def singlelevel(Points):
k = 0
while (k < ST.TIME / ST.ITERATIONTIME):
Tree = QT.tree(QT.Rect(ST.MINX, ST.MAXX, ST.MAXY, ST.MINY))
Tree.QuadtreeBuild(Points.values())
Tree.QuadTreeShrink(Tree.root)
Multipole_Framework(Points, Tree)
k = k + 1
def update(self):
"""
Returns:
"""
self.last_update = []
quad_tree = QuadTree.QuadTree(
QuadTree.Rect(self.board.centerx, self.board.centery,
self.board.width / 2, self.board.height / 2), 5)
for key, orb in self.orbs.iteritems():
quad_tree.insert(QuadTree.Point(orb.point.x, orb.point.y, key))
self.move_snakes()
self.orbs_collision(quad_tree)
self.snakes_collision()
self.border_collision()
self.add_orbs()
def orbs_collision(self, quad_tree):
"""
Args:
quad_tree:
Returns:
"""
for snake in self.snakes.itervalues():
for sector in [snake.head] + snake.tail:
range = QuadTree.Rect(sector.point.x, sector.point.y,
sector.radius + objects.Orb.MAX_RADIUS,
sector.radius + objects.Orb.MAX_RADIUS)
orbs = quad_tree.qurey(range)
for orb_point in orbs:
key = orb_point.data
if key not in self.orbs:
continue
orb = self.orbs[key]
if sector.collide(orb):
self.del_orb(key)
snake.mass += orb.mass
