draw_circle#

StereographicPlot.draw_circle(*args: Union[Vector3d, Tuple[float, float], Tuple[ndarray, ndarray]], opening_angle: Union[float, ndarray] = 1.5707963267948966, steps: int = 100, reproject: bool = False, reproject_plot_kwargs: Optional[dict] = None, **kwargs)[source]#

Draw great or small circles with a given opening_angle to one or multiple vectors.

A vector must be present in the current hemisphere for its circle to be drawn.

Parameters:

args: Vector(s), or azimuth and polar angles defining vectors, the latter two passed as separate arguments (not keyword arguments). Circles are drawn perpendicular to these with a given opening_angle.
opening_angle: Opening angle(s) around the vector(s). Default is \(\pi/2\), giving a great circle. If an array is passed, its size must be equal to the number of circles to draw.
steps: Number of vectors to describe each circle, default is 100.
reproject: Whether to reproject parts of the circle(s) visible on the other hemisphere. Re-projection is achieved by reflection of the circle(s) parts located on the other hemisphere in the projection plane. Ignored if hemisphere is "both". Default is False.
reproject_plot_kwargs: Keyword arguments passed to matplotlib.axes.Axes.plot() to alter the appearance of parts of the circle(s) visible on the other hemisphere if reproject=True. These lines are dashed by default. Values used for circle(s) on the current hemisphere are used unless values are passed here.
**kwargs: Keyword arguments passed to matplotlib.axes.Axes.plot() to alter the circles’ appearance.

Examples using `StereographicPlot.draw_circle`#