$MSGLOG Ver8.10.2313 NGPS32 Forward Normal
; Processed by Michael, desciption: FLIGHT18: SJB1 - BASE1
; Time and date is: 14:46:48, 01/03/2009
; 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-S2' 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\FLIGHT18\GPS\FLIGHT18'
        : Elevation based antenna corrections will be applied
        :   Loading antenna profiles...
        :     Read 247 profiles
        :   Found antenna 'LEIATX1230GG' for station AGAP-S1 (AGAP-S1-F18_0647_F18_only) [NONE Integrated Geodetic L1/L2]
        :   No antenna type specified for station Remote (C-FSJB1-F18_0649_F18_only)--Zero correction applied
        : Loading ephemeris and correction files...
        : Reading master epp file(s)...
        :   Processing ephemeris file 'Z:\AGAP\FLIGHT18\GPS\GPSBASE\GPSBASE1\AGAP-S1-F18_0647_F18_only.epp'
        :     Detected 107 GpsEph, 10 GlonassEph, 1 GpsIono and 0 GpsAlmanac records
        :     GpsIono record only has UTC info (no broadcast ICD-200 ionospheric model present)
        :     Added 107 GPS and 10 GLONASS ephemerides
        : Reading remote epp file(s)...
        :   Processing ephemeris file 'Z:\AGAP\FLIGHT18\GPS\AIRBORNE\SJB1\C-FSJB1-F18_0649_F18_only.epp'
        :     Detected 98 GpsEph, 4 GlonassEph, 1 GpsIono and 0 GpsAlmanac records
        :     GpsIono record only has UTC info (no broadcast ICD-200 ionospheric model present)
        :     Added 2 GPS and 1 GLONASS ephemerides
478800.1: Starting position is -77 18 33.03720, 76 54 08.51570, 3002.158 with C/A RMS of 1.01 m
478800.1: Startup complete
478800.1: Starting in KINEMATIC mode
478800.1: Best GPS base on AGAP-S1 is PRN 29 with 1 points and elevation of 44.4 degrees
478800.1: Second GPS best on AGAP-S1 is PRN 23 with 0 points and elevation of 37.7 degrees
478800.1: *** KAR engaged at start-up
478800.1: Note: KAR cannot be engaged as distance too far (shortest baseline is AGAP-S1 at 802.6 km)
478800.2: Tropospheric conditions for AGAP-S1 at 3492.9 m elevation are: Pressure 640.3 mbar, Temperature -24.2 C, WV 0.6 mbar
478800.2: Tropospheric conditions for Remote at 3002.2 m elevation are: Pressure 690.4 mbar, Temperature -15.3 C, WV 1.3 mbar
480546.2: Small L2 cycle slip on PRN 24 of -2.44 cycles on baseline AGAP-S1
480546.2: Doppler L1 cycle slip on PRN 24 of 1021.56 cycles on baseline AGAP-S1
481032.2: Small L2 cycle slip on PRN 24 of 1.03 cycles on baseline AGAP-S1
481032.2: Doppler L1 cycle slip on PRN 24 of 1025.03 cycles on baseline AGAP-S1
481569.8: Small L2 cycle slip on PRN 24 of 0.86 cycles on baseline AGAP-S1
481569.8: Doppler L1 cycle slip on PRN 24 of 1024.86 cycles on baseline AGAP-S1
481750.5: Doppler L1 cycle slip on PRN 16 of -54.86 cycles on baseline AGAP-S1
481799.8: Small L2 cycle slip on PRN 13 of -2.36 cycles on baseline AGAP-S1
481799.8: Doppler L1 cycle slip on PRN 13 of 1021.64 cycles on baseline AGAP-S1
481807.3: Prn 13 dropped out for 0.7 s on baseline AGAP-S1--will try to save ambiguity
