timflow.transient.invlapnumba.invlapcomp
========================================

.. py:function:: timflow.transient.invlapnumba.invlapcomp(time, pot, npint, M, tintervals, enumber, etstart, ebc, nlayers)

   
   Compute time domain solution for given laplace domain solution.

   :param time: times for which time domain solution is computed, must start at 0
   :type time: array, must be ordered
   :param pot: laplace domain solution conform the timflow.transient shape
   :type pot: array
   :param npint: number of p values per interval (=2M + 1)
   :type npint: int
   :param M: order of the approximation
   :type M: int
   :param tintervals: time intervals
   :param enumber: number of element
   :type enumber: array
   :param etstart: starting time of bc in element
   :type etstart: array
   :param ebc: boundary condition value of element
   :type ebc: array
   :param nlayers: number of layers, default is None
   :type nlayers: integer, optional

   .. rubric:: Notes

   enumber, etstart, and ebc are used because numba cannot deal with a list
   of arrays of different lengths (makes sense, actually)

   :returns: * *pot[naq, ntimes] if layers=None,*
             * *otherwise pot[len(layers) ,ntimes]*
             * *t must be ordered*















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