Data Types

FB_SXR_SATT_PositionState

Record	Type	Description	Pragma
$(PREFIX):01:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):01:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):01:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):01:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):01:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):01:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):01:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
$(PREFIX):01:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):01:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):01:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
$(PREFIX):01:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):01:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):01:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):01:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):01:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):02:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):02:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):02:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):02:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):02:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):02:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):02:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
$(PREFIX):02:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):02:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):02:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
$(PREFIX):02:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):02:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):02:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):02:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):02:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):03:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):03:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):03:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):03:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):03:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):03:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):03:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
$(PREFIX):03:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):03:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):03:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
$(PREFIX):03:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):03:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):03:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):03:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):03:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):04:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):04:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):04:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):04:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):04:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):04:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):04:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
$(PREFIX):04:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):04:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):04:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
$(PREFIX):04:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):04:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):04:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):04:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):04:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):05:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):05:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):05:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):05:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):05:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):05:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):05:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
$(PREFIX):05:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):05:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):05:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
$(PREFIX):05:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):05:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):05:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):05:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):05:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):06:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):06:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):06:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):06:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):06:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):06:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):06:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
$(PREFIX):06:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):06:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):06:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
$(PREFIX):06:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):06:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):06:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):06:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):06:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):BUSY_RBV	bi	$(SYMBOL).bBusy	field: ONAM True field: ZNAM False io: input
$(PREFIX):DONE_RBV	bi	$(SYMBOL).bDone	field: ONAM True field: ZNAM False io: input
$(PREFIX):ERR_RBV	bi	$(SYMBOL).bError	field: ONAM True field: ZNAM False io: input
$(PREFIX):ERRID_RBV	longin	$(SYMBOL).nErrorId	io: input
$(PREFIX):ERRMSG_RBV	waveform	$(SYMBOL).sErrorMessage	io: input
$(PREFIX):GET_RBV	mbbi	$(SYMBOL).enumGet	io: input
$(PREFIX):RESET	bo	$(SYMBOL).bReset	field: ONAM True field: ZNAM False io: output
$(PREFIX):RESET_RBV	bi	$(SYMBOL).bReset	field: ONAM True field: ZNAM False io: output
$(PREFIX):SET	mbbo	$(SYMBOL).enumSet	io: output
$(PREFIX):SET_RBV	mbbi	$(SYMBOL).enumSet	io: output

FB_SXR_SATT_Stage

Record	Type	Description	Pragma
$(PREFIX):RTD:1:CONN_RBV	bi	$(SYMBOL).fbRTD_1.bConnected	field: ONAM Connected field: ZNAM Disconnected io: input
$(PREFIX):RTD:1:ERR_RBV	bi	$(SYMBOL).fbRTD_1.bError	field: ONAM True field: ZNAM False io: input
$(PREFIX):RTD:1:TEMP_RBV	ai	$(SYMBOL).fbRTD_1.fTemp	field: EGU C field: PREC 2 io: input
$(PREFIX):RTD:2:CONN_RBV	bi	$(SYMBOL).fbRTD_2.bConnected	field: ONAM Connected field: ZNAM Disconnected io: input
$(PREFIX):RTD:2:ERR_RBV	bi	$(SYMBOL).fbRTD_2.bError	field: ONAM True field: ZNAM False io: input
$(PREFIX):RTD:2:TEMP_RBV	ai	$(SYMBOL).fbRTD_2.fTemp	field: EGU C field: PREC 2 io: input
$(PREFIX):STATE:01:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):STATE:01:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):STATE:01:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):STATE:01:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):STATE:01:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):STATE:01:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):STATE:01:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
$(PREFIX):STATE:01:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):STATE:01:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):STATE:01:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
$(PREFIX):STATE:01:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):STATE:01:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):STATE:01:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):STATE:01:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):STATE:01:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):STATE:02:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):STATE:02:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):STATE:02:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):STATE:02:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):STATE:02:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):STATE:02:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):STATE:02:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
$(PREFIX):STATE:02:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):STATE:02:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):STATE:02:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
$(PREFIX):STATE:02:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):STATE:02:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):STATE:02:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):STATE:02:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):STATE:02:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):STATE:03:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):STATE:03:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):STATE:03:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):STATE:03:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):STATE:03:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):STATE:03:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):STATE:03:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
$(PREFIX):STATE:03:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):STATE:03:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):STATE:03:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
$(PREFIX):STATE:03:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):STATE:03:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):STATE:03:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):STATE:03:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):STATE:03:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):STATE:04:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):STATE:04:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):STATE:04:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):STATE:04:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):STATE:04:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):STATE:04:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):STATE:04:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
$(PREFIX):STATE:04:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):STATE:04:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):STATE:04:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
$(PREFIX):STATE:04:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):STATE:04:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):STATE:04:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):STATE:04:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):STATE:04:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):STATE:05:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):STATE:05:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):STATE:05:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):STATE:05:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):STATE:05:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):STATE:05:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):STATE:05:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
$(PREFIX):STATE:05:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):STATE:05:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):STATE:05:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
$(PREFIX):STATE:05:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):STATE:05:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):STATE:05:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):STATE:05:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):STATE:05:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):STATE:06:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):STATE:06:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):STATE:06:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):STATE:06:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):STATE:06:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):STATE:06:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):STATE:06:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
$(PREFIX):STATE:06:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):STATE:06:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):STATE:06:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
$(PREFIX):STATE:06:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):STATE:06:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):STATE:06:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):STATE:06:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):STATE:06:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):STATE:BUSY_RBV	bi	$(SYMBOL).fbState.bBusy	field: ONAM True field: ZNAM False io: input
$(PREFIX):STATE:DONE_RBV	bi	$(SYMBOL).fbState.bDone	field: ONAM True field: ZNAM False io: input
$(PREFIX):STATE:ERR_RBV	bi	$(SYMBOL).fbState.bError	field: ONAM True field: ZNAM False io: input
$(PREFIX):STATE:ERRID_RBV	longin	$(SYMBOL).fbState.nErrorId	io: input
$(PREFIX):STATE:ERRMSG_RBV	waveform	$(SYMBOL).fbState.sErrorMessage	io: input
$(PREFIX):STATE:GET_RBV	mbbi	$(SYMBOL).fbState.enumGet	io: input
$(PREFIX):STATE:RESET	bo	$(SYMBOL).fbState.bReset	field: ONAM True field: ZNAM False io: output
$(PREFIX):STATE:RESET_RBV	bi	$(SYMBOL).fbState.bReset	field: ONAM True field: ZNAM False io: output
$(PREFIX):STATE:SET	mbbo	$(SYMBOL).fbState.enumSet	io: output
$(PREFIX):STATE:SET_RBV	mbbi	$(SYMBOL).fbState.enumSet	io: output

LCLS_General.FB_Listener

Record	Type	Description	Pragma
$(PREFIX):AlarmsCleared_RBV	longin	$(SYMBOL).nCntAlarmsCleared	io: input
$(PREFIX):AlarmsConfirmed_RBV	longin	$(SYMBOL).nCntAlarmsConfirmed	io: input
$(PREFIX):AlarmsRaised_RBV	longin	$(SYMBOL).nCntAlarmsRaised	io: input
$(PREFIX):Log:EventClass_RBV	waveform	TwinCAT Event class	io: input
$(PREFIX):Log:EventType_RBV	mbbi	The event type	io: input
$(PREFIX):Log:Hostname_RBV	waveform	PLC Hostname	io: input
$(PREFIX):Log:Message_RBV	waveform	$(SYMBOL).stEventInfo.msg	io: input
$(PREFIX):Log:MessageID_RBV	longin	TwinCAT Message ID	io: input
$(PREFIX):Log:MessageJSON_RBV	waveform	Metadata with the message	io: input
$(PREFIX):Log:Schema_RBV	waveform	Schema string	io: input
$(PREFIX):Log:Severity_RBV	mbbi	TcEventSeverity	field: ONST Info field: THST Error field: TWST Warning field: ZRST Verbose io: input
$(PREFIX):Log:Source_RBV	waveform	$(SYMBOL).stEventInfo.source	io: input
$(PREFIX):Log:Timestamp_RBV	ai	Unix timestamp	io: input
$(PREFIX):LogToVisualStudio	bo	$(SYMBOL).bLogToVisualStudio	io: output
$(PREFIX):LogToVisualStudio_RBV	bi	$(SYMBOL).bLogToVisualStudio	io: output
$(PREFIX):MessagesSent_RBV	longin	$(SYMBOL).nCntMessagesSent	io: input
$(PREFIX):MinSeverity	mbbo	$(SYMBOL).eMinSeverity	io: output
$(PREFIX):MinSeverity_RBV	mbbi	$(SYMBOL).eMinSeverity	io: output