481807.3: Small L2 cycle slip on PRN 13 of 1.40 cycles on baseline AGAP-S1
481807.3: Doppler L1 cycle slip on PRN 13 of 1025.40 cycles on baseline AGAP-S1
483210.1: Large L2 cycle slip on PRN 31 of 11.86 cycles on baseline AGAP-S1
483210.1: Doppler L1 cycle slip on PRN 31 of -31.39 cycles on baseline AGAP-S1
484254.1: Small L2 cycle slip on PRN 21 of 8.40 cycles on baseline AGAP-S1
484254.1: Doppler L1 cycle slip on PRN 21 of 1032.40 cycles on baseline AGAP-S1
485311.8: Small L2 cycle slip on PRN 10 of -1.84 cycles on baseline AGAP-S1
485311.8: Doppler L1 cycle slip on PRN 10 of 1022.16 cycles on baseline AGAP-S1
485322.8: Small L2 cycle slip on PRN 10 of -3.46 cycles on baseline AGAP-S1
485322.8: Doppler L1 cycle slip on PRN 10 of 1020.54 cycles on baseline AGAP-S1
485394.3: Small L2 cycle slip on PRN 10 of 11.91 cycles on baseline AGAP-S1
485394.3: Doppler L1 cycle slip on PRN 10 of 1035.91 cycles on baseline AGAP-S1
487004.3: Doppler L1 cycle slip on PRN 6 of -32.32 cycles on baseline AGAP-S1
487679.7: GPS Base satellite 29 dropped below 22.5 degrees on baseline AGAP-S1
487679.7: Best GPS base on AGAP-S1 is PRN 16 with 3 points and elevation of 52.8 degrees
487679.7: Second GPS best on AGAP-S1 is PRN 25 with 3 points and elevation of 41.5 degrees
487679.7: GPS Base satellite changed from PRN 29 to PRN 16 on baseline AGAP-S1 due to base drop-out
488228.3: Small L2 cycle slip on PRN 6 of -4.80 cycles on baseline AGAP-S1
488228.3: Doppler L1 cycle slip on PRN 6 of 1019.20 cycles on baseline AGAP-S1
488286.1: Small L2 cycle slip on PRN 29 of 6.72 cycles on baseline AGAP-S1
488286.1: Doppler L1 cycle slip on PRN 29 of 1030.72 cycles on baseline AGAP-S1
488325.3: Small L2 cycle slip on PRN 6 of 0.47 cycles on baseline AGAP-S1
488325.3: Doppler L1 cycle slip on PRN 6 of 1024.47 cycles on baseline AGAP-S1
488387.8: Doppler L1 cycle slip on PRN 24 of -31.64 cycles on baseline AGAP-S1
488444.8: Small L2 cycle slip on PRN 29 of -2.80 cycles on baseline AGAP-S1
488444.8: Doppler L1 cycle slip on PRN 29 of 1021.20 cycles on baseline AGAP-S1
489066.2: Doppler L1 cycle slip on PRN 13 of -40.84 cycles on baseline AGAP-S1
489333.8: Small L2 cycle slip on PRN 3 of 15.35 cycles on baseline AGAP-S1
489333.8: Doppler L1 cycle slip on PRN 3 of 1039.35 cycles on baseline AGAP-S1
489394.3: Doppler L1 cycle slip on PRN 3 of -46.83 cycles on baseline AGAP-S1
489689.3: Doppler L1 cycle slip on PRN 7 of 46.70 cycles on baseline AGAP-S1
489766.3: Doppler L1 cycle slip on PRN 6 of 63.14 cycles on baseline AGAP-S1
489769.8: Small L2 cycle slip on PRN 3 of 4.65 cycles on baseline AGAP-S1
489769.8: Doppler L1 cycle slip on PRN 3 of 1028.65 cycles on baseline AGAP-S1
489781.8: Doppler L1 cycle slip on PRN 25 of 62.75 cycles on baseline AGAP-S1
489782.3: Small L2 cycle slip on PRN 3 of -1.01 cycles on baseline AGAP-S1
489782.3: Doppler L1 cycle slip on PRN 3 of 1022.99 cycles on baseline AGAP-S1
