def part1(game):
state = intcode.intcode(game.copy())
grid = {}
while True:
outputs = []
state = intcode.advance(state)
if state.pos is None:
break
outputs.append(state.output.pop())
state = intcode.advance(state)
outputs.append(state.output.pop())
state = intcode.advance(state)
outputs.append(state.output.pop())
x, y, tile = outputs
grid[(x, y)] = tile
return len([v for v in grid.values() if v == 2])
def run(self):
view = []
while self.state.pos is not None:
self.state = intcode.advance(self.state)
if not self.state.output:
break
view.append(self.state.output.pop())
return ''.join(map(chr, view))
def run(self):
self.state.input.append(ord('n'))
self.state.input.append(ord('\n'))
out = []
while self.state.pos is not None:
self.state = intcode.advance(self.state)
while self.state.output:
out.append(self.state.output.pop(0))
return out[-1]
def paint(starting_panel):
state = intcode.intcode(tape.copy())
grid = {}
position = (0, 0)
facing = directions.N
grid[position] = starting_panel
while state.pos is not None:
color = grid.get(position, 0)
state.input.append(color)
state = intcode.advance(state)
if state.pos is None: break
paint = state.output.pop()
grid[position] = paint
state = intcode.advance(state)
rotation = state.output.pop()
position, facing = move(position, facing, rotation)
return grid
def run_with_view(self):
self.state.input.append(ord('y'))
self.state.input.append(ord('\n'))
suffix = ' '
while self.state.pos is not None:
self.state = intcode.advance(self.state)
while self.state.output:
v = chr(self.state.output.pop(0))
print(v, end='')
suffix = suffix[1] + v
if suffix == '\n\n':
time.sleep(0.2)
return ord(suffix[1])
def step(self):
if not self.state.input:
return True
last_direction = self.state.input[0]
next_pos = vec_add(self.pos, sides[last_direction])
self.state = intcode.advance(self.state)
if self.state.pos is None:
return False
if not self.state.output:
return True
output = self.state.output.pop()
self.grid[next_pos] = output
if output == 1:
self.pos = next_pos
elif output == 2:
self.pos = next_pos
self.oxygen = next_pos
def step(self):
while True:
outputs = []
for _ in range(3):
self.state = intcode.advance(self.state)
if self.state.pos is None:
return False
if not self.state.output:
return True
outputs.append(self.state.output.pop())
x, y, value = outputs
if x == -1 and y == 0:
self.score = value
continue
self.screen[(x, y)] = value
if value == 3:
self.paddle = x
if value == 4:
self.ball = x
def check(x, y):
bot = intcode.intcode(tape.copy())
bot.input += [x, y]
bot = intcode.advance(bot)
return bot.output.pop(0)