LCLS_General.FB_LogHandler

Record	Type	Description	Pragma
$(PREFIX):ADS:AlarmsCleared_RBV	longin	$(SYMBOL).fbTcAdsListener.nCntAlarmsCleared	io: input
$(PREFIX):ADS:AlarmsConfirmed_RBV	longin	$(SYMBOL).fbTcAdsListener.nCntAlarmsConfirmed	io: input
$(PREFIX):ADS:AlarmsRaised_RBV	longin	$(SYMBOL).fbTcAdsListener.nCntAlarmsRaised	io: input
$(PREFIX):ADS:Log:EventClass_RBV	waveform	TwinCAT Event class	io: input
$(PREFIX):ADS:Log:EventType_RBV	mbbi	The event type	io: input
$(PREFIX):ADS:Log:Hostname_RBV	waveform	PLC Hostname	io: input
$(PREFIX):ADS:Log:Message_RBV	waveform	$(SYMBOL).fbTcAdsListener.stEventInfo.msg	io: input
$(PREFIX):ADS:Log:MessageID_RBV	longin	TwinCAT Message ID	io: input
$(PREFIX):ADS:Log:MessageJSON_RBV	waveform	Metadata with the message	io: input
$(PREFIX):ADS:Log:Schema_RBV	waveform	Schema string	io: input
$(PREFIX):ADS:Log:Severity_RBV	mbbi	TcEventSeverity	field: ONST Info field: THST Error field: TWST Warning field: ZRST Verbose io: input
$(PREFIX):ADS:Log:Source_RBV	waveform	$(SYMBOL).fbTcAdsListener.stEventInfo.source	io: input
$(PREFIX):ADS:Log:Timestamp_RBV	ai	Unix timestamp	io: input
$(PREFIX):ADS:LogToVisualStudio	bo	$(SYMBOL).fbTcAdsListener.bLogToVisualStudio	io: output
$(PREFIX):ADS:LogToVisualStudio_RBV	bi	$(SYMBOL).fbTcAdsListener.bLogToVisualStudio	io: output
$(PREFIX):ADS:MessagesSent_RBV	longin	$(SYMBOL).fbTcAdsListener.nCntMessagesSent	io: input
$(PREFIX):ADS:MinSeverity	mbbo	$(SYMBOL).fbTcAdsListener.eMinSeverity	io: output
$(PREFIX):ADS:MinSeverity_RBV	mbbi	$(SYMBOL).fbTcAdsListener.eMinSeverity	io: output
$(PREFIX):LCLS:AlarmsCleared_RBV	longin	$(SYMBOL).fbLCLSListener.nCntAlarmsCleared	io: input
$(PREFIX):LCLS:AlarmsConfirmed_RBV	longin	$(SYMBOL).fbLCLSListener.nCntAlarmsConfirmed	io: input
$(PREFIX):LCLS:AlarmsRaised_RBV	longin	$(SYMBOL).fbLCLSListener.nCntAlarmsRaised	io: input
$(PREFIX):LCLS:Log:EventClass_RBV	waveform	TwinCAT Event class	io: input
$(PREFIX):LCLS:Log:EventType_RBV	mbbi	The event type	io: input
$(PREFIX):LCLS:Log:Hostname_RBV	waveform	PLC Hostname	io: input
$(PREFIX):LCLS:Log:Message_RBV	waveform	$(SYMBOL).fbLCLSListener.stEventInfo.msg	io: input
$(PREFIX):LCLS:Log:MessageID_RBV	longin	TwinCAT Message ID	io: input
$(PREFIX):LCLS:Log:MessageJSON_RBV	waveform	Metadata with the message	io: input
$(PREFIX):LCLS:Log:Schema_RBV	waveform	Schema string	io: input
$(PREFIX):LCLS:Log:Severity_RBV	mbbi	TcEventSeverity	field: ONST Info field: THST Error field: TWST Warning field: ZRST Verbose io: input
$(PREFIX):LCLS:Log:Source_RBV	waveform	$(SYMBOL).fbLCLSListener.stEventInfo.source	io: input
$(PREFIX):LCLS:Log:Timestamp_RBV	ai	Unix timestamp	io: input
$(PREFIX):LCLS:LogToVisualStudio	bo	$(SYMBOL).fbLCLSListener.bLogToVisualStudio	io: output
$(PREFIX):LCLS:LogToVisualStudio_RBV	bi	$(SYMBOL).fbLCLSListener.bLogToVisualStudio	io: output
$(PREFIX):LCLS:MessagesSent_RBV	longin	$(SYMBOL).fbLCLSListener.nCntMessagesSent	io: input
$(PREFIX):LCLS:MinSeverity	mbbo	$(SYMBOL).fbLCLSListener.eMinSeverity	io: output
$(PREFIX):LCLS:MinSeverity_RBV	mbbi	$(SYMBOL).fbLCLSListener.eMinSeverity	io: output
$(PREFIX):Router:AlarmsCleared_RBV	longin	$(SYMBOL).fbTcRouterListener.nCntAlarmsCleared	io: input
$(PREFIX):Router:AlarmsConfirmed_RBV	longin	$(SYMBOL).fbTcRouterListener.nCntAlarmsConfirmed	io: input
$(PREFIX):Router:AlarmsRaised_RBV	longin	$(SYMBOL).fbTcRouterListener.nCntAlarmsRaised	io: input
$(PREFIX):Router:Log:EventClass_RBV	waveform	TwinCAT Event class	io: input
$(PREFIX):Router:Log:EventType_RBV	mbbi	The event type	io: input
$(PREFIX):Router:Log:Hostname_RBV	waveform	PLC Hostname	io: input
$(PREFIX):Router:Log:Message_RBV	waveform	$(SYMBOL).fbTcRouterListener.stEventInfo.msg	io: input
$(PREFIX):Router:Log:MessageID_RBV	longin	TwinCAT Message ID	io: input
$(PREFIX):Router:Log:MessageJSON_RBV	waveform	Metadata with the message	io: input
$(PREFIX):Router:Log:Schema_RBV	waveform	Schema string	io: input
$(PREFIX):Router:Log:Severity_RBV	mbbi	TcEventSeverity	field: ONST Info field: THST Error field: TWST Warning field: ZRST Verbose io: input
$(PREFIX):Router:Log:Source_RBV	waveform	$(SYMBOL).fbTcRouterListener.stEventInfo.source	io: input
$(PREFIX):Router:Log:Timestamp_RBV	ai	Unix timestamp	io: input
$(PREFIX):Router:LogToVisualStudio	bo	$(SYMBOL).fbTcRouterListener.bLogToVisualStudio	io: output
$(PREFIX):Router:LogToVisualStudio_RBV	bi	$(SYMBOL).fbTcRouterListener.bLogToVisualStudio	io: output
$(PREFIX):Router:MessagesSent_RBV	longin	$(SYMBOL).fbTcRouterListener.nCntMessagesSent	io: input
$(PREFIX):Router:MinSeverity	mbbo	$(SYMBOL).fbTcRouterListener.eMinSeverity	io: output
$(PREFIX):Router:MinSeverity_RBV	mbbi	$(SYMBOL).fbTcRouterListener.eMinSeverity	io: output
$(PREFIX):RTime:AlarmsCleared_RBV	longin	$(SYMBOL).fbTcRTimeListener.nCntAlarmsCleared	io: input
$(PREFIX):RTime:AlarmsConfirmed_RBV	longin	$(SYMBOL).fbTcRTimeListener.nCntAlarmsConfirmed	io: input
$(PREFIX):RTime:AlarmsRaised_RBV	longin	$(SYMBOL).fbTcRTimeListener.nCntAlarmsRaised	io: input
$(PREFIX):RTime:Log:EventClass_RBV	waveform	TwinCAT Event class	io: input
$(PREFIX):RTime:Log:EventType_RBV	mbbi	The event type	io: input
$(PREFIX):RTime:Log:Hostname_RBV	waveform	PLC Hostname	io: input
$(PREFIX):RTime:Log:Message_RBV	waveform	$(SYMBOL).fbTcRTimeListener.stEventInfo.msg	io: input
$(PREFIX):RTime:Log:MessageID_RBV	longin	TwinCAT Message ID	io: input
$(PREFIX):RTime:Log:MessageJSON_RBV	waveform	Metadata with the message	io: input
$(PREFIX):RTime:Log:Schema_RBV	waveform	Schema string	io: input
$(PREFIX):RTime:Log:Severity_RBV	mbbi	TcEventSeverity	field: ONST Info field: THST Error field: TWST Warning field: ZRST Verbose io: input
$(PREFIX):RTime:Log:Source_RBV	waveform	$(SYMBOL).fbTcRTimeListener.stEventInfo.source	io: input
$(PREFIX):RTime:Log:Timestamp_RBV	ai	Unix timestamp	io: input
$(PREFIX):RTime:LogToVisualStudio	bo	$(SYMBOL).fbTcRTimeListener.bLogToVisualStudio	io: output
$(PREFIX):RTime:LogToVisualStudio_RBV	bi	$(SYMBOL).fbTcRTimeListener.bLogToVisualStudio	io: output
$(PREFIX):RTime:MessagesSent_RBV	longin	$(SYMBOL).fbTcRTimeListener.nCntMessagesSent	io: input
$(PREFIX):RTime:MinSeverity	mbbo	$(SYMBOL).fbTcRTimeListener.eMinSeverity	io: output
$(PREFIX):RTime:MinSeverity_RBV	mbbi	$(SYMBOL).fbTcRTimeListener.eMinSeverity	io: output
$(PREFIX):System:AlarmsCleared_RBV	longin	$(SYMBOL).fbTcSystemListener.nCntAlarmsCleared	io: input
$(PREFIX):System:AlarmsConfirmed_RBV	longin	$(SYMBOL).fbTcSystemListener.nCntAlarmsConfirmed	io: input
$(PREFIX):System:AlarmsRaised_RBV	longin	$(SYMBOL).fbTcSystemListener.nCntAlarmsRaised	io: input
$(PREFIX):System:Log:EventClass_RBV	waveform	TwinCAT Event class	io: input
$(PREFIX):System:Log:EventType_RBV	mbbi	The event type	io: input
$(PREFIX):System:Log:Hostname_RBV	waveform	PLC Hostname	io: input
$(PREFIX):System:Log:Message_RBV	waveform	$(SYMBOL).fbTcSystemListener.stEventInfo.msg	io: input
$(PREFIX):System:Log:MessageID_RBV	longin	TwinCAT Message ID	io: input
$(PREFIX):System:Log:MessageJSON_RBV	waveform	Metadata with the message	io: input
$(PREFIX):System:Log:Schema_RBV	waveform	Schema string	io: input
$(PREFIX):System:Log:Severity_RBV	mbbi	TcEventSeverity	field: ONST Info field: THST Error field: TWST Warning field: ZRST Verbose io: input
$(PREFIX):System:Log:Source_RBV	waveform	$(SYMBOL).fbTcSystemListener.stEventInfo.source	io: input
$(PREFIX):System:Log:Timestamp_RBV	ai	Unix timestamp	io: input
$(PREFIX):System:LogToVisualStudio	bo	$(SYMBOL).fbTcSystemListener.bLogToVisualStudio	io: output
$(PREFIX):System:LogToVisualStudio_RBV	bi	$(SYMBOL).fbTcSystemListener.bLogToVisualStudio	io: output
$(PREFIX):System:MessagesSent_RBV	longin	$(SYMBOL).fbTcSystemListener.nCntMessagesSent	io: input
$(PREFIX):System:MinSeverity	mbbo	$(SYMBOL).fbTcSystemListener.eMinSeverity	io: output
$(PREFIX):System:MinSeverity_RBV	mbbi	$(SYMBOL).fbTcSystemListener.eMinSeverity	io: output
$(PREFIX):Windows:AlarmsCleared_RBV	longin	$(SYMBOL).fbWindowsListener.nCntAlarmsCleared	io: input
$(PREFIX):Windows:AlarmsConfirmed_RBV	longin	$(SYMBOL).fbWindowsListener.nCntAlarmsConfirmed	io: input
$(PREFIX):Windows:AlarmsRaised_RBV	longin	$(SYMBOL).fbWindowsListener.nCntAlarmsRaised	io: input
$(PREFIX):Windows:Log:EventClass_RBV	waveform	TwinCAT Event class	io: input
$(PREFIX):Windows:Log:EventType_RBV	mbbi	The event type	io: input
$(PREFIX):Windows:Log:Hostname_RBV	waveform	PLC Hostname	io: input
$(PREFIX):Windows:Log:Message_RBV	waveform	$(SYMBOL).fbWindowsListener.stEventInfo.msg	io: input
$(PREFIX):Windows:Log:MessageID_RBV	longin	TwinCAT Message ID	io: input
$(PREFIX):Windows:Log:MessageJSON_RBV	waveform	Metadata with the message	io: input
$(PREFIX):Windows:Log:Schema_RBV	waveform	Schema string	io: input
$(PREFIX):Windows:Log:Severity_RBV	mbbi	TcEventSeverity	field: ONST Info field: THST Error field: TWST Warning field: ZRST Verbose io: input
$(PREFIX):Windows:Log:Source_RBV	waveform	$(SYMBOL).fbWindowsListener.stEventInfo.source	io: input
$(PREFIX):Windows:Log:Timestamp_RBV	ai	Unix timestamp	io: input
$(PREFIX):Windows:LogToVisualStudio	bo	$(SYMBOL).fbWindowsListener.bLogToVisualStudio	io: output
$(PREFIX):Windows:LogToVisualStudio_RBV	bi	$(SYMBOL).fbWindowsListener.bLogToVisualStudio	io: output
$(PREFIX):Windows:MessagesSent_RBV	longin	$(SYMBOL).fbWindowsListener.nCntMessagesSent	io: input
$(PREFIX):Windows:MinSeverity	mbbo	$(SYMBOL).fbWindowsListener.eMinSeverity	io: output
$(PREFIX):Windows:MinSeverity_RBV	mbbi	$(SYMBOL).fbWindowsListener.eMinSeverity	io: output