489788.3: Small L2 cycle slip on PRN 25 of 2.79 cycles on baseline AGAP-S1
489788.3: Doppler L1 cycle slip on PRN 25 of 1026.79 cycles on baseline AGAP-S1
489796.8: Small L2 cycle slip on PRN 10 of 3.21 cycles on baseline AGAP-S1
489796.8: Doppler L1 cycle slip on PRN 10 of 1027.21 cycles on baseline AGAP-S1
489809.8: Small L2 cycle slip on PRN 25 of -1.74 cycles on baseline AGAP-S1
489809.8: Doppler L1 cycle slip on PRN 25 of 1022.26 cycles on baseline AGAP-S1
489860.3: Small L2 cycle slip on PRN 6 of -10.79 cycles on baseline AGAP-S1
489860.3: Doppler L1 cycle slip on PRN 6 of 1013.21 cycles on baseline AGAP-S1
490026.8: Small L2 cycle slip on PRN 3 of 6.00 cycles on baseline AGAP-S1
490026.8: Doppler L1 cycle slip on PRN 3 of 1030.00 cycles on baseline AGAP-S1
490029.3: Doppler L1 cycle slip on PRN 6 of 38.60 cycles on baseline AGAP-S1
490180.3: Prn 26 dropped out for 0.7 s on baseline AGAP-S1--will try to save ambiguity
490180.3: Small L2 cycle slip on PRN 26 of 6.32 cycles on baseline AGAP-S1
490180.3: Doppler L1 cycle slip on PRN 26 of 1030.32 cycles on baseline AGAP-S1
490231.4: Small L2 cycle slip on PRN 26 of -4.94 cycles on baseline AGAP-S1
490231.4: Doppler L1 cycle slip on PRN 26 of 1019.06 cycles on baseline AGAP-S1
490232.8: Prn 21 dropped out for 0.7 s on baseline AGAP-S1--will try to save ambiguity
490232.8: Doppler L1 cycle slip on PRN 21 of 48.02 cycles on baseline AGAP-S1
490243.8: Small L2 cycle slip on PRN 6 of -6.71 cycles on baseline AGAP-S1
490243.8: Doppler L1 cycle slip on PRN 6 of 1017.29 cycles on baseline AGAP-S1
490288.3: Small L2 cycle slip on PRN 27 of 2.94 cycles on baseline AGAP-S1
490288.3: Doppler L1 cycle slip on PRN 27 of 1026.94 cycles on baseline AGAP-S1
490425.8: Prn 10 dropped out for 0.7 s on baseline AGAP-S1--will try to save ambiguity
490425.8: Small L2 cycle slip on PRN 10 of -7.50 cycles on baseline AGAP-S1
490425.8: Doppler L1 cycle slip on PRN 10 of 1016.50 cycles on baseline AGAP-S1
490436.8: Small L2 cycle slip on PRN 10 of -1.81 cycles on baseline AGAP-S1
490436.8: Doppler L1 cycle slip on PRN 10 of 1022.19 cycles on baseline AGAP-S1
490566.8: Small L2 cycle slip on PRN 25 of 1.49 cycles on baseline AGAP-S1
490566.8: Doppler L1 cycle slip on PRN 25 of 1025.49 cycles on baseline AGAP-S1
490585.8: Small L2 cycle slip on PRN 10 of -1.66 cycles on baseline AGAP-S1
490585.8: Doppler L1 cycle slip on PRN 10 of 1022.34 cycles on baseline AGAP-S1
490616.8: Prn 25 dropped out for 0.7 s on baseline AGAP-S1--will try to save ambiguity
490651.3: Small L2 cycle slip on PRN 25 of -4.20 cycles on baseline AGAP-S1
490651.3: Doppler L1 cycle slip on PRN 25 of 1019.80 cycles on baseline AGAP-S1
490665.8: Small L2 cycle slip on PRN 25 of 1.04 cycles on baseline AGAP-S1
490665.8: Doppler L1 cycle slip on PRN 25 of 1025.04 cycles on baseline AGAP-S1
490676.8: Small L2 cycle slip on PRN 6 of 5.72 cycles on baseline AGAP-S1
490676.8: Doppler L1 cycle slip on PRN 6 of 1029.72 cycles on baseline AGAP-S1
