Uses of Class
xal.ca.GetException
Packages that use GetException
Package
Description
The Open XAL EPICS7 plugin was introduced in v4.0.
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Uses of GetException in xal.ca
Methods in xal.ca that throw GetExceptionModifier and TypeMethodDescriptionChannel.getArrayValue()Fetch the data value for the channel and return it as an ArrayValue.byte[]Channel.getArrByte()Get channel value as arrayfinal voidChannel.getArrByteCallback(IEventSinkArrByte listener) Get the value of the process variable via a callback to the specified listener.double[]Channel.getArrDbl()final voidChannel.getArrDblCallback(IEventSinkArrDbl listener) Get the value of the process variable via a callback to the specified listener.float[]Channel.getArrFlt()final voidChannel.getArrFltCallback(IEventSinkArrFlt listener) Get the value of the process variable via a callback to the specified listener.int[]Channel.getArrInt()final voidChannel.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 ChannelStatusRecordChannel.getRawStatusRecord()Return a rawChannelStatusRecordrepresenting the fetched record for the native type of this channel.protected abstract ChannelStatusRecordChannel.getRawStringStatusRecord()Get aChannelStatusRecordrepresenting the fetched record for the specified type.protected abstract ChannelTimeRecordChannel.getRawStringTimeRecord()Get aChannelTimeRecordrepresenting the fetched record for the specified type.protected abstract ChannelRecordChannel.getRawStringValueRecord()Get aChannelRecordrepresenting the fetched record for the specified type.abstract ChannelTimeRecordChannel.getRawTimeRecord()Return a rawChannelTimeRecordrepresenting the fetched record for the native type of this channel.protected abstract voidChannel.getRawValueCallback(IEventSinkValue listener) Handle a callback for getting the raw value for the channel.protected abstract voidChannel.getRawValueCallback(IEventSinkValue listener, boolean attemptConnection) Handle a callback for getting the raw value for the channel.abstract ChannelRecordChannel.getRawValueRecord()Return a rawChannelRecordrepresenting the fetched record for the native type of this channel.abstract voidChannel.getRawValueTimeCallback(IEventSinkValTime listener, boolean attemptConnection) Submit a non-blocking Get request with callbackfinal ChannelStatusRecordChannel.getStatusRecord()Return aChannelStatusRecordrepresenting the fetched record for the native type of this channel.final ChannelRecordChannel.getStringStatusRecord()Get aChannelStatusRecordrepresenting the fetched record for the native type of this channel.final ChannelRecordChannel.getStringTimeRecord()Get aChannelTimeRecordrepresenting the fetched record for the native type of this channel.final ChannelRecordChannel.getStringValueRecord()Get aChannelRecordrepresenting the fetched record for the native type of this channel.final ChannelTimeRecordChannel.getTimeRecord()Return aChannelTimeRecordrepresenting the fetched record for the native type of this channel.abstract StringChannel.getUnits()Convenience method which returns the units for this channel.byteChannel.getValByte()Get channel valuefinal voidChannel.getValByteCallback(IEventSinkValByte listener) Get the value of the process variable via a callback to the specified listener.doubleChannel.getValDbl()final voidChannel.getValDblCallback(IEventSinkValDbl listener) Get the value of the process variable via a callback to the specified listener.intChannel.getValEnum()floatChannel.getValFlt()final voidChannel.getValFltCallback(IEventSinkValFlt listener) Get the value of the process variable via a callback to the specified listener.intChannel.getValInt()final voidChannel.getValIntCallback(IEventSinkValInt listener) Get the value of the process variable via a callback to the specified listener.longChannel.getValLong()shortChannel.getValShort()Channel.getValString()final voidChannel.getValueCallback(IEventSinkValue listener) Get the value of the process variable via a callback to the specified listener.final voidChannel.getValueCallback(IEventSinkValue listener, boolean attemptConnection) Get the value of the process variable via a callback to the specified listener.final ChannelRecordChannel.getValueRecord()Return aChannelRecordrepresenting the fetched record for the native type of this channel.final voidChannel.getValueTimeCallback(IEventSinkValTime listener, boolean