LCLS_General.FB_LogMessage

Record	Type	Description	Pragma
$(PREFIX):Reset	bo	Rising-edge reset of trip	io: output
$(PREFIX):Reset_RBV	bi	Rising-edge reset of trip	io: output
$(PREFIX):Tripped_RBV	bi	Log message FB tripped	io: input

LCLS_General.FB_TempSensor

Record	Type	Description	Pragma
$(PREFIX):CONN_RBV	bi	$(SYMBOL).bConnected	field: ONAM Connected field: ZNAM Disconnected io: input
$(PREFIX):ERR_RBV	bi	$(SYMBOL).bError	field: ONAM True field: ZNAM False io: input
$(PREFIX):TEMP_RBV	ai	$(SYMBOL).fTemp	field: EGU C field: PREC 2 io: input

LCLS_General.ST_PendingEvent

Record	Type	Description	Pragma
$(PREFIX):EventClass_RBV	waveform	TwinCAT Event class	io: input
$(PREFIX):EventType_RBV	mbbi	The event type	io: input
$(PREFIX):Hostname_RBV	waveform	PLC Hostname	io: input
$(PREFIX):Message_RBV	waveform	$(SYMBOL).stEventInfo.msg	io: input
$(PREFIX):MessageID_RBV	longin	TwinCAT Message ID	io: input
$(PREFIX):MessageJSON_RBV	waveform	Metadata with the message	io: input
$(PREFIX):Schema_RBV	waveform	Schema string	io: input
$(PREFIX):Severity_RBV	mbbi	TcEventSeverity	field: ONST Info field: THST Error field: TWST Warning field: ZRST Verbose io: input
$(PREFIX):Source_RBV	waveform	$(SYMBOL).stEventInfo.source	io: input
$(PREFIX):Timestamp_RBV	ai	Unix timestamp	io: input

lcls_twincat_motion.DUT_MotionStage

Record	Type	Description	Pragma
$(PREFIX):PLC:bAllBackwardEnable_RBV	bi	Summary of axis permission to move backward	field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):PLC:bAllEnable_RBV	bi	Summary of axis permission to have power	field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):PLC:bAllForwardEnable_RBV	bi	Summary of axis permission to move forward	field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):PLC:bBrakeRelease_RBV	bi	TRUE if brake released	field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):PLC:bBusy_RBV	bi	TRUE if in the middle of a command	field: ONAM FALSE field: ZNAM TRUE io: input
$(PREFIX):PLC:bDone_RBV	bi	TRUE if command finished successfully	field: ONAM FALSE field: ZNAM TRUE io: input
$(PREFIX):PLC:bEnable	bo	Used internally to request enables	field: ONAM TRUE field: ZNAM FALSE io: output
$(PREFIX):PLC:bEnable_RBV	bi	Used internally to request enables	field: ONAM TRUE field: ZNAM FALSE io: output
$(PREFIX):PLC:bEnableDone_RBV	bi	TRUE if done enabling	field: ONAM FALSE field: ZNAM TRUE io: input
$(PREFIX):PLC:bError_RBV	bi	TRUE if we	field: ONAM FALSE field: ZNAM TRUE io: input
$(PREFIX):PLC:bExecute	bo	Used internally and by the IOC to start or stop	field: ONAM TRUE field: ZNAM FALSE io: output
$(PREFIX):PLC:bExecute_RBV	bi	Used internally and by the IOC to start or stop	field: ONAM TRUE field: ZNAM FALSE io: output
$(PREFIX):PLC:bGantryAxis_RBV	bi	TRUE if gantry EPS active	field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):PLC:bGantryBackwardEnable_RBV	bi	TRUE if gantry ok to move backward	field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):PLC:bGantryForwardEnable_RBV	bi	TRUE if gantry ok to move forward	field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):PLC:bHardwareEnable_RBV	bi	TRUE if STO not hit	field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):PLC:bHome_RBV	bi	TRUE if at homing switch	field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):PLC:bLimitBackwardEnable_RBV	bi	FALSE if reverse limit hit	field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):PLC:bLimitForwardEnable_RBV	bi	FALSE if forward limit hit	field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):PLC:bPowerSelf_RBV	bi	FALSE if axis is in PMPS	field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):PLC:bReset	bo	Used internally to reset errors	field: ONAM TRUE field: ZNAM FALSE io: output
$(PREFIX):PLC:bReset_RBV	bi	Used internally to reset errors	field: ONAM TRUE field: ZNAM FALSE io: output
$(PREFIX):PLC:bSafetyReady_RBV	bi	TRUE if safe to start a move	field: ONAM FALSE field: ZNAM TRUE io: input
$(PREFIX):PLC:fAcceleration	ao	Used internally and by the IOC to set acceleration	io: output
$(PREFIX):PLC:fAcceleration_RBV	ai	Used internally and by the IOC to set acceleration	io: output
$(PREFIX):PLC:fDeceleration	ao	Used internally and by the IOC to set deceleration	io: output
$(PREFIX):PLC:fDeceleration_RBV	ai	Used internally and by the IOC to set deceleration	io: output
$(PREFIX):PLC:fHomePosition	ao	Used internally and by the IOC to pick home position	io: output
$(PREFIX):PLC:fHomePosition_RBV	ai	Used internally and by the IOC to pick home position	io: output
$(PREFIX):PLC:fPosition	ao	Used internally and by the IOC as the set position	io: output
$(PREFIX):PLC:fPosition_RBV	ai	Used internally and by the IOC as the set position	io: output
$(PREFIX):PLC:fVelocity	ao	Used internally and by the IOC to set velocity	io: output
$(PREFIX):PLC:fVelocity_RBV	ai	Used internally and by the IOC to set velocity	io: output
$(PREFIX):PLC:nBrakeMode_RBV	mbbi	Describes when the brake will be released	io: input
$(PREFIX):PLC:nCmdData	longout	Used internally and by the IOC to pass extra args	io: output
$(PREFIX):PLC:nCmdData_RBV	longin	Used internally and by the IOC to pass extra args	io: output
$(PREFIX):PLC:nCommand	longout	Used internally and by the IOC to pick move type	io: output
$(PREFIX):PLC:nCommand_RBV	longin	Used internally and by the IOC to pick move type	io: output
$(PREFIX):PLC:nEnableMode_RBV	mbbi	Describes when the axis will automatically get power	io: input
$(PREFIX):PLC:nEncoderCount_RBV	longin	Count from encoder hardware	io: input
$(PREFIX):PLC:nErrorId_RBV	longin	Error code if nonzero	io: input
$(PREFIX):PLC:nHomingMode_RBV	mbbi	Describes our homing strategy	io: input
$(PREFIX):PLC:nMotionAxisID_RBV	longin	Unique ID assigned to each axis in the NC	io: input
$(PREFIX):PLC:sErrorMessage_RBV	waveform	Message to identify the error state	io: input
$(PREFIX):PLC:sName_RBV	waveform	PLC program name	io: input

lcls_twincat_motion.DUT_PositionState

Record	Type	Description	Pragma
$(PREFIX):ACCL	ao	Acceleration to use for moves to this state	io: output
$(PREFIX):ACCL_RBV	ai	Acceleration to use for moves to this state	io: output
$(PREFIX):DCCL	ao	Deceleration to use for moves to this state	io: output
$(PREFIX):DCCL_RBV	ai	Deceleration to use for moves to this state	io: output
$(PREFIX):DELTA	ao	Max deviation from position at this state	field: DRVL 0.0 io: output
$(PREFIX):DELTA_RBV	ai	Max deviation from position at this state	field: DRVL 0.0 io: output
$(PREFIX):ENCODER_RBV	longin	Encoder count associated with this state	io: input
$(PREFIX):LOCKED_RBV	bi	TRUE if state is immutable	field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):MOVE_OK_RBV	bi	TRUE if the move would be safe	field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):NAME_RBV	waveform	Name of this position state	io: input
$(PREFIX):SETPOINT	ao	Axis position associated with this state	io: output
$(PREFIX):SETPOINT_RBV	ai	Axis position associated with this state	io: output
$(PREFIX):VALID_RBV	bi	TRUE if this is a real state	field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):VELO	ao	Speed at which to move to this state	io: output
$(PREFIX):VELO_RBV	ai	Speed at which to move to this state	io: output

lcls_twincat_motion.FB_PositionStateBase

Record	Type	Description	Pragma
$(PREFIX):01:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):01:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):01:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):01:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):01:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):01:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):01:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
$(PREFIX):01:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):01:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):01:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
$(PREFIX):01:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):01:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):01:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):01:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):01:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):02:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):02:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):02:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):02:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):02:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):02:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):02:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
$(PREFIX):02:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):02:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):02:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
$(PREFIX):02:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):02:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):02:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):02:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):02:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):03:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):03:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):03:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):03:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):03:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):03:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):03:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
$(PREFIX):03:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):03:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):03:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
$(PREFIX):03:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):03:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):03:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):03:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):03:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):04:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):04:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):04:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):04:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):04:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):04:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):04:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
$(PREFIX):04:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):04:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):04:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
$(PREFIX):04:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):04:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):04:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):04:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):04:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):05:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):05:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):05:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):05:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):05:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):05:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):05:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
$(PREFIX):05:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):05:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):05:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
$(PREFIX):05:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):05:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):05:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):05:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):05:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):06:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):06:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):06:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):06:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
$(PREFIX):06:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):06:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
$(PREFIX):06:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
$(PREFIX):06:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):06:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):06:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
$(PREFIX):06:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):06:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
$(PREFIX):06:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):06:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):06:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
$(PREFIX):BUSY_RBV	bi	$(SYMBOL).bBusy	field: ONAM True field: ZNAM False io: input
$(PREFIX):DONE_RBV	bi	$(SYMBOL).bDone	field: ONAM True field: ZNAM False io: input
$(PREFIX):ERR_RBV	bi	$(SYMBOL).bError	field: ONAM True field: ZNAM False io: input
$(PREFIX):ERRID_RBV	longin	$(SYMBOL).nErrorId	io: input
$(PREFIX):ERRMSG_RBV	waveform	$(SYMBOL).sErrorMessage	io: input
$(PREFIX):RESET	bo	$(SYMBOL).bReset	field: ONAM True field: ZNAM False io: output
$(PREFIX):RESET_RBV	bi	$(SYMBOL).bReset	field: ONAM True field: ZNAM False io: output