490686.3: Small L2 cycle slip on PRN 3 of -10.05 cycles on baseline AGAP-S1
490686.3: Doppler L1 cycle slip on PRN 3 of 1013.95 cycles on baseline AGAP-S1
490694.8: Small L2 cycle slip on PRN 3 of 0.85 cycles on baseline AGAP-S1
490694.8: Doppler L1 cycle slip on PRN 3 of 1024.85 cycles on baseline AGAP-S1
490738.3: Small L2 cycle slip on PRN 6 of -3.48 cycles on baseline AGAP-S1
490738.3: Doppler L1 cycle slip on PRN 6 of 1020.52 cycles on baseline AGAP-S1
490795.8: Small L2 cycle slip on PRN 7 of 1.60 cycles on baseline AGAP-S1
490795.8: Doppler L1 cycle slip on PRN 7 of 1025.60 cycles on baseline AGAP-S1
490809.8: Small L2 cycle slip on PRN 7 of -1.67 cycles on baseline AGAP-S1
490809.8: Doppler L1 cycle slip on PRN 7 of 1022.33 cycles on baseline AGAP-S1
490840.8: Prn 7 dropped out for 0.7 s on baseline AGAP-S1--will try to save ambiguity
490840.8: Small L2 cycle slip on PRN 7 of -2.41 cycles on baseline AGAP-S1
490840.8: Doppler L1 cycle slip on PRN 7 of 1021.59 cycles on baseline AGAP-S1
490865.8: Prn 27 dropped out for 0.7 s on baseline AGAP-S1--will try to save ambiguity
490865.8: Small L2 cycle slip on PRN 27 of -12.70 cycles on baseline AGAP-S1
490865.8: Doppler L1 cycle slip on PRN 27 of 1011.30 cycles on baseline AGAP-S1
490887.8: Small L2 cycle slip on PRN 27 of 2.12 cycles on baseline AGAP-S1
490887.8: Doppler L1 cycle slip on PRN 27 of 1026.12 cycles on baseline AGAP-S1
491022.8: Small L2 cycle slip on PRN 6 of -2.31 cycles on baseline AGAP-S1
491022.8: Doppler L1 cycle slip on PRN 6 of 1021.69 cycles on baseline AGAP-S1
491859.3: Small L2 cycle slip on PRN 7 of 7.31 cycles on baseline AGAP-S1
491859.3: Doppler L1 cycle slip on PRN 7 of 1031.31 cycles on baseline AGAP-S1
492001.1: GPS Base satellite 16 dropped below 22.5 degrees on baseline AGAP-S1
492001.1: Best GPS base on AGAP-S1 is PRN 6 with 7 points and elevation of 52.0 degrees
492001.1: Second GPS best on AGAP-S1 is PRN 3 with 5 points and elevation of 46.7 degrees
492001.1: GPS Base satellite changed from PRN 16 to PRN 6 on baseline AGAP-S1 due to base drop-out
492546.2: Small L2 cycle slip on PRN 10 of 1.58 cycles on baseline AGAP-S1
492546.2: Doppler L1 cycle slip on PRN 10 of 1025.58 cycles on baseline AGAP-S1
492781.8: Doppler L1 cycle slip on PRN 19 of 39.08 cycles on baseline AGAP-S1
492916.8: Small L2 cycle slip on PRN 27 of 15.98 cycles on baseline AGAP-S1
492916.8: Doppler L1 cycle slip on PRN 27 of 1039.98 cycles on baseline AGAP-S1
493291.8: Doppler L1 cycle slip on PRN 8 of 48.92 cycles on baseline AGAP-S1
493325.3: Small L2 cycle slip on PRN 27 of -2.12 cycles on baseline AGAP-S1
493325.3: Doppler L1 cycle slip on PRN 27 of 1021.88 cycles on baseline AGAP-S1
493335.8: Small L2 cycle slip on PRN 19 of -16.15 cycles on baseline AGAP-S1
493335.8: Doppler L1 cycle slip on PRN 19 of 1007.85 cycles on baseline AGAP-S1
493506.8: Small L2 cycle slip on PRN 25 of -6.12 cycles on baseline AGAP-S1
