primaryCylinderForces¶
- IDL_Type
long
- Units
N
- Count
156
Description: Primary cylinder forces.
Note
This page is generated by python script generate_cet.py.
The abortProfile command shall cause the M1M3 support system to remove forces and moments applied to the mirror by the runMirrorForceProfile command.
MTM1M3_command_abortProfile
The abortRaiseM1M3 command shall cause the M1M3 to safely stop the motion of raising the mirror off its static supports, if M1M3 is in the middle of raising operation.
MTM1M3_command_abortRaiseM1M3
The applyAberrationForces command shall cause the M1M3 support system to apply the forces specified in the zForces parameter to the pneumatics actuator in the z direction.
MTM1M3_command_applyAberrationForces
The applyActiveOpticForces command shall cause the M1M3 support system to apply the forces specified in the zForces parameter to the pneumatics actuator in the z direction. Intended for usage by AOS.
MTM1M3_command_applyActiveOpticForces
Adds individual offsets per axis (X,Y and Z). Those offset forces are added to calculated actuator forces and sum is applied to force actuators. The indices in xForces, yForces and zForces matches index of X, Y and Z actuators ordered by ascending actuator ID.
MTM1M3_command_applyOffsetForces
The applyOffsetForcesByMirrorForce command shall cause the M1M3 support system to apply the forces and moments to the mirror as specified by the parameters. The forces and moments are transformed to FA X, Y and Z requested offsets. Hardpoints with chasing/force balancing enabled will follow the mirror as it moves.
MTM1M3_command_applyOffsetForcesByMirrorForce
The clearAberrationForces command shall cause the M1M3 support system to zero the forces applied to the system by the applyAberrationForces command.
MTM1M3_command_clearAberrationForces
The clearActiveOpticForces command shall cause the M1M3 support system to zero the forces applied to the system by the applyActiveOpticForces command.
MTM1M3_command_clearActiveOpticForces
The clearOffsetForces command shall cause the M1M3 support system to zero the offset forces applied to the system by the applyOffsetForces command.
MTM1M3_command_clearOffsetForces
Disable given force actuator.
MTM1M3_command_disableForceActuator
The disableHardpointChase command shall cause the M1M3 support system hardpoint actuators to stop chasing forces. The hardpoints will no longer position themself so they see zero force. Obviously that can lead to forces actiing on hardpoints to cross the hardpoint breakaway force, hardpoint failing following with mirror fault.
MTM1M3_command_disableHardpointChase
The disableHardpointChase command shall cause the M1M3 support system to disable all hardpoint actuator from chasing forces. Used in the force balance subsystem.
MTM1M3_command_disableHardpointCorrections
Enable all M1M3 force actuators.
MTM1M3_command_enableAllForceActuators
Enable given force actuator.
MTM1M3_command_enableForceActuator
The enableHardpointChase command shall cause the M1M3 support system hardpoint actuators to chase forces. The hardpoints will position themself so that they sees zero force. If the force on the hardpoint is not zero, the hardpoint will move until it sees zero force.
MTM1M3_command_enableHardpointChase
The enableHardpointChase command shall cause the M1M3 support system to have all hardpoint actuator chase forces. Used in the force balance subsystem.
MTM1M3_command_enableHardpointCorrections
The enterEngineering command shall cause the M1M3 support system to go into an “Engineering Mode”. Is accepted when the mirror is parked or active (raised). Engineering mode enables a few additional commands - turnLightsOn, turnLightsOff, forceActuatorBumpTest in parked state, and applyOffsetForces in parked and active states. The Engineering Mode is described in LTS-88 Section 3.21.1.1.3.
MTM1M3_command_enterEngineering
The exitEngineering command shall cause the M1M3 support system to leave the “Engineering Mode”. The Engineering Mode is described in LTS-88 Section 3.21.1.1.3.
MTM1M3_command_exitEngineering
Bump test given force actuator. Bump test is performed by applying a small predefined force (222N) in +/push and -/pull direction of the given Force Actuator, and confirming the force measured by FA load cells equals applied force. This test shall be performed in parked engineering mode. The test can be stopped by killForceActuatorBumpTest command.
MTM1M3_command_forceActuatorBumpTest
boolean
unitless
Description: True if primary (Z) actuator should be tested.
boolean
unitless
Description: True if secondary (X/Y) actuator should be tested.
Stop any running force actuator bump test.
MTM1M3_command_killForceActuatorBumpTest
The lowerM1M3 command shall cause the M1M3 support system to lower the mirror back onto it’s static supports, if it has been raised above them (is in Active or Active Engineering State). Please see abortRaiseM1M3 to abort raise in progress.
MTM1M3_command_lowerM1M3
The moveHardpointActuators command shall cause the M1M3 support system to travel a specified number of steps.
MTM1M3_command_moveHardpointActuators
Panic the mirror. Triggers emergency mechanism, activated automatically on faults. Shall cause mirror to safely land on static support. Lands mirror safely by interrupting power to all ILCs - Force Actuators and Hardpoints.
MTM1M3_command_panic
Change absolute M1M3 position. Position the mirror relative to the reference position specified in configuration file. New mirror position will be xPosition, yPosition and zPosition and mirror will be rotated by xRotation, yRotation and zRotation.
MTM1M3_command_positionM1M3
The raiseM1M3 command shall cause the M1M3 to raise the mirror up off it’s static supports. Triggers transition of the M1M3 Detailed State from Parked to Raising (or from Parked Engineering to Raiseing Engineering). Detailed state is changed to Active (or Active Engineering) when the mirror is raised. Command returns immediately after being issued, it’s client responsibility to check for M1M3 state and make sure it is active.
MTM1M3_command_raiseM1M3
boolean
unitless
Bypass reference position when raising M1M3?i Set to true when the mirror is not in its proper resting position before raising. The automated raising sequence does not work properly if the mirror does not start with the correct position.
Resets PID values to values stored in configration file.
MTM1M3_command_resetPID
short
unitless
PID. Index of movement (1-3, XYZ) or rotation (4-6, XYZ) PID settings.
The runMirrorForceProfile command shall cause the M1M3 support system to apply the force distributions as used by the force balance system to produce the given net forces and moments. This command is only for mirror testing. It enables the user to manually apply the balance forces without enabling the hardpoint corrections.
MTM1M3_command_runMirrorForceProfile
Sets air slew flag, which operates booster valves. Should be used while parked in engineering mode for testing of the booster valves.
MTM1M3_command_setAirSlewFlag
boolean
If true, slew flag will be set - booster valve will be activated.
MTM1M3_command_stopHardpointMotion
MTM1M3_command_testHardpoint
Move M1M3 relative to its current position. The current mirror position will be changed by xTranslation, yTranslation and zTranslation, and the current mirror rotation will be changed by xRotation, yRotation and zRotation.
MTM1M3_command_translateM1M3
The turnAirOn command shall cause the M1M3 support system to open the air supply valve to the compressed air. M1M3 is a pneumatic system and cannot operate the actuators without a compressed air supply.
