def test_copy_log():
p1 = Pen()
p1.fill_mode()
p1.move_to((0, 0))
p1.turn_to(0)
p1.line_forward(5)
p2 = p1.copy(paper=True)
p2.line_forward(5)
assert_equal(
p1.log(),
[
'fill_mode()', 'move_to((0, 0))', 'turn_to(0)', 'line_forward(5)',
]
)
assert_path_data(
p1, 0,
'M0,0 L5,0'
)
assert_equal(
p2.log(),
[
'fill_mode()', 'move_to((0, 0))', 'turn_to(0)', 'line_forward(5)',
'line_forward(5)',
]
)
assert_path_data(
p2, 0,
'M0,0 L5,0 L10,0'
)
def test_copy_log():
p1 = Pen()
p1.fill_mode()
p1.move_to((0, 0))
p1.turn_to(0)
p1.line_forward(5)
p2 = p1.copy(paper=True)
p2.line_forward(5)
assert_equal(p1.log(), [
'fill_mode()',
'move_to((0, 0))',
'turn_to(0)',
'line_forward(5)',
])
assert_path_data(p1, 0, 'M0,0 L5,0')
assert_equal(p2.log(), [
'fill_mode()',
'move_to((0, 0))',
'turn_to(0)',
'line_forward(5)',
'line_forward(5)',
])
assert_path_data(p2, 0, 'M0,0 L5,0 L10,0')
continue
else:
point_occupancy[a] += 1
b = random.choice(points)
if point_occupancy[b] >= 2:
continue
else:
point_occupancy[b] += 1
yield a, b
if __name__ == '__main__':
while True:
p = Pen()
p.stroke_mode(0.01)
for a, b in gen_lines(200, 100):
p.move_to(a)
p.line_to(b)
p.break_stroke()
try:
p.paper.join_paths()
except AssertionError:
print(p.log())
break
else:
print(p.paper.format_svg(6, resolution=1000))
break
continue
else:
point_occupancy[a] += 1
b = random.choice(points)
if point_occupancy[b] >= 2:
continue
else:
point_occupancy[b] += 1
yield a, b
if __name__ == '__main__':
while True:
p = Pen()
p.stroke_mode(0.01)
for a, b in gen_lines(200, 100):
p.move_to(a)
p.line_to(b)
p.break_stroke()
try:
p.paper.join_paths()
except AssertionError:
print(p.log())
break
else:
print(p.paper.format_svg(6, resolution=1000))
break
