def test_mirror_x(self):
"""Check that graphic is mirrored properly about the x axis."""
graphic = Graphic(etree.parse("arrow.svg").getroot())
graphic.set_mirror_x(True)
f = open("out/arrow_%s.svg" % sys._getframe().f_code.co_name, "w")
f.write(graphic.get_xml())
f.close()
def test_symmetric_x(self):
"""Check that a symmetric graphic is mirrored x properly."""
graphic = Graphic(etree.parse("rectangle.svg").getroot())
graphic2 = Graphic(etree.parse("rectangle.svg").getroot())
graphic.set_mirror_x(True)
assert graphic.get_bounding_box() == graphic2.get_bounding_box(
), "They should be the same!"
def test_double_mirror_x(self):
"""Check that graphic is mirrored x properly twice."""
graphic = Graphic(etree.parse("arrow.svg").getroot())
graphic2 = Graphic(etree.parse("arrow.svg").getroot())
graphic.set_mirror_x(True)
graphic.set_mirror_x(False)
assert graphic.get_bounding_box() == graphic2.get_bounding_box(), "They should be the same!"
def test_mirror_x(self):
"""Check that graphic is mirrored properly about the x axis."""
graphic = Graphic(etree.parse("arrow.svg").getroot())
graphic.set_mirror_x(True)
f = open("out/arrow_%s.svg" % sys._getframe().f_code.co_name, "w")
f.write(graphic.get_xml())
f.close()
def test_double_mirror_x(self):
"""Check that graphic is mirrored x properly twice."""
graphic = Graphic(etree.parse("arrow.svg").getroot())
graphic2 = Graphic(etree.parse("arrow.svg").getroot())
graphic.set_mirror_x(True)
graphic.set_mirror_x(False)
assert graphic.get_bounding_box() == graphic2.get_bounding_box(
), "They should be the same!"
def test_changed_flag(self):
"""Check that changed flag works correctly."""
graphic = Graphic(etree.parse("arrow.svg").getroot())
graphic.reset_changed_flag()
graphic.set_mirror_x(True)
assert graphic.get_changed_flag(), "Changed flag should be set!"
graphic.reset_changed_flag()
graphic.set_mirror_x(False)
assert graphic.get_changed_flag(), "Changed flag should be set!"
graphic.reset_changed_flag()
graphic.set_scale(2)
assert graphic.get_changed_flag(), "Changed flag should be set!"
graphic.reset_changed_flag()
graphic.set_rotation(2)
assert graphic.get_changed_flag(), "Changed flag should be set!"
graphic.reset_changed_flag()
graphic.set_position(2, 500)
assert not graphic.get_changed_flag(), "Changed flag should not be set!"
graphic.reset_changed_flag()
graphic.set_weedline(True)
assert graphic.get_changed_flag(), "Changed flag should be set!"
def test_changed_flag(self):
"""Check that changed flag works correctly."""
graphic = Graphic(etree.parse("arrow.svg").getroot())
graphic.reset_changed_flag()
graphic.set_mirror_x(True)
assert graphic.get_changed_flag(), "Changed flag should be set!"
graphic.reset_changed_flag()
graphic.set_mirror_x(False)
assert graphic.get_changed_flag(), "Changed flag should be set!"
graphic.reset_changed_flag()
graphic.set_scale(2)
assert graphic.get_changed_flag(), "Changed flag should be set!"
graphic.reset_changed_flag()
graphic.set_rotation(2)
assert graphic.get_changed_flag(), "Changed flag should be set!"
graphic.reset_changed_flag()
graphic.set_position(2, 500)
assert not graphic.get_changed_flag(
), "Changed flag should not be set!"
graphic.reset_changed_flag()
graphic.set_weedline(True)
assert graphic.get_changed_flag(), "Changed flag should be set!"
def test_symmetric_x(self):
"""Check that a symmetric graphic is mirrored x properly."""
graphic = Graphic(etree.parse("rectangle.svg").getroot())
graphic2 = Graphic(etree.parse("rectangle.svg").getroot())
graphic.set_mirror_x(True)
assert graphic.get_bounding_box() == graphic2.get_bounding_box(), "They should be the same!"