MTM1M3_command_turnAirOff
The turnAirOn command shall cause the M1M3 support system to open the air supply valve to the compressed air. M1M3 is a pneumatic system and cannot operate the actuators without a compressed air supply.
MTM1M3_command_turnAirOn
Turns off mirror cell lights. Doesn’t do anything if mirror lights are already switched off.
MTM1M3_command_turnLightsOff
Turns on mirror cell lights. Doesn’t do anything if mirror lights are already on.
MTM1M3_command_turnLightsOn
Turns power off for the given bus(es). Specifying false for a paramater value means don’t change bus power state - if bus is on, it will remain on, if it is off, it will remain off.
MTM1M3_command_turnPowerOff
boolean
unitless
Description: Turn auxiliary power to network A off?
boolean
unitless
Description: Turn auxiliary power to network B off?
boolean
unitless
Description: Turn auxiliary power to network C off?
boolean
unitless
Description: Turn auxiliary power to network D off?
Turns power on for the given bus(es). Specifying false for a paramater value means don’t change bus power state - if bus is on, it will remain on, if it is off, it will remain off.
MTM1M3_command_turnPowerOn
boolean
unitless
Description: Turn auxiliary power to network A off?
boolean
unitless
Description: Turn auxiliary power to network B on?
boolean
unitless
Description: Turn auxiliary power to network C on?
boolean
unitless
Description: Turn auxiliary power to network D on?
The updatePID command shall cause the M1M3 support system to update the discrete PID parameters that are used when hardpoint chase (force balancing) is enabled. First 3 PIDs are used to filter XYZ forces, 3 last PIDs are used for XYZ moments. The PIDs are used to filter forces and moments calculated from forces acting on hardpoints (as measured by hardpoints load cells) before those are distributed onto force actuators. Force balancing purpose is to remove external forces from hardpoints.
MTM1M3_command_updatePID
short
unitless
PID. Index of movement (1-3, XYZ) or rotation (4-6, XYZ) PID settings.
double
unitless
N discrete PID parameter. See https://confluence.lsstcorp.org/pages/viewpage.action?pageId=34209829&preview=/34209829/135102468/PID%20Implementation%20in%20Software%20v_2.pdf for details. When equal to 0, derivate term is not used.
Description: Transition from state Enabled to Disabled.
SALGeneric_command_disable
csc
Description: Transition from state Disabled to Enabled.
SALGeneric_command_enable
csc
Description: Transition from state Standby to Offline. For CSCs that start in Standby state this makes the CSC quit. CSCs that start in Offline state, they remain active.
SALGeneric_command_exitControl
csc
SALGeneric_command_setAuthList
csc
string
unitless
in the form user@host. If the first character is +/- then the specified users are added/removed. Duplicates are silently ignored. The CSC’s own user@host is silently ignored, because it is always authorized. For removal, CSCs that are not in the list are silently ignored. Whitespace is allowed after the optional initial +/- and after each comma.
string
unitless
in the form name[:index]. An index of 0 is stripped (name:0 becomes name). If the first character is +/- then the specified CSCs are added/removed. Duplicates are silently ignored. For removal, CSCs that are not in the list are silently ignored. Whitespace is allowed after the optional initial +/- and after each comma.
Description: Set the logging level.
SALGeneric_command_setLogLevel
csc
int
unitless
Description: Logging level, as a Python logging level: error=40, warning=30, info=20, debug=10.
string
unitless
Description: If the CSC itself has sub-ordinate components, they may be listed here. An empty string means the setting applies to all such sub-ordinate components, or just to the CSC itself.
Description: Transition from state Offline, Disabled or Fault to Standby.
SALGeneric_command_standby
csc
Description: Transition from state Standby to Disable, in a specified configuration.
SALGeneric_command_start
csc
string
unitless
Configuration override in the form [{name}][:{version}]. For salobj-based CSCs: name is a filename with “.yaml” suffix and version is a git hash; for example:
“foo.yaml” specifies just a file. Two or three config files are loaded: “_init.yaml”, “_{site}.yaml” (if present), and “foo.yaml”.
“:37bf936” specifies just a git hash. One or two config files are loaded from the specified git commit: “_init.yaml” and “_{site}.yaml” (if present.
“bar.yaml:HEAD~2” specifies both a file and a git hash. Two or three config files are read from the specified git commit: “_init.yaml”, “_{site}.yaml” (if present), and “bar.yaml”.
string
256
unitless
Description: DEPRECATED: uae override instead. Name of the selected settings set
DisabledState
EnabledState
FaultState
OfflineState
StandbyState
DisabledState
FaultState
OfflineState
StandbyState
ParkedState
RaisingState
ActiveState
LoweringState
ParkedEngineeringState
RaisingEngineeringState
ActiveEngineeringState
LoweringEngineeringState
LoweringFaultState
ProfileHardpointCorrectionState
NotTested
TestingPositive
TestingPositiveWait
TestingNegative
TestingNegativeWait
Passed
Failed
Standby=0
Chasing=1
Stepping=2
QuickPositioning=3
FinePositiong=4
Description: Accelerometer settings.
MTM1M3_logevent_accelerometerSettings
double
m
3
Description: X, Y and Z Angular Acceleration Distance.
double
unitless
3
Description: X, Y and Z acceleration low fault limits.
double
unitless
3
Description: X, Y and Z acceleration low warning limits.
double
unitless
3
Description: X, Y and Z acceleration high warning limits.
double
unitless
3
Description: X, Y and Z acceleration high fault limits.
MTM1M3_logevent_accelerometerWarning
boolean
unitless
Description: Accelerometer Warning response Timeout
MTM1M3_logevent_airSupplyStatus
boolean
unitless
Description: Air Supply Status air Command Output On
MTM1M3_logevent_airSupplyWarning
boolean
unitless
Description: Air Supply Warning command Output Mismatch
boolean
unitless
Description: Air Supply Warning command Sensor Mismatch
MTM1M3_logevent_appliedAberrationForces
MTM1M3_logevent_appliedAccelerationForces
MTM1M3_logevent_appliedActiveOpticForces
MTM1M3_logevent_appliedAzimuthForces
MTM1M3_logevent_appliedBalanceForces
MTM1M3_logevent_appliedCylinderForces
MTM1M3_logevent_appliedElevationForces
MTM1M3_logevent_appliedForces
MTM1M3_logevent_appliedOffsetForces
MTM1M3_logevent_appliedStaticForces
MTM1M3_logevent_appliedThermalForces
MTM1M3_logevent_appliedVelocityForces
MTM1M3_logevent_cellLightStatus
boolean
unitless
Description: Cell lights are commanded to be ON
boolean
unitless
Description: Cell Light Status cell Lights Output On
MTM1M3_logevent_cellLightWarning
boolean
unitless
Description: Cell Light Warning cell Lights Output Mismatch
boolean
unitless
Description: Cell Light Warning cell Lights Sensor Mismatch
MTM1M3_logevent_commandRejectionWarning
MTM1M3_logevent_detailedState
Description: Displacement sensor settings.
