Uses of Class
xal.ca.GetException

Packages that use GetException

Package	Description
xal.ca
xal.extension.jels.smf.impl
xal.plugin.epics7	The Open XAL EPICS7 plugin was introduced in v4.0.
xal.plugin.epics7.server
xal.smf.impl
xal.smf.impl.profile
xal.smf.scada

Uses of GetException in xal.ca

Methods in xal.ca that throw GetException

Modifier and Type	Method	Description
ArrayValue	Channel.getArrayValue()	Fetch the data value for the channel and return it as an ArrayValue.
byte[]	Channel.getArrByte()	Get channel value as array
final void	Channel.getArrByteCallback(IEventSinkArrByte listener)	Get the value of the process variable via a callback to the specified listener.
double[]	Channel.getArrDbl()
final void	Channel.getArrDblCallback(IEventSinkArrDbl listener)	Get the value of the process variable via a callback to the specified listener.
float[]	Channel.getArrFlt()
final void	Channel.getArrFltCallback(IEventSinkArrFlt listener)	Get the value of the process variable via a callback to the specified listener.
int[]	Channel.getArrInt()
final void	Channel.getArrIntCallback(IEventSinkArrInt listener)	Get the value of the process variable via a callback to the specified listener.
long[]	Channel.getArrLong()
short[]	Channel.getArrShort()
String[]	Channel.getArrString()
abstract ChannelStatusRecord	Channel.getRawStatusRecord()	Return a raw ChannelStatusRecord representing the fetched record for the native type of this channel.
protected abstract ChannelStatusRecord	Channel.getRawStringStatusRecord()	Get a ChannelStatusRecord representing the fetched record for the specified type.
protected abstract ChannelTimeRecord	Channel.getRawStringTimeRecord()	Get a ChannelTimeRecord representing the fetched record for the specified type.
protected abstract ChannelRecord	Channel.getRawStringValueRecord()	Get a ChannelRecord representing the fetched record for the specified type.
abstract ChannelTimeRecord	Channel.getRawTimeRecord()	Return a raw ChannelTimeRecord representing the fetched record for the native type of this channel.
protected abstract void	Channel.getRawValueCallback(IEventSinkValue listener)	Handle a callback for getting the raw value for the channel.
protected abstract void	Channel.getRawValueCallback(IEventSinkValue listener, boolean attemptConnection)	Handle a callback for getting the raw value for the channel.
abstract ChannelRecord	Channel.getRawValueRecord()	Return a raw ChannelRecord representing the fetched record for the native type of this channel.
abstract void	Channel.getRawValueTimeCallback(IEventSinkValTime listener, boolean attemptConnection)	Submit a non-blocking Get request with callback
final ChannelStatusRecord	Channel.getStatusRecord()	Return a ChannelStatusRecord representing the fetched record for the native type of this channel.
final ChannelRecord	Channel.getStringStatusRecord()	Get a ChannelStatusRecord representing the fetched record for the native type of this channel.
final ChannelRecord	Channel.getStringTimeRecord()	Get a ChannelTimeRecord representing the fetched record for the native type of this channel.
final ChannelRecord	Channel.getStringValueRecord()	Get a ChannelRecord representing the fetched record for the native type of this channel.
final ChannelTimeRecord	Channel.getTimeRecord()	Return a ChannelTimeRecord representing the fetched record for the native type of this channel.
abstract String	Channel.getUnits()	Convenience method which returns the units for this channel.
byte	Channel.getValByte()	Get channel value
final void	Channel.getValByteCallback(IEventSinkValByte listener)	Get the value of the process variable via a callback to the specified listener.
double	Channel.getValDbl()
final void	Channel.getValDblCallback(IEventSinkValDbl listener)	Get the value of the process variable via a callback to the specified listener.
int	Channel.getValEnum()
float	Channel.getValFlt()
final void	Channel.getValFltCallback(IEventSinkValFlt listener)	Get the value of the process variable via a callback to the specified listener.
int	Channel.getValInt()
final void	Channel.getValIntCallback(IEventSinkValInt listener)	Get the value of the process variable via a callback to the specified listener.
long	Channel.getValLong()
short	Channel.getValShort()
String	Channel.getValString()
final void	Channel.getValueCallback(IEventSinkValue listener)	Get the value of the process variable via a callback to the specified listener.
final void	Channel.getValueCallback(IEventSinkValue listener, boolean attemptConnection)	Get the value of the process variable via a callback to the specified listener.
final ChannelRecord	Channel.getValueRecord()	Return a ChannelRecord representing the fetched record for the native type of this channel.
final void	Channel.getValueTimeCallback(IEventSinkValTime listener, boolean attemptConnection)	Get the value time record of the process variable via a callback to the specified listener.
final Number	Channel.lowerAlarmLimit()	Convenience method which returns the lower alarm limit.
final Number	Channel.lowerControlLimit()	Convenience method which returns the lower control limit.
final Number	Channel.lowerDisplayLimit()	Convenience method which returns the lower display limit.
final Number	Channel.lowerWarningLimit()	Convenience method which returns the lower warning limit.
abstract Number	Channel.rawLowerAlarmLimit()	Convenience method which returns the lower alarm limit.
abstract Number	Channel.rawLowerControlLimit()	Convenience method which returns the lower control limit.
abstract Number	Channel.rawLowerDisplayLimit()	Convenience method which returns the lower display limit.
abstract Number	Channel.rawLowerWarningLimit()	Convenience method which returns the lower warning limit.
abstract Number	Channel.rawUpperAlarmLimit()	Convenience method which returns the upper alarm limit.
abstract Number	Channel.rawUpperControlLimit()	Convenience method which returns the upper control limit.
abstract Number	Channel.rawUpperDisplayLimit()	Convenience method which returns the upper display limit.
abstract Number	Channel.rawUpperWarningLimit()	Convenience method which returns the upper warning limit.
protected abstract void	AbstractBatchGetRequest.requestChannelData(Channel channel)	Request to get the data for the channel
protected void	BatchGetValueRequest.requestChannelData(Channel channel)	request to get the data for the channel
protected void	BatchGetValueTimeRequest.requestChannelData(Channel channel)	request to get the data for the channel
final Number	Channel.upperAlarmLimit()	Convenience method which returns the upper alarm limit.
final Number	Channel.upperControlLimit()	Convenience method which returns the upper control limit.
final Number	Channel.upperDisplayLimit()	Convenience method which returns the upper display limit.
final Number	Channel.upperWarningLimit()	Convenience method which returns the upper warning limit.