lcls_twincat_motion.FB_PositionStateMove

Record	Type	Description	Pragma
$(PREFIX):ACCL	ao	Acceleration to use for moves to this state	io: output
$(PREFIX):ACCL_RBV	ai	Acceleration to use for moves to this state	io: output
$(PREFIX):AT_STATE_RBV	bi	$(SYMBOL).bAtState	field: ONAM True field: ZNAM False io: input
$(PREFIX):BUSY_RBV	bi	$(SYMBOL).bBusy	field: ONAM True field: ZNAM False io: input
$(PREFIX):DCCL	ao	Deceleration to use for moves to this state	io: output
$(PREFIX):DCCL_RBV	ai	Deceleration to use for moves to this state	io: output
$(PREFIX):DELTA	ao	Max deviation from position at this state	field: DRVL 0.0 io: output
$(PREFIX):DELTA_RBV	ai	Max deviation from position at this state	field: DRVL 0.0 io: output
$(PREFIX):DONE_RBV	bi	$(SYMBOL).bDone	field: ONAM True field: ZNAM False io: input
$(PREFIX):ENCODER_RBV	longin	Encoder count associated with this state	io: input
$(PREFIX):ERR_RBV	bi	$(SYMBOL).bError	field: ONAM True field: ZNAM False io: input
$(PREFIX):ERRID_RBV	longin	$(SYMBOL).nErrorID	io: input
$(PREFIX):ERRMSG_RBV	waveform	$(SYMBOL).sErrorMessage	io: input
$(PREFIX):GO	bo	$(SYMBOL).bExecute	field: ONAM True field: ZNAM False io: output
$(PREFIX):GO_RBV	bi	$(SYMBOL).bExecute	field: ONAM True field: ZNAM False io: output
$(PREFIX):LOCKED_RBV	bi	TRUE if state is immutable	field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):MOVE_OK_RBV	bi	TRUE if the move would be safe	field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):NAME_RBV	waveform	Name of this position state	io: input
$(PREFIX):RESET	bo	$(SYMBOL).bReset	field: ONAM True field: ZNAM False io: output
$(PREFIX):RESET_RBV	bi	$(SYMBOL).bReset	field: ONAM True field: ZNAM False io: output
$(PREFIX):SETPOINT	ao	Axis position associated with this state	io: output
$(PREFIX):SETPOINT_RBV	ai	Axis position associated with this state	io: output
$(PREFIX):VALID_RBV	bi	TRUE if this is a real state	field: ONAM TRUE field: ZNAM FALSE io: input
$(PREFIX):VELO	ao	Speed at which to move to this state	io: output
$(PREFIX):VELO_RBV	ai	Speed at which to move to this state	io: output

lcls_twincat_motion.LCLS_General.FB_LogMessage

Record	Type	Description	Pragma
$(PREFIX):Reset	bo	Rising-edge reset of trip	io: output
$(PREFIX):Reset_RBV	bi	Rising-edge reset of trip	io: output
$(PREFIX):Tripped_RBV	bi	Log message FB tripped	io: input

lcls_twincat_motion.PMPS.ST_BeamParams

Record	Type	Description	Pragma
$(PREFIX):Cohort_RBV	longin	Cohort inc on each arb cycle	io: input
$(PREFIX):PhotonEnergyRanges_RBV	longin	$(SYMBOL).neVRange	field: EGU eV io: input
$(PREFIX):PulseEnergy_RBV	ai	This beam parameter is non-op for now.	field: EGU mJ io: input
$(PREFIX):Rate_RBV	longin	$(SYMBOL).nRate	field: EGU Hz io: input
$(PREFIX):ST_RBV	waveform	$(SYMBOL).aStoppers	io: input
$(PREFIX):Transmission_RBV	longin	$(SYMBOL).nTran	field: EGU % io: input
$(PREFIX):Valid_RBV	bi	$(SYMBOL).xValid	io: input

lcls_twincat_motion.PMPS.ST_PMPS_Aperture

Record	Type	Description	Pragma
$(PREFIX):Height_RBV	ai	$(SYMBOL).Height	field: EGU mm io: input
$(PREFIX):OK_RBV	bi	$(SYMBOL).xOK	io: input
$(PREFIX):Width_RBV	ai	$(SYMBOL).Width	field: EGU mm io: input

ST_LoggingEventInfo

Record	Type	Description	Pragma
$(PREFIX):EventClass_RBV	waveform	TwinCAT Event class	io: input
$(PREFIX):EventType_RBV	mbbi	The event type	io: input
$(PREFIX):Hostname_RBV	waveform	PLC Hostname	io: input
$(PREFIX):Message_RBV	waveform	$(SYMBOL).msg	io: input
$(PREFIX):MessageID_RBV	longin	TwinCAT Message ID	io: input
$(PREFIX):MessageJSON_RBV	waveform	Metadata with the message	io: input
$(PREFIX):Schema_RBV	waveform	Schema string	io: input
$(PREFIX):Severity_RBV	mbbi	TcEventSeverity	field: ONST Info field: THST Error field: TWST Warning field: ZRST Verbose io: input
$(PREFIX):Source_RBV	waveform	$(SYMBOL).source	io: input
$(PREFIX):Timestamp_RBV	ai	Unix timestamp	io: input

ST_PMPS_Aperture_IO

Record	Type	Description	Pragma
$(PREFIX):Height_RBV	ai	$(SYMBOL).Height	field: EGU mm io: input
$(PREFIX):OK_RBV	bi	$(SYMBOL).xOK	io: input
$(PREFIX):Width_RBV	ai	$(SYMBOL).Width	field: EGU mm io: input