MTM1M3_logevent_displacementSensorSettings
double
m
Description: Offset (difference between true and IMS position) in X axis. Added to IMS position.
double
m
Description: Offset (difference between true and IMS position) in Y axis. Added to IMS raw position.
double
m
Description: Offset (difference between true and IMS position) in Z axis. Added to IMS raw position.
double
m
Description: Offset (difference between true and IMS rotation) along X axis. Added to IMS raw rotation.
double
m
Description: Offset (difference between true and IMS rotation) along Y axis. Added to IMS raw rotation.
double
m
Description: Offset (difference between true and IMS rotation) along Z axis. Added to IMS raw rotation.
MTM1M3_logevent_displacementSensorWarning
boolean
unitless
Description: Displacement sensor warning sensor Reports Invalid Command
boolean
unitless
Description: Displacement sensor warning sensor Reports Communication Timeout Error
boolean
unitless
Description: Displacement sensor warning sensor Reports Data Length Error
boolean
unitless
Description: Displacement sensor warning sensor Reports Number Of Parameters Error
boolean
unitless
Description: Displacement sensor warning sensor Reports Parameter Error
boolean
unitless
Description: Displacement sensor warning sensor Reports Communication Error
boolean
unitless
Description: Displacement sensor warning sensor Reports ID Number Error
boolean
unitless
Description: Displacement sensor warning sensor Reports Expansion Line Error
boolean
unitless
Description: Displacement sensor warning sensor Reports Write Control Error
boolean
unitless
Description: Displacement sensor warning response Timeout
boolean
unitless
Description: Displacement sensor warning invalid Length
boolean
unitless
Description: Displacement sensor warning invalid Response
boolean
unitless
Description: Displacement sensor warning unknown Command
boolean
unitless
Description: Displacement sensor warning unknown Problem
Description: Enabled Force Actuators.
MTM1M3_logevent_enabledForceActuators
boolean
unitless
156
Description: False if force actuator is disabled.
Description: Record bump test progress and final status.
MTM1M3_logevent_forceActuatorBumpTestStatus
short
unitless
Description: ID of actuator being tested. -1 if no actuator is being tested.
double
s
156
Description: Timestamps of the last bump test
short
unitless
156
Description: BumpTest enumeration for primary (Z) actuator.
double
s
112
Description: Timestamps of the last bump test
short
unitless
112
Description: BumpTest enumeration for secondary (X/Y) actuator.
MTM1M3_logevent_forceActuatorForceWarning
boolean
unitless
Description: Force actuator force warning any Primary Axis Measured force warning
boolean
unitless
156
Description: Force actuator force warning primary Axis Measured force warning
boolean
unitless
Description: Force actuator force warning any Secondary Axis Measured force warning
boolean
unitless
156
Description: Force actuator force warning secondary Axis Measured force warning
boolean
unitless
Description: Force actuator force warning any Primary Axis Following Error Warning
boolean
unitless
156
Description: Force actuator force warning primary Axis Following Error Warning
boolean
unitless
Description: Force actuator force warning any Secondary Axis Following Error Warning
boolean
unitless
156
Description: Force actuator force warning secondary Axis Following Error Warning
MTM1M3_logevent_forceActuatorInfo
short
unitless
12
Description: Force Actuator x Data Reference id
short
unitless
100
Description: Force Actuator y Data Reference id
short
unitless
156
Description: Force Actuator z Data Reference id
short
unitless
156
Description: Force Actuator actuator orientation
short
unitless
156
Description: Force Actuator ILC application type
short
unitless
156
Description: Force Actuator network node type
short
unitless
156
Description: Force Actuator ILC selected options
short
unitless
156
Description: Force Actuator network node options
float
unitless
156
Description: Force Actuator main primary cylinder coefficient
float
unitless
156
Description: Force Actuator main secondary cylinder coefficient
float
unitless
156
Description: Force Actuator main primary cylinder loadcell offset
float
unitless
156
Description: Force Actuator main secondary cylinder loadcell offset
float
unitless
156
Description: Force Actuator main primary cylinder loadcell sensitivity
float
unitless
156
Description: Force Actuator main secondary cylinder loadcell sensitivity
float
unitless
156
Description: Force Actuator backup primary cylinder coefficient
float
unitless
156
Description: Force Actuator backup secondary cylinder coefficient
float
unitless
156
Description: Force Actuator backup primary cylinder loadcell offset
float
unitless
156
Description: Force Actuator backup secondary cylinder loadcell Offset
float
unitless
156
Description: Force Actuator backup primary cylinder loadcell sensitivity
float
unitless
156
Description: Force Actuator backup secondary cylinder loadcell sensitivity
float
unitless
156
Description: Force Actuator mezzanine Primary cylinder gain
float
unitless
156
Description: Force Actuator mezzanine Secondary cylinder gain
long long
unitless
156
Description: Force Actuator mezzanine Unique Id
short
unitless
156
Description: Force Actuator mezzanine Firmware Type
short
unitless
156
Description: Force Actuator mezzanine Major Revision
short
unitless
156
Description: Force Actuator mezzanine Minor Revision
Description: Force actuator settings.
MTM1M3_logevent_forceActuatorSettings
float
unitless
Description: Aberration forces and moments shall fall inside this tolerance range (+- the value). Prevents excessive aberration forces to reach M1M3.
float
unitless
Description: Active optic forces and moments shall fall inside this tolerance range (+- the value). Prevents active optics CSC to send excessive offorces.
boolean
unitless
156
Description: Actuators enabled/disabled in settings.
boolean
unitless
Description: If true, internal inclinometer is used. False otherwise (Mount inclinometer is then used).
float
N m
Description: Expected mirror X moment. Used for moment checks (momement percentage deviation shall be close enough to the expected value).
float
N m
Description: Expected mirror Y moment. Used for moment checks (momement percentage deviation shall be close enough to the expected value).
float
N m
Description: Expected mirror Z moment. Used for moment checks (momement percentage deviation shall be close enough to the expected value).
float
unitless
Description: Minimum factor for X moment range check. X moment shall be > mirrorXMoment * factor to pass.
float
unitless
Description: Maximum factor for X moment range check. X moment shall be < mirrorXMoment * factor to pass.
float
unitless
Description: Minimum factor for Y moment range check. Y moment shall be > mirrorYMoment * factor to pass.
float
unitless
Description: Maximum factor for Y moment range check. Y moment shall be < mirrorYMoment * factor to pass.
float
unitless
Description: Minimum factor for Z moment range check. Z moment shall be > mirrorZMoment * factor to pass.
float
unitless
Description: Maximum factor for Z moment range check. Z moment shall be < mirrorZMoment * factor to pass.
float
unitless
Description: Factor for near neighbor check. Difference between nominal (mirrorWeight / FA_COUNT) and measured average of near neighbors should be less than nominal force * factor for check to pass.