Uses of GetException in xal.extension.jels.smf.impl

Methods in xal.extension.jels.smf.impl that throw GetException

Modifier and Type	Method	Description
double	Iris.getAperture()
double	ESSIonSourceCoil.getCurrent()
double	ESSIonSourceMFC.getCurrent()
double	ESSIonSourceMagnetron.getForwdPrwR()
double	Doppler.getFractionH()
double	Doppler.getFractionH2()
double	Doppler.getFractionH3()
double	ESSIonSourceMFC.getH2FlowR()
double	SpaceChargeCompensation.getN2Flow()
double	Iris.getOffsetX()
double	Iris.getOffsetY()
int	Chopper.getStatusOnOff()
int	RepellerElectrode.getStatusOnOff()
double	ESSIonSourceMFC.getVoltage()
double	EMU.getXAlphaTwiss()
double	NPM.getXAlphaTwiss()
double	EMU.getXBetaTwiss()
double	NPM.getXBetaTwiss()
double	EMU.getXEmittance()
double	NPM.getXpAvg()
double	NPM.getXSigmaAvg()
double	EMU.getYAlphaTwiss()
double	NPM.getYAlphaTwiss()
double	EMU.getYBetaTwiss()
double	NPM.getYBetaTwiss()
double	EMU.getYEmittance()
double	NPM.getYpAvg()
double	NPM.getYSigmaAvg()

