class AbstractMapper : public DefaultVisitor

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Build transfer map.

An abstract visitor class implementing the default behaviour for all visitors capable of tracking a transfer map through a beam line. It implements access to the accumulated map, and keeps track of the beam reference data. This class redefines all visitXXX() methods for elements as pure to force their implementation in derived classes.

Type:	Abstract
Superclasses:	public DefaultVisitor
Include file:	./Algorithms/AbstractMapper.hh

Inheritance

Synopsis (including inherited members):

• Public members:
  • AbstractMapper (const Beamline&,const PartData&,bool,bool) ;
  • virtual ~AbstractMapper () ;
  • virtual void getMap (LinearMap<double,6>&)const = 0 ;
  • virtual void getMap (FVps<double,6>&)const = 0 ;
  • virtual void setMap (const LinearMap<double,6>&) = 0 ;
  • virtual void setMap (const FVps<double,6>&) = 0 ;
  • virtual void visitBeamBeam (const BeamBeam&) = 0 ;
  • virtual void visitCollimator (const Collimator&) = 0 ;
  • virtual void visitComponent (const Component&) = 0 ;
  • virtual void visitCorrector (const Corrector&) = 0 ;
  • virtual void visitDiagnostic (const Diagnostic&) = 0 ;
  • virtual void visitDrift (const Drift&) = 0 ;
  • virtual void visitLambertson (const Lambertson&) = 0 ;
  • virtual void visitMarker (const Marker&) = 0 ;
  • virtual void visitMonitor (const Monitor&) = 0 ;
  • virtual void visitMultipole (const Multipole&) = 0 ;
  • virtual void visitPatch (const Patch&) = 0 ;
  • virtual void visitRBend (const RBend&) = 0 ;
  • virtual void visitRFCavity (const RFCavity&) = 0 ;
  • virtual void visitRFQuadrupole (const RFQuadrupole&) = 0 ;
  • virtual void visitSBend (const SBend&) = 0 ;
  • virtual void visitSeparator (const Separator&) = 0 ;
  • virtual void visitSeptum (const Septum&) = 0 ;
  • virtual void visitSolenoid (const Solenoid&) = 0 ;
  • virtual void execute () ;
  • virtual void visitBeamline (const Beamline&) ;
  • virtual void visitFlaggedElmPtr (const FlaggedElmPtr&) ;
  • virtual void visitAlignWrapper (const AlignWrapper&) ;
  • virtual void visitCorrectorWrapper (const CorrectorWrapper&) ;
  • virtual void visitMultipoleWrapper (const MultipoleWrapper&) ;
  • virtual void visitRBendWrapper (const RBendWrapper&) ;
  • virtual void visitSBendWrapper (const SBendWrapper&) ;
  • virtual void visitIntegrator (const Integrator&) ;
  • virtual void visitMapIntegrator (const MapIntegrator&) ;
  • virtual void visitTrackIntegrator (const TrackIntegrator&) ;
• Protected Members:
  • FTps<double,6> buildMultipoleVectorPotential (const BMultipoleField&) ;
  • FTps<double,6> buildSBendVectorPotential (const BMultipoleField&,double) ;
  • const PartData itsReference ;
  • const Beamline& itsLine ;
  • bool back_beam ;
  • bool back_track ;
  • bool local_flip ;
  • double flip_B ;
  • double flip_s ;

Documentation:

• Public members:

  AbstractMapper (const Beamline&,const PartData&,bool,bool) ;

  Constructor.
  The beam line to be tracked is bl. The particle reference data are taken from data. If revBeam is true, the beam runs from s = C to s = 0. If revTrack is true, we track against the beam.

  virtual void getMap (LinearMap<double,6>&)const = 0 ;

  Return the linear part of the accumulated map.

  virtual void getMap (FVps<double,6>&)const = 0 ;

  Return the full map accumulated so far.

  virtual void setMap (const LinearMap<double,6>&) = 0 ;

  Reset the linear part of the accumulated map for restart.

  virtual void setMap (const FVps<double,6>&) = 0 ;

  Reset the full map for restart.

  virtual void visitBeamBeam (const BeamBeam&) = 0 ;

  Apply the algorithm to a beam-beam.

  virtual void visitCollimator (const Collimator&) = 0 ;

  Apply the algorithm to a collimator.

  virtual void visitComponent (const Component&) = 0 ;

  Apply the algorithm to an arbitrary component.

  virtual void visitCorrector (const Corrector&) = 0 ;

  Apply the algorithm to a corrector.

  virtual void visitDiagnostic (const Diagnostic&) = 0 ;

  Apply the algorithm to a diagnostic.

  virtual void visitDrift (const Drift&) = 0 ;

  Apply the algorithm to a drift.

  virtual void visitLambertson (const Lambertson&) = 0 ;

  Apply the algorithm to a Lambertson.

  virtual void visitMarker (const Marker&) = 0 ;

  Apply the algorithm to a marker.

  virtual void visitMonitor (const Monitor&) = 0 ;

  Apply the algorithm to a monitor.

  virtual void visitMultipole (const Multipole&) = 0 ;

  Apply the algorithm to a multipole.

  virtual void visitPatch (const Patch&) = 0 ;

  Apply the algorithm to a patch.

  virtual void visitRBend (const RBend&) = 0 ;

  Apply the algorithm to a rectangular bend.

  virtual void visitRFCavity (const RFCavity&) = 0 ;

  Apply the algorithm to a RF cavity.

  virtual void visitRFQuadrupole (const RFQuadrupole&) = 0 ;

  Apply the algorithm to a RF quadrupole.

  virtual void visitSBend (const SBend&) = 0 ;

  Apply the algorithm to a sector bend.

  virtual void visitSeparator (const Separator&) = 0 ;

  Apply the algorithm to a separator.

  virtual void visitSeptum (const Septum&) = 0 ;

  Apply the algorithm to a septum.

  virtual void visitSolenoid (const Solenoid&) = 0 ;

  Apply the algorithm to a solenoid.

• Protected members:

  FTps<double,6> buildMultipoleVectorPotential (const BMultipoleField&) ;

  Construct the vector potential for a Multipole.

  FTps<double,6> buildSBendVectorPotential (const BMultipoleField&,double) ;

  Construct the vector potential for a SBend.

  const PartData itsReference ;

  The reference information.