float
unitless
Description: Sum of forced applied to mirror shall be below mirrorWeight * factor. magnitudeWarning is set on violation, and mirror is fauled if FaultOnMagnitudeLimit is true.
float
unitless
Description: Factor for far neighbor check. Maximal tolerance factor of global average forces of difference between global average force magnitude and far neighbor vector average magnitude.
float
m
Description: X coordinate of the mirror center of gravity. Used in moments calculation.
float
m
Description: Y coordinate of the mirror center of gravity. Used in moments calculation.
float
m
Description: Z coordinate of the mirror center of gravity. Used in moments calculation.
double
%
Description: During mirror raise target support percentage is incremented by this value every loop (@50Hz) actuator’s forces and following errors are within limits.
double
%
Description: During lower operation, target support percentage is decrement by this value every loop (@50Hz) actuator’s forces are within limits.
float
%
Description: Force actuator following error limit applied during mirror raising and lowering.
float
s
Description: Time FA bump testing will wait after changing target force to readout measured force.
float
unitless
Description: Number of measurements performed after bump test force was applied to confirm measured values matches target values.
MTM1M3_logevent_forceActuatorState
boolean
unitless
Description: Acceleration Forces Applied?
boolean
unitless
Description: Are the forces due to active optics applied?
boolean
unitless
Description: Are the forces due to aberration applied?
float
%
Description: Specify how much of the mirror weight is supported.
MTM1M3_logevent_forceActuatorWarning
boolean
unitless
156
Description: Force actuator warning major Fault
boolean
unitless
156
Description: Force actuator warning minor Fault
boolean
unitless
Description: Force actuator warning any Fault Override
boolean
unitless
156
Description: Force actuator warning fault Override
boolean
unitless
Description: Force actuator warning any Main Calibration Error
boolean
unitless
156
Description: Force actuator warning main Calibration Error
boolean
unitless
Description: Force actuator warning any Backup Calibration Error
boolean
unitless
156
Description: Force actuator warning backup Calibration Error
boolean
unitless
Description: Force actuator warning any Mezzanine Error
boolean
unitless
156
Description: Force actuator warning mezzanine Error
boolean
unitless
Description: Force actuator warning any Mezzanine Bootloader Active
boolean
unitless
156
Description: Force actuator warning mezzanine Bootloader Active
boolean
unitless
Description: Force actuator warning any Unique Id CRC Error
boolean
unitless
156
Description: Force actuator warning unique Id CRC Error
boolean
unitless
Description: Force actuator warning any Application Type Mismatch
boolean
unitless
156
Description: Force actuator warning application Type Mismatch
boolean
unitless
Description: Force actuator warning any Application Missing
boolean
unitless
156
Description: Force actuator warning application Missing
boolean
unitless
Description: Force actuator warning any Application CRC Mismatch
boolean
unitless
156
Description: Force actuator warning application CRC Mismatch
boolean
unitless
Description: Force actuator warning any OneWire Missing
boolean
unitless
156
Description: Force actuator warning oneWire Missing
boolean
unitless
Description: Force actuator warning any OneWire1 Mismatch
boolean
unitless
156
Description: Force actuator warning oneWire1 Mismatch
boolean
unitless
Description: Force actuator warning any OneWire2 Mismatch
boolean
unitless
156
Description: Force actuator warning oneWire2 Mismatch
boolean
unitless
Description: Force actuator warning any Watchdog Reset
boolean
unitless
156
Description: Force actuator warning watchdog Reset
boolean
unitless
Description: Force actuator warning any Event Trap Reset
boolean
unitless
156
Description: Force actuator warning event Trap Reset
boolean
unitless
Description: Force actuator warning any SSR Power Fault
boolean
unitless
156
Description: Force actuator warning SSR Power Fault
boolean
unitless
Description: Force actuator warning any Aux Power Fault
boolean
unitless
156
Description: Force actuator warning aux Power Fault
boolean
unitless
Description: Force actuator warning any Mezzanine Power Fault
boolean
unitless
156
Description: Force actuator warning mezzanine Power Fault
boolean
unitless
Description: Force actuator warning any Mezzanine Current Amp1 Fault
boolean
unitless
156
Description: Force actuator warning mezzanine Current Amp1 Fault
boolean
unitless
Description: Force actuator warning any Mezzanine Current Amp2 Fault
boolean
unitless
156
Description: Force actuator warning mezzanine Current Amp2 Fault
boolean
unitless
Description: Force actuator warning any Mezzanine Unique Id CRC Error
boolean
unitless
156
Description: Force actuator warning mezzanineUnique Id CRC Error
boolean
unitless
Description: Force actuator warning any Mezzanine Main Calibration Error
boolean
unitless
156
Description: Force actuator warning mezzanine Main Calibration Error
boolean
unitless
Description: Force actuator warning any Mezzanine Backup Calibration Error
boolean
unitless
156
Description: Force actuator warning mezzanine Backup Calibration Error
boolean
unitless
Description: Force actuator warning any Mezzanine Event Trap Reset
boolean
unitless
156
Description: Force actuator warning mezzanine Event Trap Reset
boolean
unitless
Description: Force actuator warning any Mezzanine Application Missing
boolean
unitless
156
Description: Force actuator warning mezzanine Application Missing
boolean
unitless
Description: Force actuator warning any Mezzanine Application CRC Mismatch
boolean
unitless
156
Description: Force actuator warning mezzanine Application CRC Mismatch
boolean
unitless
Description: Force actuator warning any Broadcast Counter Warning
boolean
unitless
156
Description: Force actuator warning broadcast Counter Warning
MTM1M3_logevent_forceSetpointWarning
boolean
unitless
Description: Force setpoint warning Safety Limit Warning
boolean
unitless
156
Description: Force setpoint warning safety Limit Warning
boolean
unitless
Description: Force setpoint warning x Moment Warning
boolean
unitless
Description: Force setpoint warning y Moment Warning
boolean
unitless
Description: Force setpoint warning z Moment Warning
boolean
unitless
Description: Force setpoint warning Near Neighbor Warning
boolean
unitless
156
Description: Force setpoint warning near Neighbor Warning
boolean
unitless
Description: Force setpoint warning magnitude Warning
boolean
unitless
Description: Force setpoint warning any Far Neighbor Warning
boolean
unitless
156
Description: Force setpoint warning far Neighbor Warning
boolean
unitless
Description: Force setpoint warning any Elevation Force Warning
boolean
unitless
156
Description: Force setpoint warning elevation Force Warning
boolean
unitless
Description: Force setpoint warning any Azimuth Force Warning
boolean
unitless
156
Description: Force setpoint warning azimuth Force Warning
boolean
unitless
Description: Force setpoint warning any Thermal Force Warning
boolean
unitless
156
Description: Force setpoint warning thermal force warning
boolean
unitless
Description: Force setpoint warning any Balance force warning
boolean
unitless
156
Description: Force setpoint warning balance force warning
boolean
unitless
Description: Force setpoint warning any Acceleration force warning
boolean
unitless
156
Description: Force setpoint warning acceleration force warning
boolean
unitless
Description: Force setpoint warning active Optic Net force warning
boolean
unitless
Description: Force setpoint warning any Active Optic force warning
boolean
unitless
156
Description: Force setpoint warning active Optic force warning
boolean
unitless
Description: Force setpoint warning any Static force warning
boolean
unitless
156
Description: Force setpoint warning static force warning
boolean
unitless
Description: Force setpoint warning aberration Net force warning
boolean
unitless
Description: Force setpoint warning any Aberration force warning
boolean
unitless
156
Description: Force setpoint warning aberration force warning
boolean
unitless
Description: Force setpoint warning any Offset force warning
boolean
unitless
156
Description: Force setpoint warning offset force warning
boolean
unitless
Description: Force setpoint warning any Velocity force warning
boolean
unitless
156
Description: Force setpoint warning velocity force warning
boolean
unitless
Description: Force setpoint warning any force warning
boolean
unitless
156
Description: Force setpoint warning force Warning
Description: Gyroscope settings.
