def run_two(self, inputs):
intcode_a = Intcode(self.code[:], [inputs[0], 0], name='A')
intcode_b = Intcode(self.code[:], [inputs[1]], name='B')
intcode_c = Intcode(self.code[:], [inputs[2]], name='C')
intcode_d = Intcode(self.code[:], [inputs[3]], name='D')
intcode_e = Intcode(self.code[:], [inputs[4]], name='E')
while intcode_a.is_running() and intcode_b.is_running(
) and intcode_c.is_running() and intcode_a.is_running(
) and intcode_d.is_running() and intcode_e.is_running():
intcode_a.run()
if intcode_b.is_running() and len(intcode_a.outputs) > 0:
intcode_b.inputs += intcode_a.outputs
intcode_a.outputs = []
intcode_b.run()
if intcode_c.is_running() and len(intcode_b.outputs) > 0:
intcode_c.inputs += intcode_b.outputs
intcode_b.outputs = []
intcode_c.run()
if intcode_d.is_running() and len(intcode_c.outputs) > 0:
intcode_d.inputs += intcode_c.outputs
intcode_c.outputs = []
intcode_d.run()
if intcode_e.is_running() and len(intcode_d.outputs) > 0:
intcode_e.inputs += intcode_d.outputs
intcode_d.outputs = []
intcode_e.run()
if intcode_a.is_running() and len(intcode_e.outputs) > 0:
intcode_a.inputs += intcode_e.outputs
intcode_e.outputs = []
return intcode_e.outputs[0]
with open('inputs/day13.in') as f:
data = f.read().strip()
bx, by = 0, 0
px, py = 0, 0
comp = Intcode(data, [])
comp.codes[0] = 2
score = 0
while not comp.halted:
comp.run()
for i in range(0, len(comp.outputs), 3):
x, y, tile = comp.outputs[i:i + 3]
if tile > 4:
score = tile
elif tile == 4:
bx, by = x, y
elif tile == 3:
px, py = x, y
comp.outputs = []
if bx > px:
joystick = 1
elif bx < px:
joystick = -1
else:
joystick = 0
comp.inputs.append(joystick)
print(score)
