def solve2():
opcodes[0] = "2"
intCode = IntCode(opcodes)
intCode.running = True
input = 0
score = 0
tiles = defaultdict(list)
paddle = ball = False
while intCode.running:
x = intCode.run(input)
y = intCode.run(input)
id = intCode.run(input)
if x == -1 and y == 0:
score = id
else:
if id == 3:
paddle = True
elif id == 4:
ball = True
elif id == 0:
for i in range(5):
if (x, y) in tiles[i]:
tiles[i].remove((x, y))
if i == 3: paddle = False
if i == 4: ball = False
tiles[id].append((x, y))
if paddle and ball:
input = 0
if tiles[3][0][0] < tiles[4][0][0]:
input = 1
elif tiles[3][0][0] > tiles[4][0][0]:
input = -1
print(score)
def solve1():
intCode = IntCode(opcodes)
intCode.running = True
c = 0
while intCode.running:
x = intCode.run(0)
y = intCode.run(0)
id = intCode.run(0)
if id == 2:
c += 1
print(c)
def paint2():
intComputer = IntCode(opcodes.split(','))
panel = defaultdict(int)
d = 0
p = (0,0)
panel[p] = 1
intComputer.running = True
while intComputer.running:
color = intComputer.run(panel[p])
direction = intComputer.run(panel[p])
if not intComputer.running:
break
panel[p] = color
d = turn(d, direction)
p = move(p, d)
return panel