Uses of Package
xal.smf.impl

Packages that use xal.smf.impl

Package	Description
xal.extension.fxapplication.widgets
xal.extension.jels.smf
xal.extension.jels.smf.impl
xal.service.pvlogger.sim
xal.smf
xal.smf.impl

Classes in xal.smf.impl used by xal.extension.fxapplication.widgets

Class	Description
MagnetPowerSupply	PowerSupply is the abstract super class of all power supplies.

Classes in xal.smf.impl used by xal.extension.jels.smf

Class	Description
MagnetMainSupply	MainMagnetSupply represents a power supply that is the main supply for a magnet.

Classes in xal.smf.impl used by xal.extension.jels.smf.impl

Class	Description
Bend	Bend is used to represent a normal horizontal dipole magnet rather than a corrector.
BPM	The implementation of the BPM class.
Dipole	The implementation of the Dipole element.
DipoleCorr	Base class for dipole correctors.
Electromagnet	Electromagnet is the base class representation of an electromagnet.
Magnet	The abstract Magnet Class element.
RfCavity	The implementation of the RF Cavity element.
RfGap	The implementation of the RF gap element.

Classes in xal.smf.impl used by xal.service.pvlogger.sim

Class	Description
Electromagnet	Electromagnet is the base class representation of an electromagnet.

Classes in xal.smf.impl used by xal.smf

Class	Description
Bend	Bend is used to represent a normal horizontal dipole magnet rather than a corrector.
BPM	The implementation of the BPM class.
DipoleCorr	Base class for dipole correctors.
MagnetMainSupply	MainMagnetSupply represents a power supply that is the main supply for a magnet.
MagnetPowerSupply	PowerSupply is the abstract super class of all power supplies.
MagnetTrimSupply	TrimMagnetSupply is a power supply that represents a trim magnet supply.
Marker	node representing a simple marker
PermQuadrupole	PermQuadrupole implements an Permanent magnet Quadrupole.
Quadrupole	Quadrupole implements an Electromagnet Quadrupole supplied by a single power supply.
RfCavity	The implementation of the RF Cavity element.
RfGap	The implementation of the RF gap element.

Classes in xal.smf.impl used by xal.smf.impl

Class	Description
BLM	The implementation of the BLM class.
BPM	The implementation of the BPM class.
Dipole	The implementation of the Dipole element.
DipoleCorr	Base class for dipole correctors.
Electromagnet	Electromagnet is the base class representation of an electromagnet.
Electrostatic
GenericNode	GenericNode represents a node whose properties are defined by the data input.
Magnet	The abstract Magnet Class element.
MagnetMainSupply	MainMagnetSupply represents a power supply that is the main supply for a magnet.
MagnetPowerSupply	PowerSupply is the abstract super class of all power supplies.
MagnetTrimSupply	TrimMagnetSupply is a power supply that represents a trim magnet supply.
PermanentMagnet	PermanentMagnet is the superclass of all permanent magnet classes.
Quadrupole	Quadrupole implements an Electromagnet Quadrupole supplied by a single power supply.
RfCavity	The implementation of the RF Cavity element.
RfGap	The implementation of the RF gap element.
TrimmedMagnet	interface for trimmable magnets
Vacuum	The abstract Vacuum Class element.
WireHarp	Wire Harp Hardware
WireHarp.CMD	Wire Scanner Commands
WireHarp.DaqConfig	Class WireHarp.DaqConfig.
WireHarp.DataFit	Structure for maintaining a WireHarp profile data fits.
WireHarp.DataRaw	Structure for maintaining a WireHarp profile data measurement.
WireHarp.DevConfig	Data structure containing the configuration parameters for a WireHarp device.
WireHarp.DevStatus	Contains device status parameters.
WireHarp.FitAttrSet	Data structure containing the profile signal characteristics.
WireScanner	Wire Scanner Hardware
WireScanner.ActrConfig	This class is a data structure for managing scan actuator configuration data parameters.
WireScanner.CMD	Wire Scanner Commands
WireScanner.CMDARG	Valid arguments to commands accepting arguments.
WireScanner.CmdPck	A class-level representation of a wire-scanner command.
WireScanner.DataFit	Data structure containing the fitted profile data available after data acquisition (i.e., the profile fit as computed by the acquisition software).
WireScanner.DataLiveArr	Data structure contain the profile data available during data acquisition in a point-by-point fashion (i.e., as the scan progress).
WireScanner.DataLivePt	Data structure contain the profile data available during data acquisition in a point-by-point fashion (i.e., as the scan progress).
WireScanner.DataRaw	Data structure containing the profile data available after data acquisition (i.e., once the scan is complete).
WireScanner.DblGaussFitAttrSet	Data structure containing the profile data characteristics when modelled as a Double Gaussian signal.
WireScanner.DevStatus	Contains device status parameters.
WireScanner.GaussFitAttrSet	Data structure containing the profile data characteristics when modeled as a Gaussian signal.
WireScanner.PrcgConfig	Data structure containing the configuration parameters for the on-board data processing and analysis.
WireScanner.ScanConfig	This class is a data structure for managing scan configuration parameters.
WireScanner.SmplConfig	Data structure containing the sampling parameters for data acquisition.
WireScanner.StatisticalAttrSet	Data structure containing the profile data characteristics when modelled as a Double Gaussian signal.
WireScanner.Trace	Data structure containing the last available raw data trace as defined by the sample rate and duration.
WireScanner.TrgConfig	Data structure containing configuration parameters for DAQ triggering.