def get_result(fname, window):
lines = helper.read_lines_as_ints(fname)
for i in range(window, len(lines)):
curr = lines[i]
prev_window = lines[(i-window):i]
# print(curr, prev_window)
if not check(curr, prev_window):
return curr
def main() -> None:
# card_public_key, door_public_key = helper.read_lines_as_ints("example.txt")
card_public_key, door_public_key = helper.read_lines_as_ints("input.txt")
# print(card_public_key)
# print(door_public_key)
crypto = Crypto(card_public_key, door_public_key)
crypto.start()
print()
print("encryption key:", crypto.encryption_key)
def main():
# fname = "example.txt"
fname = "input.txt"
numbers = helper.read_lines_as_ints(fname)
for a, b, c in combinations(numbers, 3):
if a + b + c == GOAL:
print(f"# {a}, {b}, {c}")
print()
result = a * b * c
print(result)
break
def main():
# settings = 'example'
settings = 'input'
fname = config[settings]['fname']
window = config[settings]['WINDOW']
lines = helper.read_lines_as_ints(fname)
invalid_number = part1.get_result(fname, window)
print("invalid_number:", invalid_number)
data = find_sum(invalid_number, lines)
print("contiguous sum makers:", data)
result = min(data) + max(data)
print()
print(f"result: {result}")
def main():
# lines = helper.read_lines_as_ints("example1.txt")
# lines = helper.read_lines_as_ints("example2.txt")
lines = helper.read_lines_as_ints("input.txt")
numbers = sorted(lines)
numbers = [0] + numbers + [numbers[-1] + 3]
clusters = []
print(numbers)
print("length:", len(numbers))
print()
for i in range(0, len(numbers)-2):
left_elem = numbers[i]
cl = []
j = i + 2
while True:
right_elem = numbers[j]
if right_elem - left_elem > 3:
break
# else
middle_elem = numbers[j - 1] # just to the left of the j^th element
cl.append(middle_elem)
j += 1
#
if len(cl) > 0:
clusters.append(cl)
#
print("clusters: ", clusters)
clusters = join_clusters(clusters)
print("joined clusters: ", clusters)
d = {
3: 7,
2: 4,
1: 2
}
multipliers = [d[len(cl)] for cl in clusters]
print("numbers to multiply:", multipliers)
result = math.prod(multipliers)
print()
print("result:", result)
def main():
# lines = helper.read_lines_as_ints("example1.txt") # 7 (1 jolt) * 5 (3 jolts) = 35
# lines = helper.read_lines_as_ints("example2.txt") # 22 (1 jolt) * 10 (3 jolts) = 220
lines = helper.read_lines_as_ints("input.txt")
numbers = sorted(lines)
numbers = [0] + numbers + [numbers[-1] + 3]
one = 0
three = 0
for a, b in zip(numbers, numbers[1:]):
diff = b - a
if diff == 1:
one += 1
elif diff == 3:
three += 1
#
print(numbers)
print("length:", len(numbers))
print(one)
print(three)
print()
print("result:", one * three)