493506.8: Doppler L1 cycle slip on PRN 25 of 1017.88 cycles on baseline AGAP-S1
493517.8: Small L2 cycle slip on PRN 25 of -4.04 cycles on baseline AGAP-S1
493517.8: Doppler L1 cycle slip on PRN 25 of 1019.96 cycles on baseline AGAP-S1
493632.8: Small L2 cycle slip on PRN 25 of -7.98 cycles on baseline AGAP-S1
493632.8: Doppler L1 cycle slip on PRN 25 of 1016.02 cycles on baseline AGAP-S1
494542.6: Missing L1 doppler on Prn 3 at station AGAP-S1--new estimated value is 0.08 cycles
494702.3: Small L2 cycle slip on PRN 25 of 9.14 cycles on baseline AGAP-S1
494702.3: Doppler L1 cycle slip on PRN 25 of 1033.14 cycles on baseline AGAP-S1
494860.8: Small L2 cycle slip on PRN 25 of -5.56 cycles on baseline AGAP-S1
494860.8: Doppler L1 cycle slip on PRN 25 of 1018.44 cycles on baseline AGAP-S1
495109.3: Small L2 cycle slip on PRN 19 of 11.50 cycles on baseline AGAP-S1
495109.3: Doppler L1 cycle slip on PRN 19 of 1035.50 cycles on baseline AGAP-S1
495228.2: Missing L1 doppler on Prn 27 at station Remote--new estimated value is 0.00 cycles
498883.7: GPS Base satellite 6 dropped below 22.5 degrees on baseline AGAP-S1
498883.7: Best GPS base on AGAP-S1 is PRN 19 with 3 points and elevation of 51.8 degrees
498883.7: Second GPS best on AGAP-S1 is PRN 22 with 1 points and elevation of 36.6 degrees
498883.7: GPS Base satellite changed from PRN 6 to PRN 19 on baseline AGAP-S1 due to base drop-out
500577.0: *** KAR now engaged because distance became lower than tolerance
500712.0: Performing KAR search at 135 seconds on baseline AGAP-S1
500712.0:   GPS KAR used 135.0 s (PASS) with average of 11.0 sats over average distance of 35.4 km
500712.0:   RMS is 0.2130 cycles (FAIL), Reliability is 1.2 (FAIL), Float/fixed sep. is 0.46 m (PASS)
500712.0:   Detected very high noise (Rms is 0.21 cycles), KAR restarting
500727.0: Performing KAR search at 150 seconds on baseline AGAP-S1
500727.0:   GPS KAR used 10.0 s (FAIL) with average of 11.0 sats over average distance of 30.3 km
500727.0:   RMS is 0.2056 cycles (FAIL), Reliability is 1.2 (FAIL), Float/fixed sep. is 0.46 m (PASS)
500727.0:   KAR failed 3 out of 4 tests, will try again in 15.0 seconds
500742.0: Performing KAR search at 165 seconds on baseline AGAP-S1
500742.0:   GPS KAR used 25.0 s (FAIL) with average of 11.0 sats over average distance of 29.8 km
500742.0:   RMS is 0.1608 cycles (FAIL), Reliability is 1.3 (FAIL), Float/fixed sep. is 0.51 m (PASS)
500742.0:   KAR failed 3 out of 4 tests, will try again in 15.0 seconds
500757.0: Performing KAR search at 180 seconds on baseline AGAP-S1
500757.0:   GPS KAR used 40.0 s (FAIL) with average of 11.0 sats over average distance of 29.3 km
500757.0:   RMS is 0.1259 cycles (FAIL), Reliability is 1.2 (FAIL), Float/fixed sep. is 0.46 m (PASS)
500757.0:   KAR failed 3 out of 4 tests, will try again in 15.0 seconds
500772.0: Performing KAR search at 195 seconds on baseline AGAP-S1
500772.0:   GPS KAR used 55.0 s (FAIL) with average of 11.0 sats over average distance of 28.8 km