Uses of GetException in xal.plugin.epics7

Methods in xal.plugin.epics7 that throw GetException

Modifier and Type	Method	Description
org.epics.pvdata.pv.PVStructure	Epics7Channel.get(String request)
org.epics.pvdata.pv.PVStructure	Epics7Channel.get(String request, boolean attemptConnection)
void	Epics7Channel.getCallback(String request, EventListener listener)
void	Epics7Channel.getCallback(String request, EventListener listener, boolean attemptConnection)
protected org.epics.pvdata.pv.PVStructure	Epics7Channel.getControl()
protected org.epics.pvdata.pv.PVStructure	Epics7Channel.getDisplay()
ChannelStatusRecord	Epics7Channel.getRawStatusRecord()
protected ChannelStatusRecord	Epics7Channel.getRawStringStatusRecord()
protected ChannelTimeRecord	Epics7Channel.getRawStringTimeRecord()
protected ChannelRecord	Epics7Channel.getRawStringValueRecord()
ChannelTimeRecord	Epics7Channel.getRawTimeRecord()
protected void	Epics7Channel.getRawValueCallback(IEventSinkValue listener)
protected void	Epics7Channel.getRawValueCallback(IEventSinkValue listener, boolean attemptConnection)
ChannelRecord	Epics7Channel.getRawValueRecord()
void	Epics7Channel.getRawValueTimeCallback(IEventSinkValTime listener, boolean attemptConnection)
String	Epics7Channel.getUnits()
protected org.epics.pvdata.pv.PVStructure	Epics7Channel.getVAlueAlarm()
Number	Epics7Channel.rawLowerAlarmLimit()
Number	Epics7Channel.rawLowerControlLimit()
Number	Epics7Channel.rawLowerDisplayLimit()
Number	Epics7Channel.rawLowerWarningLimit()
Number	Epics7Channel.rawUpperAlarmLimit()
Number	Epics7Channel.rawUpperControlLimit()
Number	Epics7Channel.rawUpperDisplayLimit()
Number	Epics7Channel.rawUpperWarningLimit()

Uses of GetException in xal.plugin.epics7.server

Methods in xal.plugin.epics7.server that throw GetException

Modifier and Type	Method	Description
ChannelStatusRecord	Epics7ServerChannel.getRawStatusRecord()
ChannelTimeRecord	Epics7ServerChannel.getRawTimeRecord()
protected void	Epics7ServerChannel.getRawValueCallback(IEventSinkValue listener)
protected void	Epics7ServerChannel.getRawValueCallback(IEventSinkValue listener, boolean attemptConnection)
ChannelRecord	Epics7ServerChannel.getRawValueRecord()
void	Epics7ServerChannel.getRawValueTimeCallback(IEventSinkValTime listener, boolean attemptConnection)

