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https://github.com/RussellChamp/tilde-projects.git
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rakiru
58432b5cdf
It seemed like the more logical place to be, and the way it was detecting might've accidentally given bonuses to future questions. It also means the bonus could be adjusted per question type now, if so desired.
88 lines
3.8 KiB
Python
88 lines
3.8 KiB
Python
#!/usr/bin/python
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import random
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import inflect
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import quote_puzzle
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import dict_puzzle
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p = inflect.engine()
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primes = [11, 13, 17, 19, 23, 29, 31, 37, 41, 43, 47, 53, 59, 61, 67, 71]
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fuzz_amount = 3
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def make_puzzle(obfuscate=True):
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answer = 0
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bonus = 0
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puzzle = random.choice(["Prove you're not a robot: ", "Are you a robot?: ", "Anti-bot check: ", "Counter-cndorphant measures: ", "Cosnok countermeasures: ", "Anti-tildethief precautions: "])
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puzzle += random.choice(["What is", "How many is", "What do you get from", "What do you get with", "What is the value of", "Can you answer", "Can you tell me"])
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puzzle += " "
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roll = random.randrange(0,18)
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var1 = random.randrange(1,10)
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var2 = random.randrange(1,10)
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var3 = random.randrange(1,20)
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var4 = random.randrange(1,20)
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let1_ord = random.randrange(ord('a'), ord('z')+1)
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if roll == 0:
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answer = var1 + var2
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puzzle += p.number_to_words(var1) + " " + random.choice(["and", "plus", "sum", "add"]) + " " + p.number_to_words(var2)
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elif roll == 1:
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answer = var1 * var2
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puzzle += p.number_to_words(var1) + " " + random.choice(["times", "multiply", "multiplied by", "product"]) + " " + p.number_to_words(var2)
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elif roll == 2:
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if var2 > var1:
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var1,var2 = var2,var1
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answer = var1 - var2
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puzzle += p.number_to_words(var1) + " " + random.choice(["minus", "subtract", "take away", "less"]) + " " + p.number_to_words(var2)
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elif roll == 3:
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if var2 > var1:
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var1,var2 = var2,var1
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answer = var1 * 2 / var2
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puzzle += p.number_to_words(var1*2) + " " + random.choice(["divided by", "over"]) + " " + p.number_to_words(var2) + " (no remainder)"
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elif roll == 4:
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answer = var1 ** var2
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puzzle += p.number_to_words(var1) + " to the " + p.ordinal(p.number_to_words(var2)) + " power"
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elif roll == 5:
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p1 = random.choice(primes)
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p2 = random.choice(primes)
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answer = str(min(p1,p2)) + ',' + str(max(p1,p2))
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bonus = 1
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puzzle += p.number_to_words(p1 * p2) + " when factored into its two primes (answer in the form of the two primes with a comma between)"
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elif roll == 6:
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prime = random.choice(primes)
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answer = prime % var1
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puzzle += p.number_to_words(prime) + " modulus " + p.number_to_words(var1)
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elif roll == 7:
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if let1_ord + var1 > ord('z'):
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let1_ord -= var1
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answer = chr(let1_ord + var1)
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puzzle = "What letter comes " + p.number_to_words(var1) + " letters after '" + chr(let1_ord) + "'"
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obfuscate = False
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elif roll == 8:
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if let1_ord - var1 < ord('a'):
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let1_ord += var1
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answer = chr(let1_ord - var1)
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puzzle = "What letter comes " + p.number_to_words(var1) + " letters before '" + chr(let1_ord) + "'"
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obfuscate = False
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elif roll == 9:
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answer, puzzle = quote_puzzle.get_quote()
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obfuscate = False
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elif roll == 10:
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answer = str(min(var1, var2, var3, var4))
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puzzle = "What is the " + random.choice(["smallest", "lowest"]) + " of " + p.number_to_words(var1) + ", " + p.number_to_words(var2) + ", " + p.number_to_words(var3) + ", and " + p.number_to_words(var4)
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elif roll == 11:
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answer = str(max(var1, var2, var3, var4))
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puzzle = "What is the " + random.choice(["biggest", "largest"]) + " of " + p.number_to_words(var1) + ", " + p.number_to_words(var2) + ", " + p.number_to_words(var3) + ", and " + p.number_to_words(var4)
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elif roll <= 14: #12-14
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answer, puzzle = dict_puzzle.get_puzzle()
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obfuscate = False
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elif roll <= 17: #15-17
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answer, puzzle = dict_puzzle.get_anagram()
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obfuscate = False
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puzzle += "?"
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if obfuscate == True:
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for _ in range(fuzz_amount):
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idx = random.randrange(len(puzzle)-1) #get between 0 and string length
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puzzle = ''.join([puzzle[0:idx], chr(random.randint(33,126)), puzzle[idx+1:]])
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return [puzzle, answer, bonus]
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