def test_rotate(self):
init()
with transform(angle=0.1):
box(0.5)
write_to_png("/tmp/rotate.png")
a = get_npimage()
self.assertIsInstance(a, np.ndarray)
def test_loop(self):
init(background_color="#000000", face_color="#880000")
with transform(x=1.2, saturation=0.1, lightness=-0.2, hue=10) as t:
for i in range(12):
box()
t()
write_to_png("/tmp/loop.png")
def test_color(self):
init(face_color="#123456", background_color="#aaaaaa")
circle(0.5)
with transform(x=1, alpha=1, hue=10):
circle(0.5)
with transform(x=1, y=1, scale=0.6, alpha=-0.3, hue=0):
circle(0.5)
with transform(x=-1,
y=1,
scale=0.6,
alpha=0.7,
hue=10,
saturation=-1,
lightness=1):
circle(0.5)
with transform(x=-1,
y=-1,
scale=0.6,
alpha=0.7,
hue=-10,
saturation=-1,
lightness=-1):
circle(0.5)
write_to_png("/tmp/color.png")
def test_main(self):
init(face_color="#123456", background_color="#aaaaaa")
circle(1)
a = get_npimage()
print(a.shape)
report()
write_to_png("/tmp/test.png")
def main():
cf.init(canvas_size=(600, 600),
face_color="#48d341",
background_color="#000000",
max_depth=1000)
PICS()
cf.write_to_png("/tmp/pics.png")
def test_primitives(self):
init(face_color="#123456", background_color="#aaaaaa")
line(1, 1)
triangle(0.5)
a = get_npimage()
print(a.shape)
report()
write_to_png("/tmp/primitives.png")
def test_scale_limit(self):
@check_limits
def element():
circle(1)
with transform(x=1, scale=0.2):
element()
init()
element()
write_to_png("/tmp/scale.png")
@check_limits
def element_non_recursive():
pass
init()
for i in range(MAX_ELEMENTS + 1):
element_non_recursive()
def main():
init(canvas_size=(600, 600), background_color="#ffffff", face_color="#0a0707", max_depth=420)
trunk()
write_to_png("/tmp/graphite.png")