attemptConnection) Get the value time record of the process variable via a callback to the specified listener.final NumberChannel.lowerAlarmLimit()Convenience method which returns the lower alarm limit.final NumberChannel.lowerControlLimit()Convenience method which returns the lower control limit.final NumberChannel.lowerDisplayLimit()Convenience method which returns the lower display limit.final NumberChannel.lowerWarningLimit()Convenience method which returns the lower warning limit.abstract NumberChannel.rawLowerAlarmLimit()Convenience method which returns the lower alarm limit.abstract NumberChannel.rawLowerControlLimit()Convenience method which returns the lower control limit.abstract NumberChannel.rawLowerDisplayLimit()Convenience method which returns the lower display limit.abstract NumberChannel.rawLowerWarningLimit()Convenience method which returns the lower warning limit.abstract NumberChannel.rawUpperAlarmLimit()Convenience method which returns the upper alarm limit.abstract NumberChannel.rawUpperControlLimit()Convenience method which returns the upper control limit.abstract NumberChannel.rawUpperDisplayLimit()Convenience method which returns the upper display limit.abstract NumberChannel.rawUpperWarningLimit()Convenience method which returns the upper warning limit.protected abstract voidAbstractBatchGetRequest.requestChannelData(Channel channel) Request to get the data for the channelprotected voidBatchGetValueRequest.requestChannelData(Channel channel) request to get the data for the channelprotected voidBatchGetValueTimeRequest.requestChannelData(Channel channel) request to get the data for the channelfinal NumberChannel.upperAlarmLimit()Convenience method which returns the upper alarm limit.final NumberChannel.upperControlLimit()Convenience method which returns the upper control limit.final NumberChannel.upperDisplayLimit()Convenience method which returns the upper display limit.final NumberChannel.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 GetExceptionModifier and TypeMethodDescriptiondoubleIris.getAperture()doubleESSIonSourceCoil.getCurrent()doubleESSIonSourceMFC.getCurrent()doubleESSIonSourceMagnetron.getForwdPrwR()doubleDoppler.getFractionH()doubleDoppler.getFractionH2()doubleDoppler.getFractionH3()doubleESSIonSourceMFC.getH2FlowR()doubleSpaceChargeCompensation.getN2Flow()doubleIris.getOffsetX()doubleIris.getOffsetY()intChopper.getStatusOnOff()intRepellerElectrode.getStatusOnOff()doubleESSIonSourceMFC.getVoltage()doubleEMU.getXAlphaTwiss()doubleNPM.getXAlphaTwiss()doubleEMU.getXBetaTwiss()doubleNPM.getXBetaTwiss()doubleEMU.getXEmittance()doubleNPM.getXpAvg()doubleNPM.getXSigmaAvg()doubleEMU.getYAlphaTwiss()doubleNPM.getYAlphaTwiss()doubleEMU.getYBetaTwiss()doubleNPM.getYBetaTwiss()doubleEMU.getYEmittance()doubleNPM.getYpAvg()doubleNPM.getYSigmaAvg() -
Uses of GetException in xal.plugin.epics7
Methods in xal.plugin.epics7 that throw GetExceptionModifier and TypeMethodDescriptionorg.epics.pvdata.pv.PVStructureorg.epics.pvdata.pv.PVStructurevoidEpics7Channel.getCallback(String request, EventListener listener) voidEpics7Channel.getCallback(String request, EventListener listener, boolean attemptConnection) protected org.epics.pvdata.pv.PVStructureEpics7Channel.getControl()protected org.epics.pvdata.pv.PVStructureEpics7Channel.getDisplay()Epics7Channel.getRawStatusRecord()protected ChannelStatusRecordEpics7Channel.getRawStringStatusRecord()protected ChannelTimeRecordEpics7Channel.getRawStringTimeRecord()protected ChannelRecordEpics7Channel.getRawStringValueRecord()Epics7Channel.getRawTimeRecord()protected voidEpics7Channel.getRawValueCallback(IEventSinkValue listener) protected voidEpics7Channel.getRawValueCallback(IEventSinkValue listener, boolean attemptConnection) Epics7Channel.getRawValueRecord()voidEpics7Channel.getRawValueTimeCallback(IEventSinkValTime listener, boolean attemptConnection) Epics7Channel.getUnits()protected org.epics.pvdata.pv.PVStructureEpics7Channel.getVAlueAlarm()Epics7Channel.rawLowerAlarmLimit()Epics7Channel.rawLowerControlLimit()Epics7Channel.rawLowerDisplayLimit()Epics7Channel.rawLowerWarningLimit()Epics7Channel.rawUpperAlarmLimit()Epics7Channel.rawUpperControlLimit()Epics7Channel.rawUpperDisplayLimit()Epics7Channel.rawUpperWarningLimit() -
Uses of GetException in xal.plugin.epics7.server
