*v 0008
*n code=0001 name="Supervisor"
^Ώ:£’
‹
nReading configuration overrides from Data/persisted.cfg*n code=0047 name="StratificationFrontDetector"
½#Ώo³’
‹
FthresholdVTHI set to: 0.399988 degC*n code=0044 name="SBIT"
="Ώ΅’
‹
"git: 2021-06-16_A="Ώ΅’
‹
0Kernel Release: 2.6.27.8*n code=0036 name="RudderServo"
]Ώ»’
‹
6Rudder failed to initialize="ΏsK“
‹
*Beginning Startup BIT*n code=0046 name="CBIT"
=#Ώ{K“
‹
6Beginning ground fault scan=#ΏŸw“
‹
mNo ground fault detected
mA:
CHAN A0 (Batt): -0.008445
CHAN A1 (24V): -0.026472
CHAN A2 (12V): -0.006779
CHAN A3 (5V): -0.001898
CHAN B0 (3.3V): 0.000546
CHAN B1 (3.15aV): 0.000551
CHAN B2 (3.15bV): 0.000646
CHAN B3 (GND): 0.002207
OPEN: 0.005488
Full Scale Calc: 4.765 mA, -1.589 mA="Ώ"$”
‹
SBIT PASSED="Ώ"$”
‹
nListing configuration overrides from Data/persisted.cfg="Ώ$$”
‹
6CBIT.gfScanTimeout=2 hour;
="Ώ$$”
‹
ΠExpress linearApproximation CTD_Seabird.bin_median_sea_water_salinity 0.200000 practical_salinity_unit;
="Ώ$$”
‹
΄Express linearApproximation CTD_Seabird.bin_median_sea_water_temperature 5.000000 kelvin;
="Ώ$$”
‹
zExpress none mass_concentration_of_chlorophyll_in_sea_water;
="Ώ$$”
‹
HRadio_Surface.loadAtStartup=0 bool;
="Ώ$$”
‹
zVerticalControl.buoyancyNeutral=156.578642 cubic_centimeter;
="Ώ%$”
‹
bVerticalControl.massDefault=4.482385 millimeter;
="Ώ%$”
‹
hVerticalHomogeneityIndexCalculator.depth1=10 meter;
="Ώ%$”
‹
hVerticalHomogeneityIndexCalculator.depth2=20 meter;
="Ώ%$”
‹
hVerticalHomogeneityIndexCalculator.depth3=30 meter;
="Ώ%$”
‹
hVerticalHomogeneityIndexCalculator.depth4=40 meter;
*n code=0032 name="WorkSite"
=ΏΜ%”
‹
`Reading workSite position from Data/workSite.cfg=ΏΟ%”
‹
pWorkSite fix at 20210623T194827: (40.431482, -71.012761)*n code=004C name="MissionManager"
=&ΏΠ%”
‹
.Started mission Startup