tomweber
3 years ago
parent
3dec353ef5
commit
a2d5923806
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import numpy as np
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from collections import deque
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file = "inputs/day10.input"
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lines = [x.decode().replace("\n", "") for x in open(file, "rb").readlines()]
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match = {"<": ">", "(": ")", "[": "]", "{": "}"}
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opening = ["<", "(", "[", "{"]
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points = {">": 25137, ")": 3, "]": 57, "}": 1197}
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def check_corruption(line):
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stack = deque("")
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for letter in line:
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if letter in opening:
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stack.append(letter)
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else:
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last_opening = stack.pop()
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if letter != match[last_opening]:
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return letter
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return "0"
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score = 0
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for line in lines:
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corruption_check = check_corruption(line)
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if corruption_check != "0":
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score += points[corruption_check]
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print(score)
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import numpy as np
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from collections import deque
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file = "inputs/day10.input"
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lines = [x.decode().replace("\n", "") for x in open(file, "rb").readlines()]
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match = {"<": ">", "(": ")", "[": "]", "{": "}"}
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opening = ["<", "(", "[", "{"]
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points = {">": 4, ")": 1, "]": 2, "}": 3}
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def check_corruption(line):
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stack = deque("")
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for letter in line:
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if letter in opening:
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stack.append(letter)
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else:
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last_opening = stack.pop()
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if letter != match[last_opening]:
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return letter
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return "0"
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def check_incomplete(line):
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stack = deque("")
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sequence = []
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for letter in line:
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if letter in opening:
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stack.append(letter)
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else:
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last_opening = stack.pop()
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while len(stack) != 0:
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current_opening = stack.pop()
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sequence.append(match[current_opening])
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return sequence
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scores = []
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for line in lines:
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score = 0
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corruption_check = check_corruption(line)
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if corruption_check != "0":
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score += points[corruption_check]
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else:
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closing_seq = check_incomplete(line)
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for letter in closing_seq:
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score *= 5
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score += points[letter]
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scores.append(score)
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scores = sorted(scores)
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print(scores[len(scores) // 2])
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import numpy as np
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from collections import deque
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file = "inputs/day11.input"
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numbers = [x.decode().replace("\n", "") for x in open(file, "rb").readlines()]
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numbers = [[int(x) for x in number] for number in numbers]
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numbers = np.array(numbers)
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def get_ones(x, y):
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ones = np.zeros((numbers.shape[0] + 2, numbers.shape[1] + 2))
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ones[x : x + 3, y : y + 3] = 1
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return ones[1:-1, 1:-1]
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steps = 100
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flashes = 0
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for step in range(steps):
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numbers += 1
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nines_x, nines_y = np.where(numbers > 9)
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coords = list(zip(nines_x, nines_y))
