def __init__(self, *args, **kwargs):
        """Initialization is identical to a normal Axes object except for the
        following kwarg:

        Parameters
        -----------
        rotation : number
            The rotation of the stereonet in degrees clockwise from North.
        center_latitude : number
            The center latitude of the stereonet in degrees.
        center_longitude : number
            The center longitude of the stereonet in degrees.

        All additional args and kwargs are identical to Axes.__init__
        """
        self.horizon = np.radians(90)
        self._rotation = -np.radians(kwargs.pop('rotation', 0))

        y0 = kwargs.get('center_latitude', self._default_center_lat)
        x0 = kwargs.get('center_longitude', self._default_center_lon)
        kwargs['center_latitude'] = y0
        kwargs['center_longitude'] = x0

        self._overlay_axes = None

        LambertAxes.__init__(self, *args, **kwargs)
def __init__ ( self , * args , ** kwargs ) : self . horizon = np . radians ( 90 ) self . _rotation = - np . radians ( kwargs . pop ( 'rotation' , 0 ) ) y0 = kwargs . get ( 'center_latitude' , self . _default_center_lat ) x0 = kwargs . get ( 'center_longitude' , self . _default_center_lon ) kwargs [ 'center_latitude' ] = y0 kwargs [ 'center_longitude' ] = x0 self . _overlay_axes = None LambertAxes . __init__ ( self , * args , ** kwargs )
Initialization is identical to a normal Axes object except for the
        following kwarg:

        Parameters
        -----------
        rotation : number
            The rotation of the stereonet in degrees clockwise from North.
        center_latitude : number
            The center latitude of the stereonet in degrees.
        center_longitude : number
            The center longitude of the stereonet in degrees.

        All additional args and kwargs are identical to Axes.__init__