class RBend : public Component

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Interface for rectangular bend.

Class RBend defines the abstract interface for rectangular bend magnets. A rectangular bend magnet has a rectilinear geometry about which its multipole components are specified.

Type:	Abstract
Superclasses:	public Component
Include file:	./AbsBeamline/RBend.hh

Inheritance

Synopsis (including inherited members):

• Public members:
  • RBend (const string&) ;
  • RBend () ;
  • RBend (const RBend&) ;
  • virtual ~RBend () ;
  • virtual void accept (BeamlineVisitor&)const ;
  • virtual double getB ()const = 0 ;
  • virtual RBendGeometry& getGeometry () = 0 ;
  • virtual const RBendGeometry& getGeometry ()const = 0 ;
  • virtual BMultipoleField& getField () = 0 ;
  • virtual const BMultipoleField& getField ()const = 0 ;
  • double getNormalComponent (int)const ;
  • double getSkewComponent (int)const ;
  • void setNormalComponent (int,double) ;
  • void setSkewComponent (int,double) ;
  • virtual double getEntryFaceRotation ()const = 0 ;
  • virtual double getExitFaceRotation ()const = 0 ;
  • virtual double getEntryFaceCurvature ()const = 0 ;
  • virtual double getExitFaceCurvature ()const = 0 ;
  • EVector Efield (const Point3D&)const ;
  • BVector Bfield (const Point3D&)const ;
  • EVector Efield (const Point3D&,double)const ;
  • BVector Bfield (const Point3D&,double)const ;
  • EBVectors EBfield (const Point3D&)const ;
  • EBVectors EBfield (const Point3D&,double)const ;
  • virtual const ElementBase& getDesign ()const ;
  • virtual void trackBunch (PartBunch&,const PartData&,bool,bool)const ;
  • virtual void trackMap (FVps<double,6>&,const PartData&,bool,bool)const ;
  • virtual const string& getName ()const ;
  • virtual void setName (const string&) ;
  • virtual const string& getType ()const = 0 ;
  • virtual double getArcLength ()const ;
  • virtual double getElementLength ()const ;
  • virtual void setElementLength (double) ;
  • virtual double getOrigin ()const ;
  • virtual double getEntrance ()const ;
  • virtual double getExit ()const ;
  • virtual Euclid3D getTransform (double,double)const ;
  • virtual Euclid3D getTransform (double)const ;
  • virtual Euclid3D getTotalTransform ()const ;
  • virtual Euclid3D getEntranceFrame ()const ;
  • virtual Euclid3D getExitFrame ()const ;
  • virtual Euclid3D getEntrancePatch ()const ;
  • virtual Euclid3D getExitPatch ()const ;
  • virtual double getAttribute (const string&)const ;
  • virtual bool hasAttribute (const string&)const ;
  • virtual void removeAttribute (const string&) ;
  • virtual void setAttribute (const string&,double) ;
  • virtual Channel* getChannel (const string&) ;
  • virtual const ConstChannel* getConstChannel (const string&)const ;
  • virtual ElementImage* getImage ()const ;
  • virtual ElementBase* clone ()const = 0 ;
  • virtual ElementBase* copyStructure () ;
  • bool isSharable ()const ;
  • virtual void makeSharable () ;
  • virtual ElementBase* makeAlignWrapper () ;
  • virtual ElementBase* makeFieldWrapper () ;
  • virtual ElementBase* makeWrappers () ;
  • virtual ElementBase* removeAlignWrapper () ;
  • virtual const ElementBase* removeAlignWrapper ()const ;
  • virtual ElementBase* removeFieldWrapper () ;
  • virtual const ElementBase* removeFieldWrapper ()const ;
  • virtual ElementBase* removeWrappers () ;
  • virtual const ElementBase* removeWrappers ()const ;
  • bool update (const AttributeSet&) ;
  • int addReference ()const ;
  • int removeReference ()const ;
  • bool isShared ()const ;

Documentation:

• Public members:

  RBend (const string&) ;

  Constructor with given name.

  virtual void accept (BeamlineVisitor&)const ;

  Apply visitor to RBend.

  virtual double getB ()const = 0 ;

  Get dipole field of RBend.

  virtual double getEntryFaceCurvature ()const = 0 ;

  Get entry pole face curvature.
  Return the curvature of the entry pole face. A positive curvature creates a convex pole face.

  virtual double getEntryFaceRotation ()const = 0 ;

  Get pole entry face rotation.
  Return the rotation of the entry pole face with respect to the x-axis. A positive angle rotates the pole face normal away from the centre of the machine.

  virtual double getExitFaceCurvature ()const = 0 ;

  Get exit pole face curvature.
  Return the curvature of the exit pole face. A positive curvature creates a convex pole face.

  virtual double getExitFaceRotation ()const = 0 ;

  Get exit pole face rotation.
  Return the rotation of the exit pole face with respect to the x-axis. A positive angle rotates the pole face normal away from the centre of the machine.

  virtual BMultipoleField& getField () = 0 ;

  Get multipole expansion of field.
  Version for non-constant object.

  virtual const BMultipoleField& getField ()const = 0 ;

  Get multipole expansion of field.
  Version for constant object.

  virtual RBendGeometry& getGeometry () = 0 ;

  Get RBend geometry.
  Version for non-constant object.

  virtual const RBendGeometry& getGeometry ()const = 0 ;

  Get RBend geometry
  Version for constant object.

  double getNormalComponent (int)const ;

  Get normal component.
  Return the normal component of order n in T/m**(n-1). If n is larger than the maximum order, the return value is zero.

  double getSkewComponent (int)const ;

  Get skew component.
  Return the skew component of order n in T/m**(n-1). If n is larger than the maximum order, the return value is zero.

  void setNormalComponent (int,double) ;

  Set normal component.
  Set the normal component of order n in T/m**(n-1). If n is larger than the maximum order, the component is created.

  void setSkewComponent (int,double) ;

  Set skew component.
  Set the skew component of order n in T/m**(n-1). If n is larger than the maximum order, the component is created.