Uses of Class
org.scictrl.mp.orbitcorrect.ControlSystemException
Package
Description
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Uses of ControlSystemException in org.scictrl.mp.orbitcorrect
ModifierConstructorDescriptionControlSystemException
(String s, Object source, Throwable intercepted, ControlSystemException previous) ControlSystemException constructor comment. -
Uses of ControlSystemException in org.scictrl.mp.orbitcorrect.accessories
Modifier and TypeMethodDescriptionconnect.<T> IDataConnector
<T> DefaultControlSystemEngine.connect
(IBindedElement<T> el) connect.<T> T
getValue.void
DefaultControlSystemEngine.setFast
(IWriteConnector<Double>[] properties, double[] values) setFast. -
Uses of ControlSystemException in org.scictrl.mp.orbitcorrect.correction
Modifier and TypeMethodDescriptionvoid
OrbitCorrectionController.applyCorrection
(OrbitCorrectionOperator op, Correction corr) applyCorrection.void
OrbitCorrectionController.applyUndo
(OrbitCorrectionOperator op) Execute undo operation, if possible. -
Uses of ControlSystemException in org.scictrl.mp.orbitcorrect.correction.automatic
Modifier and TypeMethodDescriptionprotected void
TimeBasedAutomaticOC.executeCorectionStep
(Orientation ori, JProgressBar prog, AutomaticOrbitCorrectionOperator operator) executeCorectionStep. -
Uses of ControlSystemException in org.scictrl.mp.orbitcorrect.epics
Modifier and TypeMethodDescriptionconnect.<T> org.scictrl.csshell.Connection
<?, T, ?> connect.<T> IDataConnector
<T> EControlSystemEngine.connect
(IBindedElement<T> el) connect.EDataConnectorD.getFormat()
getFormat.EDataConnectorDD.getFormat()
getFormat.double
EDataConnectorD.getMaxValue()
getMaxValue.double
EDataConnectorDD.getMaxValue()
getMaxValue.double
EDataConnectorD.getMinValue()
getMinValue.double
EDataConnectorDD.getMinValue()
getMinValue method comment.<T> T
getValue.void
set.void
EControlSystemEngine.setFast
(IWriteConnector<Double>[] properties, double[] values) setFast. -
Uses of ControlSystemException in org.scictrl.mp.orbitcorrect.model
Modifier and TypeMethodDescriptionconnect.<T> IDataConnector
<T> IControlSystemEngine.connect
(IBindedElement<T> el) connect.IDataConnector.getFormat()
getFormat.double
IWriteConnector.getMaxValue()
getMaxValue.double
IWriteConnector.getMinValue()
getMinValue.<T> T
getValue.void
set.void
IControlSystemEngine.setFast
(IWriteConnector<Double>[] properties, double[] values) setFast. -
Uses of ControlSystemException in org.scictrl.mp.orbitcorrect.model.optics
Modifier and TypeMethodDescriptionint
DataBush.applyFast
(ElementList<AbstractDataBushElement> cor) Perform fast apply for elements in list.int
DataBushHandler.applyFast
(ElementList<AbstractDataBushElement> cor) This method applies correctors by calling method_applyFromMagnets
on them.DataBushHandler.connectBPM
(BPMonitor el) connectBPM.DataBushHandler.connectFrequencyProperty
(RFGenerator rf) connectFrequencyProperty.DataBushHandler.connectInfoProperty
(DataBushInfo info) This method on control system findsDoubleProperty
, which represent energy, and return it.DataBushHandler.connectPowerSuply
(PowerSupply ps) This method on control system findsRWDoubleProperty
, which represent current (which current define parameter string), and return it.double
AbstractCorrector.getMaxAngle()
This method return maximal angle of change beam path, that can be caused by this element.double
PowerSupply.getMaxCurrent()
This method return maximum current, that can power supply safely exceed.double
AbstractBending.getMaxEnergy()
This method return miximal energy that can be safely exceeded by this magnet.double
RFGenerator.getMaxFrequency()
This method return maximum current, that can power supply safely exceed.double
Quadrupole.getMaxQuadrupoleStrength()
This method returns maximal quadrupole strength, which can be achived.double
AbstractCorrector.getMinAngle()
This method return minimal angle of change beam path, that can be caused by this element.double
PowerSupply.getMinCurrent()
This method return minimum current, that can power supply exceed.double
AbstractBending.getMinEnergy()
This method return minimal energy that can be exceeded by this magnet.double
RFGenerator.getMinFrequency()
This method return minimum current, that can power supply exceed.double
Quadrupole.getMinQuadrupoleStrength()
This method returns minimal quadrupole strength, which can be achived.