Project dipolefit
-----------------

Invoke with: ``import icecube.dipolefit``

C++ I3Modules
^^^^^^^^^^^^^

.. js:data:: I3DipoleFit

    ``"I3DipoleFit"`` *(C++ I3Module)*

    IceTray module to implement the dipole fit first guess routine.

    :param AmpWeightPower: *Default* = ``0.0``,
        Hits are weighted with the amplitude raised to this power. Typically 0.0 (for
        all hits weight=1) or 1.0 (weight=amplitude).

    :param DipoleStep: *Default* = ``0``,
        The dipole fit will (after sorting the hits to time) determine the 'dipole'
        direction as: sum(i) weight(i,i+N) * (pos(i+N) - pos(i) ) divided by the sum of
        the weights. With the DipoleStep option you set the value of N.

    :param IcePickServiceKey: *Default* = ``''``,
        Key for an IcePick in the context that this module should check before
        processing physics frames.

    :param If: *Default* = ``None``,
        A python function... if this returns something that evaluates to True, Module
        runs, else it doesn't

    :param InputRecoPulses: *Default* = ``''``,
        RecoPulses to use for input

    :param MinHits: *Default* = ``5``,
        Minimum number of hits: a dipole fit will not be tried if there are fewer.

    :param Name: *Default* = ``'DipoleFit'``,
        module's name


Python I3Modules
^^^^^^^^^^^^^^^^

.. js:data:: DFTest

    ``DFTest`` *(Python I3Module)*

    *<undocumented>*


.. js:data:: DFTestAMA

    ``DFTestAMA`` *(Python I3Module)*

    *<undocumented>*


.. js:data:: DFTestIC23

    ``DFTestIC23`` *(Python I3Module)*

    *<undocumented>*


.. js:data:: DFTestMinHit

    ``DFTestMinHit`` *(Python I3Module)*

    *<undocumented>*


.. js:data:: DFTestRecoos

    ``DFTestRecoos`` *(Python I3Module)*

    *<undocumented>*