MTM1M3_logevent_gyroSettings
float
m / s
3
Description: X, Y and Z angular velocities offsets.
MTM1M3_logevent_gyroWarning
boolean
unitless
Description: Gyro warning sequence Number Warning
boolean
unitless
Description: Gyro warning invalid Length Warning
boolean
unitless
Description: Gyro warning invalid Header Warning
boolean
unitless
Description: Gyro warning incomplete Frame Warning
boolean
unitless
Description: Gyro warning gyro X SLD Temperature Status Warning
boolean
unitless
Description: Gyro warning gyro Y SLD Temperature Status Warning
boolean
unitless
Description: Gyro warning gyro Z SLD Temperature Status Warning
boolean
unitless
Description: Gyro warning GCB Temperature Status Warning
boolean
unitless
Description: Gyro warning temperature Status Warning
boolean
unitless
Description: Gyro warning GCB DSP SPI Flash Status Warning
boolean
unitless
Description: Gyro warning GCB FPGA SPI Flash Status Warning
boolean
unitless
Description: Gyro warning DSP SPI Flash Status Warning
boolean
unitless
Description: Gyro warning FPGA SPI Flash Status Warning
boolean
unitless
Description: Gyro warning GCB1_2V Status Warning
boolean
unitless
Description: Gyro warning GCB FPGA Status Warning
boolean
unitless
Description: Gyro warning hiSpeed SPORT Status Warning
boolean
unitless
Description: Gyro warning aux SPORT Status Warning
boolean
unitless
Description: Gyro warning sufficient Software Resources Warning
boolean
unitless
Description: Gyro warning gyro EO Volts Positive Warning
boolean
unitless
Description: Gyro warning gyro EO Volts Negative Warning
boolean
unitless
Description: Gyro warning mSYNC External Timing Warning
MTM1M3_logevent_hardpointActuatorInfo
long
unitless
6
Description: Hardpoint actuator reference Position
short
unitless
6
Description: Hardpoint Actuator ILC Application Type
short
unitless
6
Description: Hardpoint actuator network Node Type
short
unitless
6
Description: Hardpoint Actuator ILC Selected Options
short
unitless
6
Description: Hardpoint actuator network Node Options
float
unitless
6
Description: Hardpoint actuator main LoadCell Coefficient
float
unitless
6
Description: Hardpoint actuator main LoadCell Offset
float
unitless
6
Description: Hardpoint actuator main LoadCell Sensitivity
float
unitless
6
Description: Hardpoint actuator backup LoadCell Coefficient
float
unitless
6
Description: Hardpoint actuator backup LoadCell Offset
float
unitless
6
Description: Hardpoint actuator backup LoadCell Sensitivity
Description: Hardpoint actuator settings.
MTM1M3_logevent_hardpointActuatorSettings
double
unitless
Description: Hardpoint actuator micrometers per stepper motor step.
double
unitless
Description: Hardpoint actuator encoder micrometers per encoder tick.
float
N
Description: Maximal force allowed on hardpoint. When crossed, mirror shall be faulted. HP Breakaway mechanism provides extra layer of protection for excessive forces.
float
N
Description: Mnimimal force allowed on hardpoint. When crossed, mirror shall be faulted. HP Breakaway mechanism provides extra layer of protection for excessive forces.
float
N
Description: Used instead of hardpointMeasuredForceWarningHigh when force system balancing is enabled.
float
N
Description: Used instead of hardpointMeasuredForceWarningLow when force system balancing is enabled.
float
N
Description: Used for trigger fault when high percentage consecutive HP forces measurements are above this value.
float
unitless
Description: Used for trigger fault when high percentage of consecutive HP forces measurements are below this value.
float
kPa
Description: Minimal air pressure. HP will breakway and mirror will fail sooner if this value is lower.
float
kPa
Description: Maximal allowed HP breakway air pressure. When higher, HP will fail.
