def part_2():
program = fh.csv_to_list('day17-input.txt')
program[0] = 2
ASCII = IntComputer(program, wait_after_output=False, wait_for_input=False)
def to_ascii(l):
return [ord(c) for c in l]
# R, 8, R, 10, R, 10
mov_func_A = ['R', ',', '8', ',', \
'R', ',', '1', '0', ',', \
'R', ',', '1', '0', '\n']
mov_func_A = to_ascii(mov_func_A)
# R, 4, R, 8, R, 10, R, 12
mov_func_B = ['R', ',', '4', ',', \
'R', ',', '8', ',', \
'R', ',', '1', '0', ',', \
'R', ',', '1', '2', '\n']
mov_func_B = to_ascii(mov_func_B)
# R, 12, R, 4, L, 12, L, 12
mov_func_C = ['R', ',', '1', '2', ',', \
'R', ',', '4', ',', \
'L', ',' ,'1', '2', ',',
'L', ',', '1', '2', '\n']
mov_func_C = to_ascii(mov_func_C)
# A, B, A, C, A, B, C, A, B, C
main_func = ['A', ',', 'B', ',', \
'A', ',', 'C', ',', \
'A', ',', 'B', ',', \
'C', ',', 'A', ',', \
'B', ',', 'C', '\n']
main_func = to_ascii(main_func)
# y or n if you want to see a continuous feed of what's happening
cont_feed = ['n', '\n']
cont_feed = to_ascii(cont_feed)
# input order: MAIN, MOV A, MOV B, MOV C,
ASCII.inputs = main_func + mov_func_A + mov_func_B + mov_func_C + cont_feed
return ASCII.run()
def part_1():
program = fh.csv_to_list('day17-input.txt')
ASCII = IntComputer(program, wait_after_output=True)
screen = ''
while not ASCII.finished:
output = ASCII.run()
screen += chr(output)
screen = screen.strip().split('\n')
intersections = []
for row in range(1,len(screen)-1):
for col in range(1,len(screen[row])-1):
char = screen[row][col]
if char != '#':
continue
else:
if screen[row-1][col] == '#' and \
screen[row+1][col] == '#' and \
screen[row][col-1] == '#' and \
screen[row][col+1] == '#':
intersections.append((row, col))
return sum([r*c for r,c in intersections])
# https://adventofcode.com/2019/day/11
from IntCode import IntComputer
from functools import reduce
from util import filehelper as fh
program = fh.csv_to_list('day11-input.txt')
LOG = open('log.txt', 'w')
robot = IntComputer(program, wait_after_output=True, wait_for_input=True)
current_pos = (0, 0)
panels_painted = set()
facing_directions = {'N': (0, -1), 'S': (0, 1), 'E': (1, 0), 'W': (-1, 0)}
current_heading = 'N'
grid = {}
grid[current_pos] = 1
def moveRobot(pos, dir):
vector = facing_directions[dir]
return (pos[0] + vector[0], pos[1] + vector[1])
def turnRobot(dir, spin):
if dir == 'N':
return 'W' if spin == 0 else 'E'
elif dir == 'S':
return 'E' if spin == 0 else 'W'
elif dir == 'E':
return 'N' if spin == 0 else 'S'
elif dir == 'W':
def part_2():
program = fh.csv_to_list('day15-input.txt')
droid_map = Map.get_map(program)
result = droid_map.fill_with_oxygen()
print(f"Number of minutes to fill with oxygen: {result}")
def part_1():
program = fh.csv_to_list('day15-input.txt')
droid_map = Map.get_map(program)
#droid_map.render()
result = droid_map.find_oxygen()
print(f"Number of steps to oxygen: {result}")