Methods in xal.plugin.epics7.server that throw GetExceptionModifier and TypeMethodDescriptionEpics7ServerChannel.getRawStatusRecord()Epics7ServerChannel.getRawTimeRecord()protected voidEpics7ServerChannel.getRawValueCallback(IEventSinkValue listener) protected voidEpics7ServerChannel.getRawValueCallback(IEventSinkValue listener, boolean attemptConnection) Epics7ServerChannel.getRawValueRecord()voidEpics7ServerChannel.getRawValueTimeCallback(IEventSinkValTime listener, boolean attemptConnection) -
Uses of GetException in xal.smf.impl
Methods in xal.smf.impl that throw GetExceptionModifier and TypeMethodDescriptionstatic WireHarp.DaqConfigConvenience method for retrieving a new initialized data structure populated from the given device state.static WireHarp.DevConfigReturns the defined set of configuration parameters currently used for the given device.static WireHarp.DevStatusConvenience method for retrieving a new initialized data structure populated from the given device state.static WireScanner.DataFitWireScanner.DataFit.acquire(WireScanner ws) Convenience method for retrieving a new initialized data structure populated from the given device state.static WireScanner.DataLiveArrWireScanner.DataLiveArr.acquire(WireScanner ws) Convenience method for retrieving a new initialized data structure populated from the given device state.static WireScanner.DataLivePtWireScanner.DataLivePt.acquire(WireScanner ws) Convenience method for retrieving a new initialized data structure populated from the given device state.static WireScanner.DataRawWireScanner.DataRaw.acquire(WireScanner ws) Convenience method for retrieving a new initialized data structure populated from the given device state.WireScanner.DblGaussFitAttrSet.acquire(ProfileDevice ws) Convenience method for retrieving a new initialized data structure populated from the given device state.static WireScanner.DevStatusWireScanner.DevStatus.acquire(ProfileDevice ws) Convenience method for retrieving a new initialized data structure populated from the given device state.static WireScanner.GaussFitAttrSetWireScanner.GaussFitAttrSet.acquire(ProfileDevice ws) Convenience method for retrieving a new initialized data structure populated from the given device state.static WireScanner.PrcgConfigWireScanner.PrcgConfig.acquire(ProfileDevice ws) Convenience method for retrieving a new initialized data structure populated from the given device state.static WireScanner.ScanConfigWireScanner.ScanConfig.acquire(ProfileDevice ws) Return the set of profile scan configuration parameters.static WireScanner.SmplConfigWireScanner.SmplConfig.acquire(ProfileDevice ws) Convenience method for retrieving a new initialized data structure populated from the given device state.WireScanner.StatisticalAttrSet.acquire(ProfileDevice ws) Convenience method for retrieving a new initialized data structure populated from the given device state.static WireScanner.TraceWireScanner.Trace.acquire(WireScanner ws) Convenience method for retrieving a new initialized data structure populated from the given device state.static WireScanner.TrgConfigWireScanner.TrgConfig.acquire(ProfileDevice ws) Convenience method for retrieving a new initialized data structure populated from the given device state.voidWireScanner.analysisParametersSelect(ProfileDevice.MACROPULSE enmBmSct, double dblBmFrac) Changes the data processing parameters (see) so that the on-board controller selects the beam micro-bunch section for computing measurement results.WireScanner.PrcgConfigstatic WireHarp.DataFitConvenience method for retrieving a new, initialized measurement set acquired from the given device.static WireHarp.DataRawConvenience method for retrieving a new, initialized measurement set acquired from the given device.static WireHarp.FitAttrSetConvenience method for retrieving a new, initialized data structure populated from the current given device state.static WireScanner.ActrConfigWireScanner.ActrConfig.aquire(ProfileDevice ws) Return the set of current device configuration parameters.doubleBPM.getAmpAvg()returns average bpm Amplitude signal over macropulse (au)double[]BPM.getAmpTBT()returns bpm amplitude turn-by-turn arraybooleanRfCavity.getBlankBeam()Determine whether the beam is blankeddoubleRfCavity.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 experimentallydoubleRfCavity.getCavAmpSetPoint()return the present live set point for the amplitudedoubleRfCavity.