MTM1M3_logevent_hardpointActuatorState
short
unitless
6
Description: Hardpoint Actuator State motion State enumeration
MTM1M3_logevent_hardpointActuatorWarning
boolean
unitless
Description: Hardpoint actuator warning any Major Fault
boolean
unitless
6
Description: Hardpoint actuator warning major Fault
boolean
unitless
Description: Hardpoint actuator warning any Minor Fault
boolean
unitless
6
Description: Hardpoint actuator warning minor Fault
boolean
unitless
Description: Hardpoint actuator warning any Fault Override
boolean
unitless
6
Description: Hardpoint actuator warning fault Override
boolean
unitless
Description: Hardpoint actuator warning any Main Calibration Error
boolean
unitless
6
Description: Hardpoint actuator warning main Calibration Error
boolean
unitless
Description: Hardpoint actuator warning any Backup Calibration Error
boolean
unitless
6
Description: Hardpoint actuator warning backup Calibration Error
boolean
unitless
Description: Hardpoint actuator warning any Limit Switch1 Operated
boolean
unitless
6
Description: Hardpoint actuator warning limit Switch1 Operated
boolean
unitless
Description: Hardpoint actuator warning any Limit Switch2 Operated
boolean
unitless
6
Description: Hardpoint actuator warning limit Switch2 Operated
boolean
unitless
Description: Hardpoint actuator warning any Unique Id CRC Error
boolean
unitless
6
Description: Hardpoint actuator warning unique Id CRC Error
boolean
unitless
Description: Hardpoint actuator warning any Application Type Mismatch
boolean
unitless
6
Description: Hardpoint actuator warning application Type Mismatch
boolean
unitless
Description: Hardpoint actuator warning any Application Missing
boolean
unitless
6
Description: Hardpoint actuator warning application Missing
boolean
unitless
Description: Hardpoint actuator warning any Application CRC Mismatch
boolean
unitless
6
Description: Hardpoint actuator warning application CRC Mismatch
boolean
unitless
Description: Hardpoint actuator warning any OneWire Missing
boolean
unitless
6
Description: Hardpoint actuator warning oneWire Missing
boolean
unitless
Description: Hardpoint actuator warning any OneWire1 Mismatch
boolean
unitless
6
Description: Hardpoint actuator warning oneWire1 Mismatch
boolean
unitless
Description: Hardpoint actuator warning any OneWire2 Mismatch
boolean
unitless
6
Description: Hardpoint actuator warning oneWire2 Mismatch
boolean
unitless
Description: Hardpoint actuator warning any Watchdog Reset
boolean
unitless
6
Description: Hardpoint actuator warning watchdog Reset
boolean
unitless
Description: Hardpoint actuator warning any Event Trap Reset
boolean
unitless
6
Description: Hardpoint actuator warning event Trap Reset
boolean
unitless
Description: Hardpoint actuator warning any Motor Driver Fault
boolean
unitless
6
Description: Hardpoint actuator warning motor Driver Fault
boolean
unitless
Description: Hardpoint actuator warning any SSR Power Fault
boolean
unitless
6
Description: Hardpoint actuator warning SSR Power Fault
boolean
unitless
Description: Hardpoint actuator warning any Aux Power Fault
boolean
unitless
6
Description: Hardpoint actuator warning aux Power Fault
boolean
unitless
Description: Hardpoint actuator warning any SMC Power Fault
boolean
unitless
6
Description: Hardpoint actuator warning SMC Power Fault
boolean
unitless
Description: Hardpoint actuator warning any Broadcast Counter Warning
boolean
unitless
6
Description: Hardpoint actuator warning broadcast Counter Warning
MTM1M3_logevent_hardpointMonitorInfo
short
unitless
6
Description: Hardpoint Monitor ILC Application Type
short
unitless
6
Description: Hardpoint monitor network Node Type
long long
unitless
6
Description: Hardpoint monitor mezzanine Unique Id
short
unitless
6
Description: Hardpoint monitor mezzanine Firmware Type
short
unitless
6
Description: Hardpoint monitor mezzanine Major Revision
short
unitless
6
Description: Hardpoint monitor mezzanine Minor Revision
MTM1M3_logevent_hardpointMonitorState
MTM1M3_logevent_hardpointMonitorWarning
boolean
unitless
Description: Hardpoint monitor warning any Major Fault
boolean
unitless
6
Description: Hardpoint monitor warning major Fault
boolean
unitless
Description: Hardpoint monitor warning any Minor Fault
boolean
unitless
6
Description: Hardpoint monitor warning minor Fault
boolean
unitless
Description: Hardpoint monitor warning any Fault Override
boolean
unitless
6
Description: Hardpoint monitor warning fault Override
boolean
unitless
Description: Hardpoint monitor warning any Instrument Error
boolean
unitless
6
Description: Hardpoint monitor warning instrument Error
boolean
unitless
Description: Hardpoint monitor warning any Mezzanine Error
boolean
unitless
6
Description: Hardpoint monitor warning mezzanine Error
boolean
unitless
Description: Hardpoint monitor warning any Mezzanine Bootloader Active
boolean
unitless
6
Description: Hardpoint monitor warning mezzanine Bootloader Active
boolean
unitless
Description: Hardpoint monitor warning any Unique Id CRC Error
boolean
unitless
6
Description: Hardpoint monitor warning unique Id CRC Error
boolean
unitless
Description: Hardpoint monitor warning any Application Type Mismatch
boolean
unitless
6
Description: Hardpoint monitor warning application Type Mismatch
boolean
unitless
Description: Hardpoint monitor warning any Application Missing
boolean
unitless
6
Description: Hardpoint monitor warning application Missing
boolean
unitless
Description: Hardpoint monitor warning any Application CRC Mismatch
boolean
unitless
6
Description: Hardpoint monitor warning application CRC Mismatch
boolean
unitless
Description: Hardpoint monitor warning any OneWire Missing
boolean
unitless
6
Description: Hardpoint monitor warning oneWire Missing
boolean
unitless
Description: Hardpoint monitor warning any OneWire1 Mismatch
boolean
unitless
6
Description: Hardpoint monitor warning oneWire1 Mismatch
boolean
unitless
Description: Hardpoint monitor warning any OneWire2 Mismatch
boolean
unitless
6
Description: Hardpoint monitor warning oneWire2 Mismatch
boolean
unitless
Description: Hardpoint monitor warning any Watchdog Reset
boolean
unitless
6
Description: Hardpoint monitor warning watchdog Reset
boolean
unitless
Description: Hardpoint monitor warning any Event Trap Reset
boolean
unitless
6
Description: Hardpoint monitor warning event Trap Reset
boolean
unitless
Description: Hardpoint monitor warning any SSR Power Fault
boolean
unitless
6
Description: Hardpoint monitor warning SSR Power Fault
boolean
unitless
Description: Hardpoint monitor warning any Aux Power Fault
boolean
unitless
6
Description: Hardpoint monitor warning aux Power Fault
boolean
unitless
Description: Hardpoint monitor warning any Mezzanine S1A Interface1 Fault
boolean
unitless
6
Description: Hardpoint monitor warning mezzanine S1A Interface1 Fault
boolean
unitless
Description: Hardpoint monitor warning any Mezzanine S1A LVDT1 Fault
boolean
unitless
6
Description: Hardpoint monitor warning mezzanine S1A LVDT1 Fault
boolean
unitless
Description: Hardpoint monitor warning any Mezzanine S1A Interface2 Fault
boolean
unitless
6
Description: Hardpoint monitor warning mezzanine S1A Interface2 Fault
boolean
unitless
Description: Hardpoint monitor warning any Mezzanine S1A LVDT2 Fault
boolean
unitless
6
Description: Hardpoint monitor warning mezzanine S1A LVDT2 Fault
boolean
unitless
Description: Hardpoint monitor warning any Mezzanine Unique Id CRC Error
boolean
unitless
6
Description: Hardpoint monitor warning mezzanineUnique Id CRC Error
boolean
unitless
Description: Hardpoint monitor warning any Mezzanine Event Trap Reset
boolean
unitless
6
Description: Hardpoint monitor warning mezzanine Event Trap Reset
boolean
unitless
Description: Hardpoint monitor warning any Mezzanine DCPRS422 Chip Fault
boolean
unitless
6
Description: Hardpoint monitor warning mezzanine DCPRS422 Chip Fault
boolean
unitless
Description: Hardpoint monitor warning any Mezzanine Application Missing
boolean
unitless
6
Description: Hardpoint monitor warning mezzanine Application Missing
boolean
unitless
Description: Hardpoint monitor warning any Mezzanine Application CRC Mismatch
boolean
unitless
6
Description: Hardpoint monitor warning mezzanine Application CRC Mismatch
MTM1M3_logevent_ilcWarning
MTM1M3_logevent_inclinometerSensorWarning
boolean
unitless
Description: Inclinometer sensor warning sensor Reports Illegal Function
boolean
unitless
Description: Inclinometer sensor warning sensor Reports Illegal Data Address
boolean
unitless
Description: Inclinometer sensor warning response Timeout
boolean
unitless
Description: Inclinometer sensor warning invalid Length
boolean
unitless
Description: Inclinometer sensor warning unknown Address
boolean
unitless
Description: Inclinometer sensor warning unknown Function
boolean
unitless
Description: Inclinometer sensor warning unknown Problem
Description: Inclinometer settings.
