pastas.recharge.Berendrecht.simulate
====================================

.. py:method:: pastas.recharge.Berendrecht.simulate(prec: pastas.typing.ArrayLike, evap: pastas.typing.ArrayLike, p: pastas.typing.ArrayLike, dt: pastas.typing.ArrayLike = 1.0, return_full: bool = False, **kwargs) -> pastas.typing.ArrayLike | tuple[pastas.typing.ArrayLike, Ellipsis]

   
   Simulate the recharge flux.

   :param prec: Precipitation flux in mm/d. Has to have the same length as evap.
   :type prec: array_like
   :param evap: Potential evapotranspiration flux in mm/d.
   :type evap: array_like
   :param p: array_like object with the values as floats representing the model
             parameters.
   :type p: array_like
   :param dt: time step for the calculation of the recharge. Only dt=1 is possible now.
   :type dt: float, optional
   :param return_full: return all fluxes and states as NumPy arrays.
   :type return_full: bool

   :returns: **r** -- Recharge flux calculated by the model is the argument full_output is
             False, otherwise a list with all fluxes and states.
   :rtype: array_like or list of array_like















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