) 42.16 (sd=5.46 n=55254) 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 11994 ffffff Report gap > than : 10.00 minute(s) epochs w/ msec clk slip : 0 other msec mp events : 0 (: 1156) {expect ~= 1:50} IOD signifying a slip : >400.0 cm/minute IOD slips < 0.0 deg* : 4 IOD slips > 0.0 deg : 490 IOD or MP slips < 0.0*: 7 IOD or MP slips > 0.0 : 588 * or unknown elevation first epoch last epoch hrs dt #expt #have % mp1 mp2 o/slps SUM 12 11 7 00:00 12 11 7 23:59 24.00 30 57861 55179 95 0.45 0.47 94 Processing parameters are: Receiver tracking capability : 26 SVs Maximum ionospheric rate (L1) : 400.00 cm/min Report data gap greater than : 10.00 min Expected rms of MP1 multipath : 50.00 cm Expected rms of MP2 multipath : 65.00 cm Multipath slip sigma threshold : 4.00 cm % increase in MP rms for C/A | A/S : 100.00 % Points in MP moving averages : 50 Minimum signal to noise for L1 : 0 Minimum signal to noise for L2 : 0 Elevation mask (cutoff) : 0.00 degrees Elevation comparison threshold : 25.00 degrees Orbit path spline fit sample time : 10 min SVs w/ code data for position try : 5 Width of ASCII summary plot : 72 Data indicators on summary plot : yes Do ionospheric observable : yes Do ionospheric derivative : yes Do high-pass ionosphere observable : no 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) : yes Observations start : 2012 Nov 7 00:00:00.000 Observations end : 2012 Nov 7 23:59:30.000 Observation interval : 30.0000 second(s) SV #+hor #+mask #reprt #compl L1 L2 P1 P2 CA L2C --- ------ ----- ------ ----- ------ ------ ------ ------ ------ ------ ------ ------ G01 921 40.84 921 40.84 905 905 905 905 0 905 905 905 G02 1156 23.58 1156 23.58 1087 1077 1084 1077 0 1078 1087 0 G03 884 41.38 884 41.38 872 868 872 868 0 868 872 0 G04 1055 29.23 1055 29.23 979 961 974 961 0 964 979 0 G05 1025 32.56 1025 32.56 920 904 919 905 0 905 920 875 G06 924 41.50 924 41.50 911 911 911 911 0 911 911 0 G07 1129 26.06 1129 26.06 1105 1102 1104 1103 0 1103 1105 1096 G08 1097 29.72 1097 29.72 1061 1058 1061 1058 0 1058 1061 0 G09 914 39.42 914 39.42 901 901 901 901 0 901 901 0 G10 899 41.13 899 41.13 884 881 884 881 0 881 884 0 G11 907 41.74 907 41.74 896 895 896 895 0 895 896 0 G12 881 41.20 881 41.20 862 861 862 861 0 861 862 857 G13 1006 33.91 1006 33.91 939 929 934 929 0 932 939 0 G14 1156 24.42 1156 24.42 1066 1055 1064 1055 0 1056 1066 0 G15 875 42.16 875 42.16 866 866 866 866 0 865 866 866 G16 1023 33.33 1023 33.33 886 865 885 865 0 865 886 0 G17 1163 23.78 1163 23.78 1100 1093 1100 1093 0 1093 1100 1076 G18 1203 21.87 1203 21.87 1161 1144 1160 1144 0 1145 1161 0 G19 893 41.53 893 41.53 875 873 875 873 0 873 875 0 G20 898 41.57 898 41.57 849 844 849 844 0 844 849 0 G21 1127 26.77 1127 26.77 1068 1058 1067 1058 0 1058 1068 0 G22 1161 