MTM1M3_logevent_inclinometerSettings
MTM1M3_logevent_interlockStatus
boolean
unitless
Description: Interlock Status heartbeat Commanded State
boolean
unitless
Description: Interlock Status heartbeat Output State
MTM1M3_logevent_interlockWarning
boolean
unitless
Description: Interlock Warning heartbeat State Output Mismatch
boolean
unitless
Description: Interlock Warning aux Power Networks Off
boolean
unitless
Description: Interlock Warning thermal Equipment Off
MTM1M3_logevent_pidInfo
Description: PID settings. Used by force balancing algorithm to react on HP detected force excess and correct that towards 0. Parameters are transmitted as 6 member array, representing Fx, Fy, Fz, Mx, My and Mz.
MTM1M3_logevent_pidSettings
Description: Position controller settings.
MTM1M3_logevent_positionControllerSettings
double
1 / N
Description: Multiplier for force to steps transformation.
double
unitless
Description: Multiplier for force to steps transformation.
int
N
Description: Minimal force for which mirror raising will continue. Above that (and below LimitHigh), HP will be stepped to remove excessive force.
int
N
Description: Maximal force for which mirror raising will continue. Below that (and above LimitLow), HP will be stepped to remove excessive force.
int
N
Description: Force margin to continue raise operation. HP force must stay inside limit subtracted with this margin for raise to continue.
int
N
Description: Minimal force for which mirror lowering will continue. Above that (and below LimitHigh), HP will be stepped to remove excessive force.
int
N
Description: Maximal force for which mirror lowering will continue. Below that (and above LimitLow), HP will be stepped to remove excessive force.
int
N
Description: Force margin for continue lower operation. HP force must stay inside limit subtracted with this margin for lower to continue.
float
mm
Description: Position offset for lowering. Mirror will be placed in this position (distributed proportionally on Z and Y axis) before real lowering starts.
int
unitless
6
Description: HP reference position. Mirror is assumed to be in 0 XYZ and rotation on those encoder counts.
MTM1M3_logevent_powerStatus
boolean
unitless
Description: PowerStatus power Network A Commanded On
boolean
unitless
Description: Power Status power Network A Output On
boolean
unitless
Description: PowerStatus power Network B Commanded On
boolean
unitless
Description: Power Status power Network B Output On
boolean
unitless
Description: PowerStatus power Network C Commanded On
boolean
unitless
Description: Power Status power Network C Output On
boolean
unitless
Description: PowerStatus power Network D Commanded On
boolean
unitless
Description: Power Status power Network D Output On
boolean
unitless
Description: PowerStatus aux PowerNetwork AC ommanded On
boolean
unitless
Description: Power Status aux Power Network A Output On
boolean
unitless
Description: PowerStatus aux PowerNetwork B Commanded On
boolean
unitless
Description: Power Status aux Power Network B Output On
boolean
unitless
Description: PowerStatus aux PowerNetwork C Commanded On
boolean
unitless
Description: Power Status aux Power Network C Output On
boolean
unitless
Description: PowerStatus aux PowerNetwork D Commanded On
boolean
unitless
Description: Power Status aux Power Network D Output On
MTM1M3_logevent_powerSupplyStatus
boolean
unitless
Description: Power supply status RCP Mirror Cell Utility 220VAC1 Status
boolean
unitless
Description: Power supply status RCP Cabinet Utility 220VAC Status
boolean
unitless
Description: Power supply status RCP External Equipment 220VAC Status
boolean
unitless
Description: Power supply status RCP Mirror Cell Utility 220VAC2 Status
boolean
unitless
Description: Power supply status RCP Mirror Cell Utility 220VAC3 Status
boolean
unitless
Description: Power supply status Network A Redundancy Control Status
boolean
unitless
Description: Power supply status Network B Redundancy Control Status
boolean
unitless
Description: Power supply status Network C Redundancy Control Status
boolean
unitless
Description: Power supply status Network D Redundancy Control Status
boolean
unitless
Description: Power supply status control Power Network Redundancy Control Status
boolean
unitless
Description: Power supply status power Network A Status
boolean
unitless
Description: Power supply status power Network A Redundant Status
boolean
unitless
Description: Power supply status power Network B Status
boolean
unitless
Description: Power supply status power Network B Redundant Status
boolean
unitless
Description: Power supply status power Network C Status
boolean
unitless
Description: Power supply status power Network C Redundant Status
boolean
unitless
Description: Power supply status power Network D Status
boolean
unitless
Description: Power supply status power Network D Redundant Status
boolean
unitless
Description: Power supply status controls Power Network Status
boolean
unitless
Description: Power supply status controls Power Network Redundant Status
boolean
unitless
Description: Power supply status light Power Network Status
boolean
unitless
Description: Power supply status external Equipment Power Network Status
boolean
unitless
Description: Power supply status laser Tracker Power Network Status
MTM1M3_logevent_powerWarning
boolean
unitless
Description: Power Warning power Network A Output Mismatch
boolean
unitless
Description: Power Warning power Network B Output Mismatch
boolean
unitless
Description: Power Warning power Network C Output Mismatch
boolean
unitless
Description: Power Warning power Network D Output Mismatch
boolean
unitless
Description: Power Warning aux Power Network A Output Mismatch
boolean
unitless
Description: Power Warning aux Power Network B Output Mismatch
boolean
unitless
Description: Power Warning aux Power Network C Output Mismatch
boolean
unitless
Description: Power Warning aux Power Network D Output Mismatch
Description: Send when abberation forces needs to be clipped. Contains pre-clipped (calculated) value.
MTM1M3_logevent_preclippedAberrationForces
Description: Send when acceleration forces needs to be clipped. Contains pre-clipped (calculated) value.
MTM1M3_logevent_preclippedAccelerationForces
Description: Send when active optic (AOC) forces needs to be clipped. Contains pre-clipped (calculated) value.
MTM1M3_logevent_preclippedActiveOpticForces
Description: Send when azimuth forces needs to be clipped. Contains pre-clipped (calculated) value.
MTM1M3_logevent_preclippedAzimuthForces
Description: Send when balance forces needs to be clipped. Contains pre-clipped (calculated) value.
MTM1M3_logevent_preclippedBalanceForces
Description: Send when cylinder forces needs to be clipped. Contains pre-clipped (calculated) value.
MTM1M3_logevent_preclippedCylinderForces
long
N
112
Description: Pre-clipped secondary Cylinder Forces
long
N
156
Description: Pre-clipped primary Cylinder Forces
Description: Send when elevation (=gravity) forces needs to be clipped. Contains pre-clipped (calculated) value.
