s/(?#
===VVCVC?= or
==?VVCVC?=
)((([aeiou]|(?<![aeiou])y(?![aeiou]))|(\B[aeiou]|(?<![aeiou])y(?![aeiou])))([aeiou]|(?<![aeiou])y(?![aeiou]))([^aeiouy .,'"\n()\[\]{}])(([aeiou]|(?<![aeiou])y(?![aeiou]))([^aeiouy .,]\B))|(?#
===VVC?== or
==?VVC?==
)(([aeiou]|(?<![aeiou])y(?![aeiou]))|(\B[aeiou]|(?<![aeiou])y(?![aeiou])))([aeiou]|(?<![aeiou])y(?![aeiou]))([^aeiouy .,]\B))|(?#
===CCVV===
)(([^aeiouy .,'"\n()\[\]{}])([^aeiouy .,'"\n()\[\]{}])([aeiou]|(?<![aeiou])y(?![aeiou]))([aeiou]|(?<![aeiou])y(?![aeiou])))/\3\6\5\9\8\11\14\13\16\18\17\19/giprime_array=[]
test=0
isprime = lambda p: p > 1 and (p < 4 or (p % 2 and all(p % i for i in range(3, int(p**0.5) + 1))))
while (test<1000):
if isprime(test):
prime_array.append(test)
test+=1
print(prime_array[-1])test=999983
isprime = lambda p: p > 1 and (p < 4 or (p % 2 and all(p % i for i in range(3, int(p**0.5) + 1))))
print('{} is prime? {}'.format(test, isprime(test)))import unicodedata as ud
name=u"""c ̷̸̼̖̍ͤ͊̐̈̐́̋̎ͧ̀̚͠ aͪͪ͗ͮ̒̓̍ͤ̐̉ͫ̄̅̅ͫ̇҉̲̯̰͍̣͙̠̱̮̟̞̥̤́͟ͅͅnͣ̒ͭ̽ͮͬͫ̄͋̚͏̝͔̜̖͍̫̘͕͖̪̻̮͓ć̖̥̬͍ͮ̔̀́͟͢ ͔͉̗̯̺͙̺̠̖̦̞e̸̙̱̭̥̲͔̲͎̘ͤ͑ͧͭͬͩr̈́ͩͩ̏̋̏̚ ̅͛̏̄ͭͭ́ ̛̭̯̖ ͤ̂̈́̎ͭͨͫͥ̋̐̑͐ ͬ͏̪͕̪̮̪̼̞̬̥̲̬́͝ ̤̰̞̭ģ̣̗̜̱̥̒͆ͤ͛ͬ̈́̈͂́̓̒͊̾͊͛́́͜e̵̢̥̜̯̻͌̑̐ͩ͑ͦ̅̌́̚ ̭͕̭̜̯͍̮ṇ̢͕͍̟̖̙̞͎͇̺̰͕̏ͤ́ͭ̽ͬ̕eͯ̇̍͂ͫ́ ̸̷̟͙̜̺̤̹̹̻̩͕͈̖͎̠̓̒̂̒̃ͧ̕͢r̨̼͍̉̍͛͒ͮ̏ͨ͊ͬ̈́͢͞ͅ ̣̙̱̫̘̺ą̞̬̩̝̙͓͎͍͓̙̲̝͍̫̥̟͔̐̈́t̢̩̟̩͉̗͖̮̮͉̫͔͈͋̓ͭͣͥͤͩ̋̚̕ͅő̡̱͍̗̟̖̘̭̮͇̺̝́ͬ̽͂ͮ̒ͪ̓̄̋̽ͪ̐͑̔͜͠rͬͯ̑͒̇ͬ̚ ̸̢̤͖̪̼͔͙̫̭̰͎̺͕͕ͅ ̘̤̞͇̘̙̭̯ͦ͌͊̃̇͛ͣ̅̓̓ͥ͒̀o͂ͬ̈̚ ͛ͫ͐̒ ̢̤͋͂̏̓͛̓͊ͧ ͉̯w̸̶͍̥͑ͤ̀ͤ̑͢͟ ͙̠̱̭͇̤̬̯͚̜̮̜̜ò̒̏́̉̈́͆ ̯̯͓̬̗͔̱͎͇͂̃͒̍̓͘ͅ"""
nfkd = ud.normalize('NFKD', name)
print(nfkd.encode('ASCII', 'ignore').decode('utf-8'))