*v 0008
=��O
�{
>got command show variable speed=��O
�{
Fplatform_speed_wrt_ground (unknown)=��O
�{
^platform_speed_wrt_sea_water (meter_per_second)=��O
�{
2sea_water_speed (unknown)=��O
�{
NRowe_600LCM.maxSpeed (meter_per_second)=�P
�{
BSpeedControl.loadAtStartup (bool)=�P
�{
RSpeedControl.propPitch (meter_per_radian)=�-P
�{
^Config/Simulator.designSpeed (meter_per_second)=��P
�{
jConfig/Simulator.speedRud (angular_degree_per_second)=��P
�{
lConfig/Simulator.speedElev (angular_degree_per_second)=��P
�{
\Config/Simulator.soundSpeed (meter_per_second)=��P
�{
rConfig/Simulator.speedMovableMass (millimeter_per_second)=��P
�{
xConfig/Simulator.speedBuoyancy (cubic_centimeter_per_second)=��P
�{
fDeadReckonUsingSpeedCalculator.loadAtStartup (bool)=��P
�{
vDeadReckonUsingSpeedCalculator.accuracyPremultiplier (none)=��P
�{
pDeadReckonUsingSpeedCalculator.allowableFailures (count)=��P
�{
zDeadReckonUsingSpeedCalculator.orientationStaleAfter (minute)=��P
�{
tDeadReckonUsingSpeedCalculator.velocityStaleAfter (second)=��P
�{
`DeadReckonUsingSpeedCalculator.verbosity (count)=��P
�{
HSpeedCalculator.loadAtStartup (bool)=��P
�{
`SpeedCalculator.speedAccuracy (meter_per_second)=��P
�{
dDUSBL_Hydroid.defaultSoundSpeed (meter_per_second)=�Q
�{
HRowe_600.maxSpeed (meter_per_second)=�Q
�{
NBR_Ping1D.soundspeed (meter_per_second)=��Q
�{
~SpeedCalculator.platform_speed_wrt_sea_water (meter_per_second)=��Q
�{
`SpeedControl.propOmegaAction (radian_per_second)=��Q
�{
�SpeedCalculator.platform_x_velocity_wrt_sea_water (meter_per_second)=��Q
�{
nSpeedCalculator.platform_distance_wrt_sea_water (meter)=��Q
�{
PSpeedControl.speedCmd (meter_per_second)=��Q
�{
�ElevatorOffsetCalculator.elevator_angle_cmd_speed_identifier (meter_per_second)=��Q
�{
Pprofile_station.Speed (meter_per_second)=�
R
�{
rprofile_station:NeedComms.SurfaceSpeed (meter_per_second)=���
�{
~got command set profile_station.Speed 1.100000 meter_per_second=���
�{
,got command show stack=���
�{
 Behavior Stack:
*n code=009A name="profile_station:Science"
=M���
�{
JPriority 0: profile_station:Science:G=M���
�{
XPriority 1: profile_station:Science:Read_Oil*n code=00A4 name="profile_station:Science:PeakDetectChl"
=R���
�{
�Priority 2: profile_station:Science:PeakDetectChl:A.PeakDetectVsDepth*n code=00B4 name="profile_station:NeedComms"
=Z���
�{
fPriority 3: profile_station:NeedComms:B.GoToSurface=Z���
�{
NPriority 4: profile_station:NeedComms:D*n code=00BF name="profile_station:StandardEnvelopes"
�_���
�{
�Priority 5: profile_station:StandardEnvelopes:A.AltitudeEnvelope�_���
�{
zPriority 6: profile_station:StandardEnvelopes:B.DepthEnvelope�_���
�{
�Priority 7: profile_station:StandardEnvelopes:C.OffshoreEnvelope*n code=0099 name="profile_station"
�L���
�{
FPriority 8: profile_station:I.Pitch�L���
�{
LPriority 9: profile_station:J.Buoyancy�L���
�{
NPriority 10: profile_station:K.SetSpeed�L���
�{
XPriority 11: profile_station:L.DepthEnvelope�L���
�{
^Priority 12: profile_station:M.AltitudeEnvelope�L���
�{
FPriority 13: profile_station:N.YoYo]���{
�MT Queue status failed to be acquired within timeout. Will not retry this session.]�3+�{
Xreceived: 
+CSQ:0

OK29, 0, 0, 0, 0

OK