Database Records

Record	Type	Description	Pragma
$(PREFIX)LCLSGeneral:GlobalLogTrickleTrip_RBV	bi	Tripped by overall log count	io: input
$(PREFIX)LCLSGeneral:LogHost_RBV	waveform	The log host IP address	io: output
$(PREFIX)LCLSGeneral:LogHost	waveform	The log host IP address	io: output
$(PREFIX)LCLSGeneral:LogPort_RBV	longin	The log host UDP port	io: output
$(PREFIX)LCLSGeneral:LogPort	longout	The log host UDP port	io: output
$(PREFIX)LCLSGeneral:LogMessageCount_RBV	longin	Total log messages on the last cycle	io: input
AT1K4:L2SI:MMS:01:PLC:bAllBackwardEnable_RBV	bi	Summary of axis permission to move backward	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:PLC:bAllEnable_RBV	bi	Summary of axis permission to have power	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:PLC:bAllForwardEnable_RBV	bi	Summary of axis permission to move forward	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:PLC:bBrakeRelease_RBV	bi	TRUE if brake released	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:PLC:bBusy_RBV	bi	TRUE if in the middle of a command	field: ONAM FALSE field: ZNAM TRUE io: input
AT1K4:L2SI:MMS:01:PLC:bDone_RBV	bi	TRUE if command finished successfully	field: ONAM FALSE field: ZNAM TRUE io: input
AT1K4:L2SI:MMS:01:PLC:bEnable_RBV	bi	Used internally to request enables	field: ONAM TRUE field: ZNAM FALSE io: output
AT1K4:L2SI:MMS:01:PLC:bEnable	bo	Used internally to request enables	field: ONAM TRUE field: ZNAM FALSE io: output
AT1K4:L2SI:MMS:01:PLC:bEnableDone_RBV	bi	TRUE if done enabling	field: ONAM FALSE field: ZNAM TRUE io: input
AT1K4:L2SI:MMS:01:PLC:bError_RBV	bi	TRUE if we	field: ONAM FALSE field: ZNAM TRUE io: input
AT1K4:L2SI:MMS:01:PLC:bExecute_RBV	bi	Used internally and by the IOC to start or stop	field: ONAM TRUE field: ZNAM FALSE io: output
AT1K4:L2SI:MMS:01:PLC:bExecute	bo	Used internally and by the IOC to start or stop	field: ONAM TRUE field: ZNAM FALSE io: output
AT1K4:L2SI:MMS:01:PLC:bGantryAxis_RBV	bi	TRUE if gantry EPS active	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:PLC:bGantryBackwardEnable_RBV	bi	TRUE if gantry ok to move backward	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:PLC:bGantryForwardEnable_RBV	bi	TRUE if gantry ok to move forward	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:PLC:bHardwareEnable_RBV	bi	TRUE if STO not hit	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:PLC:bHome_RBV	bi	TRUE if at homing switch	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:PLC:bLimitBackwardEnable_RBV	bi	FALSE if reverse limit hit	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:PLC:bLimitForwardEnable_RBV	bi	FALSE if forward limit hit	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:PLC:bPowerSelf_RBV	bi	FALSE if axis is in PMPS	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:PLC:bReset_RBV	bi	Used internally to reset errors	field: ONAM TRUE field: ZNAM FALSE io: output
AT1K4:L2SI:MMS:01:PLC:bReset	bo	Used internally to reset errors	field: ONAM TRUE field: ZNAM FALSE io: output
AT1K4:L2SI:MMS:01:PLC:bSafetyReady_RBV	bi	TRUE if safe to start a move	field: ONAM FALSE field: ZNAM TRUE io: input
AT1K4:L2SI:MMS:01:PLC:fAcceleration_RBV	ai	Used internally and by the IOC to set acceleration	io: output
AT1K4:L2SI:MMS:01:PLC:fAcceleration	ao	Used internally and by the IOC to set acceleration	io: output
AT1K4:L2SI:MMS:01:PLC:fDeceleration_RBV	ai	Used internally and by the IOC to set deceleration	io: output
AT1K4:L2SI:MMS:01:PLC:fDeceleration	ao	Used internally and by the IOC to set deceleration	io: output
AT1K4:L2SI:MMS:01:PLC:fHomePosition_RBV	ai	Used internally and by the IOC to pick home position	io: output
AT1K4:L2SI:MMS:01:PLC:fHomePosition	ao	Used internally and by the IOC to pick home position	io: output
AT1K4:L2SI:MMS:01:PLC:fPosition_RBV	ai	Used internally and by the IOC as the set position	io: output
AT1K4:L2SI:MMS:01:PLC:fPosition	ao	Used internally and by the IOC as the set position	io: output
AT1K4:L2SI:MMS:01:PLC:fVelocity_RBV	ai	Used internally and by the IOC to set velocity	io: output
AT1K4:L2SI:MMS:01:PLC:fVelocity	ao	Used internally and by the IOC to set velocity	io: output
AT1K4:L2SI:MMS:01:PLC:nBrakeMode_RBV	mbbi	Describes when the brake will be released	io: input
AT1K4:L2SI:MMS:01:PLC:nCmdData_RBV	longin	Used internally and by the IOC to pass extra args	io: output
AT1K4:L2SI:MMS:01:PLC:nCmdData	longout	Used internally and by the IOC to pass extra args	io: output
AT1K4:L2SI:MMS:01:PLC:nCommand_RBV	longin	Used internally and by the IOC to pick move type	io: output
AT1K4:L2SI:MMS:01:PLC:nCommand	longout	Used internally and by the IOC to pick move type	io: output
AT1K4:L2SI:MMS:01:PLC:nEnableMode_RBV	mbbi	Describes when the axis will automatically get power	io: input
AT1K4:L2SI:MMS:01:PLC:nEncoderCount_RBV	longin	Count from encoder hardware	io: input
AT1K4:L2SI:MMS:01:PLC:nErrorId_RBV	longin	Error code if nonzero	io: input
AT1K4:L2SI:MMS:01:PLC:nHomingMode_RBV	mbbi	Describes our homing strategy	io: input
AT1K4:L2SI:MMS:01:PLC:nMotionAxisID_RBV	longin	Unique ID assigned to each axis in the NC	io: input
AT1K4:L2SI:MMS:01:PLC:sErrorMessage_RBV	waveform	Message to identify the error state	io: input
AT1K4:L2SI:MMS:01:PLC:sName_RBV	waveform	PLC program name	io: input
AT1K4:L2SI:MMS:02:PLC:bAllBackwardEnable_RBV	bi	Summary of axis permission to move backward	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:PLC:bAllEnable_RBV	bi	Summary of axis permission to have power	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:PLC:bAllForwardEnable_RBV	bi	Summary of axis permission to move forward	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:PLC:bBrakeRelease_RBV	bi	TRUE if brake released	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:PLC:bBusy_RBV	bi	TRUE if in the middle of a command	field: ONAM FALSE field: ZNAM TRUE io: input
AT1K4:L2SI:MMS:02:PLC:bDone_RBV	bi	TRUE if command finished successfully	field: ONAM FALSE field: ZNAM TRUE io: input
AT1K4:L2SI:MMS:02:PLC:bEnable_RBV	bi	Used internally to request enables	field: ONAM TRUE field: ZNAM FALSE io: output
AT1K4:L2SI:MMS:02:PLC:bEnable	bo	Used internally to request enables	field: ONAM TRUE field: ZNAM FALSE io: output
AT1K4:L2SI:MMS:02:PLC:bEnableDone_RBV	bi	TRUE if done enabling	field: ONAM FALSE field: ZNAM TRUE io: input
AT1K4:L2SI:MMS:02:PLC:bError_RBV	bi	TRUE if we	field: ONAM FALSE field: ZNAM TRUE io: input
AT1K4:L2SI:MMS:02:PLC:bExecute_RBV	bi	Used internally and by the IOC to start or stop	field: ONAM TRUE field: ZNAM FALSE io: output
AT1K4:L2SI:MMS:02:PLC:bExecute	bo	Used internally and by the IOC to start or stop	field: ONAM TRUE field: ZNAM FALSE io: output
AT1K4:L2SI:MMS:02:PLC:bGantryAxis_RBV	bi	TRUE if gantry EPS active	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:PLC:bGantryBackwardEnable_RBV	bi	TRUE if gantry ok to move backward	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:PLC:bGantryForwardEnable_RBV	bi	TRUE if gantry ok to move forward	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:PLC:bHardwareEnable_RBV	bi	TRUE if STO not hit	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:PLC:bHome_RBV	bi	TRUE if at homing switch	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:PLC:bLimitBackwardEnable_RBV	bi	FALSE if reverse limit hit	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:PLC:bLimitForwardEnable_RBV	bi	FALSE if forward limit hit	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:PLC:bPowerSelf_RBV	bi	FALSE if axis is in PMPS	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:PLC:bReset_RBV	bi	Used internally to reset errors	field: ONAM TRUE field: ZNAM FALSE io: output
AT1K4:L2SI:MMS:02:PLC:bReset	bo	Used internally to reset errors	field: ONAM TRUE field: ZNAM FALSE io: output
AT1K4:L2SI:MMS:02:PLC:bSafetyReady_RBV	bi	TRUE if safe to start a move	field: ONAM FALSE field: ZNAM TRUE io: input
AT1K4:L2SI:MMS:02:PLC:fAcceleration_RBV	ai	Used internally and by the IOC to set acceleration	io: output
AT1K4:L2SI:MMS:02:PLC:fAcceleration	ao	Used internally and by the IOC to set acceleration	io: output
AT1K4:L2SI:MMS:02:PLC:fDeceleration_RBV	ai	Used internally and by the IOC to set deceleration	io: output
AT1K4:L2SI:MMS:02:PLC:fDeceleration	ao	Used internally and by the IOC to set deceleration	io: output
AT1K4:L2SI:MMS:02:PLC:fHomePosition_RBV	ai	Used internally and by the IOC to pick home position	io: output
AT1K4:L2SI:MMS:02:PLC:fHomePosition	ao	Used internally and by the IOC to pick home position	io: output
AT1K4:L2SI:MMS:02:PLC:fPosition_RBV	ai	Used internally and by the IOC as the set position	io: output
AT1K4:L2SI:MMS:02:PLC:fPosition	ao	Used internally and by the IOC as the set position	io: output
AT1K4:L2SI:MMS:02:PLC:fVelocity_RBV	ai	Used internally and by the IOC to set velocity	io: output
AT1K4:L2SI:MMS:02:PLC:fVelocity	ao	Used internally and by the IOC to set velocity	io: output
AT1K4:L2SI:MMS:02:PLC:nBrakeMode_RBV	mbbi	Describes when the brake will be released	io: input
AT1K4:L2SI:MMS:02:PLC:nCmdData_RBV	longin	Used internally and by the IOC to pass extra args	io: output
AT1K4:L2SI:MMS:02:PLC:nCmdData	longout	Used internally and by the IOC to pass extra args	io: output
AT1K4:L2SI:MMS:02:PLC:nCommand_RBV	longin	Used internally and by the IOC to pick move type	io: output
AT1K4:L2SI:MMS:02:PLC:nCommand	longout	Used internally and by the IOC to pick move type	io: output
AT1K4:L2SI:MMS:02:PLC:nEnableMode_RBV	mbbi	Describes when the axis will automatically get power	io: input
AT1K4:L2SI:MMS:02:PLC:nEncoderCount_RBV	longin	Count from encoder hardware	io: input
AT1K4:L2SI:MMS:02:PLC:nErrorId_RBV	longin	Error code if nonzero	io: input
AT1K4:L2SI:MMS:02:PLC:nHomingMode_RBV	mbbi	Describes our homing strategy	io: input
AT1K4:L2SI:MMS:02:PLC:nMotionAxisID_RBV	longin	Unique ID assigned to each axis in the NC	io: input
AT1K4:L2SI:MMS:02:PLC:sErrorMessage_RBV	waveform	Message to identify the error state	io: input
AT1K4:L2SI:MMS:02:PLC:sName_RBV	waveform	PLC program name	io: input
AT1K4:L2SI:MMS:03:PLC:bAllBackwardEnable_RBV	bi	Summary of axis permission to move backward	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:PLC:bAllEnable_RBV	bi	Summary of axis permission to have power	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:PLC:bAllForwardEnable_RBV	bi	Summary of axis permission to move forward	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:PLC:bBrakeRelease_RBV	bi	TRUE if brake released	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:PLC:bBusy_RBV	bi	TRUE if in the middle of a command	field: ONAM FALSE field: ZNAM TRUE io: input
AT1K4:L2SI:MMS:03:PLC:bDone_RBV	bi	TRUE if command finished successfully	field: ONAM FALSE field: ZNAM TRUE io: input
AT1K4:L2SI:MMS:03:PLC:bEnable_RBV	bi	Used internally to request enables	field: ONAM TRUE field: ZNAM FALSE io: output
AT1K4:L2SI:MMS:03:PLC:bEnable	bo	Used internally to request enables	field: ONAM TRUE field: ZNAM FALSE io: output
AT1K4:L2SI:MMS:03:PLC:bEnableDone_RBV	bi	TRUE if done enabling	field: ONAM FALSE field: ZNAM TRUE io: input
AT1K4:L2SI:MMS:03:PLC:bError_RBV	bi	TRUE if we	field: ONAM FALSE field: ZNAM TRUE io: input
AT1K4:L2SI:MMS:03:PLC:bExecute_RBV	bi	Used internally and by the IOC to start or stop	field: ONAM TRUE field: ZNAM FALSE io: output
AT1K4:L2SI:MMS:03:PLC:bExecute	bo	Used internally and by the IOC to start or stop	field: ONAM TRUE field: ZNAM FALSE io: output
AT1K4:L2SI:MMS:03:PLC:bGantryAxis_RBV	bi	TRUE if gantry EPS active	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:PLC:bGantryBackwardEnable_RBV	bi	TRUE if gantry ok to move backward	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:PLC:bGantryForwardEnable_RBV	bi	TRUE if gantry ok to move forward	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:PLC:bHardwareEnable_RBV	bi	TRUE if STO not hit	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:PLC:bHome_RBV	bi	TRUE if at homing switch	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:PLC:bLimitBackwardEnable_RBV	bi	FALSE if reverse limit hit	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:PLC:bLimitForwardEnable_RBV	bi	FALSE if forward limit hit	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:PLC:bPowerSelf_RBV	bi	FALSE if axis is in PMPS	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:PLC:bReset_RBV	bi	Used internally to reset errors	field: ONAM TRUE field: ZNAM FALSE io: output
AT1K4:L2SI:MMS:03:PLC:bReset	bo	Used internally to reset errors	field: ONAM TRUE field: ZNAM FALSE io: output
AT1K4:L2SI:MMS:03:PLC:bSafetyReady_RBV	bi	TRUE if safe to start a move	field: ONAM FALSE field: ZNAM TRUE io: input
AT1K4:L2SI:MMS:03:PLC:fAcceleration_RBV	ai	Used internally and by the IOC to set acceleration	io: output
AT1K4:L2SI:MMS:03:PLC:fAcceleration	ao	Used internally and by the IOC to set acceleration	io: output
AT1K4:L2SI:MMS:03:PLC:fDeceleration_RBV	ai	Used internally and by the IOC to set deceleration	io: output
AT1K4:L2SI:MMS:03:PLC:fDeceleration	ao	Used internally and by the IOC to set deceleration	io: output
AT1K4:L2SI:MMS:03:PLC:fHomePosition_RBV	ai	Used internally and by the IOC to pick home position	io: output
AT1K4:L2SI:MMS:03:PLC:fHomePosition	ao	Used internally and by the IOC to pick home position	io: output
AT1K4:L2SI:MMS:03:PLC:fPosition_RBV	ai	Used internally and by the IOC as the set position	io: output
AT1K4:L2SI:MMS:03:PLC:fPosition	ao	Used internally and by the IOC as the set position	io: output
