Package eu.ess.bled.devices.lattice
package eu.ess.bled.devices.lattice
eu.ess.bled.devices.lattice
contains the objects that are a part
of the accelerator lattice. All elements in this package are organized into a
sequence and have a physical and unique location within the accelerator.-
ClassDescription
Aperture
represents an aperture in the lattice.BeamlineElement
is the base element of the lattice.ApertureType
describes different types of apertures.BeamlineElementProperty
represents an additional property that can be defined for one beamline element.PropertyType
defines the type of the property value.BeamlineElementPropertyValue
represents a concrete value of one property of aBeamlineElement
.Bend
is an extension of theMagnet
, which describes a single bending magnet in the accelerator.Orientation
describes different magnet orientations.BPM
is a definition of the Beam Position Monitor.Corrector
is a definition of the beam correction element in the lattice.Drift
represents a drift space in the lattice.DTLCell
represents a Drift Tube Linac element as used in the TraceWin.ElectrostaticAcceleration
represents an electrostatic acceleration element.ElectrostaticBend
represents an electrostatic bend element.BendType
describes a type of electrostatic bend.ElectrostaticQuadrupole
represents an electrostatic quadrupole element.FieldMap
represents a field map element.LatticeCommands
represents the elements from the commands table, which stores all the commands in the system.Magnet
represents a physical magnet in the lattice.Marker
is an abstract beamline element of null length and aperture, which defines a particular location in the lattice.MultipoleMagnet
represents multi pole magnets in the beamline.MagnetType
describes different types of multipoles.NCell
describes a multiple cavity cell as used and defined in the TraceWin.RFCavity
represents an rf cavity element in the lattice.RFQCell
describes a radio frequency quadrupole cell as defined and used in TraceWin.ASolenoid
Magnet
.SpaceChargeCompensation
represents a space charge compensation.ThinLens
represents a thin lens element, which has a 0 length.