def new_universe():
fn = "./in.txt"
l2 = util.filetowordlist(fn)
l = []
idval = 0
for ln in l2:
sp = ln.split(",")
x = int(sp[0].split("=")[1])
y = int(sp[1].split("=")[1])
z = int(sp[2].split("=")[1][:-1])
l.append([idval, [x, y, z], [0, 0, 0]])
idval += 1
return l
#!/usr/bin/python3
import sys
sys.path.append("..")
import util
import math
# Solving the feeding into each other problem was interesting-- my first
# thought was how threads in Golang talk to each other and use channels.
# Wasn't an option here though, so I just fed as much input as possible into
# each computer, and took its output and fed it into the next computer.
# I got stuck and was tired, so I went to bed and didn't finish. Found my
# bug the next day-- I'd initialized the computer array in the wrong place.
fn = "./in.txt"
l = util.filetowordlist("./in.txt")
def calc_with_input(list_inputs, state, currindex):
liindex = 0
opcodes = state
i = currindex
outputs = []
while True:
nakedstr = str(opcodes[i])
letters = "0" * (5 - len(nakedstr)) + str(opcodes[i])
code = int("".join(letters[3:]))
par1imm = letters[2] == "1"
par2imm = letters[1] == "1"
par3imm = letters[0] == "1"
if code > 0 and code < 9:
if code == 1 or code == 2:
return False
def num_orbits(self, acc):
tot = 0
# for self
tot += acc
# for children
for c in self.children:
tot += self.children[c].num_orbits(acc + 1)
return tot
fn = "./in.txt"
l = [(x.split(")")[0], x.split(")")[1]) for x in util.filetowordlist(fn)]
t = Tree("COM")
while len(l) > 0:
print(len(l))
notdone = []
for p in l:
if not t.insert(p[0], p[1]):
notdone.append(p)
l = notdone
linetoyou = []
linetosanta = []
child_parent_map = {}
for p in [(x.split(")")[0], x.split(")")[1]) for x in util.filetowordlist(fn)]: