class LieMapper : public AbstractMapper

(Return to index)

Build a Lie-algebraic map using a finite-length lens for each elements.

All maps are factored in ascending Dragt-Finn order.

Phase space coordinates numbering:

number	name	unit
0	x	metres
1	px/pr	1
2	y	metres
3	py/pr	1
4	v*deltat	metres
5	deltap/pr	1

Where p_r is the constant reference momentum defining the reference frame velocity, m is the rest mass of the particles, and v is the instantaneous velocity of the particle.

Other units used:

quantity	unit
reference momentum	electron-volts
velocity	metres/second
accelerating voltage	volts
separator voltage	volts
frequencies	hertz
phase lags	2*pi

All elements are represented by maps for finite-length elements.

Type:	Instantiable
Superclasses:	public AbstractMapper
Include file:	./Algorithms/LieMapper.hh

Inheritance

Synopsis (including inherited members):

• Public members:
  • LieMapper (const Beamline&,const PartData&,bool,bool,int) ;
  • virtual ~LieMapper () ;
  • virtual void getMap (LinearMap<double,6>&)const ;
  • virtual void getMap (FVps<double,6>&)const ;
  • virtual void getMap (DragtFinnMap<3>&)const ;
  • virtual void setMap (const LinearMap<double,6>&) ;
  • virtual void setMap (const FVps<double,6>&) ;
  • virtual void setMap (const DragtFinnMap<3>&) ;
  • virtual void visitBeamBeam (const BeamBeam&) ;
  • virtual void visitCollimator (const Collimator&) ;
  • virtual void visitCorrector (const Corrector&) ;
  • virtual void visitDiagnostic (const Diagnostic&) ;
  • virtual void visitDrift (const Drift&) ;
  • virtual void visitLambertson (const Lambertson&) ;
  • virtual void visitMarker (const Marker&) ;
  • virtual void visitMonitor (const Monitor&) ;
  • virtual void visitMultipole (const Multipole&) ;
  • virtual void visitRBend (const RBend&) ;
  • virtual void visitRFCavity (const RFCavity&) ;
  • virtual void visitRFQuadrupole (const RFQuadrupole&) ;
  • virtual void visitSBend (const SBend&) ;
  • virtual void visitSeparator (const Separator&) ;
  • virtual void visitSeptum (const Septum&) ;
  • virtual void visitSolenoid (const Solenoid&) ;

Documentation:

• Public members:

  LieMapper (const Beamline&,const PartData&,bool,bool,int) ;

  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 ;

  Return the linear part of the accumulated map.

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

  Return the accumulated map.

  virtual void getMap (DragtFinnMap<3>&)const ;

  Return the full map accumulated so far.

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

  Reset the linear part of the accumulated map for restart.

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

  Reset the accumulated map for restart.

  virtual void setMap (const DragtFinnMap<3>&) ;

  Reset the full map for restart.

  virtual void visitBeamBeam (const BeamBeam&) ;

  Apply the algorithm to a BeamBeam.

  virtual void visitCollimator (const Collimator&) ;

  Apply the algorithm to a Collimator.

  virtual void visitCorrector (const Corrector&) ;

  Apply the algorithm to a Corrector.

  virtual void visitDiagnostic (const Diagnostic&) ;

  Apply the algorithm to a Diagnostic.

  virtual void visitDrift (const Drift&) ;

  Apply the algorithm to a Drift.

  virtual void visitLambertson (const Lambertson&) ;

  Apply the algorithm to a Lambertson.

  virtual void visitMarker (const Marker&) ;

  Apply the algorithm to a Marker.

  virtual void visitMonitor (const Monitor&) ;

  Apply the algorithm to a Monitor.

  virtual void visitMultipole (const Multipole&) ;

  Apply the algorithm to a Multipole.

  virtual void visitRBend (const RBend&) ;

  Apply the algorithm to a RBend.

  virtual void visitRFCavity (const RFCavity&) ;

  Apply the algorithm to a RFCavity.

  virtual void visitRFQuadrupole (const RFQuadrupole&) ;

  Apply the algorithm to a RFQuadrupole.

  virtual void visitSBend (const SBend&) ;

  Apply the algorithm to a SBend.

  virtual void visitSeparator (const Separator&) ;

  Apply the algorithm to a Separator.

  virtual void visitSeptum (const Septum&) ;

  Apply the algorithm to a Septum.

  virtual void visitSolenoid (const Solenoid&) ;

  Apply the algorithm to a Solenoid.