def test_within(self):
zone = CAN_Zone((0, 0), (10, 10))
can1, can2 = zone.split()
can1, can3 = can1.split()
can1, can4 = can1.split()
# print can1.sides()
# print can2.sides()
# print can3.sides()
# print can4.sides()
self.assertFalse(can1.within(can2))
self.assertTrue(can3.within(can2))
self.assertTrue(can4.within(can2))
def test_virtical_split(self):
zone = CAN_Zone((0,0),(10,10))
self.assertEqual(zone.height,10)
self.assertEqual(zone.width,10)
can1, can2 = zone.split()
self.assertEqual(can1.min.x,0)
self.assertEqual(can1.min.y,0)
self.assertEqual(can1.max.x,5)
self.assertEqual(can1.max.y,10)
self.assertEqual(can2.min.x,5)
self.assertEqual(can2.min.y,0)
self.assertEqual(can2.max.x,10)
self.assertEqual(can2.max.y,10)
can3, can4 = can1.split()
self.assertEqual(can3.height,5)
self.assertEqual(can3.width,5)
self.assertEqual(can3.min.x,0)
self.assertEqual(can3.min.y,0)
self.assertEqual(can3.max.x,5)
self.assertEqual(can3.max.y,5)
self.assertEqual(can4.min.x,0)
self.assertEqual(can4.min.y,5)
self.assertEqual(can4.max.x,5)
self.assertEqual(can4.max.y,10)
can5, can6 = can2.split()
self.assertEqual(can6.min.x,5)
self.assertEqual(can6.min.y,5)
self.assertEqual(can6.max.y,10)
self.assertEqual(can6.max.x,10)
can5, can6 = can2.split()
self.assertEqual(can5.min.x,5)
self.assertEqual(can5.min.y,0)
self.assertEqual(can5.max.x,10)
self.assertEqual(can5.max.y,5)
def test_is_neighbours(self):
zone = CAN_Zone((0, 0), (10, 10))
node1 = CAN_Node(1, zone)
node2 = node1.join(2)
node3 = node2.join(3)
node4 = node3.join(4)
print "#########"
print node1
print node2
print node3
print node4, node4.url
print "-----------"
print len(node1.neighbours)
print len(node2.neighbours)
print len(node3.neighbours)
def test_distance(self):
point1 = Point((2, 2))
point2 = Point((2, 2))
zone = CAN_Zone((0, 0), (2, 2))
print zone.sides()
print zone.distance(point1)