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flashed = []
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while len(coords) > 0:
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coord = coords.pop()
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flashed.append(coord)
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x, y = coord
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ones = get_ones(x, y)
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numbers += ones.astype("int64")
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nines_x, nines_y = np.where(numbers > 9)
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new_coords = list(zip(nines_x, nines_y))
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for new_coord in new_coords:
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if new_coord not in flashed and new_coord not in coords:
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coords.append(new_coord)
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flashes += len(flashed)
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for flash in flashed:
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x, y = flash
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numbers[x, y] = 0
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print(flashes)
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import numpy as np
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from collections import deque
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file = "inputs/day11.input"
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numbers = [x.decode().replace("\n", "") for x in open(file, "rb").readlines()]
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numbers = [[int(x) for x in number] for number in numbers]
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numbers = np.array(numbers)
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def get_ones(x, y):
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ones = np.zeros((numbers.shape[0] + 2, numbers.shape[1] + 2))
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ones[x : x + 3, y : y + 3] = 1
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return ones[1:-1, 1:-1]
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flashes = 0
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counter = 0
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synchron_flash = False
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while not synchron_flash:
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counter += 1
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numbers += 1
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nines_x, nines_y = np.where(numbers > 9)
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coords = list(zip(nines_x, nines_y))
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flashed = []
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while len(coords) > 0:
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coord = coords.pop()
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flashed.append(coord)
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x, y = coord
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ones = get_ones(x, y)
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numbers += ones.astype("int64")
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nines_x, nines_y = np.where(numbers > 9)
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new_coords = list(zip(nines_x, nines_y))
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for new_coord in new_coords:
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if new_coord not in flashed and new_coord not in coords:
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coords.append(new_coord)
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for flash in flashed:
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x, y = flash
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numbers[x, y] = 0
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if len(flashed) == 100:
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print(counter)
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synchron_flash = True
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import numpy as np
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file = "inputs/day9.input"
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numbers = [x.decode().replace("\n", "") for x in open(file, "rb").readlines()]
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numbers = [[int(x) for x in number] for number in numbers]
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numbers = np.array(numbers)
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risklevel = 0
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for x in range(numbers.shape[0]):
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for y in range(numbers.shape[1]):
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if x == 0 and y == 0:
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if numbers[x + 1, y] > numbers[x, y] and numbers[x, y + 1] > numbers[x, y]:
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risklevel += 1 + numbers[x, y]
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elif x == 0 and y == numbers.shape[1] - 1:
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if numbers[x + 1, y] > numbers[x, y] and numbers[x, y - 1] > numbers[x, y]:
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risklevel += 1 + numbers[x, y]
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elif x == numbers.shape[0] - 1 and y == 0:
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if numbers[x - 1, y] > numbers[x, y] and numbers[x, y + 1] > numbers[x, y]:
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risklevel += 1 + numbers[x, y]
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elif x == numbers.shape[0] - 1 and y == numbers.shape[1] - 1:
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if numbers[x - 1, y] > numbers[x, y] and numbers[x, y - 1] > numbers[x, y]:
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risklevel += 1 + numbers[x, y]
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elif x == 0 and y > 0 and y < numbers.shape[1] - 1:
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if (
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numbers[x, y + 1] > numbers[x, y]
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and numbers[x, y - 1] > numbers[x, y]
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and numbers[x + 1, y] > numbers[x, y]
