def test_straight():
segments, active_vertices, animation_vertices, animation_segments = reset()
active_vertices.append(np.array([0,1]))
active_segments, segments_vertices = find_segments(active_vertices, segments,2e-3,2e-7)
for f in range(100):
L = len(segments)
active_segments, segments_vertices = segments_adding(10,active_vertices,active_segments,segments_vertices,segments,2e-3,2e-7)
if L != len(segments):
animation_vertices.append(np.array(active_vertices))
animation_segments.append(np.array(segments))
active_segments, segments_vertices = find_segments(active_vertices, segments,2e-3,2e-7)
animation_vertices.append(np.array(active_vertices))
animation_segments.append(np.array(segments))
segments = np.vstack(np.array(segments)).T
assert len(active_vertices) == 0
assert len(animation_segments) == 51
def test_twoEnds():
segments, active_vertices, animation_vertices, animation_segments = reset()
active_vertices.append(np.array([0.5, 0]))
segments.append((1, 0))
active_segments, segments_vertices = find_segments(active_vertices,
segments, 2e-3, 2e-7)
for f in range(150):
L = len(segments)
active_segments, segments_vertices = segments_adding(
10, active_vertices, active_segments, segments_vertices, segments,
2e-3, 2e-7)
if L != len(segments):
animation_vertices.append(np.array(active_vertices))
animation_segments.append(np.array(segments))
active_segments, segments_vertices = find_segments(active_vertices,
segments, 2e-3, 2e-7)
animation_vertices.append(np.array(active_vertices))
animation_segments.append(np.array(segments))
assert len(active_vertices) == 0
assert len(segments) == 500
def test_simultaneous_growing():
segments, active_vertices, animation_vertices, animation_segments = reset()
active_vertices.append(np.array([1, 1]))
active_vertices.append(np.array([1, -1]))
active_vertices.append(np.array([0.5, 0.5]))
active_segments, segments_vertices = find_segments(active_vertices,
segments, 2e-3, 2e-7)
for f in range(100):
L = len(segments)
active_segments, segments_vertices = segments_adding(
10, active_vertices, active_segments, segments_vertices, segments,
2e-3, 2e-7)
if L != len(segments):
animation_vertices.append(np.array(active_vertices))
animation_segments.append(np.array(segments))
active_segments, segments_vertices = find_segments(active_vertices,
segments, 2e-3, 2e-7)
animation_vertices.append(np.array(active_vertices))
animation_segments.append(np.array(segments))
segments = np.vstack(np.array(segments)).T
assert len(active_vertices) == 0
assert len(animation_segments) == 91
def test_twoToPlay():
segments, active_vertices, animation_vertices, animation_segments = reset()
active_vertices.append(np.array([1, 1]))
active_vertices.append(np.array([1, -1]))
active_segments, segments_vertices = find_segments(active_vertices,
segments, 2e-3, 2e-7)
for f in range(200):
L = len(segments)
active_segments, segments_vertices = segments_adding(
10, active_vertices, active_segments, segments_vertices, segments,
2e-3, 2e-7)
if L != len(segments):
animation_vertices.append(np.array(active_vertices))
animation_segments.append(np.array(segments))
active_segments, segments_vertices = find_segments(active_vertices,
segments, 2e-3, 2e-7)
animation_vertices.append(np.array(active_vertices))
animation_segments.append(np.array(segments))
segments = np.vstack(np.array(segments)).T
assert len(active_vertices) == 0
assert len(
animation_segments
) == 102 #Docierają w różnych (o jeden) czasach przez wypustki. I tak samo wszędzie poniżej
def test_lackOfLoopsCentered():
segments, active_vertices, animation_vertices, animation_segments = reset()
active_vertices.append(np.array([0, 1]))
segments.append((2e-3, 0))
segments.append((-2e-3, 0))
segments.append((2 * 2e-3, 0))
segments.append((-2 * 2e-3, 0))
active_segments, segments_vertices = find_segments(active_vertices,
segments, 2e-3, 2e-7)
for f in range(50):
L = len(segments)
active_segments, segments_vertices = segments_adding(
10, active_vertices, active_segments, segments_vertices, segments,
2e-3, 2e-7)
if L != len(segments):
animation_vertices.append(np.array(active_vertices))
animation_segments.append(np.array(segments))
active_segments, segments_vertices = find_segments(active_vertices,
segments, 2e-3, 2e-7)
animation_vertices.append(np.array(active_vertices))
animation_segments.append(np.array(segments))
assert len(active_vertices) == 0
assert len(segments) == 504