timflow.steady.linesink.RadialCollectorWell
===========================================

.. toctree::
   :hidden:

   /api/timflow/steady/linesink/RadialCollectorWell.compute_xy
   /api/timflow/steady/linesink/RadialCollectorWell.discharge_per_arm
   /api/timflow/steady/linesink/RadialCollectorWell.potinf
   /api/timflow/steady/linesink/RadialCollectorWell.disvecinf
   /api/timflow/steady/linesink/RadialCollectorWell.discharge_per_linesink
   /api/timflow/steady/linesink/RadialCollectorWell.discharge
   /api/timflow/steady/linesink/RadialCollectorWell.potinflayers
   /api/timflow/steady/linesink/RadialCollectorWell.potentiallayers
   /api/timflow/steady/linesink/RadialCollectorWell.disvec
   /api/timflow/steady/linesink/RadialCollectorWell.disvecinflayers
   /api/timflow/steady/linesink/RadialCollectorWell.disveclayers

.. py:class:: timflow.steady.linesink.RadialCollectorWell(model, x=0, y=0, narms=5, nls=10, L=10.0, angle=0, rcaisson=1.0, rw=0.1, Qw=100.0, res=0.0, layers=0, label=None)

   Bases: :py:obj:`CollectorWell`


   
   Radial collector well.

   Collection of (discontinuous) line sinks in a radial pattern with specified
   total discharge and unknown but uniform head.

   :param model: model to which the element is added
   :type model: Model object
   :param x: x-coordinate of the center of the collector well
   :type x: float
   :param y: y-coordinate of the center of the collector well
   :type y: float
   :param L: length of each arm
   :type L: float
   :param narms: number of arms
   :type narms: int
   :param rcaisson: radius of the caisson
   :type rcaisson: float
   :param rw: radius of the arms
   :type rw: float
   :param nls: number of line sinks per arm
   :type nls: int
   :param Qw: total discharge of the collector well
   :type Qw: float
   :param res: resistance of the arms
   :type res: float
   :param layers: layer(s) in which the well is screened
   :type layers: int, array or list
   :param label: label of the collector well
   :type label: string, optional

   .. rubric:: Examples

   Create a radial collector well with 5 arms::

       ml = timflow.steady.Model3D(kaq=10, z=np.arange(20, -1, -2), kzoverkh=0.1)
       w = timflow.steady.RadialCollectorWell(ml, x=0, y=0, narms=5, nls=10, angle=0,
                                              rcaisson=2.0, rw=0.1, Qw=1000, layers=5)
       ml.solve()















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

.. autoapisummary::

   timflow.steady.linesink.RadialCollectorWell.compute_xy
   timflow.steady.linesink.RadialCollectorWell.discharge_per_arm
   timflow.steady.linesink.RadialCollectorWell.potinf
   timflow.steady.linesink.RadialCollectorWell.disvecinf
   timflow.steady.linesink.RadialCollectorWell.discharge_per_linesink
   timflow.steady.linesink.RadialCollectorWell.discharge
   timflow.steady.linesink.RadialCollectorWell.potinflayers
   timflow.steady.linesink.RadialCollectorWell.potentiallayers
   timflow.steady.linesink.RadialCollectorWell.disvec
   timflow.steady.linesink.RadialCollectorWell.disvecinflayers
   timflow.steady.linesink.RadialCollectorWell.disveclayers