def main():
opcode_list = fa.read_input_values('day13_puzzle_input.txt')
opcode_list = [int(thing) for thing in opcode_list]
computer = Computer(opcode_list)
blocks_num = 0
game_ch = {0: ' ', 1: '|', 2: '#', 3: '-', 4: '0'}
game_code = []
while not computer.done:
output = computer.calculate()
if not computer.done:
game_code.append(output)
game_map = [['.' for _ in range(43)] for _ in range(23)]
for idx in range(0, len(game_code), 3):
if game_code[idx + 2] == 2: blocks_num += 1
x, y, ch = game_code[idx], game_code[idx + 1], game_ch[game_code[idx +
2]]
## print(idx, x,y,ch)
game_map[y][x] = ch
result = 0
for row in game_map:
print(row)
result += row.count('#')
print(result, blocks_num)
def main():
opcode_list = fa.read_input_values('day13_puzzle_input.txt')
opcode_list = [int(thing) for thing in opcode_list]
opcode_list[0] = 2
computer = Computer(opcode_list)
ball_x = 0
paddle_x = 0
joystick_input = 0
scrole = 0
game_ch = {0: ' ', 1: '|', 2: '#', 3: '-', 4: '0'}
game_code = {}
blocks_num = 0
ball_draw = False
paddle_draw = False
while not computer.done:
x = computer.calculate()
y = computer.calculate()
title = computer.calculate()
if not (x == -1 and y == 0):
if title != None:
game_code[(x, y)] = game_ch[title]
elif x == -1 and y == 0:
scrole = title
if title == 3:
paddle_x = x
paddle_draw = True
if ball_draw == True:
ball_draw = False
paddle_draw = False
joystick_position(ball_x, paddle_x, computer)
elif title == 4:
ball_x = x
ball_draw = True
if paddle_draw == True or paddle_x != 0:
ball_draw = False
paddle_draw = False
joystick_position(ball_x, paddle_x, computer)
elif title == 2:
blocks_num += 1
## if blocks_num == 0:
## break
## computer.done = False
print('*' * 20)
print('* Scrole:', f'{scrole:8}', '*')
print('*' * 20)
def main():
current_position = 0
opcode_list = fa.read_input_values('day5_puzzle_input.txt')
opcode_list = [int(thing) for thing in opcode_list]
computer = Computer(opcode_list)
while not computer.done:
computer.calculate(5)
print(computer.output)
def main():
opcode_list = fa.read_input_values('day11_puzzle_input.txt')
opcode_list = [int(thing) for thing in opcode_list]
painting = Robot_painter(opcode_list)
painting.paint()
print(f"Part 1: {len(painting.painted.keys())}")
letter_painting = Robot_painter(opcode_list[:], 1)
letter_painting.paint()
print(f"Part 1: {len(letter_painting.painted.keys())}")
letter_painting.show_painting()
def main():
opcode_list = fa.read_input_values('day9_puzzle_input.txt')
opcode_list = opcode_list + [0] * 2000
opcode_list = [int(thing) for thing in opcode_list]
input_signal = 1
amp1 = Computer(opcode_list[:])
output_signal1 = amp1.calculate(input_signal)
print(output_signal1)
input_signal = 2
amp2 = Computer(opcode_list[:])
output_signal2 = amp2.calculate(input_signal)
print(output_signal2)
def main():
#Take optcode from file
opcode_list = fa.read_input_values('day17_puzzle_input.txt')
opcode_list = [int(thing) for thing in opcode_list]
task_map_code = create_map(opcode_list)
bot_x, bot_y = draw_map(task_map_code)
result1 = calculate_result_part1(task_map_code)
### Print First Result ###
print('Part1: ', result1)
bot_path = calculate_path(task_map_code, bot_x, bot_y)
print(bot_path)
def main():
template = "Part{} Answer: {}"
list1 = fa.read_input_values('day3_puzzle_input.txt')
list2 = fa.read_input_values('day3_puzzle_input.txt', 1)
wire1 = build_wire(list1, {})
wire2 = build_wire(list2, {})
cross_wire = list(set(wire1.keys()) & set(wire2.keys()))
result1 = manhattan_distance(cross_wire[0])
for coord in cross_wire:
result1 = min(result1, manhattan_distance(coord))
print(template.format(1, result1))
steps = wire1[cross_wire[0]] + wire2[cross_wire[0]]
for coord in cross_wire:
if steps > wire1[coord] + wire2[coord]:
steps = wire1[coord] + wire2[coord]
print(template.format(2, steps))
def main():
opcode_list = fa.read_input_values('day7_puzzle_input.txt')
opcode_list = [int(thing) for thing in opcode_list]
ls = [x for x in range(5)]
ls_full = [ls[:]]
while next_step(ls):
ls_full.append(ls[:])
max_output_signal = 0
for ls_permutation in ls_full:
output_signal = 0
for phase in ls_permutation:
amp = Computer(opcode_list[:])
amp.inputs.append(phase)
output_signal = amp.calculate(output_signal)
max_output_signal = max(max_output_signal, output_signal)
print('Part1:', max_output_signal)
ls = [x for x in range(5, 10)]
ls_full = [ls[:]]
while next_step(ls):
ls_full.append(ls[:])
max_output_signal = 0
for ls_permutation in ls_full:
output_signal = 0
amps = [Computer(opcode_list) for _ in range(5)]
for amp, phase_setting in zip(amps, ls_permutation):
amp.inputs.append(phase_setting)
while amps[-1].done == False:
for amp in amps:
amp.calculate(output_signal)
output_signal = amp.output
max_output_signal = max(output_signal, max_output_signal)
print(f"Part 2: {max_output_signal}")
def main():
## task_test1 = '12345678'
## task_test2 = list('03036732577212944063491565474664')
task = fa.read_input_values('day16_puzzle_input.txt')
t = fft(task[0], 100)
result = ''.join(map(str, t))
print('Part1:', result)
task = task[0] * 10000
offset = int(''.join([str(d) for d in task[:7]]))
task_list = task[offset:]
task_list = [int(x) for x in task_list]
for iteration in range(100):
restsum = sum(task_list)
for i, n in enumerate(task_list):
task_list[i] = abs(restsum) % 10
restsum -= n
result = ''.join(str(n) for n in task_list[:8])
print('Part 2: ', result)