def calculate() -> int:
total = 0
lines = read_file()
for mass in lines.splitlines():
total += (int(mass) // 3) - 2
return total
def calculate():
lines = read_file()
wires = lines.splitlines()
path_one = construct_wire(wires[0].split(','))
path_two = construct_wire(wires[1].split(','))
intersections = find_intersections(path_one, path_two)
return closest_distance_to_starting(intersections)
def calculate() -> int:
total = 0
lines = read_file()
for mass in lines.splitlines():
current_total = 0
fuel_needed = calculate_single(mass)
while fuel_needed > 0:
current_total += fuel_needed
fuel_needed = calculate_single(fuel_needed)
total += current_total
return total
def calculate():
lines = read_file()
wires = lines.splitlines()
path_one = construct_wire(wires[0].split(','))
path_two = construct_wire(wires[1].split(','))
intersections = find_intersections(path_one, path_two)
steps = []
for intersection in intersections:
steps_one = find_num_of_steps(path_one, intersection)
steps_two = find_num_of_steps(path_two, intersection)
steps.append(steps_one + steps_two)
return min(steps)
def calculate() -> int:
line = read_file()
str_codes = line.split(',')
int_codes = [int(s) for s in str_codes]
noun = -1
verb = -1
for x in range(0, 100):
for j in range(0, 100):
temp_copy = copy(int_codes)
temp_copy[1] = x
temp_copy[2] = j
result = process_instructions(temp_copy)[0]
if result == 19690720:
noun = x
verb = j
break
return 100 * noun + verb