Uses of GetException in xal.smf.impl

Methods in xal.smf.impl that throw GetException

Modifier and Type	Method	Description
static WireHarp.DaqConfig	WireHarp.DaqConfig.acquire(WireHarp smfHarp)	Convenience method for retrieving a new initialized data structure populated from the given device state.
static WireHarp.DevConfig	WireHarp.DevConfig.acquire(WireHarp smfHarp)	Returns the defined set of configuration parameters currently used for the given device.
static WireHarp.DevStatus	WireHarp.DevStatus.acquire(WireHarp smfHarp)	Convenience method for retrieving a new initialized data structure populated from the given device state.
static WireScanner.DataFit	WireScanner.DataFit.acquire(WireScanner ws)	Convenience method for retrieving a new initialized data structure populated from the given device state.
static WireScanner.DataLiveArr	WireScanner.DataLiveArr.acquire(WireScanner ws)	Convenience method for retrieving a new initialized data structure populated from the given device state.
static WireScanner.DataLivePt	WireScanner.DataLivePt.acquire(WireScanner ws)	Convenience method for retrieving a new initialized data structure populated from the given device state.
static WireScanner.DataRaw	WireScanner.DataRaw.acquire(WireScanner ws)	Convenience method for retrieving a new initialized data structure populated from the given device state.
static WireScanner.DblGaussFitAttrSet	WireScanner.DblGaussFitAttrSet.acquire(ProfileDevice ws)	Convenience method for retrieving a new initialized data structure populated from the given device state.
static WireScanner.DevStatus	WireScanner.DevStatus.acquire(ProfileDevice ws)	Convenience method for retrieving a new initialized data structure populated from the given device state.
static WireScanner.GaussFitAttrSet	WireScanner.GaussFitAttrSet.acquire(ProfileDevice ws)	Convenience method for retrieving a new initialized data structure populated from the given device state.
static WireScanner.PrcgConfig	WireScanner.PrcgConfig.acquire(ProfileDevice ws)	Convenience method for retrieving a new initialized data structure populated from the given device state.
static WireScanner.ScanConfig	WireScanner.ScanConfig.acquire(ProfileDevice ws)	Return the set of profile scan configuration parameters.
static WireScanner.SmplConfig	WireScanner.SmplConfig.acquire(ProfileDevice ws)	Convenience method for retrieving a new initialized data structure populated from the given device state.
static WireScanner.StatisticalAttrSet	WireScanner.StatisticalAttrSet.acquire(ProfileDevice ws)	Convenience method for retrieving a new initialized data structure populated from the given device state.
static WireScanner.Trace	WireScanner.Trace.acquire(WireScanner ws)	Convenience method for retrieving a new initialized data structure populated from the given device state.
static WireScanner.TrgConfig	WireScanner.TrgConfig.acquire(ProfileDevice ws)	Convenience method for retrieving a new initialized data structure populated from the given device state.
void	WireScanner.analysisParametersSelect(ProfileDevice.MACROPULSE enmBmSct, double dblBmFrac)	Changes the data processing parameters (see WireScanner.PrcgConfig) so that the on-board controller selects the beam micro-bunch section for computing measurement results.
static WireHarp.DataFit	WireHarp.DataFit.aquire(WireHarp smfHarp)	Convenience method for retrieving a new, initialized measurement set acquired from the given device.
static WireHarp.DataRaw	WireHarp.DataRaw.aquire(WireHarp smfHarp)	Convenience method for retrieving a new, initialized measurement set acquired from the given device.
static WireHarp.FitAttrSet	WireHarp.FitAttrSet.aquire(WireHarp smfHarp)	Convenience method for retrieving a new, initialized data structure populated from the current given device state.
static WireScanner.ActrConfig	WireScanner.ActrConfig.aquire(ProfileDevice ws)	Return the set of current device configuration parameters.
double	BPM.getAmpAvg()	returns average bpm Amplitude signal over macropulse (au)
double[]	BPM.getAmpTBT()	returns bpm amplitude turn-by-turn array
boolean	RfCavity.getBlankBeam()	Determine whether the beam is blanked
double	RfCavity.getCavAmpAvg()	get the cavity amplitude (MV) and publish this to all the gaps connected to this cavity note the cavity amp [MV] = klystron amplitude * ampFactor where ampFactor is a calibration factor determined experimentally
double	RfCavity.getCavAmpSetPoint()	return the present live set point for the amplitude
double	RfCavity.getCavPhaseAvg()	Get the cavity phase relative to the beam (deg) and publish it to all the rf gaps associated with this cavity note the cavity phase = klystron phase + phaseOffset where phaseOffset is a calibration factor determined experimentally
double	RfCavity.getCavPhaseSetPoint()	return the present live set point for the phase
int[]	WireHarp.getCommandResult()	Returns the command result code(s).
int[]	WireScanner.getCommandResult()	Returns the command result code(s).
double	Electromagnet.getCurrent()	Get the main power supply current in this electromagnet via ca (A)
double	MagnetPowerSupply.getCurrent()	Get the magnet power supply current
int	Electromagnet.getCycleState()	Gets the cycle state of the magnet.
int	MagnetPowerSupply.getCycleState()	Gets the cycle state of the magnet.
double	ProfileMonitor.getDAmplF()	use this to get the d amp fit
double	ProfileMonitor.getDAmplM()	use this to get the d amp rms
double	ProfileMonitor.getDAreaF()	use this to get the d area fit
