f97bdca0ab537fe71ca903f65c49e31882ce747f,dipy/core/sphere.py,,interp_rbf,#Any#Any#Any#Any#Any#Any#Any#,500

Before Change

                  "smooth" : smooth,
                  "norm" : norm}
    else:
        kwargs = {"function": function,
                  "smooth": smooth,
                  "norm" : norm}

    rbfi = Rbf(sphere_origin.x, sphere_origin.y, sphere_origin.z, data,
               **kwargs)
    return rbfi(sphere_target.x, sphere_target.y, sphere_target.z)

After Change

    if epsilon is None:
        // Use a heuristic that seems to work here: take epsilon to be the
        // average distance between the origin points in this norm:
        epsilon = np.mean(norm(sphere_origin.vertices.T[..., :, np.newaxis],
                          sphere_origin.vertices.T[..., np.newaxis, :]))

    kwargs = {"function": function,
              "epsilon": epsilon,
              "smooth" : smooth,

Instances