def distancetree_test1():
points, D = get_domain(1, 10)
order = make_distancesequence(D)
for x in order:
print('point: ', points[x])
assert_allclose(points[order[0]], (0, 4))
assert_allclose(points[order[1]], (0, 7))
order, G = make_distancetree(D)
filename = 'out/distancetree_test1'
draw_graph(G, points, filename)
def distancetree_test1():
points, D = get_domain(1, 10)
order = make_distancesequence(D)
for x in order:
print('point: ', points[x])
assert_allclose(points[order[0]], (0, 4))
assert_allclose(points[order[1]], (0, 7))
order, G = make_distancetree(D)
filename = 'out/distancetree_test1'
draw_graph(G, points, filename)
def distancetree_test3():
points, D = get_domain(10, 10, noise=0.2)
_, G = make_distancetree(D)
filename = 'out/distancetree_test3'
draw_graph(G, points, filename)
def distancetree_test3():
points, D = get_domain(10, 10, noise=0.2)
_, G = make_distancetree(D)
filename = 'out/distancetree_test3'
draw_graph(G, points, filename)