timml.model.Model
=================

.. toctree::
   :hidden:

   /05api/timml/model/Model.remove_element
   /05api/timml/model/Model.disvec
   /05api/timml/model/Model.normflux
   /05api/timml/model/Model.intnormflux_segment
   /05api/timml/model/Model.intnormflux
   /05api/timml/model/Model.head
   /05api/timml/model/Model.headgrid
   /05api/timml/model/Model.headgrid2
   /05api/timml/model/Model.headalongline
   /05api/timml/model/Model.disvecalongline
   /05api/timml/model/Model.solve
   /05api/timml/model/Model.solve_mp
   /05api/timml/model/Model.aquifer_summary

.. py:class:: timml.model.Model(kaq, c, z, npor, ltype)

   
   Create a model consisting of an arbitrary sequence of aquifers and leaky layers.

   .. rubric:: Notes

   Use ModelMaq for regular sequence of aquifers and leaky layers.
   Use Model3D for multi-layer model of a single aquifer.

   :param kaq: hydraulic conductivity of each aquifer from the top down
   :type kaq: array
   :param z: elevation tops and bottoms of all layers
             layers may have zero thickness
   :type z: array
   :param c: resistance between two consecutive aquifer layers
             if ltype[0]='a': length is number of aquifers - 1
             if ltype[0]='l': length is number of aquifers
   :type c: array
   :param npor: porosity of all layers from the top down
   :type npor: array
   :param ltype: array indicating for each layer whether it is
                 'a' aquifer layer
                 'l' leaky layer
   :type ltype: array of characters















   ..
       !! processed by numpydoc !!
Methods
-------

.. autoapisummary::

   timml.model.Model.remove_element
   timml.model.Model.disvec
   timml.model.Model.normflux
   timml.model.Model.intnormflux_segment
   timml.model.Model.intnormflux
   timml.model.Model.head
   timml.model.Model.headgrid
   timml.model.Model.headgrid2
   timml.model.Model.headalongline
   timml.model.Model.disvecalongline
   timml.model.Model.solve
   timml.model.Model.solve_mp
   timml.model.Model.aquifer_summary