$MSGLOG Ver8.10.2313 NGPS32 Reverse Normal ; Processed by Michael, desciption: FLIGHT25: SJB1 - BASE2 ; Time and date is: 21:47:02, 01/06/2009 ; Waypoint Products Group, Copyright NovAtel Inc., 1992-2008 : Loading datum information... : Processing in datum 'WGS84' using 3PARAM conversion 'WGS84 to WGS84 (Same)' : Master station 'AGAP-S1' DISABLED!!! : GLONASS processing status: : GLONASS processing DISABLED : Dual frequency processing selected: : L2 used for ambiguity resolution (KAR, Fixed Static) : L2 used for ionospheric free processing model : Using the Saastamoinen tropospheric model : Will USE doppler measurements : Scanning GPB Files... : Opening output data files with prefix 'Z:\AGAP\FLIGHT25\GPS\FLIGHT25' : Elevation based antenna corrections will be applied : Loading antenna profiles... : Read 247 profiles : Found antenna 'LEIAX1202GG' for station AGAP-S2 (AGAP-S2-F25_0648_F25_only) [NONE GNSS] : No antenna type specified for station Remote (C-FSJB1-F25_0649_F25_only)--Zero correction applied : Loading ephemeris and correction files... : Reading master epp file(s)... : Processing ephemeris file 'Z:\AGAP\FLIGHT25\GPS\GPSBASE\GPSBASE2\AGAP-S2-F25_0648_F25_only.epp' : Detected 127 GpsEph, 10 GlonassEph, 1 GpsIono and 0 GpsAlmanac records : GpsIono record only has UTC info (no broadcast ICD-200 ionospheric model present) : Added 127 GPS and 10 GLONASS ephemerides : Reading remote epp file(s)... : Processing ephemeris file 'Z:\AGAP\FLIGHT25\GPS\AIRBORNE\SJB1\C-FSJB1-F25_0649_F25_only.epp' : Detected 126 GpsEph, 4 GlonassEph, 1 GpsIono and 0 GpsAlmanac records : GpsIono record only has UTC info (no broadcast ICD-200 ionospheric model present) : Added 5 GPS and 1 GLONASS ephemerides 195190.9: Starting position is -84 29 46.52684, 77 14 42.72827, 3496.529 with C/A RMS of 0.83 m 195190.9: Startup complete 195190.9: Starting in KINEMATIC mode 195190.9: Best GPS base on AGAP-S2 is PRN 18 with 2 points and elevation of 44.2 degrees 195190.9: Second GPS best on AGAP-S2 is PRN 15 with 0 points and elevation of 51.0 degrees 195190.9: *** KAR engaged at start-up 195190.8: Tropospheric conditions for AGAP-S2 at 3493.6 m elevation are: Pressure 640.5 mbar, Temperature -24.0 C, WV 0.7 mbar 195190.8: Tropospheric conditions for Remote at 3496.2 m elevation are: Pressure 640.3 mbar, Temperature -24.0 C, WV 0.7 mbar 195160.9: Performing KAR search at 30 seconds on baseline AGAP-S2 195160.9: GPS KAR used 30.0 s (PASS) with average of 11.0 sats over average distance of 0.2 km 195160.9: RMS is 0.0118 cycles (PASS), Reliability is 18.0 (PASS), Float/fixed sep. is 1.77 m (PASS) 195160.9: KAR used the HIGH noise model and searched at a distance of 0.2 km 195160.9: KAR passed all tests, going back to engage fix 195190.8: Restoring 11 out of 11 satellites 0.0 sec after loss of lock (DD_DOP is 2.8) 195190.8: KAR success! 