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):
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risklevel += 1 + numbers[x, y]
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elif x == numbers.shape[0] - 1 and y > 0 and y < numbers.shape[1] - 1:
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if (
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numbers[x, y + 1] > numbers[x, y]
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and numbers[x, y - 1] > numbers[x, y]
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and numbers[x - 1, y] > numbers[x, y]
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):
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risklevel += 1 + numbers[x, y]
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elif y == 0 and x > 0 and x < numbers.shape[0] - 1:
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if (
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numbers[x, y + 1] > numbers[x, y]
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and numbers[x - 1, y] > numbers[x, y]
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and numbers[x + 1, y] > numbers[x, y]
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):
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risklevel += 1 + numbers[x, y]
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elif y == numbers.shape[1] - 1 and x > 0 and x < numbers.shape[0] - 1:
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if (
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numbers[x, y - 1] > numbers[x, y]
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and numbers[x - 1, y] > numbers[x, y]
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and numbers[x + 1, y] > numbers[x, y]
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):
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risklevel += 1 + numbers[x, y]
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else:
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if (
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numbers[x, y - 1] > numbers[x, y]
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and numbers[x, y + 1] > numbers[x, y]
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and numbers[x - 1, y] > numbers[x, y]
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and numbers[x + 1, y] > numbers[x, y]
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):
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risklevel += 1 + numbers[x, y]
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print(risklevel)
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import numpy as np
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file = "inputs/day9.input"
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numbers = [x.decode().replace("\n", "") for x in open(file, "rb").readlines()]
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numbers = [[int(x) for x in number] for number in numbers]
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numbers = np.array(numbers)
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coords = []
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for x in range(numbers.shape[0]):
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for y in range(numbers.shape[1]):
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if x == 0 and y == 0:
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if numbers[x + 1, y] > numbers[x, y] and numbers[x, y + 1] > numbers[x, y]:
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coords.append((x, y))
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elif x == 0 and y == numbers.shape[1] - 1:
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if numbers[x + 1, y] > numbers[x, y] and numbers[x, y - 1] > numbers[x, y]:
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coords.append((x, y))
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elif x == numbers.shape[0] - 1 and y == 0:
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if numbers[x - 1, y] > numbers[x, y] and numbers[x, y + 1] > numbers[x, y]:
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coords.append((x, y))
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elif x == numbers.shape[0] - 1 and y == numbers.shape[1] - 1:
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if numbers[x - 1, y] > numbers[x, y] and numbers[x, y - 1] > numbers[x, y]:
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coords.append((x, y))
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elif x == 0 and y > 0 and y < numbers.shape[1] - 1:
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if (
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numbers[x, y + 1] > numbers[x, y]
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and numbers[x, y - 1] > numbers[x, y]
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and numbers[x + 1, y] > numbers[x, y]
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):
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coords.append((x, y))
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elif x == numbers.shape[0] - 1 and y > 0 and y < numbers.shape[1] - 1:
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if (
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numbers[x, y + 1] > numbers[x, y]
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and numbers[x, y - 1] > numbers[x, y]
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and numbers[x - 1, y] > numbers[x, y]
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):
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coords.append((x, y))
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elif y == 0 and x > 0 and x < numbers.shape[0] - 1:
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if (
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numbers[x, y + 1] > numbers[x, y]
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and numbers[x - 1, y] > numbers[x, y]
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and numbers[x + 1, y] > numbers[x, y]
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):
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coords.append((x, y))
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elif y == numbers.shape[1] - 1 and x > 0 and x < numbers.shape[0] - 1:
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if (
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numbers[x, y - 1] > numbers[x, y]
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and numbers[x - 1, y] > numbers[x, y]
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and numbers[x + 1, y] > numbers[x, y]