500772.0:   RMS is 0.1436 cycles (FAIL), Reliability is 1.2 (FAIL), Float/fixed sep. is 0.49 m (PASS)
500772.0:   KAR failed 3 out of 4 tests, will try again in 15.0 seconds
500787.0: Performing KAR search at 210 seconds on baseline AGAP-S1
500787.0:   GPS KAR used 70.0 s (FAIL) with average of 11.0 sats over average distance of 28.3 km
500787.0:   RMS is 0.0758 cycles (FAIL), Reliability is 2.1 (PASS), Float/fixed sep. is 0.41 m (PASS)
500787.0:   KAR failed 2 out of 4 tests, will try again in 15.0 seconds
500802.0: Performing KAR search at 225 seconds on baseline AGAP-S1
500802.0:   GPS KAR used 85.0 s (FAIL) with average of 11.0 sats over average distance of 27.8 km
500802.0:   RMS is 0.1043 cycles (FAIL), Reliability is 1.7 (FAIL), Float/fixed sep. is 0.42 m (PASS)
500802.0:   KAR failed 3 out of 4 tests, will try again in 15.0 seconds
500817.0: Performing KAR search at 240 seconds on baseline AGAP-S1
500817.0:   GPS KAR used 100.0 s (FAIL) with average of 11.0 sats over average distance of 27.3 km
500817.0:   RMS is 0.0640 cycles (FAIL), Reliability is 2.6 (PASS), Float/fixed sep. is 0.31 m (PASS)
500817.0:   KAR failed 2 out of 4 tests, will try again in 15.0 seconds
500832.0: Performing KAR search at 255 seconds on baseline AGAP-S1
500832.0:   GPS KAR used 115.0 s (PASS) with average of 11.0 sats over average distance of 26.8 km
500832.0:   RMS is 0.0819 cycles (FAIL), Reliability is 2.0 (PASS), Float/fixed sep. is 0.19 m (PASS)
500832.0:   KAR failed 1 out of 4 tests, will try again in 15.0 seconds
500847.0: Performing KAR search at 270 seconds on baseline AGAP-S1
500847.0:   GPS KAR used 130.0 s (PASS) with average of 11.0 sats over average distance of 26.3 km
500847.0:   RMS is 0.0767 cycles (FAIL), Reliability is 2.2 (PASS), Float/fixed sep. is 0.17 m (PASS)
500847.0:   KAR failed 1 out of 4 tests, will try again in 15.0 seconds
500862.0: Performing KAR search at 285 seconds on baseline AGAP-S1
500862.0:   GPS KAR used 145.0 s (PASS) with average of 11.0 sats over average distance of 25.8 km
500862.0:   RMS is 0.1163 cycles (FAIL), Reliability is 1.5 (FAIL), Float/fixed sep. is 0.20 m (PASS)
500862.0:   KAR failed 2 out of 4 tests, will try again in 15.0 seconds
500877.0: Performing KAR search at 300 seconds on baseline AGAP-S1
500877.0:   GPS KAR used 160.0 s (PASS) with average of 11.0 sats over average distance of 25.3 km
500877.0:   RMS is 0.1085 cycles (FAIL), Reliability is 1.6 (FAIL), Float/fixed sep. is 0.20 m (PASS)
500877.0:   KAR failed 2 out of 4 tests, will try again in 15.0 seconds
500892.0: Performing KAR search at 315 seconds on baseline AGAP-S1
500892.0:   GPS KAR used 175.0 s (PASS) with average of 11.0 sats over average distance of 24.8 km
500892.0:   RMS is 0.1209 cycles (FAIL), Reliability is 1.3 (FAIL), Float/fixed sep. is 0.18 m (PASS)
500892.0:   KAR failed 2 out of 4 tests, will try again in 15.0 seconds