double	ProfileMonitor.getDAreaM()	use this to get the d area rms
double	ProfileMonitor.getDData()	get the d real data stream
double[]	ProfileMonitor.getDDataArray()	get the d data array []
double[]	ProfileMonitor.getDFitArray()	get the d fit array []
double	ProfileMonitor.getDMeanF()	use this to get the d mean fit
double	ProfileMonitor.getDMeanM()	use this to get the d mean rms
double	ProfileMonitor.getDOffsetF()	use this to get the d offset fit
double	ProfileMonitor.getDOffsetM()	use this to get the d offset rms
double[]	ProfileMonitor.getDPos()	get the array with d (diagonal) positions in mm
double[]	ProfileMonitor.getDRaw()	get the raw diagonal intensity array [AU]
double	ProfileMonitor.getDSigmaF()	use this to get the d sigma fit
double	ProfileMonitor.getDSigmaM()	use this to get the d sigma rms
double	ProfileMonitor.getDSlopeF()	use this to get the d slope fit
double	ProfileMonitor.getDSlopeM()	use this to get the d slope rms
double	Electromagnet.getField()	Get the field in this electromagnet via ca.
double	Electrostatic.getField()	Get the field in this electromagnet via ca.
double	MagnetMainSupply.getField()	Get the field contribution from this power supply.
double	MagnetTrimSupply.getField()	Get the trim field contribution from this power supply.
double	Electromagnet.getFieldInt()	Get the integrated field in this electromagnet T-m/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.
double	Electromagnet.getFieldReadback()	Get the field in this electromagnet via ca.
double	Electrostatic.getFieldReadback()	Get the field in this electromagnet via ca.
double	Electromagnet.getFieldSetting()	Get the value to which the main power supply's field contribution is set.
double	Electrostatic.getFieldSetting()	Get the value to which the main power supply's field contribution is set.
double	MagnetMainSupply.getFieldSetting()	Get the value to which the field is set.
double	MagnetTrimSupply.getFieldSetting()	Get the value to which the field is set.
double	RfGap.getGapAmpAvg()	return the RF amplitude in the gap (kV/m).
double	RfGap.getGapE0TL()	This is the product of the field * gap length * TTF
double	RfGap.getGapPhaseAvg()	This includes the calibration offset factor if it has been set
double	ProfileMonitor.getHAmplF()	use this to get the h amp fit
double	ProfileMonitor.getHAmplM()	use this to get the h amp rms
double	ProfileMonitor.getHAreaF()	use this to get the h area fit
double	ProfileMonitor.getHAreaM()	use this to get the h area rms
double	ProfileMonitor.getHData()	get the h real data stream
double[]	ProfileMonitor.getHDataArray()	get the h data array []
double[]	ProfileMonitor.getHFitArray()	get the h fit array []
double	ProfileMonitor.getHMeanF()	use this to get the h mean fit
double	ProfileMonitor.getHMeanM()	use this to get the h mean rms
double	ProfileMonitor.getHOffsetF()	use this to get the h offset fit
double	ProfileMonitor.getHOffsetM()	use this to get the h offset rms
double[]	ProfileMonitor.getHPos()	get the array with h (horizontal) positions in mm
double[]	ProfileMonitor.getHRaw()	get the raw horizontal intensity array [AU]
double	ProfileMonitor.getHSigmaF()	use this to get the h sigma fit
double	ProfileMonitor.getHSigmaM()	use this to get the h sigma rms
double	ProfileMonitor.getHSlopeF()	use this to get the h slope fit
double	ProfileMonitor.getHSlopeM()	use this to get the h slope rms
double	CurrentMonitor.getIAvg()	Average beam current
double	CurrentMonitor.getIMax()	Maximum beam current
double[]	CurrentMonitor.getITBT()	Turn by turn current
double[]	CurrentMonitor.getITBTWithBeamOnly()	Get the portion of ITBT array with beam on only.
double	Klystron.getKlysAmp()	Get the klystron's amplitude.
double	Klystron.getKlysPhase()	Get the klystron's phase.
double	BLM.getLossAvg()	returns average loss
double	BLM.getLossInt()	returns integrated loss
int	ProfileMonitor.getNSteps()	use this to get the number of steps of the scan
double	BPM.getPhaseAvg()	returns average bpm phase signal over macropulse (au)
double[]	BPM.getPhaseTBT()	returns bpm phase turn-by-turn array
double	ProfileMonitor.getPos()	use this to get the real time position of the wire [mm]
double[]	ProfileMonitor.getPosArray()	get the position data array []
double	Vacuum.getPressure()	returns pressure (Torr)
double	CurrentMonitor.getQIntegral()	Integrated current over macropulse
double	ProfileMonitor.getScanLength()	use this to get the length of the scan [mm]
int	RingBPM.getStage1Gain()	returns stage 1 gain
int	RingBPM.getStage1Len()	returns stage 1 length
int	RingBPM.getStage1Method()	returns stage 1 method
int	RingBPM.getStage2Gain()	returns stage 2 gain
int	RingBPM.getStage2Len()	returns stage 2 length
int	RingBPM.getStage2Method()	returns stage 2 method
int	RingBPM.getStage3Gain()	returns stage 3 gain
int	RingBPM.getStage3Len()	returns stage 3 length
int	RingBPM.getStage3Method()	returns stage 3 method
int	RingBPM.getStage4Gain()	returns stage 4 gain
int	RingBPM.getStage4Len()	returns stage 4 length
int	RingBPM.getStage4Method()	returns stage 4 method
double[]	ProfileMonitor.getStatusArray()	get the status array []
double	BLM.getTAvgLen()	returns length of the averaged period (micro-sec)
double	BPM.getTAvgLen()	returns length of the averaged period (micro-sec)
double	CurrentMonitor.getTAvgLen()	Averaged pulse length
double	CurrentMonitor.getTDelay()	Time delay
double	Electromagnet.getTotalFieldSetting()	Get the value to which the field is set including both the main supply and possible trim supply contributions.
