Project core-removal
--------------------

Invoke with: ``import icecube.core_removal``

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

.. js:data:: I3CascadeFitCoreRemoval

    ``"I3CascadeFitCoreRemoval"`` *(C++ I3Module)*

    A module that is designed to separate a single set of pusles into two sets of
    pulses, based on a prior vertex seed, and a prior energy fit (although this can be
    done in-house using an energy to nch calibration).

    :param CorePulsesName: *Default* = ``''``,
        OUTPUT: The name of the Core pulses

    :param CriticalEnergy: *Default* = ``750.0``,
        INPUT: The energy below which the R_SPE -> Energy mapping is no longer linear
        (will be patched to a constant value by a 2nd order poly spline

    :param InputRecoPulseSeries: *Default* = ``'OfflinePulses'``,
        INPUT: The name of the Reco Pulse Series map to be split

    :param LambdaAttn: *Default* = ``29.0``,
        INPUT: The effective attenuation length in the ice. Determnes the slope for the
        energy to SPE Radius calibration

    :param MinimumSPERadius: *Default* = ``5.0``,
        The absolute minimum distance to be used in the core removal. Used in the spline
        calculation

    :param NChCalib: *Default* = ``False``,
        SWITCH: Obtain the energy estimate from the nchannels (true), or from an energy
        fit (false)

    :param OutputRecoPulseSeries: *Default* = ``'CoreRemovedPulses'``,
        OUTPUT: The name of the Corona pulses

    :param SPEFraction: *Default* = ``0.8``,
        INPUT: A scaling factor applied to the SPE Radius, in order to tune the radius
        of removal

    :param SPERadiusName: *Default* = ``'SPERadius'``,
        OUTPUT: The name of the SPERadius

    :param VertexName: *Default* = ``'VertexReco'``,
        INPUT: The name of a prior vertex reconstrution, about which the pulses will be
        split