500907.0: Performing KAR search at 330 seconds on baseline AGAP-S1
500907.0:   GPS KAR used 190.0 s (PASS) with average of 11.0 sats over average distance of 24.3 km
500907.0:   RMS is 0.3689 cycles (FAIL), Reliability is 1.0 (FAIL), Float/fixed sep. is 1.37 m (PASS)
500907.0:   Detected very high noise (Rms is 0.37 cycles), KAR restarting
500922.0: Performing KAR search at 345 seconds on baseline AGAP-S1
500922.0:   GPS KAR used 10.0 s (FAIL) with average of 11.0 sats over average distance of 17.5 km
500922.0:   RMS is 0.2532 cycles (FAIL), Reliability is 1.1 (FAIL), Float/fixed sep. is 1.28 m (PASS)
500922.0:   KAR failed 3 out of 4 tests, will try again in 15.0 seconds
500937.0: Performing KAR search at 360 seconds on baseline AGAP-S1
500937.0:   GPS KAR used 25.0 s (FAIL) with average of 11.0 sats over average distance of 17.1 km
500937.0:   RMS is 0.2659 cycles (FAIL), Reliability is 1.4 (FAIL), Float/fixed sep. is 2.15 m (FAIL)
500937.0:   KAR failed 4 out of 4 tests, will try again in 15.0 seconds
500952.0: Performing KAR search at 375 seconds on baseline AGAP-S1
500952.0:   GPS KAR used 40.0 s (FAIL) with average of 11.0 sats over average distance of 16.6 km
500952.0:   RMS is 0.1063 cycles (FAIL), Reliability is 1.5 (FAIL), Float/fixed sep. is 0.24 m (PASS)
500952.0:   KAR failed 3 out of 4 tests, will try again in 15.0 seconds
500967.0: Performing KAR search at 390 seconds on baseline AGAP-S1
500967.0:   GPS KAR used 55.0 s (FAIL) with average of 11.0 sats over average distance of 16.1 km
500967.0:   RMS is 0.0917 cycles (FAIL), Reliability is 1.5 (FAIL), Float/fixed sep. is 0.44 m (PASS)
500967.0:   KAR failed 3 out of 4 tests, will try again in 15.0 seconds
500982.0: Performing KAR search at 405 seconds on baseline AGAP-S1
500982.0:   GPS KAR used 70.0 s (FAIL) with average of 11.0 sats over average distance of 15.6 km
500982.0:   RMS is 0.0956 cycles (FAIL), Reliability is 1.8 (FAIL), Float/fixed sep. is 0.37 m (PASS)
500982.0:   KAR failed 3 out of 4 tests, will try again in 15.0 seconds
500997.0: Performing KAR search at 420 seconds on baseline AGAP-S1
500997.0:   GPS KAR used 85.0 s (PASS) with average of 11.0 sats over average distance of 15.2 km
500997.0:   RMS is 0.2400 cycles (FAIL), Reliability is 1.1 (FAIL), Float/fixed sep. is 1.38 m (PASS)
500997.0:   Detected very high noise (Rms is 0.24 cycles), KAR restarting
501012.0: Performing KAR search at 435 seconds on baseline AGAP-S1
501012.0:   GPS KAR used 10.0 s (FAIL) with average of 11.0 sats over average distance of 12.2 km
501012.0:   RMS is 0.1385 cycles (FAIL), Reliability is 1.6 (FAIL), Float/fixed sep. is 0.19 m (PASS)
501012.0:   KAR failed 3 out of 4 tests, will try again in 15.0 seconds
501027.0: Performing KAR search at 450 seconds on baseline AGAP-S1
501027.0:   GPS KAR used 25.0 s (FAIL) with average of 11.0 sats over average distance of 11.8 km
501027.0:   RMS is 0.1051 cycles (FAIL), Reliability is 1.9 (FAIL), Float/fixed sep. is 0.18 m (PASS)