double	Electrostatic.getTotalFieldSetting()	Get the value to which the field is set including both the main supply and possible trim supply contributions.
double	TrimmedQuadrupole.getTotalFieldSetting()	Get the value to which the field is set including both the main supply and trim supply contributions.
double	MagnetTrimSupply.getTrimCurrent()	Get the magnet trim power supply current
double	TrimmedQuadrupole.getTrimCurrent()	Get the trim power supply current in this electromagnet via ca (A)
double	TrimmedQuadrupole.getTrimFieldSetting()	Get the value to which the trim supply's field contribution is set.
double	ProfileMonitor.getVAmplF()	use this to get the v amp fit
double	ProfileMonitor.getVAmplM()	use this to get the v amp rms
double	ProfileMonitor.getVAreaF()	use this to get the v area fit
double	ProfileMonitor.getVAreaM()	use this to get the v area rms
double	ProfileMonitor.getVData()	get the v real data stream
double[]	ProfileMonitor.getVDataArray()	get the v data array []
double[]	ProfileMonitor.getVFitArray()	get the v fit array []
double	ProfileMonitor.getVMeanF()	use this to get the v mean fit
double	ProfileMonitor.getVMeanM()	use this to get the v mean rms
double	ProfileMonitor.getVOffsetF()	use this to get the v offset fit
double	ProfileMonitor.getVOffsetM()	use this to get the v offset rms
double	ExtractionKicker.getVoltage()	Get the voltage readback for this kicker's power supply.
double	ExtractionKicker.getVoltageSetting()	Get the voltage setting for this kicker's power supply.
double[]	ProfileMonitor.getVPos()	get the array with v (vertical) positions in mm
double[]	ProfileMonitor.getVRaw()	get the raw vertical intensity array [AU]
double	ProfileMonitor.getVSigmaF()	use this to get the v sigma fit
double	ProfileMonitor.getVSigmaM()	use this to get the v sigma rms
double	ProfileMonitor.getVSlopeF()	use this to get the v slope fit
double	ProfileMonitor.getVSlopeM()	use this to get the v slope rms
double	BPM.getXAvg()	returns average X position over macropulse (mm) accounting for alignment
double	RingBPM.getXAvg(int stage)	returns average X position for a certain stage
double[]	BPM.getXTBT()	returns bpm x turn-by-turn array
double	BPM.getYAvg()	returns average Y position over macropulse (mm) accounting for alignment
double	RingBPM.getYAvg(int stage)	returns average Y position for a certain stage
double[]	BPM.getYTBT()	returns bpm y turn-by-turn array
double	Electromagnet.lowerAlarmFieldLimit()	Get the field lower settable limit of the main power supply in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.
double	MagnetMainSupply.lowerAlarmFieldLimit()	Get the field lower alarm limit in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.
double	Electromagnet.lowerCurrentLimit()	get the main power supply current lower settable limit (A)
double	MagnetPowerSupply.lowerCurrentLimit()	get the current lower settable limit (A)
double	Electromagnet.lowerDisplayFieldLimit()	Get the field lower settable limit of the main power supply in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.
double	MagnetMainSupply.lowerDisplayFieldLimit()	get the field lower display limit in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.
double	Electromagnet.lowerFieldLimit()	Get the field lower settable limit of the main power supply in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.
double	MagnetMainSupply.lowerFieldLimit()	get the field lower settable limit in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.
double	MagnetTrimSupply.lowerFieldLimit()	get the field lower settable limit in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.
double	Electromagnet.lowerWarningFieldLimit()	Get the field lower settable limit of the main power supply in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.
double	MagnetMainSupply.lowerWarningFieldLimit()	Get the field lower warning limit in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.
double	Electromagnet.upperAlarmFieldLimit()	Get the field upper settable limit of the main power supply in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.
double	MagnetMainSupply.upperAlarmFieldLimit()	Get the field upper alarm limit in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.
double	Electromagnet.upperCurrentLimit()	get the main power supply current lower settable limit (A)
double	MagnetPowerSupply.upperCurrentLimit()	get the current lower settable limit (A)
double	Electromagnet.upperDisplayFieldLimit()	Get the field upper settable limit of the main power supply in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.
double	MagnetMainSupply.upperDisplayFieldLimit()	get the field upper display limit in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.
double	Electromagnet.upperFieldLimit()	Get the field upper settable limit of the main power supply in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.
double	MagnetMainSupply.upperFieldLimit()	get the field upper settable limit in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.
double	MagnetTrimSupply.upperFieldLimit()	get the field upper settable limit in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.
double	Electromagnet.upperWarningFieldLimit()	Get the field upper settable limit of the main power supply in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.
double	MagnetMainSupply.upperWarningFieldLimit()	Get the field upper warning limit in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.

