709a578c9e19da088225e8333e335a6a1f4c6e33,osmnx/distance.py,,nearest_edges,#Any#Any#Any#Any#Any#,151

Before Change

            vertices_rad = np.deg2rad(vertices[["y", "x"]])
            points_rad = np.deg2rad(np.array([Y, X]).T)
            dist, pos = BallTree(vertices_rad, metric="haversine").query(points_rad, k=1)
            ne = vertices.index[pos[:, 0]].tolist()

    if return_dist:
        return ne, dist
    else:
        return ne


def get_nearest_node(G, point, method="haversine", return_dist=False):
    

After Change

            vertices_rad = np.deg2rad(vertices[["y", "x"]])
            points_rad = np.deg2rad(np.array([Y, X]).T)
            dist, pos = BallTree(vertices_rad, metric="haversine").query(points_rad, k=1)
            dist = dist[:, 0] * EARTH_RADIUS_M  // convert radians -> meters
            ne = vertices.index[pos[:, 0]]

    if return_dist:
        return np.array(ne), np.array(dist)
    else:
        return np.array(ne)

Instances