19#ifndef BDSINTEGRATORKICKERTHIN_H
20#define BDSINTEGRATORKICKERTHIN_H
22#include "BDSIntegratorMag.hh"
23#include "BDSIntegratorDipoleFringe.hh"
47 G4double minimumRadiusOfCurvatureIn);
56 virtual void Stepper(
const G4double yIn[],
57 const G4double dydx[],
62 virtual void OneStep(
const G4ThreeVector& localPos,
63 const G4ThreeVector& localMomUnit,
64 const G4ThreeVector& localMom,
67 G4ThreeVector& localPosOut,
68 G4ThreeVector& localMomOut)
const;
Integrator that ignores the field and uses the analytical solution for a dipole kick.
Integrator for thin h or v kick.
G4bool hasEntranceFringe
Cache if the fringe or pole face effects are to be applied.
G4double rho
Cache of variable.
const G4double hkick
Cache of variable.
BDSIntegratorDipoleFringe * fringeIntEntr
Separate fringe field integrators for entrance and exit fringes.
virtual void Stepper(const G4double yIn[], const G4double dydx[], const G4double h, G4double yOut[], G4double yErr[])
The stepper for integration.
const G4double vkick
Cache of variable.
G4double tiltAngle
Cache of variable.
const G4double brho
Cache of variable.
BDSIntegratorKickerThin()=delete
Private default constructor to enforce use of supplied constructor.
BDSIntegratorKickerThin & operator=(const BDSIntegratorKickerThin &)=delete
Assignment and copy constructor not implemented nor used.
BDSIntegratorKickerThin(BDSIntegratorKickerThin &)=delete
Assignment and copy constructor not implemented nor used.
Common functionality to BDSIM integrators.
Efficient storage of magnet strengths.