def test_clampPoint(self):
a = THREE.Box2(zero2.clone(), zero2.clone())
b = THREE.Box2(one2.clone().negate(), one2.clone())
self.assertTrue(
a.clampPoint(THREE.Vector2(0, 0)).equals(THREE.Vector2(
0, 0))) # Passednot
self.assertTrue(
a.clampPoint(THREE.Vector2(1, 1)).equals(THREE.Vector2(
0, 0))) # Passednot
self.assertTrue(
a.clampPoint(THREE.Vector2(-1, -1)).equals(THREE.Vector2(
0, 0))) # Passednot
self.assertTrue(
b.clampPoint(THREE.Vector2(2, 2)).equals(THREE.Vector2(
1, 1))) # Passednot
self.assertTrue(
b.clampPoint(THREE.Vector2(1, 1)).equals(THREE.Vector2(
1, 1))) # Passednot
self.assertTrue(
b.clampPoint(THREE.Vector2(0, 0)).equals(THREE.Vector2(
0, 0))) # Passednot
self.assertTrue(
b.clampPoint(THREE.Vector2(-1, -1)).equals(THREE.Vector2(
-1, -1))) # Passednot
self.assertTrue(
b.clampPoint(THREE.Vector2(-2, -2)).equals(THREE.Vector2(
-1, -1))) # Passednot
def test_getSize(self):
a = THREE.Box2(zero2.clone(), zero2.clone())
self.assertTrue(a.getSize().equals(zero2)) # Passednot
a = THREE.Box2(zero2.clone(), one2.clone())
self.assertTrue(a.getSize().equals(one2)) # Passednot
def test_getCenter(self):
a = THREE.Box2(zero2.clone(), zero2.clone())
self.assertTrue(a.getCenter().equals(zero2)) # Passednot
a = THREE.Box2(zero2, one2)
midpoint = one2.clone().multiplyScalar(0.5)
self.assertTrue(a.getCenter().equals(midpoint)) # Passednot
def test_union(self):
a = THREE.Box2(zero2.clone(), zero2.clone())
b = THREE.Box2(zero2.clone(), one2.clone())
c = THREE.Box2(one2.clone().negate(), one2.clone())
self.assertTrue(a.clone().union(a).equals(a)) # Passednot
self.assertTrue(a.clone().union(b).equals(b)) # Passednot
self.assertTrue(a.clone().union(c).equals(c)) # Passednot
self.assertTrue(b.clone().union(c).equals(c)) # Passednot
def test_empty_makeEmpty(self):
a = THREE.Box2()
self.assertTrue(a.isEmpty()) # Passednot
a = THREE.Box2(zero2.clone(), one2.clone())
self.assertTrue(not a.isEmpty()) # Passednot
a.makeEmpty()
self.assertTrue(a.isEmpty()) # Passednot
def test_intersect(self):
a = THREE.Box2(zero2.clone(), zero2.clone())
b = THREE.Box2(zero2.clone(), one2.clone())
c = THREE.Box2(one2.clone().negate(), one2.clone())
self.assertTrue(a.clone().intersect(a).equals(a)) # Passednot
self.assertTrue(a.clone().intersect(b).equals(a)) # Passednot
self.assertTrue(b.clone().intersect(b).equals(b)) # Passednot
self.assertTrue(a.clone().intersect(c).equals(a)) # Passednot
self.assertTrue(b.clone().intersect(c).equals(b)) # Passednot
self.assertTrue(c.clone().intersect(c).equals(c)) # Passednot
def test_copy(self):
a = THREE.Box2(zero2.clone(), one2.clone())
b = THREE.Box2().copy(a)
self.assertTrue(b.min.equals(zero2)) # Passednot
self.assertTrue(b.max.equals(one2)) # Passednot
# ensure that it is a True copy
a.min = zero2
a.max = one2
self.assertTrue(b.min.equals(zero2)) # Passednot
self.assertTrue(b.max.equals(one2)) # Passednot
def test_constructor(self):
a = THREE.Box2()
self.assertTrue(a.min.equals(posInf2)) # Passednot
self.assertTrue(a.max.equals(negInf2)) # Passednot
a = THREE.Box2(zero2.clone(), zero2.clone())
self.assertTrue(a.min.equals(zero2)) # Passednot
self.assertTrue(a.max.equals(zero2)) # Passednot
a = THREE.Box2(zero2.clone(), one2.clone())
self.assertTrue(a.min.equals(zero2)) # Passednot
self.assertTrue(a.max.equals(one2)) # Passednot
def test_containsBox(self):
a = THREE.Box2(zero2.clone(), zero2.clone())
b = THREE.Box2(zero2.clone(), one2.clone())
c = THREE.Box2(one2.clone().negate(), one2.clone())
self.assertTrue(a.containsBox(a)) # Passednot
self.assertTrue(not a.containsBox(b)) # Passednot
self.assertTrue(not a.containsBox(c)) # Passednot
self.assertTrue(b.containsBox(a)) # Passednot
self.assertTrue(c.containsBox(a)) # Passednot
self.assertTrue(not b.containsBox(c)) # Passednot
