:py:mod:`gnome.utilities.weathering.ding_farmer`
================================================

.. py:module:: gnome.utilities.weathering.ding_farmer


Module Contents
---------------

Classes
~~~~~~~

.. autoapisummary::

   gnome.utilities.weathering.ding_farmer.DingFarmer




.. py:class:: DingFarmer


   Bases: :py:obj:`object`

   .. py:method:: calm_between_wave_breaks(breaking_waves_frac, peak_wave_period)
      :classmethod:

      The time available (calm period) for the droplets to re-float

      D&F note that the duration of the breaking event is about half
      the wave period, presumably 0.5 * T_w, although this is unclear
      from their text.


   .. py:method:: refloat_time(significant_wave_height, water_phase_xfer_velocity)
      :classmethod:

      Assuming that the 'average' droplet is inserted to a depth of
      0.75 * H_13, calculate the average re-float time T_rfl for the
      droplet.


   .. py:method:: water_column_time_fraction(breaking_waves_frac, peak_wave_period, significant_wave_height, water_phase_xfer_velocity)
      :classmethod:

      The time fraction that the droplet spends in the water column
      f_wc