191716.2: Small L2 cycle slip on PRN 28 of -2.64 cycles on baseline AGAP-S2 191716.2: Doppler L1 cycle slip on PRN 28 of 1021.36 cycles on baseline AGAP-S2 191451.3: Small L2 cycle slip on PRN 24 of -6.20 cycles on baseline AGAP-S2 191451.3: Doppler L1 cycle slip on PRN 24 of 1017.80 cycles on baseline AGAP-S2 191420.6: Doppler L1 cycle slip on PRN 28 of -105.04 cycles on baseline AGAP-S2 191416.8: Doppler L1 cycle slip on PRN 28 of 51.89 cycles on baseline AGAP-S2 191399.0: Small L2 cycle slip on PRN 10 of 2.08 cycles on baseline AGAP-S2 191399.0: Doppler L1 cycle slip on PRN 10 of 1026.08 cycles on baseline AGAP-S2 191394.4: Small L2 cycle slip on PRN 28 of -7.74 cycles on baseline AGAP-S2 191394.4: Doppler L1 cycle slip on PRN 28 of 1016.26 cycles on baseline AGAP-S2 191391.6: Doppler L1 cycle slip on PRN 28 of 31.25 cycles on baseline AGAP-S2 191390.4: Prn 28 dropped out for 0.7 s on baseline AGAP-S2--will try to save ambiguity 191390.4: Small L2 cycle slip on PRN 28 of 5.38 cycles on baseline AGAP-S2 191390.4: Doppler L1 cycle slip on PRN 28 of 1029.38 cycles on baseline AGAP-S2 191371.0: Small L2 cycle slip on PRN 28 of 0.80 cycles on baseline AGAP-S2 191371.0: Doppler L1 cycle slip on PRN 28 of 1024.80 cycles on baseline AGAP-S2 191353.0: Doppler L1 cycle slip on PRN 28 of -55.17 cycles on baseline AGAP-S2 191347.3: Doppler L1 cycle slip on PRN 28 of 35.62 cycles on baseline AGAP-S2 191275.2: Small L2 cycle slip on PRN 28 of -16.92 cycles on baseline AGAP-S2 191275.2: Doppler L1 cycle slip on PRN 28 of 1007.08 cycles on baseline AGAP-S2 191268.8: Small L2 cycle slip on PRN 28 of 8.10 cycles on baseline AGAP-S2 191268.8: Doppler L1 cycle slip on PRN 28 of 1032.10 cycles on baseline AGAP-S2 191264.6: Small L2 cycle slip on PRN 28 of 4.24 cycles on baseline AGAP-S2 191264.6: Doppler L1 cycle slip on PRN 28 of 1028.24 cycles on baseline AGAP-S2 191259.6: Small L2 cycle slip on PRN 28 of 4.06 cycles on baseline AGAP-S2 191259.6: Doppler L1 cycle slip on PRN 28 of 1028.06 cycles on baseline AGAP-S2 191254.0: Doppler L1 cycle slip on PRN 28 of 37.69 cycles on baseline AGAP-S2 191239.7: Large L2 cycle slip on PRN 28 of -21.12 cycles on baseline AGAP-S2 191239.7: Doppler L1 cycle slip on PRN 28 of 52.40 cycles on baseline AGAP-S2 191234.1: Small L2 cycle slip on PRN 28 of -11.68 cycles on baseline AGAP-S2 191234.1: Doppler L1 cycle slip on PRN 28 of 1012.32 cycles on baseline AGAP-S2 191230.4: Doppler L1 cycle slip on PRN 28 of 30.67 cycles on baseline AGAP-S2 191223.5: Small L2 cycle slip on PRN 28 of 4.62 cycles on baseline AGAP-S2 191223.5: Doppler L1 cycle slip on PRN 28 of 1028.62 cycles on baseline AGAP-S2 191219.0: Small L2 cycle slip on PRN 28 of -7.10 cycles on baseline AGAP-S2 191219.0: Doppler L1 cycle slip on PRN 28 of 1016.90 cycles on baseline AGAP-S2 190813.1: GPS Base satellite 18 dropped below 22.5 degrees on baseline AGAP-S2 190813.1: Best GPS base on AGAP-S2 is PRN 27 with 6 points and elevation of 50.2 degrees 190813.1: Second GPS best on AGAP-S2 is PRN 