def test_translate(self):
a = THREE.Box2(zero2.clone(), zero2.clone())
b = THREE.Box2(zero2.clone(), one2.clone())
c = THREE.Box2(one2.clone().negate(), one2.clone())
d = THREE.Box2(one2.clone().negate(), zero2.clone())
self.assertTrue(a.clone().translate(one2).equals(THREE.Box2(
one2, one2))) # Passednot
self.assertTrue(a.clone().translate(one2).translate(
one2.clone().negate()).equals(a)) # Passednot
self.assertTrue(d.clone().translate(one2).equals(b)) # Passednot
self.assertTrue(b.clone().translate(
one2.clone().negate()).equals(d)) # Passednot
def test_set(self):
a = THREE.Box2()
a.set(zero2, one2)
self.assertTrue(a.min.equals(zero2)) # Passednot
self.assertTrue(a.max.equals(one2)) # Passednot
def test_intersectsBox(self):
a = THREE.Box2(zero2.clone(), zero2.clone())
b = THREE.Box2(zero2.clone(), one2.clone())
c = THREE.Box2(one2.clone().negate(), one2.clone())
self.assertTrue(a.intersectsBox(a)) # Passednot
self.assertTrue(a.intersectsBox(b)) # Passednot
self.assertTrue(a.intersectsBox(c)) # Passednot
self.assertTrue(b.intersectsBox(a)) # Passednot
self.assertTrue(c.intersectsBox(a)) # Passednot
self.assertTrue(b.intersectsBox(c)) # Passednot
b.translate(THREE.Vector2(2, 2))
self.assertTrue(not a.intersectsBox(b)) # Passednot
self.assertTrue(not b.intersectsBox(a)) # Passednot
self.assertTrue(not b.intersectsBox(c)) # Passednot
def test_expandByScalar(self):
a = THREE.Box2(zero2.clone(), zero2.clone())
a.expandByScalar(0)
self.assertTrue(a.getSize().equals(zero2)) # Passednot
a.expandByScalar(1)
self.assertTrue(a.getSize().equals(
one2.clone().multiplyScalar(2))) # Passednot
self.assertTrue(a.getCenter().equals(zero2)) # Passednot
def test_containsPoint(self):
a = THREE.Box2(zero2.clone(), zero2.clone())
self.assertTrue(a.containsPoint(zero2)) # Passednot
self.assertTrue(not a.containsPoint(one2)) # Passednot
a.expandByScalar(1)
self.assertTrue(a.containsPoint(zero2)) # Passednot
self.assertTrue(a.containsPoint(one2)) # Passednot
self.assertTrue(a.containsPoint(one2.clone().negate())) # Passednot
def test_getParameter(self):
a = THREE.Box2(zero2.clone(), one2.clone())
b = THREE.Box2(one2.clone().negate(), one2.clone())
self.assertTrue(
a.getParameter(THREE.Vector2(0, 0)).equals(THREE.Vector2(
0, 0))) # Passednot
self.assertTrue(
a.getParameter(THREE.Vector2(1, 1)).equals(THREE.Vector2(
1, 1))) # Passednot
self.assertTrue(
b.getParameter(THREE.Vector2(-1, -1)).equals(THREE.Vector2(
0, 0))) # Passednot
self.assertTrue(
b.getParameter(THREE.Vector2(0, 0)).equals(THREE.Vector2(
0.5, 0.5))) # Passednot
self.assertTrue(
b.getParameter(THREE.Vector2(1, 1)).equals(THREE.Vector2(
1, 1))) # Passednot
def test_distanceToPoint(self):
a = THREE.Box2(zero2.clone(), zero2.clone())
b = THREE.Box2(one2.clone().negate(), one2.clone())
self.assertEqual(a.distanceToPoint(THREE.Vector2(0, 0)),
0) # Passednot
self.assertEqual(a.distanceToPoint(THREE.Vector2(1, 1)),
math.sqrt(2)) # Passednot
self.assertEqual(a.distanceToPoint(THREE.Vector2(-1, -1)),
math.sqrt(2)) # Passednot
self.assertEqual(b.distanceToPoint(THREE.Vector2(2, 2)),
math.sqrt(2)) # Passednot
self.assertEqual(b.distanceToPoint(THREE.Vector2(1, 1)),
0) # Passednot
self.assertEqual(b.distanceToPoint(THREE.Vector2(0, 0)),
0) # Passednot
self.assertEqual(b.distanceToPoint(THREE.Vector2(-1, -1)),
0) # Passednot
self.assertEqual(b.distanceToPoint(THREE.Vector2(-2, -2)),
math.sqrt(2)) # Passednot
def test_setFromPoints(self):
a = THREE.Box2()
a.setFromPoints([zero2, one2, two2])
self.assertTrue(a.min.equals(zero2)) # Passednot
self.assertTrue(a.max.equals(two2)) # Passednot
a.setFromPoints([one2])
self.assertTrue(a.min.equals(one2)) # Passednot
self.assertTrue(a.max.equals(one2)) # Passednot
a.setFromPoints([])
self.assertTrue(a.isEmpty()) # Passednot