23.46 1161 23.46 1130 1126 1130 1126 0 1126 1130 0 G23 1073 29.47 1073 29.47 1046 1035 1046 1035 0 1035 1046 0 G24 908 41.07 908 41.07 897 897 897 897 0 897 897 897 G25 920 40.58 920 40.58 905 904 905 904 0 904 905 904 G26 906 40.04 906 40.04 893 893 893 893 0 893 893 0 G27 879 41.35 879 41.35 844 843 844 843 0 840 844 843 G28 1189 23.95 1189 23.95 1152 1148 1152 1148 0 1148 1152 0 G29 999 34.09 999 34.09 943 936 938 939 0 940 943 926 G30 895 38.66 895 38.66 819 817 819 817 0 817 819 0 G31 1101 28.45 1101 28.45 1034 1028 1033 1028 0 1028 1034 1012 G32 944 36.71 944 36.71 842 835 841 835 0 836 842 0 R05 916 33.54 916 33.54 886 873 886 873 0 873 886 0 R06 1043 30.26 1043 30.26 1010 1003 1010 1003 0 1005 1010 0 R07 1221 33.23 1221 33.23 1195 1194 1195 1194 0 1194 1195 0 R08 1251 34.65 1251 34.65 1188 1169 1187 1169 0 1173 1188 0 R09 1247 29.47 1247 29.47 1231 1212 1230 1212 0 1216 1231 0 R10 1234 37.82 1234 37.82 1198 1157 1198 1157 0 1161 1198 0 R11 1197 31.33 1197 31.33 1179 1154 1179 1154 0 1155 1179 0 R15 1027 25.88 1027 25.88 1005 1000 1004 1001 0 1003 1005 0 R16 1020 25.79 1020 25.79 979 970 977 970 0 975 979 0 R17 969 31.62 969 31.62 940 937 939 937 0 938 940 0 R22 1107 30.41 1107 30.41 1086 1083 1086 1083 0 1083 1086 0 R23 1076 31.54 1076 31.54 1055 1046 1055 1046 0 1048 1055 0 R24 1042 30.38 1042 30.38 1010 986 1009 986 0 992 1010 0 R18 1029 30.77 1029 30.77 1005 1001 1005 1001 0 1001 1005 0 R01 1241 24.94 1241 24.94 1218 1181 1218 1181 0 1183 1218 0 R19 1073 31.62 1073 31.62 1008 1000 1008 1000 0 1003 1008 0 R20 1108 30.50 1108 30.50 1078 1074 1077 1074 0 1077 1078 0 R12 937 32.46 937 32.46 909 901 907 901 0 906 909 0 R02 1026 25.36 1026 25.36 995 974 995 974 0 975 995 0 R21 1114 29.88 1114 29.88 1066 1050 1066 1050 0 1052 1066 0 R03 994 28.62 994 28.62 974 970 974 970 0 972 974 0 R13 961 32.13 961 32.13 922 919 922 919 0 920 922 0 R04 947 32.68 947 32.68 918 908 917 908 0 912 918 0 R14 970 29.62 970 29.62 934 904 933 904 0 908 934 0 Obs below mask ( 0.00 deg) : 196 Obs above mask w/ no L1 : 40 Obs above mask w/ no L2 : 503 Obs above mask w/ no P1 | CA : 1 Obs above mask w/ no P2 | L2C : 434 Obs above mask w/ low L1 S/N : 0 Obs above mask w/ low L2 S/N : 0 Obs reported w/ code | phase : 55883 Obs deleted (any reason) : 704 Obs complete : 55179 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 - 90 288 0 0.000000 80 - 85 636 1 0.000000 75 - 80 1164 0 0.000000 70 - 75 2240 0 0.000000 65 - 70 2903 0 0.000000 60 - 65 2558 1 0.000000 55 - 60 2835 0 0.000000 50 - 55 3374 0 0.000000 45 - 50 3385 0 0.000000 40 - 45 3068 0 0.000000 35 - 40 3207 0 0.000000 30 - 35 3868 0 0.000000 25 - 30 3880 0 0.000000 20 - 25 4187 1 0.000000 15 - 20 5079 1 0.000000 10 - 15 4931 6 0.000000 5 - 10 5796 78 0.000000 == 0 - 5 4429 402 0.000000 ================== < 0 189 4 0.000000 ==== MP1 RMS summary (per SV): slips L1 rx L2 rx slips L1 rx L2 rx SV obs> 0 # del MP1 rms [m] < 25 < 25 < 25 > 25 > 25 > 25 G01 905 0 41.65 0.256164 0 0 0 0 0 0 G02 1087 10 25.21 0.371190 17 1 4 0 0 0 G03 872 4 42.23 0.242698 3 0 0 0 0 0 G04 979 18 31.96 0.401630 27 0 7 0 0 0 G05 920 16 36.66 0.615421 29 0 11 0 0 0 G06 911 0 42.18 0.308755 3 0 1 0 0 0 G07 1105 3 26.75 0.373158 9 0 1 0 0 0 G08 1061 3 30.81 0.440422 13 0 1 0 0 0 G09 901 0 40.05 0.232186 1 0 1 0 0 0 G10 884 3 42.05 0.244527 7 0 3 0 0 0 G11 896 1 42.40 0.262631 6 0 0 0 0 0 G12 862 1 42.24 0.281407 3 0 0 0 0 0 G13 939 10 36.61 1.721531 20 0 1 0 0 0 G14 1066 11 26.59 0.329503 14 1 2 0 0 0 G15 866 0 42.64 0.231582 2 0 0 0 0 0 G16 886 21 39.06 0.296988 18 0 2 0 0 0 G17 1100 7 25.22 0.341701 26 0 0 0 0 0 G18 1161 17 22.97 0.516247 15 0 3 0 0 0 G19 875 2 42.55 0.244122 0 0 0 0 0 0 G20 849 5 44.17 0.314060 6 0 1 0 0 0 G21 1068 10 28.43 0.373780 20 1 0 0 0 0 G22 1130 4 24.24 0.318448 6 0 0 0 0 0 G23 1046 11 30.59 0.431362 10 0 1 0 0 0 G24 897 0 41.62 0.232610 1 0 0 0 0 0 G25 905 1 41.38 0.265760 0 0 0 0 0 0 G26 893 0 40.63 0.268966 3 0 1 0 0 0 G27 844 1 42.96 0.359353 3 0 2 1 0 1 G28 1152 4 24.80 0.333440 11 0 2 0 0 0 G29 943 7 36.33 0.502382 27 1 1 0 0 0 G30 819 2 42.42 0.355045 10 0 1 0 0 0 G31 1034 6 30.38 0.368221 19 0 2 0 0 0 G32 842 7 41.19 0.652931 7 0 0 0 0 0 R05 886 13 35.25 0.308362 6 0 0 0 0 0 R06 1010 7 31.52 0.504871 4 0 0 0 0 0 R07 1195 1 33.97 0.270495 1 0 0 0 0 0 R08 1188 19 36.78 0.357880 9 0 0 0 0 0 R09 1231 19 30.29 0.311833 11 0 1 0 0 0 R10 1198 41 40.11 1.640634 11 0 0 0 0 0 R11 1179 25 32.52 0.470510 10 0 0 0 0 0 R15 1005 5 26.63 0.506896 5 0 0 0 0 0 R16 979 9 26.98 0.500616 5 0 0 0 0 0 R17 940 3 32.67 0.481308 4 0 0 0 0 0 R22 1086 3 31.15 0.285961 3 0 0 0 0 0 R23 1055 9 32.49 0.357717 6 0 0 0 0 0 R24 1010 24 31.87 0.538596 17 0 0 1 0 0 R18 1005 4 31.68 0.320461 0 0 0 0 0 0 R01 1218 37 26.16 0.582089 15 0 0 0 0 0 R19 1008 8 33.75 0.474553 10 0 0 0 0 0 R20 1078 4 31.49 0.629875 6 0 0 0 0 0 R12 909 8 33.82 0.547212 11 1 1 0 0 0 R02 995 21 26.70 0.441559 5 1 0 0 0 0 R21 1066 16 31.65 0.372567 4 0 0 0 0 0 R03 974 4 29.39 0.487927 1 0 0 0 0 0 R13 922 3 33.63 0.852247 4 0 0 0 0 0 R04 918 10 34.11 0.398837 18 1 0 0 0 0 R14 934 30 31.51 0.949263 5 1 2 0 0 0 mean MP1 rms : 0.451182 m total mean elevation : 33.73 degrees # MP1 obs > 0 : 55179 # qc MP1 slips < 25 : 507 # Rvr L1 slips < 25 : 8 # Rvr L2 slips < 25 : 52 # qc MP1 slips > 25 : 2 # Rvr L1 slips > 25 : 0 # Rvr L2 slips > 25 : 1 elev (deg) tot slps 5=% 1|m 15=% 2|m 85 - 90 288 0 0.112751 || 80 - 85 636 1 0.158693 ||| 75 - 80 1164 0 0.244338 ||||| 70 - 75 1963 0 0.184647 |||| 65 - 70 2630 0 0.181643 |||| 60 - 65 2347 1 0.215419 |||| 55 - 60 2646 0 0.218674 |||| 50 - 