26 with 6 points and elevation of 50.0 degrees 190813.1: GPS Base satellite changed from PRN 18 to PRN 27 on baseline AGAP-S2 due to base drop-out 189209.2: Small L2 cycle slip on PRN 19 of -9.64 cycles on baseline AGAP-S2 189209.2: Doppler L1 cycle slip on PRN 19 of 1014.36 cycles on baseline AGAP-S2 188696.5: Missing L1 doppler on Prn 21 at station Remote--new estimated value is -0.11 cycles 187976.3: Small L2 cycle slip on PRN 16 of 1.38 cycles on baseline AGAP-S2 187976.3: Doppler L1 cycle slip on PRN 16 of 1025.38 cycles on baseline AGAP-S2 186288.9: Small L2 cycle slip on PRN 6 of -10.02 cycles on baseline AGAP-S2 186288.9: Doppler L1 cycle slip on PRN 6 of 1013.98 cycles on baseline AGAP-S2 186276.7: Small L2 cycle slip on PRN 3 of -3.12 cycles on baseline AGAP-S2 186276.7: Doppler L1 cycle slip on PRN 3 of 1020.88 cycles on baseline AGAP-S2 185755.3: Small L2 cycle slip on PRN 13 of 0.99 cycles on baseline AGAP-S2 185755.3: Doppler L1 cycle slip on PRN 13 of 1024.99 cycles on baseline AGAP-S2 185730.7: Small L2 cycle slip on PRN 3 of 9.75 cycles on baseline AGAP-S2 185730.7: Doppler L1 cycle slip on PRN 3 of 1033.75 cycles on baseline AGAP-S2 185721.1: Small L2 cycle slip on PRN 13 of 8.95 cycles on baseline AGAP-S2 185721.1: Doppler L1 cycle slip on PRN 13 of 1032.95 cycles on baseline AGAP-S2 185401.6: GPS Base satellite 27 dropped below 22.5 degrees on baseline AGAP-S2 185401.6: Best GPS base on AGAP-S2 is PRN 7 with 6 points and elevation of 47.8 degrees 185401.6: Second GPS best on AGAP-S2 is PRN 10 with 5 points and elevation of 51.5 degrees 185401.6: GPS Base satellite changed from PRN 27 to PRN 7 on baseline AGAP-S2 due to base drop-out 184193.9: Missing L1 doppler on Prn 25 at station AGAP-S2--new estimated value is -0.09 cycles 180772.2: GPS Base satellite 7 dropped below 22.5 degrees on baseline AGAP-S2 180772.2: Best GPS base on AGAP-S2 is PRN 13 with 2 points and elevation of 49.5 degrees 180772.2: Second GPS best on AGAP-S2 is PRN 25 with 1 points and elevation of 38.2 degrees 180772.2: GPS Base satellite changed from PRN 7 to PRN 13 on baseline AGAP-S2 due to base drop-out 179304.3: Small L2 cycle slip on PRN 4 of 1.28 cycles on baseline AGAP-S2 179304.3: Doppler L1 cycle slip on PRN 4 of 1025.28 cycles on baseline AGAP-S2 179289.8: Small L2 cycle slip on PRN 4 of -1.24 cycles on baseline AGAP-S2 179289.8: Doppler L1 cycle slip on PRN 4 of 1022.76 cycles on baseline AGAP-S2 179204.2: Small L2 cycle slip on PRN 4 of 4.11 cycles on baseline AGAP-S2 179204.2: Doppler L1 cycle slip on PRN 4 of 1028.11 cycles on baseline AGAP-S2 178905.9: Small L2 cycle slip on PRN 4 of -0.62 cycles on baseline AGAP-S2 178905.9: Doppler L1 cycle slip on PRN 4 of 1023.38 cycles on baseline AGAP-S2 178900.7: Small L2 cycle slip on PRN 10 of -5.80 cycles on baseline AGAP-S2 178900.7: Doppler L1 cycle slip on PRN 10 of 1018.20 cycles on baseline AGAP-S2 178343.0: Small L2 cycle slip on PRN 