MTM1M3_logevent_preclippedElevationForces
Description: Send when sum of forces needs to be clipped. Contains pre-clipped (calculated) sum of component forces.
MTM1M3_logevent_preclippedForces
Description: Send when user offset forces needs to be clipped. Contains pre-clipped (calculated) value.
MTM1M3_logevent_preclippedOffsetForces
Description: Send when static forces needs to be clipped. Contains pre-clipped (calculated) value.
MTM1M3_logevent_preclippedStaticForces
Description: Send when thermal forces needs to be clipped. Contains pre-clipped (calculated) value.
MTM1M3_logevent_preclippedThermalForces
Description: Send when velocity forces needs to be clipped. Contains pre-clipped (calculated) value.
MTM1M3_logevent_preclippedVelocityForces
SALGeneric_logevent_appliedSettingsMatchStart
configurable
boolean
unitless
Description: DEPRECATED as a generic event. Few CSCs need something like this, and those that do should provide their own event. True when the configuration matches the start conditions
SALGeneric_logevent_authList
csc
string
unitless
Description: Comma seperated list of authorized users currently allowed to command this CSC.
string
unitless
Description: Comma seperated list of CSC’s not currently allowed to command this CSC.
Description: Information about CSC’s configuration.
SALGeneric_logevent_configurationApplied
configurable
string
unitless
Description: A comma-separated list of configurations applied. If configuration comes from a clone of a git repo, or similar directory, then it will be a list of file names, without the file extension. Ignore whitespace after commas.
string
unitless
Description: Version of the configuration source. For a clone of a git repo it will be a git hash.
string
unitless
Description: URL of the configuration source. For a clone of a git repo this will be a file URL. For a database it will be a standard database URL. This should always match the same-named field in configurationsAvailable.
string
unitless
Description: Version of config schema used by the CSC. For a configuration git repo, this is the name of a folder in the config package, and is typically something like “v1”. This should always match the same-named field in configurationsAvailable.
string
unitless
Description: A comma-separated list of event topics (without the logevent prefix) used to publish the entire set of configuration parameters loaded by the CSC, and any other pertinent information. Ignore whitespace after commas.
Description: Information about the source of configuration information for the CSC.
SALGeneric_logevent_configurationsAvailable
configurable
string
unitless
Description: Available overrides as a comma-separated list. Each entry is a possible value of the configurationOverride field of the start command. Ignore whitespace after commas.
string
unitless
Description: Version of the configuration source. For a clone of a git repo it will be a git hash.
string
unitless
Description: URL of the configuration source. For a clone of a git repo this will be a file URL. For a database it will be a standard database URL.
string
unitless
Description: Version of config schema used by the CSC. For a configuration git repo, this is the name of a folder in the config package, and is typically something like “v1”.
Description: Output when a CSC goes into the Fault state as an explanation of the problem.
SALGeneric_logevent_errorCode
csc
string
unitless
Description: An string providing detailed information about the error
string
unitless
Description: An optional stack trace of the error condition
SALGeneric_logevent_heartbeat
mandatory
Description: Current logging level.
SALGeneric_logevent_logLevel
mandatory
int
unitless
Description: Current logging level, a Python logging level: error=40, warning=30, info=20, debug=10.
string
unitless
Description: If the CSC itself has sub-ordinate components, they may be listed here. An empty string means the setting applies to all such sub-ordinate components, or just to the CSC itself.
Description: A log message.
SALGeneric_logevent_logMessage
mandatory
int
unitless
Description: Message level, a Python logging level: error=40, warning=30, info=20, debug=10.
long
unitless
Description: Line number in the file specified by filePath.
double
second
Description: The time at which the condition being reported was observed (TAI unix seconds). 0 if unspecified.
Description: DEPRECATED: use configurationsAvailable instead. Information about settings which can be specified in the start command.
SALGeneric_logevent_settingVersions
configurable
string
unitless
Description: List of comma seperated recomended versions of settings sets
string
unitless
Description: List of comma seperated names of settings sets
string
unitless
Description: The URL where the settings sets definitions can be found
Description: DEPRECATED: use configurationApplied instead. Base settings applied.
SALGeneric_logevent_settingsApplied
configurable
string
256
unitless
Description: The SHA or name corresponding to the published configuration
string
unitless
Description: A comma delimited list of other specific CSC configuration events. This may be blank if no other CSC specific events are necessary
Description: Current simulation mode.
SALGeneric_logevent_simulationMode
csc
int
unitless
Description: Current simulation mode; 0 for normal operation (no simulation); other supported values are specific to each CSC.
Description: Current versions of software in use by CSC.
SALGeneric_logevent_softwareVersions
mandatory
string
256
unitless
Description: This is the current version of SAL generation
string
256
unitless
Description: This is the current version of CSC XML
string
256
unitless
Description: This is the current version of OpenSplice
string
256
unitless
Description: This is the top-level version of the CSC
string
unitless
Description: A comma delimited list of key=value pairs relating subsystem name (key) to its version number (value). This may be left blank if there are no subsystems within a CSC
MTM1M3_accelerometerData
float
deg/s2
Description: Accelerometer data angular Acceleration X
float
deg/s2
Description: Accelerometer data angular Acceleration Y
float
deg/s2
Description: Accelerometer data angular Acceleration Z
MTM1M3_forceActuatorData
float
N
156
Description: Force actuator data primaryCylinderForce
float
N
112
Description: Force actuator data secondaryCylinderForce
Description: Reports mezzanine board pressure in push and pull cylinders. Pressure is read with ILC command 119.
MTM1M3_forceActuatorPressure
double
s
156
Description: Timestamp when the last data were readout.
float
kPa
156
Description: Pressure in primary cylinders for push operation. Indexed by Z index.
float
kPa
156
Description: Pressure in primary cylinders for pull operation. Indexed by Z index.
float
kPa
112
Description: Pressure in secondary cylinders for push operation. Indexed by secondary cylinder index.
float
kPa
112
Description: Pressure in secondary cylinders for pull operation. Indexed by secondary cylinder index.
MTM1M3_gyroData
MTM1M3_hardpointActuatorData
short
unitless
6
Description: Hardpoint Actuator data steps Commanded
MTM1M3_hardpointMonitorData
float
unitless
6
Description: Hardpoint Monitor Data breakaway LVDT
float
unitless
6
Description: Hardpoint Monitor Data displacement LVDT
float
kPa
6
Description: Hardpoint Monitor Data breakaway Pressure
float
kPa
6
Description: Hardpoint Monitor Data pressure Sensor 1
float
kPa
6
Description: Hardpoint Monitor Data pressure Sensor 2
float
kPa
6
Description: Hardpoint Monitor Data pressure Sensor 3
MTM1M3_imsData
MTM1M3_inclinometerData
MTM1M3_outerLoopData
MTM1M3_pidData