def proj():
pnum = 100
answer = 0
x1, x2 = 1, 1
cnt = 2
keep_going = True
mod = 10**9
tot = 0
while keep_going:
cnt = cnt + 1
xn = (x1 + x2) % mod
x1, x2 = x2, xn
if cnt < 2749:
continue
sys.stdout.write(" cnt = %d\r" % (cnt))
if my_euler.is_pandigital(xn):
if my_euler.is_pandigital(top9(cnt)):
answer = cnt
break
if cnt > 10**6:
print("Didn't find anything")
keep_going = False
print("")
print_project_answer(pnum, answer)
def proj():
pnum = 100
answer = 0
x1, x2 = 1, 1
cnt = 2
keep_going = True
mod = 10**9
tot = 0
while keep_going:
cnt = cnt+1
xn = (x1+x2) % mod
x1, x2 = x2, xn
if cnt<2749:
continue
sys.stdout.write(" cnt = %d\r" % (cnt))
if my_euler.is_pandigital(xn):
if my_euler.is_pandigital(top9(cnt)):
answer = cnt
break
if cnt>10**6:
print("Didn't find anything")
keep_going = False
print("")
print_project_answer(pnum,answer)
def is_b9_pan(n):
cnt = my_euler.count_dig(n)
if cnt < 9:
return False
mod = 10**9
b9 = n % mod
return my_euler.is_pandigital(b9)
def is_b9_pan ( n ):
cnt = my_euler.count_dig(n)
if cnt<9:
return False
mod = 10**9
b9 = n%mod
return my_euler.is_pandigital(b9)
def is_t9_pan(n):
cnt = my_euler.count_dig(n)
if cnt < 9:
return False
shift = cnt - 9
div = 10**shift
t9 = n // div
return my_euler.is_pandigital(t9)
def is_t9_pan ( n ):
cnt = my_euler.count_dig(n)
if cnt<9:
return False
shift = cnt-9
div = 10**shift
t9 = n//div
return my_euler.is_pandigital(t9)
def test02():
n = 3
if 2 == ac:
n = int(av[1])
y = my_euler.fibonacci(n)
cnt = my_euler.count_dig(y)
if cnt > 9:
shift = cnt - 9
div = 10**shift
ym = y // div
if my_euler.is_pandigital(ym):
print("Last 9 (%d) is pandigital" % ym)
else:
print("Last 9 (%d) is not pandigital" % ym)
def test01():
n = 3
if 2 == ac:
n = int(av[1])
y = my_euler.fibonacci(n)
print("fib(%d) = %d" % (n, y))
cnt = my_euler.count_dig(y)
print(" has %d digits" % cnt)
mod = 10**9
ym = y % mod
if my_euler.is_pandigital(ym):
print("Last 9 (%d) is pandigital" % ym)
else:
print("Last 9 (%d) is not pandigital" % ym)
def test02():
n = 3
if 2==ac:
n = int(av[1])
y = my_euler.fibonacci(n)
cnt = my_euler.count_dig(y)
if cnt>9:
shift = cnt-9
div = 10**shift
ym = y // div
if my_euler.is_pandigital(ym):
print("Last 9 (%d) is pandigital" % ym)
else:
print("Last 9 (%d) is not pandigital" % ym)
def test01():
n = 3
if 2==ac:
n = int(av[1])
y = my_euler.fibonacci(n)
print("fib(%d) = %d" % (n,y))
cnt = my_euler.count_dig(y)
print(" has %d digits" % cnt)
mod = 10**9
ym = y % mod
if my_euler.is_pandigital(ym):
print("Last 9 (%d) is pandigital" % ym)
else:
print("Last 9 (%d) is not pandigital" % ym)