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 experimentallydoubleRfCavity.getCavPhaseSetPoint()return the present live set point for the phaseint[]WireHarp.getCommandResult()Returns the command result code(s).int[]WireScanner.getCommandResult()Returns the command result code(s).doubleElectromagnet.getCurrent()Get the main power supply current in this electromagnet via ca (A)doubleMagnetPowerSupply.getCurrent()Get the magnet power supply currentintElectromagnet.getCycleState()Gets the cycle state of the magnet.intMagnetPowerSupply.getCycleState()Gets the cycle state of the magnet.doubleProfileMonitor.getDAmplF()use this to get the d amp fitdoubleProfileMonitor.getDAmplM()use this to get the d amp rmsdoubleProfileMonitor.getDAreaF()use this to get the d area fitdoubleProfileMonitor.getDAreaM()use this to get the d area rmsdoubleProfileMonitor.getDData()get the d real data streamdouble[]ProfileMonitor.getDDataArray()get the d data array []double[]ProfileMonitor.getDFitArray()get the d fit array []doubleProfileMonitor.getDMeanF()use this to get the d mean fitdoubleProfileMonitor.getDMeanM()use this to get the d mean rmsdoubleProfileMonitor.getDOffsetF()use this to get the d offset fitdoubleProfileMonitor.getDOffsetM()use this to get the d offset rmsdouble[]ProfileMonitor.getDPos()get the array with d (diagonal) positions in mmdouble[]ProfileMonitor.getDRaw()get the raw diagonal intensity array [AU]doubleProfileMonitor.getDSigmaF()use this to get the d sigma fitdoubleProfileMonitor.getDSigmaM()use this to get the d sigma rmsdoubleProfileMonitor.getDSlopeF()use this to get the d slope fitdoubleProfileMonitor.getDSlopeM()use this to get the d slope rmsdoubleElectromagnet.getField()Get the field in this electromagnet via ca.doubleElectrostatic.getField()Get the field in this electromagnet via ca.doubleMagnetMainSupply.getField()Get the field contribution from this power supply.doubleMagnetTrimSupply.getField()Get the trim field contribution from this power supply.doubleElectromagnet.getFieldInt()Get the integrated field in this electromagnet T-m/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.doubleElectromagnet.getFieldReadback()Get the field in this electromagnet via ca.doubleElectrostatic.getFieldReadback()Get the field in this electromagnet via ca.doubleElectromagnet.getFieldSetting()Get the value to which the main power supply's field contribution is set.doubleElectrostatic.getFieldSetting()Get the value to which the main power supply's field contribution is set.doubleMagnetMainSupply.getFieldSetting()Get the value to which the field is set.doubleMagnetTrimSupply.getFieldSetting()Get the value to which the field is set.doubleRfGap.getGapAmpAvg()return the RF amplitude in the gap (kV/m).doubleRfGap.getGapE0TL()This is the product of the field * gap length * TTFdoubleRfGap.getGapPhaseAvg()This includes the calibration offset factor if it has been setdoubleProfileMonitor.getHAmplF()use this to get the h amp fitdoubleProfileMonitor.getHAmplM()use this to get the h amp rmsdoubleProfileMonitor.getHAreaF()use this to get the h area fitdoubleProfileMonitor.getHAreaM()use this to get the h area rmsdoubleProfileMonitor.getHData()get the h real data streamdouble[]ProfileMonitor.getHDataArray()get the h data array []double[]ProfileMonitor.getHFitArray()get the h fit array []doubleProfileMonitor.getHMeanF()use this to get the h mean fitdoubleProfileMonitor.getHMeanM()use this to get the h mean rmsdoubleProfileMonitor.getHOffsetF()use this to get the h offset fitdoubleProfileMonitor.getHOffsetM()use this to get the h offset rmsdouble[]ProfileMonitor.getHPos()get the array with h (horizontal) positions in mmdouble[]ProfileMonitor.getHRaw()get the raw horizontal intensity array [AU]doubleProfileMonitor.getHSigmaF()use this to get the h sigma fitdoubleProfileMonitor.getHSigmaM()use this to get the h sigma rmsdoubleProfileMonitor.getHSlopeF()use this to get the h slope fitdoubleProfileMonitor.getHSlopeM()use this to get the h slope rmsdoubleCurrentMonitor.getIAvg()Average beam currentdoubleCurrentMonitor.getIMax()Maximum beam currentdouble[]CurrentMonitor.getITBT()Turn by turn currentdouble[]CurrentMonitor.getITBTWithBeamOnly()Get the portion of ITBT array with beam on only.doubleKlystron.getKlysAmp()Get the klystron's amplitude.doubleKlystron.getKlysPhase()Get the klystron's phase.doubleBLM.getLossAvg()returns average lossdoubleBLM.getLossInt()returns integrated lossintProfileMonitor.getNSteps()use this to get the number of