def test_bst(n):
arr = util.get_random_array(n)
util.print_array(arr)
bst = BST()
for i in arr:
bst.put(i, "data-%d" % i)
print("after put size", bst.size())
for i in arr:
bst.delete(i)
print("after delete %d size" % i, bst.size())
map[Point(self.x, self.y)] = 0
elif v == 3:
#print('paddle at %x,%x' % (self.x,self.y))
paddlex = self.x
map[Point(self.x, self.y)] = 0
else:
map[Point(self.x, self.y)] = v
self.p = (self.p + 1) % 3
lines = data.strip().split('\n')
prog = Program(data)
prog.run(Reader(), Writer())
cnt = 0
for p, v in map.items():
if v == 2:
cnt += 1
util.print_array(util.gridify_sparse_map(map))
print("%d block tiles" % cnt)
prog.reset()
prog.mem[0] = 2
prog.run(Reader(), Writer())
print(score)