AT1K4:L2SI:MMS:03:PLC:fVelocity_RBV	ai	Used internally and by the IOC to set velocity	io: output
AT1K4:L2SI:MMS:03:PLC:fVelocity	ao	Used internally and by the IOC to set velocity	io: output
AT1K4:L2SI:MMS:03:PLC:nBrakeMode_RBV	mbbi	Describes when the brake will be released	io: input
AT1K4:L2SI:MMS:03:PLC:nCmdData_RBV	longin	Used internally and by the IOC to pass extra args	io: output
AT1K4:L2SI:MMS:03:PLC:nCmdData	longout	Used internally and by the IOC to pass extra args	io: output
AT1K4:L2SI:MMS:03:PLC:nCommand_RBV	longin	Used internally and by the IOC to pick move type	io: output
AT1K4:L2SI:MMS:03:PLC:nCommand	longout	Used internally and by the IOC to pick move type	io: output
AT1K4:L2SI:MMS:03:PLC:nEnableMode_RBV	mbbi	Describes when the axis will automatically get power	io: input
AT1K4:L2SI:MMS:03:PLC:nEncoderCount_RBV	longin	Count from encoder hardware	io: input
AT1K4:L2SI:MMS:03:PLC:nErrorId_RBV	longin	Error code if nonzero	io: input
AT1K4:L2SI:MMS:03:PLC:nHomingMode_RBV	mbbi	Describes our homing strategy	io: input
AT1K4:L2SI:MMS:03:PLC:nMotionAxisID_RBV	longin	Unique ID assigned to each axis in the NC	io: input
AT1K4:L2SI:MMS:03:PLC:sErrorMessage_RBV	waveform	Message to identify the error state	io: input
AT1K4:L2SI:MMS:03:PLC:sName_RBV	waveform	PLC program name	io: input
AT1K4:L2SI:MMS:04:PLC:bAllBackwardEnable_RBV	bi	Summary of axis permission to move backward	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:PLC:bAllEnable_RBV	bi	Summary of axis permission to have power	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:PLC:bAllForwardEnable_RBV	bi	Summary of axis permission to move forward	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:PLC:bBrakeRelease_RBV	bi	TRUE if brake released	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:PLC:bBusy_RBV	bi	TRUE if in the middle of a command	field: ONAM FALSE field: ZNAM TRUE io: input
AT1K4:L2SI:MMS:04:PLC:bDone_RBV	bi	TRUE if command finished successfully	field: ONAM FALSE field: ZNAM TRUE io: input
AT1K4:L2SI:MMS:04:PLC:bEnable_RBV	bi	Used internally to request enables	field: ONAM TRUE field: ZNAM FALSE io: output
AT1K4:L2SI:MMS:04:PLC:bEnable	bo	Used internally to request enables	field: ONAM TRUE field: ZNAM FALSE io: output
AT1K4:L2SI:MMS:04:PLC:bEnableDone_RBV	bi	TRUE if done enabling	field: ONAM FALSE field: ZNAM TRUE io: input
AT1K4:L2SI:MMS:04:PLC:bError_RBV	bi	TRUE if we	field: ONAM FALSE field: ZNAM TRUE io: input
AT1K4:L2SI:MMS:04:PLC:bExecute_RBV	bi	Used internally and by the IOC to start or stop	field: ONAM TRUE field: ZNAM FALSE io: output
AT1K4:L2SI:MMS:04:PLC:bExecute	bo	Used internally and by the IOC to start or stop	field: ONAM TRUE field: ZNAM FALSE io: output
AT1K4:L2SI:MMS:04:PLC:bGantryAxis_RBV	bi	TRUE if gantry EPS active	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:PLC:bGantryBackwardEnable_RBV	bi	TRUE if gantry ok to move backward	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:PLC:bGantryForwardEnable_RBV	bi	TRUE if gantry ok to move forward	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:PLC:bHardwareEnable_RBV	bi	TRUE if STO not hit	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:PLC:bHome_RBV	bi	TRUE if at homing switch	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:PLC:bLimitBackwardEnable_RBV	bi	FALSE if reverse limit hit	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:PLC:bLimitForwardEnable_RBV	bi	FALSE if forward limit hit	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:PLC:bPowerSelf_RBV	bi	FALSE if axis is in PMPS	field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:PLC:bReset_RBV	bi	Used internally to reset errors	field: ONAM TRUE field: ZNAM FALSE io: output
AT1K4:L2SI:MMS:04:PLC:bReset	bo	Used internally to reset errors	field: ONAM TRUE field: ZNAM FALSE io: output
AT1K4:L2SI:MMS:04:PLC:bSafetyReady_RBV	bi	TRUE if safe to start a move	field: ONAM FALSE field: ZNAM TRUE io: input
AT1K4:L2SI:MMS:04:PLC:fAcceleration_RBV	ai	Used internally and by the IOC to set acceleration	io: output
AT1K4:L2SI:MMS:04:PLC:fAcceleration	ao	Used internally and by the IOC to set acceleration	io: output
AT1K4:L2SI:MMS:04:PLC:fDeceleration_RBV	ai	Used internally and by the IOC to set deceleration	io: output
AT1K4:L2SI:MMS:04:PLC:fDeceleration	ao	Used internally and by the IOC to set deceleration	io: output
AT1K4:L2SI:MMS:04:PLC:fHomePosition_RBV	ai	Used internally and by the IOC to pick home position	io: output
AT1K4:L2SI:MMS:04:PLC:fHomePosition	ao	Used internally and by the IOC to pick home position	io: output
AT1K4:L2SI:MMS:04:PLC:fPosition_RBV	ai	Used internally and by the IOC as the set position	io: output
AT1K4:L2SI:MMS:04:PLC:fPosition	ao	Used internally and by the IOC as the set position	io: output
AT1K4:L2SI:MMS:04:PLC:fVelocity_RBV	ai	Used internally and by the IOC to set velocity	io: output
AT1K4:L2SI:MMS:04:PLC:fVelocity	ao	Used internally and by the IOC to set velocity	io: output
AT1K4:L2SI:MMS:04:PLC:nBrakeMode_RBV	mbbi	Describes when the brake will be released	io: input
AT1K4:L2SI:MMS:04:PLC:nCmdData_RBV	longin	Used internally and by the IOC to pass extra args	io: output
AT1K4:L2SI:MMS:04:PLC:nCmdData	longout	Used internally and by the IOC to pass extra args	io: output
AT1K4:L2SI:MMS:04:PLC:nCommand_RBV	longin	Used internally and by the IOC to pick move type	io: output
AT1K4:L2SI:MMS:04:PLC:nCommand	longout	Used internally and by the IOC to pick move type	io: output
AT1K4:L2SI:MMS:04:PLC:nEnableMode_RBV	mbbi	Describes when the axis will automatically get power	io: input
AT1K4:L2SI:MMS:04:PLC:nEncoderCount_RBV	longin	Count from encoder hardware	io: input
AT1K4:L2SI:MMS:04:PLC:nErrorId_RBV	longin	Error code if nonzero	io: input
AT1K4:L2SI:MMS:04:PLC:nHomingMode_RBV	mbbi	Describes our homing strategy	io: input
AT1K4:L2SI:MMS:04:PLC:nMotionAxisID_RBV	longin	Unique ID assigned to each axis in the NC	io: input
AT1K4:L2SI:MMS:04:PLC:sErrorMessage_RBV	waveform	Message to identify the error state	io: input
AT1K4:L2SI:MMS:04:PLC:sName_RBV	waveform	PLC program name	io: input
$(PREFIX)AccumulatedFastFaults_RBV	longin	PMPS_GVL.AccumulatedFF	io: input
$(PREFIX)SuccessfulPreemptions_RBV	longin	PMPS_GVL.SuccessfulPreemption	io: input
$(PREFIX)0RateBeamCnst:ST_RBV	waveform	0-rate beam constant	archive: 1s monitor io: input
$(PREFIX)0RateBeamCnst:PulseEnergy_RBV	ai	This beam parameter is non-op for now.	archive: 1s monitor field: EGU mJ io: input
$(PREFIX)0RateBeamCnst:Cohort_RBV	longin	Cohort inc on each arb cycle	archive: 1s monitor io: input
$(PREFIX)0RateBeamCnst:Rate_RBV	longin	0-rate beam constant	archive: 1s monitor field: EGU Hz io: input
$(PREFIX)0RateBeamCnst:Transmission_RBV	longin	0-rate beam constant	archive: 1s monitor field: EGU % io: input
$(PREFIX)0RateBeamCnst:PhotonEnergyRanges_RBV	longin	0-rate beam constant	archive: 1s monitor field: EGU eV io: input
$(PREFIX)0RateBeamCnst:Valid_RBV	bi	0-rate beam constant	archive: 1s monitor io: input
$(PREFIX)FullBeamCnst:ST_RBV	waveform	Full beam constant	archive: 1s monitor io: input
$(PREFIX)FullBeamCnst:PulseEnergy_RBV	ai	This beam parameter is non-op for now.	archive: 1s monitor field: EGU mJ io: input
$(PREFIX)FullBeamCnst:Cohort_RBV	longin	Cohort inc on each arb cycle	archive: 1s monitor io: input
$(PREFIX)FullBeamCnst:Rate_RBV	longin	Full beam constant	archive: 1s monitor field: EGU Hz io: input
$(PREFIX)FullBeamCnst:Transmission_RBV	longin	Full beam constant	archive: 1s monitor field: EGU % io: input
$(PREFIX)FullBeamCnst:PhotonEnergyRanges_RBV	longin	Full beam constant	archive: 1s monitor field: EGU eV io: input
$(PREFIX)FullBeamCnst:Valid_RBV	bi	Full beam constant	archive: 1s monitor io: input
$(PREFIX)SafeBeamCnst:ST_RBV	waveform	Safe beam constant	archive: 1s monitor io: input
$(PREFIX)SafeBeamCnst:PulseEnergy_RBV	ai	This beam parameter is non-op for now.	archive: 1s monitor field: EGU mJ io: input
$(PREFIX)SafeBeamCnst:Cohort_RBV	longin	Cohort inc on each arb cycle	archive: 1s monitor io: input
$(PREFIX)SafeBeamCnst:Rate_RBV	longin	Safe beam constant	archive: 1s monitor field: EGU Hz io: input
$(PREFIX)SafeBeamCnst:Transmission_RBV	longin	Safe beam constant	archive: 1s monitor field: EGU % io: input
$(PREFIX)SafeBeamCnst:PhotonEnergyRanges_RBV	longin	Safe beam constant	archive: 1s monitor field: EGU eV io: input
$(PREFIX)SafeBeamCnst:Valid_RBV	bi	Safe beam constant	archive: 1s monitor io: input
$(PREFIX)eVRangeCnst_RBV	waveform	Active eV Range constants	archive: 1s monitor field: EGU eV io: input
$(PREFIX)K:eVRangeCnst_RBV	waveform	eV Range constants	archive: 1s monitor field: EGU eV io: input
$(PREFIX)L:eVRangeCnst_RBV	waveform	eV Range constants	archive: 1s monitor field: EGU eV io: input
$(PREFIX)eVRangeHyst_RBV	ai	eV Range hystersis	archive: 1s monitor field: EGU eV io: input
$(PREFIX)CurrentBP:ST_RBV	waveform	PMPS_GVL.stCurrentBeamParameters.aStoppers	archive: 1s monitor io: input
$(PREFIX)CurrentBP:PulseEnergy_RBV	ai	This beam parameter is non-op for now.	archive: 1s monitor field: EGU mJ io: input
$(PREFIX)CurrentBP:Cohort_RBV	longin	Cohort inc on each arb cycle	archive: 1s monitor io: input
$(PREFIX)CurrentBP:Rate_RBV	longin	PMPS_GVL.stCurrentBeamParameters.nRate	archive: 1s monitor field: EGU Hz io: input
$(PREFIX)CurrentBP:Transmission_RBV	longin	PMPS_GVL.stCurrentBeamParameters.nTran	archive: 1s monitor field: EGU % io: input
$(PREFIX)CurrentBP:PhotonEnergyRanges_RBV	longin	PMPS_GVL.stCurrentBeamParameters.neVRange	archive: 1s monitor field: EGU eV io: input
$(PREFIX)CurrentBP:Valid_RBV	bi	PMPS_GVL.stCurrentBeamParameters.xValid	archive: 1s monitor io: input
$(PREFIX)RequestedBP:ST_RBV	waveform	PMPS_GVL.stRequestedBeamParameters.aStoppers	archive: 1s monitor io: input
$(PREFIX)RequestedBP:PulseEnergy_RBV	ai	This beam parameter is non-op for now.	archive: 1s monitor field: EGU mJ io: input
$(PREFIX)RequestedBP:Cohort_RBV	longin	Cohort inc on each arb cycle	archive: 1s monitor io: input
$(PREFIX)RequestedBP:Rate_RBV	longin	PMPS_GVL.stRequestedBeamParameters.nRate	archive: 1s monitor field: EGU Hz io: input
$(PREFIX)RequestedBP:Transmission_RBV	longin	PMPS_GVL.stRequestedBeamParameters.nTran	archive: 1s monitor field: EGU % io: input
$(PREFIX)RequestedBP:PhotonEnergyRanges_RBV	longin	PMPS_GVL.stRequestedBeamParameters.neVRange	archive: 1s monitor field: EGU eV io: input
$(PREFIX)RequestedBP:Valid_RBV	bi	PMPS_GVL.stRequestedBeamParameters.xValid	archive: 1s monitor io: input
AT1K4:L2SI:MMS:01:RTD:1:CONN_RBV	bi	PRG_2_AT1K4.fbStage1.fbRTD_1.bConnected	field: ONAM Connected field: ZNAM Disconnected io: input
AT1K4:L2SI:MMS:01:RTD:1:ERR_RBV	bi	PRG_2_AT1K4.fbStage1.fbRTD_1.bError	field: ONAM True field: ZNAM False io: input
AT1K4:L2SI:MMS:01:RTD:1:TEMP_RBV	ai	PRG_2_AT1K4.fbStage1.fbRTD_1.fTemp	field: EGU C field: PREC 2 io: input
AT1K4:L2SI:MMS:01:RTD:2:CONN_RBV	bi	PRG_2_AT1K4.fbStage1.fbRTD_2.bConnected	field: ONAM Connected field: ZNAM Disconnected io: input
AT1K4:L2SI:MMS:01:RTD:2:ERR_RBV	bi	PRG_2_AT1K4.fbStage1.fbRTD_2.bError	field: ONAM True field: ZNAM False io: input
AT1K4:L2SI:MMS:01:RTD:2:TEMP_RBV	ai	PRG_2_AT1K4.fbStage1.fbRTD_2.fTemp	field: EGU C field: PREC 2 io: input
AT1K4:L2SI:MMS:01:STATE:01:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:STATE:01:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:STATE:01:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:STATE:01:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:01:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:01:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:01:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:01:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:01:STATE:01:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:01:STATE:01:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:01:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:01:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:01:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:01:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
AT1K4:L2SI:MMS:01:STATE:01:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
AT1K4:L2SI:MMS:01:STATE:02:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:STATE:02:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:STATE:02:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:STATE:02:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:02:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:02:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:02:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:02:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:01:STATE:02:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:01:STATE:02:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:02:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:02:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:02:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:02:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
AT1K4:L2SI:MMS:01:STATE:02:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
AT1K4:L2SI:MMS:01:STATE:03:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:STATE:03:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:STATE:03:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:STATE:03:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:03:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:03:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:03:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:03:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:01:STATE:03:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:01:STATE:03:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:03:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:03:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:03:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:03:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
