Parallel capable? : yes

Parameter Name | Units | Type | Default | Description |

L | double | 0.0 | length | |

KNL | double | 0.0 | integrated geometric strength | |

TILT | double | 0.0 | rotation about longitudinal axis | |

BORE | double | 0.0 | bore radius | |

BTIPL | double | 0.0 | integrated field at pole tip, used if BORE nonzero | |

DX | double | 0.0 | misalignment | |

DY | double | 0.0 | misalignment | |

DZ | double | 0.0 | misalignment | |

FACTOR | double | 1 | factor by which to multiply strength | |

ORDER | long | 1 | multipole order | |

N_KICKS | long | 4 | number of kicks | |

SYNCH_RAD | long | `0` |
include classical synchrotron radiation? | |

GROUP | string | NULL | Optionally used to assign an element to a group, with a user-defined name. Group names will appear in the parameter output file in the column ElementGroup |

This element simulates a multipole element using 4th-order sympletic
integration. A single multipole order, , is given. The multipole
strength is specified by giving

(37) |

where is the beam rigidity. A quadrupole is , a sextupole is ,
and so on.

The relationship between the pole tip field and is

(38) |

where is the bore radius.