def test_is_ccw3(self):
"""
Test corner cases for non-axis-aligned segment not through origin.
Test tag: <tc>#tests#LineSegment.is_ccw</tc>
"""
ls = LineSegment(Point((0, 1)), Point((5, 6)))
self.assertFalse(ls.is_ccw(Point(
(10, 11)))) # At positive boundary beyond segment
self.assertFalse(ls.is_ccw(Point((3, 4)))) # On segment
self.assertFalse(ls.is_ccw(Point(
(-10, -9)))) # At negative boundary beyond segment
self.assertFalse(ls.is_ccw(Point((0, 1)))) # Endpoint of segment
self.assertFalse(ls.is_ccw(Point((5, 6)))) # Endpoint of segment
def test_is_ccw2(self):
"""
Test corner cases for vertical segment ending at origin.
Test tag: <tc>#tests#LineSegment.is_ccw</tc>
"""
ls = LineSegment(Point((0, -5)), Point((0, 0)))
self.assertFalse(ls.is_ccw(Point(
(0, 10)))) # At positive boundary beyond segment
self.assertFalse(ls.is_ccw(Point((0, -3)))) # On segment
self.assertFalse(ls.is_ccw(Point(
(0, -10)))) # At negative boundary beyond segment
self.assertFalse(ls.is_ccw(Point((0, -5)))) # Endpoint of segment
self.assertFalse(ls.is_ccw(Point((0, 0)))) # Endpoint of segment
def test_is_ccw1(self):
"""
Test corner cases for horizontal segment starting at origin.
Test tag: <tc>#tests#LineSegment.is_ccw</tc>
"""
ls = LineSegment(Point((0, 0)), Point((5, 0)))
self.assertFalse(ls.is_ccw(Point(
(10, 0)))) # At positive boundary beyond segment
self.assertFalse(ls.is_ccw(Point((3, 0)))) # On segment
self.assertFalse(ls.is_ccw(Point(
(-10, 0)))) # At negative boundary beyond segment
self.assertFalse(ls.is_ccw(Point((0, 0)))) # Endpoint of segment
self.assertFalse(ls.is_ccw(Point((5, 0)))) # Endpoint of segment
def test_is_ccw3(self):
"""
Test corner cases for non-axis-aligned segment not through origin.
Test tag: <tc>#tests#LineSegment.is_ccw</tc>
"""
ls = LineSegment(Point((0, 1)), Point((5, 6)))
self.assertFalse(ls.is_ccw(
Point((10, 11)))) # At positive boundary beyond segment
self.assertFalse(ls.is_ccw(Point((3, 4)))) # On segment
self.assertFalse(ls.is_ccw(
Point((-10, -9)))) # At negative boundary beyond segment
self.assertFalse(ls.is_ccw(Point((0, 1)))) # Endpoint of segment
self.assertFalse(ls.is_ccw(Point((5, 6)))) # Endpoint of segment
def test_is_ccw2(self):
"""
Test corner cases for vertical segment ending at origin.
Test tag: <tc>#tests#LineSegment.is_ccw</tc>
"""
ls = LineSegment(Point((0, -5)), Point((0, 0)))
self.assertFalse(ls.is_ccw(
Point((0, 10)))) # At positive boundary beyond segment
self.assertFalse(ls.is_ccw(Point((0, -3)))) # On segment
self.assertFalse(ls.is_ccw(
Point((0, -10)))) # At negative boundary beyond segment
self.assertFalse(ls.is_ccw(Point((0, -5)))) # Endpoint of segment
self.assertFalse(ls.is_ccw(Point((0, 0)))) # Endpoint of segment
def test_is_ccw1(self):
"""
Test corner cases for horizontal segment starting at origin.
Test tag: <tc>#tests#LineSegment.is_ccw</tc>
"""
ls = LineSegment(Point((0, 0)), Point((5, 0)))
self.assertFalse(ls.is_ccw(
Point((10, 0)))) # At positive boundary beyond segment
self.assertFalse(ls.is_ccw(Point((3, 0)))) # On segment
self.assertFalse(ls.is_ccw(
Point((-10, 0)))) # At negative boundary beyond segment
self.assertFalse(ls.is_ccw(Point((0, 0)))) # Endpoint of segment
self.assertFalse(ls.is_ccw(Point((5, 0)))) # Endpoint of segment