AT1K4:L2SI:MMS:01:STATE:03:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
AT1K4:L2SI:MMS:01:STATE:04:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:STATE:04:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:STATE:04:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:STATE:04:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:04:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:04:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:04:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:04:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:01:STATE:04:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:01:STATE:04:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:04:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:04:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:04:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:04:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
AT1K4:L2SI:MMS:01:STATE:04:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
AT1K4:L2SI:MMS:01:STATE:05:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:STATE:05:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:STATE:05:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:STATE:05:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:05:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:05:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:05:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:05:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:01:STATE:05:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:01:STATE:05:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:05:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:05:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:05:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:05:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
AT1K4:L2SI:MMS:01:STATE:05:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
AT1K4:L2SI:MMS:01:STATE:06:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:STATE:06:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:STATE:06:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:01:STATE:06:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:06:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:06:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:06:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:06:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:01:STATE:06:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:01:STATE:06:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:06:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:06:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:06:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:01:STATE:06:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
AT1K4:L2SI:MMS:01:STATE:06:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
AT1K4:L2SI:MMS:01:STATE:BUSY_RBV	bi	PRG_2_AT1K4.fbStage1.fbState.bBusy	field: ONAM True field: ZNAM False io: input
AT1K4:L2SI:MMS:01:STATE:DONE_RBV	bi	PRG_2_AT1K4.fbStage1.fbState.bDone	field: ONAM True field: ZNAM False io: input
AT1K4:L2SI:MMS:01:STATE:ERR_RBV	bi	PRG_2_AT1K4.fbStage1.fbState.bError	field: ONAM True field: ZNAM False io: input
AT1K4:L2SI:MMS:01:STATE:RESET_RBV	bi	PRG_2_AT1K4.fbStage1.fbState.bReset	field: ONAM True field: ZNAM False io: output
AT1K4:L2SI:MMS:01:STATE:RESET	bo	PRG_2_AT1K4.fbStage1.fbState.bReset	field: ONAM True field: ZNAM False io: output
AT1K4:L2SI:MMS:01:STATE:GET_RBV	mbbi	PRG_2_AT1K4.fbStage1.fbState.enumGet	io: input
AT1K4:L2SI:MMS:01:STATE:SET_RBV	mbbi	PRG_2_AT1K4.fbStage1.fbState.enumSet	io: output
AT1K4:L2SI:MMS:01:STATE:SET	mbbo	PRG_2_AT1K4.fbStage1.fbState.enumSet	io: output
AT1K4:L2SI:MMS:01:STATE:ERRID_RBV	longin	PRG_2_AT1K4.fbStage1.fbState.nErrorId	io: input
AT1K4:L2SI:MMS:01:STATE:ERRMSG_RBV	waveform	PRG_2_AT1K4.fbStage1.fbState.sErrorMessage	io: input
AT1K4:L2SI:MMS:02:RTD:1:CONN_RBV	bi	PRG_2_AT1K4.fbStage2.fbRTD_1.bConnected	field: ONAM Connected field: ZNAM Disconnected io: input
AT1K4:L2SI:MMS:02:RTD:1:ERR_RBV	bi	PRG_2_AT1K4.fbStage2.fbRTD_1.bError	field: ONAM True field: ZNAM False io: input
AT1K4:L2SI:MMS:02:RTD:1:TEMP_RBV	ai	PRG_2_AT1K4.fbStage2.fbRTD_1.fTemp	field: EGU C field: PREC 2 io: input
AT1K4:L2SI:MMS:02:RTD:2:CONN_RBV	bi	PRG_2_AT1K4.fbStage2.fbRTD_2.bConnected	field: ONAM Connected field: ZNAM Disconnected io: input
AT1K4:L2SI:MMS:02:RTD:2:ERR_RBV	bi	PRG_2_AT1K4.fbStage2.fbRTD_2.bError	field: ONAM True field: ZNAM False io: input
AT1K4:L2SI:MMS:02:RTD:2:TEMP_RBV	ai	PRG_2_AT1K4.fbStage2.fbRTD_2.fTemp	field: EGU C field: PREC 2 io: input
AT1K4:L2SI:MMS:02:STATE:01:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:STATE:01:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:STATE:01:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:STATE:01:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:01:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:01:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:01:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:01:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:02:STATE:01:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:02:STATE:01:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:01:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:01:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:01:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:01:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
AT1K4:L2SI:MMS:02:STATE:01:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
AT1K4:L2SI:MMS:02:STATE:02:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:STATE:02:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:STATE:02:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:STATE:02:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:02:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:02:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:02:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:02:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:02:STATE:02:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:02:STATE:02:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:02:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:02:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:02:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:02:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
AT1K4:L2SI:MMS:02:STATE:02:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
AT1K4:L2SI:MMS:02:STATE:03:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:STATE:03:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:STATE:03:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:STATE:03:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:03:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:03:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:03:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:03:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:02:STATE:03:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:02:STATE:03:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:03:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:03:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:03:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:03:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
AT1K4:L2SI:MMS:02:STATE:03:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
AT1K4:L2SI:MMS:02:STATE:04:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:STATE:04:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:STATE:04:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:STATE:04:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:04:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:04:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:04:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:04:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:02:STATE:04:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:02:STATE:04:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:04:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:04:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:04:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:04:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
AT1K4:L2SI:MMS:02:STATE:04:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
AT1K4:L2SI:MMS:02:STATE:05:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:STATE:05:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:STATE:05:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:STATE:05:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:05:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:05:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:05:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:05:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:02:STATE:05:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:02:STATE:05:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:05:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:05:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:05:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:05:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
AT1K4:L2SI:MMS:02:STATE:05:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
AT1K4:L2SI:MMS:02:STATE:06:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:STATE:06:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:STATE:06:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:02:STATE:06:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:06:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:06:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:06:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:06:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:02:STATE:06:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:02:STATE:06:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:06:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:06:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:06:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:02:STATE:06:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
AT1K4:L2SI:MMS:02:STATE:06:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
AT1K4:L2SI:MMS:02:STATE:BUSY_RBV	bi	PRG_2_AT1K4.fbStage2.fbState.bBusy	field: ONAM True field: ZNAM False io: input
AT1K4:L2SI:MMS:02:STATE:DONE_RBV	bi	PRG_2_AT1K4.fbStage2.fbState.bDone	field: ONAM True field: ZNAM False io: input
AT1K4:L2SI:MMS:02:STATE:ERR_RBV	bi	PRG_2_AT1K4.fbStage2.fbState.bError	field: ONAM True field: ZNAM False io: input
AT1K4:L2SI:MMS:02:STATE:RESET_RBV	bi	PRG_2_AT1K4.fbStage2.fbState.bReset	field: ONAM True field: ZNAM False io: output
AT1K4:L2SI:MMS:02:STATE:RESET	bo	PRG_2_AT1K4.fbStage2.fbState.bReset	field: ONAM True field: ZNAM False io: output
AT1K4:L2SI:MMS:02:STATE:GET_RBV	mbbi	PRG_2_AT1K4.fbStage2.fbState.enumGet	io: input
AT1K4:L2SI:MMS:02:STATE:SET_RBV	mbbi	PRG_2_AT1K4.fbStage2.fbState.enumSet	io: output
AT1K4:L2SI:MMS:02:STATE:SET	mbbo	PRG_2_AT1K4.fbStage2.fbState.enumSet	io: output
AT1K4:L2SI:MMS:02:STATE:ERRID_RBV	longin	PRG_2_AT1K4.fbStage2.fbState.nErrorId	io: input
AT1K4:L2SI:MMS:02:STATE:ERRMSG_RBV	waveform	PRG_2_AT1K4.fbStage2.fbState.sErrorMessage	io: input
AT1K4:L2SI:MMS:03:RTD:1:CONN_RBV	bi	PRG_2_AT1K4.fbStage3.fbRTD_1.bConnected	field: ONAM Connected field: ZNAM Disconnected io: input
AT1K4:L2SI:MMS:03:RTD:1:ERR_RBV	bi	PRG_2_AT1K4.fbStage3.fbRTD_1.bError	field: ONAM True field: ZNAM False io: input
AT1K4:L2SI:MMS:03:RTD:1:TEMP_RBV	ai	PRG_2_AT1K4.fbStage3.fbRTD_1.fTemp	field: EGU C field: PREC 2 io: input
AT1K4:L2SI:MMS:03:RTD:2:CONN_RBV	bi	PRG_2_AT1K4.fbStage3.fbRTD_2.bConnected	field: ONAM Connected field: ZNAM Disconnected io: input
AT1K4:L2SI:MMS:03:RTD:2:ERR_RBV	bi	PRG_2_AT1K4.fbStage3.fbRTD_2.bError	field: ONAM True field: ZNAM False io: input
AT1K4:L2SI:MMS:03:RTD:2:TEMP_RBV	ai	PRG_2_AT1K4.fbStage3.fbRTD_2.fTemp	field: EGU C field: PREC 2 io: input
AT1K4:L2SI:MMS:03:STATE:01:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:STATE:01:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:STATE:01:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:STATE:01:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:01:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:01:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:01:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:01:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:03:STATE:01:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:03:STATE:01:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:01:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:01:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:01:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:01:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
AT1K4:L2SI:MMS:03:STATE:01:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
