timflow.steady.well.HeadWell.plotcapzone
========================================

.. py:method:: timflow.steady.well.HeadWell.plotcapzone(nt=10, zstart=None, hstepmax=20, vstepfrac=0.2, tmax=365, nstepmax=100, silent='.', color=None, orientation='hor', win=None, ax=None, figsize=None, *, return_traces=False, metadata=False)

   
   Plot a capture zone.

   :param nt: number of path lines
   :type nt: int
   :param zstart: starting elevation of the path lines
   :type zstart: scalar
   :param hstepmax: maximum step in horizontal space
   :type hstepmax: scalar
   :param vstepfrac: maximum fraction of aquifer layer thickness during one step
   :type vstepfrac: float
   :param tmax: maximum time
   :type tmax: scalar
   :param nstepmax: maximum number of steps
   :type nstepmax: scalar(int)
   :param silent: True (no messages), False (all messages), or '.'
                  (print dot for each path line)
   :type silent: boolean or string
   :param color:
   :type color: color
   :param orientation: 'hor' for horizontal, 'ver' for vertical, or 'both' for both
   :type orientation: string
   :param win: [xmin, xmax, ymin, ymax]
   :type win: array_like (length 4)
   :param axes: axes to plot on, default is None which creates a new figure
   :type axes: matplotlib.Axes, tuple of 2 matplotlib.Axes, or None
   :param figsize: width, height in inches.
   :type figsize: tuple of integers, optional, default: None
   :param return_traces: return the traces instead of plotting
   :type return_traces: boolean (default False)
   :param metadata: return metadata along with traces
   :type metadata: boolean (default False)

   :returns: * **ax** (*matplotlib.Axes*) -- axes with plot
             * **traces** (*list of arrays of x, y, z, and t values*) -- only if return_traces is True















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