def main2():
instream = inp.parse_file_two_newline()
squares.clear()
edges.clear()
ans = 0
num_squares = 0
for sq in instream:
register_square(sq)
num_squares += 1
pairs = find_pairs()
corners = []
# corners only appear twice!
for sq in squares.keys():
occ = 0
for pair in pairs:
if sq in pair:
occ += 1
if occ == 2:
corners.append(sq)
assembled = assemble(corners, pairs)
print(assembled)
pic = full_picture(assembled)[:-1]
num_monsters = look_for_monsters(pic)
# we actually have to create the image :(
pounds_per_monster = 15
print(num_monsters)
print(len(pic.split('\n')))
return len(find(''.join(pic), '#')) - num_monsters * pounds_per_monster
def main():
instream = inp.parse_file_two_newline()
p1 = [int(x) for x in instream[0].split('\n')[1:]]
p2 = [int(x) for x in instream[1].split('\n')[1:]]
while len(p1) > 0 and len(p2) > 0:
p1, p2 = play_round(p1, p2)
winner = p1 if len(p1) != 0 else p2
return score(winner)
def main():
prompt = inp.parse_file_two_newline(
) # parses the input into a list of rows
# part 1
valid = 0
for passp in prompt:
if 'byr' in passp and 'iyr' in passp and 'eyr' in passp and 'hgt' in passp \
and 'hcl' in passp and 'ecl' in passp and 'pid' in passp:
valid += 1
print(valid)
# part 2
valid = 0
for passp in prompt:
if 'byr' in passp and 'iyr' in passp and 'eyr' in passp and 'hgt' in passp \
and 'hcl' in passp and 'ecl' in passp and 'pid' in passp:
fields = passp.split(' ')
passp_data = {}
for field in fields:
if field != '':
name = field.split(':')[0]
value = field.split(':')[1]
passp_data[name] = value
# sorry for this
if 1920 <= int(passp_data['byr']) <= 2002 and len(
passp_data['byr']) == 4:
if 2010 <= int(passp_data['iyr']) <= 2020 and len(
passp_data['iyr']) == 4:
if 2020 <= int(passp_data['eyr']) <= 2030 and len(
passp_data['eyr']) == 4:
height_unit = passp_data['hgt'][-2:]
if height_unit in ['cm', 'in']:
hgt_meas = int(passp_data['hgt'][:-2])
if (height_unit == 'cm' and 150 <= hgt_meas <= 193
) or (height_unit == 'in' and 59 <= hgt_meas <=
76): # short people aren't valid i guess
if check_hair(passp_data['hcl']):
if passp_data['ecl'] in VALID_EYES:
if check_pid(passp_data['pid']):
valid += 1
print(valid)
exit(11037) # this is a danganronpa reference sorry
def main():
prompt = inp.parse_file_two_newline(
) # refactored because connor told me to <3
ans = 0
for question in prompt:
ans += len(set(question))
print(ans)
# part two
prompt = inp.parse_file_questionaire(
) # not so lucky with this one, need to keep line breaks
ans = 0
for group in prompt:
for question in the_alphabet:
if checkq(group, question):
ans += 1
print(ans)
exit(11037) # you know the drill
def main():
instream = inp.parse_file_two_newline()
ans = 0
num_squares = 0
for sq in instream:
register_square(sq)
num_squares += 1
pairs = find_pairs()
corners = []
# corners only appear twice!
for sq in squares.keys():
occ = 0
for pair in pairs:
if sq in pair:
occ += 1
if occ == 2:
corners.append(sq)
print(corners)
return corners[0] * corners[1] * corners[2] * corners[3]
def main2():
instream = inp.parse_file_two_newline()
p1 = [int(x) for x in instream[0].split('\n')[1:]]
p2 = [int(x) for x in instream[1].split('\n')[1:]]
winner = play_recursive_combat(p1, p2, True)
return score(winner)