def main():
# read input
puzzle_input = get_input('day7_input.txt')
# determine combinations of phase settings
phase_settings = get_permutations(0,4)
# test each set of phase settings, collecting output numbers
outputs = []
for phase_setting in phase_settings:
output = calculate_output(phase_setting, puzzle_input)
outputs.append(output)
# print max output number
print(max(outputs))
def main():
# read input
puzzle_input = get_input('day9_input.txt')
# create intcode computer
comp = IntcodeComp(puzzle_input, 1)
# run intcode computer
print('BOOST keycode:')
comp.compute()
# create a new intcode computer for part 2 with input value 2
comp2 = IntcodeComp(puzzle_input, 2)
# run this intcode computer
print('Distress signal coordinates:')
comp2.compute()
def main():
# read input
intcode = get_input('input.txt')
# start IntCode computer
comp = IntcodeComp(intcode)
# get maze
maze = np.zeros((50, 50))
maze = get_maze(comp, [startX, startY], maze)
# plt.matshow(maze)
# plt.show()
# solve maze
solved = solve_maze(maze)
plt.matshow(correctPath)
plt.show()
def main():
# parse input
input_code = get_input('input.txt')
# initialize game board
board = BrickBreaker()
# initalize intcode computer
computer = IntcodeComp(input_code)
# run computer and get outputs
outputs = computer.compute()
# slice outputs into sets of three, adding a tile id for each set
for x, y, tile_id in chunks(outputs, 3):
board.mark_tile(x, y, tile_id)
# print the number of block tiles (tile_id = 2)
print(board.get_tile_count(2))
# display board
board.display()
def main():
# read input
puzzle_input = get_input('input.txt')
# create hull painter
painter = Painter()
# create intcode computer
comp = IntcodeComp(puzzle_input)
# run the computer and painter
while True:
# input the current color to get color, turn, stop
color, turn, stop = comp.compute(input_signal=painter.get_current_color())
# if computer is stopped, stop
if stop:
break
# otherwise paint and move based on computer's directions
painter.paint(color)
painter.move(turn)
# print the number of panels painted at least once
print(painter.get_count())
def main():
# parse input
input_code = get_input('input.txt')
# play for free by setting memory address 0 to 2
input_code[0] = 2
# initialize game board
board = BrickBreaker()
# initalize intcode computer
computer = IntcodeComp(input_code)
# initialize joystic in neutral position
joystick = 0
while True:
# board.display()
# run computer and get outputs
outputs = computer.compute(input_signal=joystick)
for x, y, tile_id in chunks(outputs, 3):
if x != -1:
board.mark_tile(x, y, tile_id)
elif x == -1 and y == 0:
board.set_score(tile_id)
joystick = board.get_joystick()
# if no more blocks, break
if board.get_tile_count(2) == 0:
break
# print the score
print(board.score)