# Jump if any space (unless !A AND B AND !C) and double landing spaces ok
# !(A AND AND B C OR) AND D AND (H OR E)
#ABCDEFGHI
#.#.##.#.####
program = """
NOT T T
AND A T
AND B T
AND C T
NOT T J
AND D J
NOT A T
AND A T
OR H T
OR E T
AND T J
RUN
"""
vm.write_ascii(program.lstrip())
while not vm.is_terminated():
c = vm.run()
if c is not None:
if c > 255:
print(c)
break
print(str(chr(c)), end='')
class State:
def __init__(self):
self.intcode = Intcode(program)
self.latest = None
self.position = (0, 0)
self.grid = dict()
def go(self, direction):
if direction in DIRECTIONS:
self.grid[self.position] = 'visited'
dx, dy = DIRECTIONS[direction]
x, y = self.position
self.position = x + dx, y + dy
data = direction
game.intcode.write_ascii(data)
game.intcode.write(10)
game.latest = self.intcode.read_ascii()
self.update_seen()
print(self.latest)
def update_seen(self):
# Update seen rooms
nav = parse(self.latest).get('navigation') or []
x, y = self.position
for direction in nav:
if direction in DIRECTIONS:
dx, dy = DIRECTIONS[direction]
p = x + dx, y + dy
if p not in self.grid:
self.grid[p] = 'seen'
def take(self, item):
data = "take " + request.json
self.intcode.write_ascii(data)
self.intcode.write(10)
self.latest = game.intcode.read_ascii()
print(self.latest)
def drop(self, item):
data = "drop " + request.json
self.intcode.write_ascii(data)
self.intcode.write(10)
self.latest = game.intcode.read_ascii()
print(self.latest)
def chart(self):
w, h = 16, 16
def tojs(p, **kwargs):
x, y = p
d = dict(x=x + w // 2, y=y + h // 2)
d.update(kwargs)
return d
rooms = []
for p, value in self.grid.items():
rooms.append(tojs(p, value=value))
return dict(rooms=rooms, position=tojs(self.position))
def inventory(self):
self.intcode.write_ascii('inv\n')
raw = self.intcode.read_ascii()
return parse_inventory(raw)
def json(self):
j = parse(game.latest)
j['inventory'] = self.inventory()
return j