separate_answers = group_answer.rsplit(" ")
if len(separate_answers) == 2: # Just one person answering
num_of_answers += len(separate_answers[0])
group_answer = ""
continue
# More than 1 person answering
mem = {}
for individual_answer in separate_answers:
for char in individual_answer:
if char in mem:
mem[char] += 1
else:
mem[char] = 1
persons = len(separate_answers) - 1
for key in mem:
if mem[key] == persons:
num_of_answers += 1
mem.clear()
group_answer = ""
return num_of_answers
if __name__ == '__main__':
puzzle_input = reader.read_file("adventofcode/inputs/day6.txt")
solve_part_one(puzzle_input)
solve_part_two(puzzle_input)
temp = waypoint["x"]
waypoint["x"] = waypoint["y"]
waypoint["y"] = temp * -1
elif turns == 4:
continue
continue
if instruction[0] == "R":
if turns > 4:
turns = turns - 4
if turns == 1:
temp = waypoint["x"]
waypoint["x"] = waypoint["y"]
waypoint["y"] = temp * -1
elif turns == 2:
waypoint["x"] = waypoint["x"] * -1
waypoint["y"] = waypoint["y"] * -1
elif turns == 3:
temp = waypoint["x"]
waypoint["x"] = waypoint["y"] * -1
waypoint["y"] = temp
elif turns == 4:
continue
return abs(ship["x"]) + abs(ship["y"])
if __name__ == '__main__':
puzzle_input = reader.read_file('adventofcode/inputs/day12.txt')
solve_part_one(puzzle_input)
solve_part_two(puzzle_input)