AT1K4:L2SI:MMS:03:STATE:02:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:STATE:02:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:STATE:02:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:STATE:02:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:02:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:02:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:02:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:02:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:03:STATE:02:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:03:STATE:02:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:02:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:02:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:02:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:02:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
AT1K4:L2SI:MMS:03:STATE:02:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
AT1K4:L2SI:MMS:03:STATE:03:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:STATE:03:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:STATE:03:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:STATE:03:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:03:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:03:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:03:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:03:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:03:STATE:03:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:03:STATE:03:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:03:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:03:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:03:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:03:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
AT1K4:L2SI:MMS:03:STATE:03:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
AT1K4:L2SI:MMS:03:STATE:04:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:STATE:04:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:STATE:04:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:STATE:04:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:04:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:04:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:04:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:04:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:03:STATE:04:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:03:STATE:04:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:04:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:04:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:04:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:04:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
AT1K4:L2SI:MMS:03:STATE:04:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
AT1K4:L2SI:MMS:03:STATE:05:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:STATE:05:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:STATE:05:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:STATE:05:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:05:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:05:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:05:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:05:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:03:STATE:05:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:03:STATE:05:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:05:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:05:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:05:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:05:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
AT1K4:L2SI:MMS:03:STATE:05:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
AT1K4:L2SI:MMS:03:STATE:06:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:STATE:06:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:STATE:06:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:03:STATE:06:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:06:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:06:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:06:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:06:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:03:STATE:06:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:03:STATE:06:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:06:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:06:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:06:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:03:STATE:06:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
AT1K4:L2SI:MMS:03:STATE:06:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
AT1K4:L2SI:MMS:03:STATE:BUSY_RBV	bi	PRG_2_AT1K4.fbStage3.fbState.bBusy	field: ONAM True field: ZNAM False io: input
AT1K4:L2SI:MMS:03:STATE:DONE_RBV	bi	PRG_2_AT1K4.fbStage3.fbState.bDone	field: ONAM True field: ZNAM False io: input
AT1K4:L2SI:MMS:03:STATE:ERR_RBV	bi	PRG_2_AT1K4.fbStage3.fbState.bError	field: ONAM True field: ZNAM False io: input
AT1K4:L2SI:MMS:03:STATE:RESET_RBV	bi	PRG_2_AT1K4.fbStage3.fbState.bReset	field: ONAM True field: ZNAM False io: output
AT1K4:L2SI:MMS:03:STATE:RESET	bo	PRG_2_AT1K4.fbStage3.fbState.bReset	field: ONAM True field: ZNAM False io: output
AT1K4:L2SI:MMS:03:STATE:GET_RBV	mbbi	PRG_2_AT1K4.fbStage3.fbState.enumGet	io: input
AT1K4:L2SI:MMS:03:STATE:SET_RBV	mbbi	PRG_2_AT1K4.fbStage3.fbState.enumSet	io: output
AT1K4:L2SI:MMS:03:STATE:SET	mbbo	PRG_2_AT1K4.fbStage3.fbState.enumSet	io: output
AT1K4:L2SI:MMS:03:STATE:ERRID_RBV	longin	PRG_2_AT1K4.fbStage3.fbState.nErrorId	io: input
AT1K4:L2SI:MMS:03:STATE:ERRMSG_RBV	waveform	PRG_2_AT1K4.fbStage3.fbState.sErrorMessage	io: input
AT1K4:L2SI:MMS:04:RTD:1:CONN_RBV	bi	PRG_2_AT1K4.fbStage4.fbRTD_1.bConnected	field: ONAM Connected field: ZNAM Disconnected io: input
AT1K4:L2SI:MMS:04:RTD:1:ERR_RBV	bi	PRG_2_AT1K4.fbStage4.fbRTD_1.bError	field: ONAM True field: ZNAM False io: input
AT1K4:L2SI:MMS:04:RTD:1:TEMP_RBV	ai	PRG_2_AT1K4.fbStage4.fbRTD_1.fTemp	field: EGU C field: PREC 2 io: input
AT1K4:L2SI:MMS:04:RTD:2:CONN_RBV	bi	PRG_2_AT1K4.fbStage4.fbRTD_2.bConnected	field: ONAM Connected field: ZNAM Disconnected io: input
AT1K4:L2SI:MMS:04:RTD:2:ERR_RBV	bi	PRG_2_AT1K4.fbStage4.fbRTD_2.bError	field: ONAM True field: ZNAM False io: input
AT1K4:L2SI:MMS:04:RTD:2:TEMP_RBV	ai	PRG_2_AT1K4.fbStage4.fbRTD_2.fTemp	field: EGU C field: PREC 2 io: input
AT1K4:L2SI:MMS:04:STATE:01:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:STATE:01:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:STATE:01:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:STATE:01:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:01:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:01:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:01:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:01:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:04:STATE:01:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:04:STATE:01:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:01:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:01:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:01:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:01:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
AT1K4:L2SI:MMS:04:STATE:01:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
AT1K4:L2SI:MMS:04:STATE:02:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:STATE:02:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:STATE:02:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:STATE:02:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:02:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:02:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:02:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:02:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:04:STATE:02:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:04:STATE:02:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:02:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:02:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:02:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:02:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
AT1K4:L2SI:MMS:04:STATE:02:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
AT1K4:L2SI:MMS:04:STATE:03:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:STATE:03:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:STATE:03:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:STATE:03:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:03:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:03:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:03:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:03:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:04:STATE:03:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:04:STATE:03:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:03:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:03:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:03:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:03:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
AT1K4:L2SI:MMS:04:STATE:03:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
AT1K4:L2SI:MMS:04:STATE:04:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:STATE:04:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:STATE:04:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:STATE:04:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:04:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:04:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:04:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:04:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:04:STATE:04:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:04:STATE:04:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:04:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:04:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:04:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:04:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
AT1K4:L2SI:MMS:04:STATE:04:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
AT1K4:L2SI:MMS:04:STATE:05:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:STATE:05:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:STATE:05:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:STATE:05:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:05:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:05:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:05:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:05:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:04:STATE:05:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:04:STATE:05:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:05:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:05:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:05:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:05:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
AT1K4:L2SI:MMS:04:STATE:05:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
AT1K4:L2SI:MMS:04:STATE:06:LOCKED_RBV	bi	TRUE if state is immutable	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:STATE:06:MOVE_OK_RBV	bi	TRUE if the move would be safe	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:STATE:06:VALID_RBV	bi	TRUE if this is a real state	expand: %.2d field: ONAM TRUE field: ZNAM FALSE io: input
AT1K4:L2SI:MMS:04:STATE:06:ACCL_RBV	ai	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:06:ACCL	ao	Acceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:06:DCCL_RBV	ai	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:06:DCCL	ao	Deceleration to use for moves to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:06:DELTA_RBV	ai	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:04:STATE:06:DELTA	ao	Max deviation from position at this state	expand: %.2d field: DRVL 0.0 io: output
AT1K4:L2SI:MMS:04:STATE:06:SETPOINT_RBV	ai	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:06:SETPOINT	ao	Axis position associated with this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:06:VELO_RBV	ai	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:06:VELO	ao	Speed at which to move to this state	expand: %.2d io: output
AT1K4:L2SI:MMS:04:STATE:06:ENCODER_RBV	longin	Encoder count associated with this state	expand: %.2d io: input
AT1K4:L2SI:MMS:04:STATE:06:NAME_RBV	waveform	Name of this position state	expand: %.2d io: input
AT1K4:L2SI:MMS:04:STATE:BUSY_RBV	bi	PRG_2_AT1K4.fbStage4.fbState.bBusy	field: ONAM True field: ZNAM False io: input
AT1K4:L2SI:MMS:04:STATE:DONE_RBV	bi	PRG_2_AT1K4.fbStage4.fbState.bDone	field: ONAM True field: ZNAM False io: input
AT1K4:L2SI:MMS:04:STATE:ERR_RBV	bi	PRG_2_AT1K4.fbStage4.fbState.bError	field: ONAM True field: ZNAM False io: input
AT1K4:L2SI:MMS:04:STATE:RESET_RBV	bi	PRG_2_AT1K4.fbStage4.fbState.bReset	field: ONAM True field: ZNAM False io: output
AT1K4:L2SI:MMS:04:STATE:RESET	bo	PRG_2_AT1K4.fbStage4.fbState.bReset	field: ONAM True field: ZNAM False io: output
AT1K4:L2SI:MMS:04:STATE:GET_RBV	mbbi	PRG_2_AT1K4.fbStage4.fbState.enumGet	io: input
AT1K4:L2SI:MMS:04:STATE:SET_RBV	mbbi	PRG_2_AT1K4.fbStage4.fbState.enumSet	io: output
AT1K4:L2SI:MMS:04:STATE:SET	mbbo	PRG_2_AT1K4.fbStage4.fbState.enumSet	io: output
AT1K4:L2SI:MMS:04:STATE:ERRID_RBV	longin	PRG_2_AT1K4.fbStage4.fbState.nErrorId	io: input
AT1K4:L2SI:MMS:04:STATE:ERRMSG_RBV	waveform	PRG_2_AT1K4.fbStage4.fbState.sErrorMessage	io: input