BaseLinacNode#

class orbit.py_linac.lattice.BaseLinacNode(name='none')[source]#

Bases: orbit.lattice.AccNodeBunchTracker.AccNodeBunchTracker

The base abstract class of the linac accelerator elements hierarchy. It cannot be tilted. The direct subclasses of this class will be markers, user defined nodes etc.

Methods Summary

`getPosition`()	Returns the position of the node inside the sequence.
`getSequence`()	Returns the seqence.
`isRFGap`()	Returns False.
`setLinacTracker`([switch])	This method will switch tracker module to the linac specific traker by default
`setPosition`(pos)	Sets the position of the node inside the sequence.
`setSequence`(seq)	Sets the seqence.
`trackDesign`(paramsDict)	The RF First Gap nodes will reload this method to setup the design time of passage of the bunch through this node
`trackDesignBunch`(bunch[, paramsDict, ...])	It tracks the bunch through the AccNodeBunchTracker instance.

Methods Documentation

getPosition()[source]#: Returns the position of the node inside the sequence. If the node has non-zero length, the position is usually at the center.

getSequence()[source]#: Returns the seqence.

isRFGap()[source]#: Returns False. The RF Gap node returns True.

setLinacTracker(switch=True)[source]#: This method will switch tracker module to the linac specific traker by default

setPosition(pos)[source]#: Sets the position of the node inside the sequence. If the node has non-zero length, the position is usually at the center.

setSequence(seq)[source]#: Sets the seqence.

trackDesign(paramsDict)[source]#: The RF First Gap nodes will reload this method to setup the design time of passage of the bunch through this node

trackDesignBunch(bunch, paramsDict={}, actionContainer=None)[source]#: It tracks the bunch through the AccNodeBunchTracker instance.