501027.0:   KAR failed 3 out of 4 tests, will try again in 15.0 seconds
501042.0: Performing KAR search at 465 seconds on baseline AGAP-S1
501042.0:   GPS KAR used 40.0 s (FAIL) with average of 11.0 sats over average distance of 11.5 km
501042.0:   RMS is 0.0677 cycles (FAIL), Reliability is 2.8 (PASS), Float/fixed sep. is 0.13 m (PASS)
501042.0:   KAR failed 2 out of 4 tests, will try again in 15.0 seconds
501057.0: Performing KAR search at 480 seconds on baseline AGAP-S1
501057.0:   GPS KAR used 55.0 s (FAIL) with average of 11.0 sats over average distance of 11.2 km
501057.0:   RMS is 0.0654 cycles (FAIL), Reliability is 2.8 (PASS), Float/fixed sep. is 0.25 m (PASS)
501057.0:   KAR failed 2 out of 4 tests, will try again in 15.0 seconds
501072.0: Performing KAR search at 495 seconds on baseline AGAP-S1
501072.0:   GPS KAR used 70.0 s (PASS) with average of 11.0 sats over average distance of 10.9 km
501072.0:   RMS is 0.0651 cycles (FAIL), Reliability is 2.8 (PASS), Float/fixed sep. is 0.13 m (PASS)
501072.0:   KAR failed 1 out of 4 tests, will try again in 15.0 seconds
501087.0: Performing KAR search at 510 seconds on baseline AGAP-S1
501087.0:   GPS KAR used 85.0 s (PASS) with average of 11.0 sats over average distance of 10.5 km
501087.0:   RMS is 0.1070 cycles (FAIL), Reliability is 1.9 (FAIL), Float/fixed sep. is 0.19 m (PASS)
501087.0:   KAR failed 2 out of 4 tests, will try again in 15.0 seconds
501102.0: Performing KAR search at 525 seconds on baseline AGAP-S1
501102.0:   GPS KAR used 100.0 s (PASS) with average of 11.0 sats over average distance of 10.2 km
501102.0:   RMS is 0.1039 cycles (FAIL), Reliability is 1.4 (FAIL), Float/fixed sep. is 0.17 m (PASS)
501102.0:   KAR failed 2 out of 4 tests, will try again in 15.0 seconds
501117.0: Performing KAR search at 540 seconds on baseline AGAP-S1
501117.0:   GPS KAR used 115.0 s (PASS) with average of 11.0 sats over average distance of 9.9 km
501117.0:   RMS is 0.0311 cycles (PASS), Reliability is 5.2 (PASS), Float/fixed sep. is 0.07 m (PASS)
501117.0:   KAR used the IONO noise model and searched at a distance of 7.5 km
501117.0:   Ionospheric error was 2.54 ppm at search distance
501117.0:   KAR passed all tests, going back to engage fix
501002.1:   Restoring 11 out of 11 satellites 425.0 sec after loss of lock (DD_DOP is 2.0)
501002.1:   KAR success!
501138.3: Doppler L1 cycle slip on PRN 3 of -64.46 cycles on baseline AGAP-S1
501192.3: Small L2 cycle slip on PRN 3 of 2.18 cycles on baseline AGAP-S1
501192.3: Doppler L1 cycle slip on PRN 3 of 1026.18 cycles on baseline AGAP-S1
501456.1: Doppler L1 cycle slip on PRN 8 of -67.30 cycles on baseline AGAP-S1
502134.7: Missing L1 doppler on Prn 28 at station Remote--new estimated value is 0.09 cycles
502367.8: Reached end-of-file on remote (file Z:\AGAP\FLIGHT18\GPS\AIRBORNE\SJB1\C-FSJB1-F18_0649_F18_only.gpb)
502367.8: Processing used 192.188 seconds for 236827 epochs (1232.3 epochs/second)