def main():
grid = parse(sys.stdin.readlines())
after100 = nth(iterate(animate, grid), 100)
print('part1: ', count_on(after100))
after100 = nth(iterate(pipe(animate, turn_edges), grid), 100)
print('part1: ', count_on(after100))
def main():
grid = parse(sys.stdin.readlines())
after100 = nth(iterate(animate, grid), 100)
print('part1: ', count_on(after100))
after100 = nth(iterate(pipe(animate, turn_edges), grid), 100)
print('part1: ', count_on(after100))
def solver():
"""
By listing the first six prime numbers: 2, 3, 5, 7, 11, and 13, we can see
that the 6th prime is 13.
What is the 10 001st prime number?
"""
assert nth(iter_primes(), 6-1) == 13
return nth(iter_primes(), 10001-1)
def carry_distance(index: int) -> int:
"""Find the carry distance from a square to the access port.
>>> carry_distance(1)
0
>>> carry_distance(12)
3
>>> carry_distance(23)
2
>>> carry_distance(1024)
31
"""
return manhattan_distance(ORIGIN, nth(spiral(), index - 1))
def code(row, col):
return nth(iterate(next_code, 20151125), ns(row, col))
def main(): n = sys.stdin.readline().strip() part1 = nth(iterate(las, n), 40) print "part 1: ", len(part1) print "part 2: ", len(nth(iterate(las, part1), 10))
def code(row, col): return nth(iterate(next_code, 20151125), ns(row, col))
def getvalue(value, **rest): return nth(0,value)
def _dataget(url,u):
def _data(d):
def _value(v):
return v['value'] if v.has_key('value') else []
return _value(d['data']) if d.has_key('data') else []
return nth(0,_data(conngen(conn=makeconn(url),url=url,method='GET',headers={'Accept':'application/json'})))
def main():
n = sys.stdin.readline().strip()
part1 = nth(iterate(las, n), 40)
print "part 1: ", len(part1)
print "part 2: ", len(nth(iterate(las, part1), 10))