Constructors in xal.smf.impl that throw GetException

Modifier	Constructor	Description
	ActrConfig(ProfileDevice ws)	Create a new ActrConfig object initialize with values fetched from the given device.
	DaqConfig(WireHarp smfHarp)	Create a new DaqConfig object containing the status information of the given device.
	DataFit(WireHarp smfHarp)	Creates a new instance of DataFit and initializes the signal values by acquiring data from the given device.
	DataFit(WireScanner ws)	Create a new DataFit object initialize with values fetched from the given device.
	DataLiveArr(WireScanner ws)	Create a new DataLiveArr object initialize with values fetched from the given device.
	DataLivePt(WireScanner ws)	Create a new DataLive object initialize with values fetched from the given device.
	DataRaw(WireHarp smfHarp)	Creates a new instance of DataRaw and initializes the signal values by acquiring data from the given device.
	DataRaw(WireScanner ws)	Create a new DataRaw object and initialize with values fetched from the given device.
	DevConfig(WireHarp smHarp)	Create a new ActrConfig object initialize with values fetched from the given device.
	DevStatus(WireHarp smfHarp)	Create a new DevStatus object containing the status information of the given device.
	DevStatus(ProfileDevice ws)	Create a new DevStatus object.
	PrcgConfig(ProfileDevice ws)	Create a new DaqConfig object initialize with values fetched from the given device.
	ScanConfig(ProfileDevice ws)	Create a new ScanConfig object initialize with values fetched from the given device.
	SmplConfig(ProfileDevice ws)	Create a new DaqConfig object initialize with values fetched from the given device.
	TrgConfig(ProfileDevice ws)	Create a new TrgConfig object initialize with values fetched from the given device.

Uses of GetException in xal.smf.impl.profile

Methods in xal.smf.impl.profile that throw GetException

Modifier and Type	Method	Description
<T extends ParameterSet> T	ProfileDevice.acquireConfig(Class<T> clsType)	Retrieves a given set of configuration parameter values.
<T extends SignalSet> T	ProfileDevice.acquireData(Class<T> clsType)	Acquires the current measurement data from the wire scanner data buffers.
void	SignalSet.loadHardwareValues(ProfileDevice smfDev)	Populate the fields of this data set by acquiring the current values of the signal process variables of the given device.

Constructors in xal.smf.impl.profile that throw GetException

Modifier	Constructor	Description
protected	ParameterSet(ProfileDevice smfDev)	Create a new WireScanner.ParameterSet object.
protected	SignalAttrs(List<ScadaFieldDescriptor> lstPfdSet, AcceleratorNode ws)	Create a new, initialized SignalAttrs object.
protected	SignalAttrSet(AcceleratorNode ws)	Create a new, initialized ProfileAttrSet object.
protected	SignalSet(ProfileDevice smfDev)	Create a new SignalSet object initializing it with values acquired from the given device.

Uses of GetException in xal.smf.scada

Methods in xal.smf.scada that throw GetException

Modifier and Type	Method	Description
void	ScadaRecord.loadHardwareValues(AcceleratorNode smfDev)	Populate the fields of this data set with the current Process Variable values of the given device.
protected void	ScadaRecord.setFieldFromPV(String strFldName, String strHndPv, AcceleratorNode smfDev)	Set the value of of the given data field using the value obtained from the PV attached to the given device.

Constructors in xal.smf.scada that throw GetException

Modifier	Constructor	Description
protected	ScadaRecord(AcceleratorNode smfDev)	Creates a new ScadaStruct object which is initialized from the data provided by the given hardware object.