25 of -5.42 cycles on baseline AGAP-S2 178343.0: Doppler L1 cycle slip on PRN 25 of 1018.58 cycles on baseline AGAP-S2 177973.7: Small L2 cycle slip on PRN 4 of -0.53 cycles on baseline AGAP-S2 177973.7: Doppler L1 cycle slip on PRN 4 of 1023.47 cycles on baseline AGAP-S2 177572.5: Small L2 cycle slip on PRN 10 of 1.24 cycles on baseline AGAP-S2 177572.5: Doppler L1 cycle slip on PRN 10 of 1025.24 cycles on baseline AGAP-S2 177558.1: Small L2 cycle slip on PRN 10 of 1.70 cycles on baseline AGAP-S2 177558.1: Doppler L1 cycle slip on PRN 10 of 1025.70 cycles on baseline AGAP-S2 177518.8: Small L2 cycle slip on PRN 10 of -4.79 cycles on baseline AGAP-S2 177518.8: Doppler L1 cycle slip on PRN 10 of 1019.21 cycles on baseline AGAP-S2 177508.5: Small L2 cycle slip on PRN 31 of -3.11 cycles on baseline AGAP-S2 177508.5: Doppler L1 cycle slip on PRN 31 of 1020.89 cycles on baseline AGAP-S2 177388.9: Small L2 cycle slip on PRN 10 of 0.57 cycles on baseline AGAP-S2 177388.9: Doppler L1 cycle slip on PRN 10 of 1024.57 cycles on baseline AGAP-S2 176492.5: Doppler L1 cycle slip on PRN 30 of 41.07 cycles on baseline AGAP-S2 176492.5: Small L2 cycle slip on PRN 16 of -5.99 cycles on baseline AGAP-S2 176492.5: Doppler L1 cycle slip on PRN 16 of 1018.01 cycles on baseline AGAP-S2 173717.1: Small L2 cycle slip on PRN 12 of 1.27 cycles on baseline AGAP-S2 173717.1: Doppler L1 cycle slip on PRN 12 of 1025.27 cycles on baseline AGAP-S2 173696.9: Small L2 cycle slip on PRN 32 of -1.90 cycles on baseline AGAP-S2 173696.9: Doppler L1 cycle slip on PRN 32 of 1022.10 cycles on baseline AGAP-S2 173606.6: Small L2 cycle slip on PRN 12 of 1.92 cycles on baseline AGAP-S2 173606.6: Doppler L1 cycle slip on PRN 12 of 1025.92 cycles on baseline AGAP-S2 173570.7: Small L2 cycle slip on PRN 12 of -14.23 cycles on baseline AGAP-S2 173570.7: Doppler L1 cycle slip on PRN 12 of 1009.77 cycles on baseline AGAP-S2 173308.3: Large L2 cycle slip on PRN 12 of 16.61 cycles on baseline AGAP-S2 173308.3: Doppler L1 cycle slip on PRN 12 of -37.62 cycles on baseline AGAP-S2 173240.8: Small L2 cycle slip on PRN 32 of -0.66 cycles on baseline AGAP-S2 173240.8: Doppler L1 cycle slip on PRN 32 of 1023.34 cycles on baseline AGAP-S2 172942.8: GPS Base satellite 13 dropped below 22.5 degrees on baseline AGAP-S2 172942.8: Best GPS base on AGAP-S2 is PRN 23 with 4 points and elevation of 44.6 degrees 172942.8: Second GPS best on AGAP-S2 is PRN 4 with 3 points and elevation of 51.6 degrees 172942.8: GPS Base satellite changed from PRN 13 to PRN 23 on baseline AGAP-S2 due to base drop-out 171560.0: Small L2 cycle slip on PRN 13 of -0.72 cycles on baseline AGAP-S2 171560.0: Doppler L1 cycle slip on PRN 13 of 1023.28 cycles on baseline AGAP-S2 170880.0: Reached end-of-file on master AGAP-S2 (file Z:\AGAP\FLIGHT25\GPS\GPSBASE\GPSBASE2\AGAP-S2-F25_0648_F25_only.gpb) 170880.0: Processing used 195.079 seconds for 243409 epochs (1247.7 epochs/second)