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):
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coords.append((x, y))
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else:
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if (
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numbers[x, y - 1] > numbers[x, y]
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and numbers[x, y + 1] > numbers[x, y]
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and numbers[x - 1, y] > numbers[x, y]
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and numbers[x + 1, y] > numbers[x, y]
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):
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coords.append((x, y))
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def get_candidates(tup):
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candidates = []
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x, y = tup
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if x != 0 and numbers[x - 1, y] != 9 and numbers[x - 1, y] > numbers[x, y]:
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candidates.append((x - 1, y))
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if (
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x != numbers.shape[0] - 1
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and numbers[x + 1, y] != 9
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and numbers[x + 1, y] > numbers[x, y]
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):
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candidates.append((x + 1, y))
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if y != 0 and numbers[x, y - 1] != 9 and numbers[x, y - 1] > numbers[x, y]:
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candidates.append((x, y - 1))
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if (
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y != numbers.shape[1] - 1
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and numbers[x, y + 1] != 9
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and numbers[x, y + 1] > numbers[x, y]
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):
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candidates.append((x, y + 1))
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return candidates
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def get_basin(tup):
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basin = []
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starts = [tup]
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while len(starts) > 0:
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for start in starts:
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candidates = get_candidates(start)
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for candidate in candidates:
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if candidate not in basin and candidate not in starts:
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starts.append(candidate)
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basin.append(start)
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starts.remove(start)
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return basin
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basin_lengths = []
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for coord in coords:
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basin_lengths.append(len(get_basin(coord)))
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lengths = sorted(basin_lengths)
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print(lengths[-3] * lengths[-2] * lengths[-1])
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@ -0,0 +1,110 @@
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<<{<[<<<{<<(<({}())({}[]))[[{}[]]<{}[]>])[<[{}[]]{()()}>{((){})<<><>>}]>>[<(<<{}>>[<()()><<><>>]
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{[[[{<[(([[{(({}))([<>[]]((){}))}<<<[][]>[{}{}]>[{()[]}(()())]>][[[{<>()}[{}[]]]]]]<{{{{()[]}}}[[{[][]}{{
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([((<(<(<<([{{[][]}([]<>)}({<>{}}[[]()])]<[[()()](()[])]([[][]](<><>))>>{{<(<><>)[<>()]>([[]()])}<<[[]()]<[][
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{{{([((([({[{{()()}{<>[]}}({{}{}}([]{}))]{([{}<>])<(<><>){[]<>}}}})({{{(()())[[][]]}{<{}{}>
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{{([[((({(({({<><>}([]{}))([()()]{[]{}})}[[({}{})<(){}>]<<()<>>>]){[[[()()][<>[]]}<[{}()]{{}<>}
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{([<[[<<({[<(<()<>>(()())){<<>[]><()[]>}>[({{}<>})]][[(<()<>>{(){}})[{[]<>}[[]{}])][[(()()){[][]}]<{{}{}}<[
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[<{[((<([[([<<{}()>{{}()}>{(()[])[<>{}]}]<{[<><>]{<>{}}}>)]{[{{{()<>}[{}<>]}<<()>{{}{}}>}]({{<
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[<((<<({[{<{[[<><>](<>{})]{<()()><[]{}>}}<<[{}()]<[][]>><({}<>)>>>{<[[()<>]<{}[]>]<(<>()){<>{}}>>[{(()[])[{
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([(<<{{<[<(<<[[]{}]({}{})><[()[]]{<><>}>>[[{[]<>}[{}()]][({}{})({}())]>){(<{(){}}[{}[]]>[{[][]}<<
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([<{<<<[[<{[{({}{})[{}[]]}])[[(({}{}){()<>})<[()[]]<[][]>>]<(<()()>{()()}){(<><>)([]())}>]>]]<<{
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[{((<<{[{[<<<(()[])[[][]]>>><{<{<>[]>{[]{}}>{<<>()>[<><>]}}[{{<>{}}([]())}{({}[])[<><>]}]>][(<({<>()}[[]{}])[
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<(<[[<{(<[(<[([]())]({<>()}({}()))>[({(){}})[[[][]][<>{}]]]){{[[<><>]{{}[]}]<[(){}]<{}()>>}(<(<>{
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{{{([[(<<<{[{(<><>){<>[]}}<<[][]><()<>>>]<[[(){}][<>[]]]{{()<>}[{}()]}>}[{{({}<>)}[[{}{}]{{}[]}]}[([()()]
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{(<[{[{([({[[{<>}]{[<>{}]([][])}]{[(<>[])({}())]<{<><>}({}<>)>}}<[[(<>()){()[]}][<()()>{[]{}}]]<{[[]][[]()]
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<{(({({(<{{<{{()()}<()[]>}{[[]()](<>[])}>}<<({{}()}<[]{}>)[{[]()}]><<<<><>>[<>[]]>>>}([<[{()[]}(()()
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[[[{<({{[[<[{[(){}]<[]<>>}[[<>[]]{()<>}]]({<{}[]>[<>[]]}{({}{})<{}[]>})>{[[{[]{}}{<><>}]{(
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<([<[(([[[[([<[][]>]<([]()){<>()}>){[{[]()}([][])]<{[]<>}({}<>)>}]<[[[[]<>][<>{}]]{{{}()]{<>(
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<({{<<<{<<[[[<()<>>[()[]]]](<[{}<>]{[][]}>[{<>()}<()()>])]><{<[<()<>>[[]()]]<<[][]><()()>>>
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[[{{(([[<{[[(<[][]><<><>>}[{{}()}]]{(<<><>>({}<>))[[[][]]<[]{}>]}]<[{({}<>)[[]]}({()()}[<><>