steps of the scandoubleBPM.getPhaseAvg()returns average bpm phase signal over macropulse (au)double[]BPM.getPhaseTBT()returns bpm phase turn-by-turn arraydoubleProfileMonitor.getPos()use this to get the real time position of the wire [mm]double[]ProfileMonitor.getPosArray()get the position data array []doubleVacuum.getPressure()returns pressure (Torr)doubleCurrentMonitor.getQIntegral()Integrated current over macropulsedoubleProfileMonitor.getScanLength()use this to get the length of the scan [mm]intRingBPM.getStage1Gain()returns stage 1 gainintRingBPM.getStage1Len()returns stage 1 lengthintRingBPM.getStage1Method()returns stage 1 methodintRingBPM.getStage2Gain()returns stage 2 gainintRingBPM.getStage2Len()returns stage 2 lengthintRingBPM.getStage2Method()returns stage 2 methodintRingBPM.getStage3Gain()returns stage 3 gainintRingBPM.getStage3Len()returns stage 3 lengthintRingBPM.getStage3Method()returns stage 3 methodintRingBPM.getStage4Gain()returns stage 4 gainintRingBPM.getStage4Len()returns stage 4 lengthintRingBPM.getStage4Method()returns stage 4 methoddouble[]ProfileMonitor.getStatusArray()get the status array []doubleBLM.getTAvgLen()returns length of the averaged period (micro-sec)doubleBPM.getTAvgLen()returns length of the averaged period (micro-sec)doubleCurrentMonitor.getTAvgLen()Averaged pulse lengthdoubleCurrentMonitor.getTDelay()Time delaydoubleElectromagnet.getTotalFieldSetting()Get the value to which the field is set including both the main supply and possible trim supply contributions.doubleElectrostatic.getTotalFieldSetting()Get the value to which the field is set including both the main supply and possible trim supply contributions.doubleTrimmedQuadrupole.getTotalFieldSetting()Get the value to which the field is set including both the main supply and trim supply contributions.doubleMagnetTrimSupply.getTrimCurrent()Get the magnet trim power supply currentdoubleTrimmedQuadrupole.getTrimCurrent()Get the trim power supply current in this electromagnet via ca (A)doubleTrimmedQuadrupole.getTrimFieldSetting()Get the value to which the trim supply's field contribution is set.doubleProfileMonitor.getVAmplF()use this to get the v amp fitdoubleProfileMonitor.getVAmplM()use this to get the v amp rmsdoubleProfileMonitor.getVAreaF()use this to get the v area fitdoubleProfileMonitor.getVAreaM()use this to get the v area rmsdoubleProfileMonitor.getVData()get the v real data streamdouble[]ProfileMonitor.getVDataArray()get the v data array []double[]ProfileMonitor.getVFitArray()get the v fit array []doubleProfileMonitor.getVMeanF()use this to get the v mean fitdoubleProfileMonitor.getVMeanM()use this to get the v mean rmsdoubleProfileMonitor.getVOffsetF()use this to get the v offset fitdoubleProfileMonitor.getVOffsetM()use this to get the v offset rmsdoubleExtractionKicker.getVoltage()Get the voltage readback for this kicker's power supply.doubleExtractionKicker.getVoltageSetting()Get the voltage setting for this kicker's power supply.double[]ProfileMonitor.getVPos()get the array with v (vertical) positions in mmdouble[]ProfileMonitor.getVRaw()get the raw vertical intensity array [AU]doubleProfileMonitor.getVSigmaF()use this to get the v sigma fitdoubleProfileMonitor.getVSigmaM()use this to get the v sigma rmsdoubleProfileMonitor.getVSlopeF()use this to get the v slope fitdoubleProfileMonitor.getVSlopeM()use this to get the v slope rmsdoubleBPM.getXAvg()returns average X position over macropulse (mm) accounting for alignmentdoubleRingBPM.getXAvg(int stage) returns average X position for a certain stagedouble[]BPM.getXTBT()returns bpm x turn-by-turn arraydoubleBPM.getYAvg()returns average Y position over macropulse (mm) accounting for alignmentdoubleRingBPM.getYAvg(int stage) returns average Y position for a certain stagedouble[]BPM.getYTBT()returns bpm y turn-by-turn arraydoubleElectromagnet.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.doubleMagnetMainSupply.lowerAlarmFieldLimit()Get the field lower alarm limit in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.doubleElectromagnet.lowerCurrentLimit()get the main power supply current lower settable limit (A)doubleMagnetPowerSupply.lowerCurrentLimit()get the current lower settable limit (A)doubleElectromagnet.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.doubleMagnetMainSupply.lowerDisplayFieldLimit()get the field lower display limit in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.doubleElectromagnet.