# Day 4: Passport Processing
from projects.helpers import io
rows = []
def add_to_rows(line):
try:
rows_item = line
rows.append(rows_item)
except ValueError:
return
io.read_file_by_newline("day4.txt", add_to_rows)
#Function to create array of people from rows
def parse_people(rows):
persons = []
index = 0
persons.append('')
for row in rows:
#print(row)
if len(row) > 1:
#print(index)
row = row.rstrip()
persons[index] = persons[index] + ' ' + row
persons[index] = persons[index].strip()
else:
def find_col(map):
map = map.strip('FB')
range = [0, 7]
for x in map:
if x == 'L':
range[1] = math.floor(statistics.median(range))
else:
range[0] = math.ceil(statistics.median(range))
if map[-1] == "R":
return range[0]
else:
return range[1]
io.read_file_by_newline("day5.txt", add_to_arr)
highest_ID = -1
row = 0
col = 0
passes_sorted = []
for x in passes:
row = find_row(x)
col = find_col(x)
current_ID = row*8+col
passes_sorted.append(current_ID)
if current_ID > highest_ID:
highest_ID = current_ID
print('Highest ID: ', highest_ID)
passes_sorted = sorted(passes_sorted)
for i in range(0, len(passes_sorted)-1):
# Day 1: Report Repair
from projects.helpers import io
A = []
def add_to_A(line):
try:
A_item = int(line)
A.append(A_item)
except ValueError:
return
io.read_file_by_newline("day1.txt", add_to_A)
list_num = len(A)
num = 2020
x = 0
while x < list_num - 1:
y = x + 1
while y < list_num:
if A[x] + A[y] == num:
print(A[x], A[y], num, A[x] * A[y])
break
else:
y += 1
x += 1
x = 0
while x < list_num - 2:
y = x + 1