def test_escape_polygon():
D = 400
v = 1
a = 0.1
hull, _ = make_hull_and_scale(np.random.random((10, 3)))
pores = random_points_on_hull(hull)
t = escape(D, v, a, pores, dt=1e-6, hull=hull, shape='polygon')
assert t
def test_escape_ellipsoid():
D = 400
v = 1
a = 0.1
ABC = [3, 2, 1]
pores = random_points_on_ellipsoid(ABC, v)
t = escape(D, v, a, pores, shape='ellipsoid', dt=1e-6, ABC=ABC)
assert t
def test_timeout_from_dt():
D = 400
v = 1
a = 0.1
r = sphere_vol_to_r(v)
pores = fibonacci_spheres(1, r)
t = escape(D, v, a, pores, max_steps=5, dt=1e-6)
assert int(t) == 0
def test_escape_cube():
D = 400
v = 1
a = 0.1
r = sphere_vol_to_r(v)
pores = random_points_on_cube_surface(1, r)
t = escape(D, v, a, pores, shape='cube', dt=1e-6)
assert t
def test_escape():
D = 400
v = 1
a = 0.1
r = sphere_vol_to_r(v)
pores = fibonacci_spheres(1, r)
t = escape(D, v, a, pores, dt=1e-6)
assert t
def test_timeout_from_dt():
D = 400
v = 1
a = 0.1
r = sphere_vol_to_r(v)
pores = points_on_cube_surface(1, r)
t = escape(D, v, a, pores, shape='cube', max_steps=(1e3), dt=1)
assert int(t) == 0
def test_avg_escape_sphere_time():
N = 10
D = 400
v = 1
a = 0.1
r = sphere_vol_to_r(v)
pores = fibonacci_spheres(1, r)
ts = np.mean([escape(D, v, a, pores, dt=1e-6) for _ in range(N)])
assert 0.001 < ts < 1
def test_avg_escape_sphere_time():
N = 50
D = 400
v = 1
a = 0.1
r = sphere_vol_to_r(v)
pores = points_on_cube_surface(1, r)
ts = np.mean([escape(D, v, a, pores, shape='cube') for _ in range(N)])
assert 0.01 < ts < 0.1