55 3196 0 0.235199 ||||| 45 - 50 3211 0 0.232433 ||||| 40 - 45 2900 0 0.245678 ||||| 35 - 40 3051 0 0.248005 ||||| 30 - 35 3729 0 0.251121 ||||| 25 - 30 3717 0 0.255384 ||||| 20 - 25 4023 1 0.263901 ||||| 15 - 20 4914 1 0.285331 |||||| 10 - 15 4768 10 0.472093 ||||||||| 5 - 10 5631 70 0.962910 ##||||||||||||||||| 0 - 5 4311 425 1.293085 ###################||||||| < 0 189 7 0.764185 #######|||||||| MP2 RMS summary (per SV): slips L1 rx L2 rx slips L1 rx L2 rx SV obs> 0 # del MP2 rms [m] < 25 < 25 < 25 > 25 > 25 > 25 G01 905 0 41.65 0.305438 0 0 0 0 0 0 G02 1087 10 25.21 0.652948 18 1 4 0 0 0 G03 872 4 42.23 0.377571 3 0 0 0 0 0 G04 979 18 31.96 0.485555 28 0 7 0 0 0 G05 920 16 36.66 1.190259 28 0 11 0 0 0 G06 911 0 42.18 0.540089 3 0 1 0 0 0 G07 1105 3 26.75 0.442139 13 0 1 0 0 0 G08 1061 3 30.81 0.587436 17 0 1 0 0 0 G09 901 0 40.05 0.311679 2 0 1 0 0 0 G10 884 3 42.05 0.322090 7 0 3 0 0 0 G11 896 1 42.40 0.294113 6 0 0 0 0 0 G12 862 1 42.24 0.261992 2 0 0 0 0 0 G13 939 10 36.61 1.100866 25 0 1 0 0 0 G14 1066 11 26.59 0.304239 17 1 2 0 0 0 G15 866 0 42.64 0.310787 3 0 0 0 0 0 G16 886 21 39.06 0.701520 19 0 2 0 0 0 G17 1100 7 25.22 0.552584 29 0 0 0 0 0 G18 1161 17 22.97 0.446397 15 0 3 0 0 0 G19 875 2 42.55 0.376708 0 0 0 0 0 0 G20 849 5 44.17 0.253972 6 0 1 0 0 0 G21 1068 10 28.43 0.492085 22 1 0 0 0 0 G22 1130 4 24.24 0.380472 6 0 0 0 0 0 G23 1046 11 30.59 0.718451 10 0 1 0 0 0 G24 897 0 41.62 0.217422 1 0 0 0 0 0 G25 905 1 41.38 0.240826 0 0 0 0 0 0 G26 893 0 40.63 0.301391 3 0 1 0 0 0 G27 844 1 42.96 0.389410 3 0 2 1 0 1 G28 1152 4 24.80 0.373986 11 0 2 0 0 0 G29 943 7 36.33 0.480623 33 1 1 0 0 0 G30 819 2 42.42 0.484628 10 0 1 0 0 0 G31 1034 6 30.38 0.350327 23 0 2 0 0 0 G32 842 7 41.19 0.956073 8 0 0 0 0 0 R05 886 13 35.25 0.272913 7 0 0 0 0 0 R06 1010 7 31.52 0.304413 6 0 0 0 0 0 R07 1195 1 33.97 0.269069 2 0 0 0 0 0 R08 1188 19 36.78 0.374036 13 0 0 0 0 0 R09 1231 19 30.29 0.297553 12 0 1 0 0 0 R10 1198 41 40.11 0.603677 27 0 0 0 0 0 R11 1179 25 32.52 0.406812 19 0 0 0 0 0 R15 1005 5 26.63 1.247124 2 0 0 0 0 0 R16 979 9 26.98 0.352522 13 0 0 0 0 0 R17 940 3 32.67 0.471370 8 0 0 0 0 0 R22 1086 3 31.15 0.296100 4 0 0 0 0 0 R23 1055 9 32.49 0.332205 11 0 0 0 0 0 R24 1010 24 31.87 0.471682 20 0 0 1 0 0 R18 1005 4 31.68 0.430333 1 0 0 0 0 0 R01 1218 37 26.16 0.299611 23 0 0 0 0 0 R19 1008 8 33.75 0.436686 15 0 0 0 0 0 R20 1078 4 31.49 0.377189 13 0 0 0 0 0 R12 909 8 33.82 0.287532 17 1 1 0 0 0 R02 995 21 26.70 0.478540 6 1 0 0 0 0 R21 1066 16 31.65 0.293373 6 0 0 0 0 0 R03 974 4 29.39 0.555944 4 0 0 0 0 0 R13 922 3 33.63 0.469892 5 0 0 0 0 0 R04 918 10 34.11 0.450271 21 1 0 0 0 0 R14 934 30 31.51 1.350213 4 1 2 0 0 0 mean MP2 rms : 0.467076 m total mean elevation : 33.73 degrees # MP2 obs > 0 : 55179 # qc MP2 slips < 25 : 