🏅 Top traders

@ikirpichev your random number is: 17

Salt: 8ygdvd85pc7, round: 5017439 (signature b0d5ddb1982c090e3dd2b8add00bf52b20740f1dca997f2e1a0ab41cd76572b1819d6f4cb80de378b2bdc5c594a990f70d7066fe22f0a7e302280ee7d3c245db3cc47a93ef7c579fda82fd689d52b3f58c6402cd80e152c51a0b2c6e9da5235c)

@ikirpichev you asked for a random integer between 1 and 1000, inclusive. Coming up shortly!

Source: GitHub, previous round: 5017437 (latest), offset: 2, selected round: 5017439, salt: 8ygdvd85pc7.

@FairlyRandom 1000

@ikirpichev your random number is: 504

Salt: 9p8lmcckxci, round: 5017436 (signature 8182d52e117f3842354ff4fdd4321f0c76b39617e426f18fe940e395cf10a98d113e617cb5663e166249fb6df793ed740cc4ec8e8a1793798b36e1be20bace55fe7bafd63bab886f756677b6604f4ff25774be86bf58eb0b296a75ba07c6cca1)

@ikirpichev you asked for a random integer between 1 and 1000, inclusive. Coming up shortly!

Source: GitHub, previous round: 5017434 (latest), offset: 2, selected round: 5017436, salt: 9p8lmcckxci.

@FairlyRandom 1000

@ikirpichev your random number is: 768

Salt: p3ab6idgbsh, round: 5017433 (signature a874dc84ecc72ccce02940352848b9d9b5417232134c21935cdad3603763f420291ece7e54b1c0f07d77d7c6e20a0e5a026226a54ffeadf40e70823b93a11d422012685c24bf1c834752ff8fa069fbf98ed8bb21133d1a53bd47c5466ad3f79b)

@ikirpichev you asked for a random integer between 1 and 1000, inclusive. Coming up shortly!

Source: GitHub, previous round: 5017431 (latest), offset: 2, selected round: 5017433, salt: p3ab6idgbsh.

@FairlyRandom 1000

Could you provide a salted hash of a seed used for your random number generator?

@spiderduckpig I was hoping @ikirpichev just uses FairlyRandom.

another stupid market with a correct answer.

Code:

N = 1000000 LOWER_BOUND = 1 UPPER_BOUND = 1000 import random def is_prime(x): if x == 1: return False if x == 2: return True i = 2 while i <= x ** 0.5: if (x % i) == 0: return False i += 1 return True def is_perfect_cube(x): for i in range(0, round(x ** (1/3)) + 2): if x == i ** 3: return True return False def is_perfect_square(x): for i in range(0, round(x ** (1/2)) + 2): if x == i ** 2: return True return False resultsDict = {"prime": 0, "perfect cube": 0, "perfect square": 0, "both": 0} currentNum = random.randint(LOWER_BOUND, UPPER_BOUND) for i in range(0, N): currentNum = random.randint(LOWER_BOUND, UPPER_BOUND) while not is_prime(currentNum) and not is_perfect_cube(currentNum) and not is_perfect_square(currentNum): currentNum = random.randint(LOWER_BOUND, UPPER_BOUND) if is_prime(currentNum): resultsDict["prime"] += 1 if is_perfect_square(currentNum) and is_perfect_cube(currentNum): resultsDict["both"] += 1 else: if is_perfect_cube(currentNum): resultsDict["perfect cube"] += 1 if is_perfect_square(currentNum): resultsDict["perfect square"] += 1 print(resultsDict) print("Percent both prime and perfect cube: " + str(resultsDict["both"] / N)) print("Percent prime: " + str(resultsDict["prime"] / N)) print("Percent perfect square: " + str(resultsDict["perfect square"] / N)) print("Percent perfect cube: " + str(resultsDict["perfect cube"] / N))
Result:

Percent both prime and perfect cube: 0.014431

Percent prime: 0.81612

Percent perfect square: 0.135715

Percent perfect cube: 0.033734

Fair values (more or less, I don't care):

Prime: 81.6%
Perfect square: 13.5%
Perfect cube: 3.3%
Both perfect square and perfect cube: 1.45%

@CrypticQccZ

Exact numbers if anyone's wondering:

168 primes

28 squares (no cubes)

7 cubes (no squares)

3 square and cubes

206 total

@remedyrain am I missing something? why did you bet prime up so high?

@MingCat wait wtf why are the options linked

@MingCat Description says creator will reroll until one option is true.

@MingCat Yeah like @4fa said. It will reroll until one is chosen. I made the same mistake at first too