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([<[([[<{<((<<{}()>[<>()]>)(<{{}()}>(<[]<>>{()()})))>({<<{(){}}{{}}><[<>{}]<<>{}>>>{([(){}](<>)){{()<>}({
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[{[[<((({[{[<[[]()]<{}[]>>{<{}<>>(<>[])}]<{({}{}){{}[]}}{[[]<>]([][])}>}(<{(<>)[()<>]>>(({{}()})[[{}[]]{[]}
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[{[[({<<{([{{({}())[()[]]}<[<>()]({}{})>}({[{}<>]<<><>>}{{[]<>}{()]})][<([<>()]({}[])){[{}{}](<>[])}>[((()
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{{((<[{{[[(<{({}()){()<>}}[{{}<>)({}{})]>({<(){}>[[]{}]}[[[]()]<{}>]))<<{[[]{}]({}[])}{<()>({}
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<{<({[[({<(<<<[][]>[<>[]]><(()[])>>{([[]<>]({}{}>)})((<[{}][{}<>]>{(()<>)})<<<<>[]>[(){}]>[(<>{})<<>[]>]>)>}
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[[[{[[{<{({<({{}<>}({}<>))>{[({}())]}})[<[[([][])][<{}<>><()<>>]]([[<><>]<[]()>]<({}{})(<><>
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[<({{[(<{(<<((<>)<{}[]>){{<>[]}<{}{}>}>(<(<><>)<{}<>>><{{}()}[{}()]>)>([([[]{}][{}[]])]))}>((({{
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<<{({{(<([[(<[<>()]<<><>>>(<[]()>{{}<>})){{<{}[]>[()()]}<(<>[])<()[]>]}]{({<(){}>{[]()}}[(<>
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(({<[({{[[{{[[()[]]([][])]{(<>[])<(){}>}}<<({}{})([]())><({}[])>>}<<<<{}[]>{[]{}}>(<[][]>[{}{}])>(({()<>
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{[[([<[{[{<[[({}[])<{}[]>]([<>[]]({}{}))][({()[]}(()()))]>{<<({})([]{})>{[[]()](()()]}>[(((){})(()[]))<[[]<>
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({[(<[(<({<[[[{}()]][<()()>[()[]]]]<{{<>[]}}[[[]{}]([]<>)]>>})<<{[<[()[]](()()}><(()())[<><>]>
|
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((<[{([[{(([([<>()][[][]])]))}]])<{(<<{{<<[]{}>({}())>}}>>[{([[{{}()}{(){}}]](((()[])[(){}])<[<><
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{(<{[{<<(<<[<<{}{}>><[[][]}{(){}}>]{{{[]<>}[[]<>]}}>{({<{}<>>({}<>)}<<[]<>>>)[(<{}<>>(<>))<[
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[<({<<({[{[<[([]<>)]{[(){}]({})}>{{((){})}[<[][]>]}]({(<{}<>>(<>())){{[]()}(()())}}(((<>{}){()()}){{[]()}<<>
|
||||
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7679989210198678954378999876567896987656799875210123898987899986532349986501678998789987789910999597
|
||||
8789894321987567896567894987689934698767891984321234987676789997653498795413789987679876669892988989
|
||||
9898765939876458789698932198794323989898932395432449896545678919764569654329899876567995458799876678
|
||||
9969879896954345698999545989899319879909543986543498765436789101975679885434998787456984345689765566
|
||||
9852998765423234767897999878958909768919655987656569896517899919876789976545689654349876456897843445
|
||||
8643489987610123456976878954347898754598996799789678987698978892987893987656789743256998667896532134
|
||||
9759579897521234567895667893236789843456789899998789998789768791298932199787895434123498778965431012
|
||||
9898998765432347688943456789045678932345689987679895989894545679379321019899987321012369899876559423
|
||||
3987679986543458799432367892127899431256799899562923976943234579459832123999876543143456998997678934
|
||||
2976565698654567896521456793298986562345898764321019895432123478998763236789988654234587896498789545
|
||||
3987434598767699987932367895459997878487989897632398789321014567987654445789799895678999989349899856
|
||||
9897523459878789299893456789568998989568976989543987676932124568998765676797658976799345678996998767
|
||||
9788412345989890198789569899878999997679895878954976545893238679109877787896547989891249899985459878
|
||||
8654301234599921987698978976989287898799754767895985437789548789298998898995435695910198999875334989
|
||||
7543212345678999876567899765690176799987643456796984325678956789987669959789324954321297899654219895
|
||||
8654323456799987987698999854321245678998321345689875434789767893299542345698919895439986798943109764
|
||||
9765436567899976598789898767433366989986210123678986546899878954998753457987998789598765987893299843
|
||||
9887567679979865429896789876549456799965321234567987897899999999898764569976787679999654576789987659
|
||||
5998789789567978539965656997698967899876432347678998999998999889789875698765436567897643235895499878
|
||||
4569899897679987698754345698987898976987543656789989789767998775678986987654323456987732146789398989
|
||||
3478910998998898987653234789996789895498654777898765678956987654589997898843212369876545256893227890
|
||||
1245699899876799999865545678965456789329769899999954599549876543459998998764101236987984345789106791
|
||||
0134987654765778998986676989894345678919879932198765988959765432467899987654323345699875656895415899
|
||||
1949896563244569987698789899789236989998989543249899767898654321348976798765634789789986767894323978
|
||||
9898765432123456976539899788678949899997897694345987658989965442459345899876545678990987898965434569
|
||||
8769876551012345895423987657569898789876898985459876545679878643769456799989876789991298929876775778
|
||||
9854998743256566789109876543469797678965789976569987635589989767978987998999997899873349212997889899
|
||||
8765987654345689899219765432398654567894678989698965323489999878989999876669998998764569109898998912
|
||||
9896798965456789978997654521449765678932567898987894313878893989999899944558999439975678998789987101
|
||||
8987899986567994567998743210139878989543458987876995305456794599878799432347994321986989987678976532
|
||||
7698999897879543456899765323234989297654569876765789212346789798765678901236789432987899878567899945
|
||||
4569998798989432345799876436545891019765798765434994323457899899654567892345678949899929765456987896
|
||||
3445989659699921234689986545656789129879899896549895935668955998743456793456789998779910979345985679
|
||||
1239876546559892345679197968987899998989998987898789896799943298654567976567999987667899898959874567
|
||||
0545989632346789467789239879999999897698997698987676789899899398765678987699898976548998787598765789
|
||||
1356797521248999578997659989901298766567799549976545689988798999989989298989767895439987656469876789
|
||||
2987985432345678989998767997892987655456678998765434679878697889996799109878658789698765432345987894
|
||||
3567976765456789998999879876789886844344567989878323598764566978945678998754345678999875321234698943
|
||||
4568987876567893867894998765498765432123479877945412459843434569236899876543234567999986410126789101
|
||||
6789998989678912356913987654329874321014698765432101568932012489345789997654123456789994323434893213
|
||||
Loading…
Reference in new issue