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Solve the following problem using Python, implementing the functions described below, one line at a time
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Description:
 def tangent_lineation_plot(ax, strikes, dips, rakes):
 """Makes a tangent lineation plot for normal faults with the given strikes, dips, and rakes."""

    # Calculate the position of the rake of the lineations, but don't plot yet
    rake_x, rake_y = mplstereonet.rake(strikes, dips, rakes)

    # Calculate the direction the arrows should point
    # These are all normal faults, so the arrows point away from the center
    # Because we're plotting at the pole location, however, we need to flip this
    # from what we plotted with the "ball of string" plot.
    mag = np.hypot(rake_x, rake_y)
    u, v = -rake_x / mag, -rake_y / mag

    # Calculate the position of the poles
    pole_x, pole_y = mplstereonet.pole(strikes, dips)

    # Plot the arrows centered on the pole locations...
    arrows = ax.quiver(pole_x, pole_y, u, v, width=1, headwidth=4, units='dots',
                       pivot='middle')
    return arrows