630 # Rvr L1 slips < 25 : 8 # Rvr L2 slips < 25 : 52 # qc MP2 slips > 25 : 2 # Rvr L1 slips > 25 : 0 # Rvr L2 slips > 25 : 1 elev (deg) tot slps 5=% 1|m 15=% 2|m 85 - 90 288 0 0.112729 || 80 - 85 636 1 0.129859 ||| 75 - 80 1164 0 0.220164 |||| 70 - 75 1963 0 0.109164 || 65 - 70 2630 0 0.099523 || 60 - 65 2347 1 0.116067 || 55 - 60 2646 0 0.133665 ||| 50 - 55 3196 0 0.133361 ||| 45 - 50 3211 0 0.144571 ||| 40 - 45 2900 0 0.158908 ||| 35 - 40 3051 0 0.174477 ||| 30 - 35 3729 0 0.195116 |||| 25 - 30 3717 0 0.240221 ||||| 20 - 25 4023 1 0.271727 ||||| 15 - 20 4914 1 0.323921 |||||| 10 - 15 4768 13 0.551381 ||||||||||| 5 - 10 5631 100 0.870825 ###|||||||||||||| 0 - 5 4311 515 1.374066 #######################|||| < 0 189 7 0.408410 #######| S/N L1 summary (per elevation bin): elev (deg) tot SN1 sig mean 2|0 4|0 6|0 8|0 85 - 90 288 3.037 49.785 ##||||||||||||||||||||||| 80 - 85 637 2.146 49.999 #|||||||||||||||||||||||| 75 - 80 1164 1.631 49.915 #|||||||||||||||||||||||| 70 - 75 1965 1.593 49.841 #|||||||||||||||||||||||| 65 - 70 2630 1.345 49.900 #|||||||||||||||||||||||| 60 - 65 2350 1.383 49.878 #|||||||||||||||||||||||| 55 - 60 2648 1.369 49.815 #|||||||||||||||||||||||| 50 - 55 3198 1.267 49.888 #|||||||||||||||||||||||| 45 - 50 3213 1.288 49.806 #|||||||||||||||||||||||| 40 - 45 2900 1.331 49.621 #|||||||||||||||||||||||| 35 - 40 3052 1.371 49.244 #|||||||||||||||||||||||| 30 - 35 3729 1.555 48.548 #||||||||||||||||||||||| 25 - 30 3719 1.465 47.922 #||||||||||||||||||||||| 20 - 25 4024 1.489 47.010 #||||||||||||||||||||||| 15 - 20 4915 1.598 45.802 #|||||||||||||||||||||| 10 - 15 4787 1.950 44.470 #||||||||||||||||||||| 5 - 10 5706 2.591 42.840 #|||||||||||||||||||| 0 - 5 4762 3.398 40.322 ##|||||||||||||||||| < 0 196 4.275 40.337 ##|||||||||||||||||| S/N L2 summary (per elevation bin): elev (deg) tot SN2 sig mean 2|0 4|0 6|0 8|0 85 - 90 288 3.533 47.622 ##|||||||||||||||||||||| 80 - 85 636 2.815 48.528 #||||||||||||||||||||||| 75 - 80 1164 2.173 48.724 #||||||||||||||||||||||| 70 - 75 1965 2.138 48.500 #||||||||||||||||||||||| 65 - 70 2630 2.047 48.128 #||||||||||||||||||||||| 60 - 65 2348 1.991 47.837 #||||||||||||||||||||||| 55 - 60 2647 2.214 47.323 #||||||||||||||||||||||| 50 - 55 3198 2.320 46.574 #|||||||||||||||||||||| 45 - 50 3213 2.338 45.975 #|||||||||||||||||||||| 40 - 45 2900 2.329 45.378 #|||||||||||||||||||||| 35 - 40 3052 2.384 44.337 #||||||||||||||||||||| 30 - 35 3729 2.532 43.166 #||||||||||||||||||||| 25 - 30 3719 2.669 41.884 #|||||||||||||||||||| 20 - 25 4024 2.671 40.627 #||||||||||||||||||| 15 - 20 4915 2.763 39.478 #||||||||||||||||||| 10 - 15 4770 3.134 37.800 ##||||||||||||||||| 5 - 10 5640 3.482 35.594 ##|||||||||||||||| 0 - 5 4416 3.970 33.734 ##||||||||||||||| < 0 192 3.840 35.575 ##||||||||||||||||