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.doubleMagnetMainSupply.lowerFieldLimit()get the field lower settable limit in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.doubleMagnetTrimSupply.lowerFieldLimit()get the field lower settable limit in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.doubleElectromagnet.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.doubleMagnetMainSupply.lowerWarningFieldLimit()Get the field lower warning limit in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.doubleElectromagnet.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.doubleMagnetMainSupply.upperAlarmFieldLimit()Get the field upper alarm limit in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.doubleElectromagnet.upperCurrentLimit()get the main power supply current lower settable limit (A)doubleMagnetPowerSupply.upperCurrentLimit()get the current lower settable limit (A)doubleElectromagnet.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.doubleMagnetMainSupply.upperDisplayFieldLimit()get the field upper display limit in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.doubleElectromagnet.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.doubleMagnetMainSupply.upperFieldLimit()get the field upper settable limit in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.doubleMagnetTrimSupply.upperFieldLimit()get the field upper settable limit in T/(m^(n-1)), where n = 1 for dipole, 2 for quad, etc.doubleElectromagnet.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.doubleMagnetMainSupply.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 GetExceptionModifierConstructorDescriptionCreate a newActrConfigobject initialize with values fetched from the given device.Create a newDaqConfigobject containing the status information of the given device.Creates a new instance ofDataFitand initializes the signal values by acquiring data from the given device.DataFit(WireScanner ws) Create a newDataFitobject initialize with values fetched from the given device.Create a newDataLiveArrobject initialize with values fetched from the given device.Create a newDataLiveobject initialize with values fetched from the given device.Creates a new instance ofDataRawand initializes the signal values by acquiring data from the given device.DataRaw(WireScanner ws) Create a newDataRawobject and initialize with values fetched from the given device.Create a newActrConfigobject initialize with values fetched from the given device.Create a newDevStatusobject containing the status information of the given device.Create a newDevStatusobject.Create a newDaqConfigobject initialize with values fetched from the given device.Create a newScanConfigobject initialize with values fetched from the given device.Create a newDaqConfigobject initialize with values fetched from the given device.Create a newTrgConfigobject initialize with values fetched from the given device. -
Uses of GetException in xal.smf.impl.profile
Methods in xal.smf.impl.profile that throw GetExceptionModifier and TypeMethodDescription<T extends ParameterSet>
TProfileDevice.acquireConfig(Class<T> clsType) Retrieves a given set of configuration parameter values.<T extends SignalSet>
TProfileDevice.acquireData(Class<T> clsType) Acquires the current measurement data from the wire scanner data buffers.voidSignalSet.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 GetExceptionModifierConstructorDescriptionprotectedParameterSet(ProfileDevice smfDev) Create a newWireScanner.ParameterSetobject.protectedSignalAttrs(List<ScadaFieldDescriptor> lstPfdSet, AcceleratorNode ws) Create a new, initializedSignalAttrsobject.protectedCreate a new, initializedProfileAttrSetobject.protectedSignalSet(ProfileDevice smfDev) Create a newSignalSetobject initializing it with values acquired from the given device. -
Uses of GetException in xal.smf.scada
Methods in xal.smf.scada that throw GetExceptionModifier and TypeMethodDescriptionvoidScadaRecord.loadHardwareValues(AcceleratorNode smfDev) Populate the fields of this data set with the current Process Variable values of the given device.protected voidScadaRecord.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 GetExceptionModifierConstructorDescriptionprotectedScadaRecord(AcceleratorNode smfDev) Creates a newScadaStructobject which is initialized from the data provided by the given hardware object.